luxblend: LuxBlend_0.1.py@bc1e3bef1607 (annotated)

lordcrc@384	1	#!BPY
lordcrc@384	2	# -- coding: utf-8 --
lordcrc@384	3	# coding=utf-8
lordcrc@384	4	"""Registration info for Blender menus:
jensverwiebe@414	5	Name: 'LuxBlend v0.6 Exporter'
lordcrc@384	6	Blender: 248
lordcrc@384	7	Group: 'Render'
jensverwiebe@414	8	Tooltip: 'Export/Render to LuxRender v0.6 scene format (.lxs)'
lordcrc@384	9	"""
lordcrc@384	10
lordcrc@384	11	__author__ = "radiance, zuegs, ideasman42, luxblender, dougal2"
jensverwiebe@414	12	__version__ = "0.6"
lordcrc@384	13	__url__ = [
lordcrc@384	14	"http://www.luxrender.net/",
lordcrc@384	15	"http://www.luxrender.net/forum/viewforum.php?f=11",
lordcrc@384	16	"http://www.luxrender.net/wiki/index.php/Tutorial_1:_Your_first_scene_%26_render"
lordcrc@384	17	]
lordcrc@384	18	__bpydoc__ = """\
lordcrc@384	19	LuxRender is an open-source rendering system for physically correct, unbiased image synthesis.
lordcrc@384	20	This is the Luxrender Blender Export Script.
lordcrc@384	21
lordcrc@384	22	Useful links:
lordcrc@384	23	- For updates: http://www.luxrender.net/forum/viewforum.php?f=11
lordcrc@384	24	- For Blender Tutorial: http://www.luxrender.net/wiki/index.php/Tutorial_1:_Your_first_scene_%26_render
lordcrc@384	25
lordcrc@384	26	Usage:
lordcrc@384	27	- Run the script from the render menu.
lordcrc@384	28	- Set the default location of the Luxrender.exe.
lordcrc@384	29
lordcrc@384	30	Please check the lux tutorials & forums for more information.
lordcrc@384	31	"""
lordcrc@384	32
lordcrc@384	33	#
lordcrc@384	34	# *** BEGIN GPL LICENSE BLOCK ***
lordcrc@384	35	#
lordcrc@384	36	# --------------------------------------------------------------------------
jensverwiebe@414	37	# LuxBlend v0.6 exporter
lordcrc@384	38	# --------------------------------------------------------------------------
lordcrc@384	39	#
lordcrc@384	40	# Authors:
lordcrc@384	41	# radiance, zuegs, ideasman42, luxblender, dougal2
lordcrc@384	42	#
lordcrc@384	43	# This program is free software; you can redistribute it and/or
lordcrc@384	44	# modify it under the terms of the GNU General Public License
lordcrc@384	45	# as published by the Free Software Foundation; either version 2
lordcrc@384	46	# of the License, or (at your option) any later version.
lordcrc@384	47	#
lordcrc@384	48	# This program is distributed in the hope that it will be useful,
lordcrc@384	49	# but WITHOUT ANY WARRANTY; without even the implied warranty of
lordcrc@384	50	# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
lordcrc@384	51	# GNU General Public License for more details.
lordcrc@384	52	#
lordcrc@384	53	# You should have received a copy of the GNU General Public License
lordcrc@384	54	# along with this program; if not, write to the Free Software Foundation,
lordcrc@384	55	# Inc., 59 Temple Place - Suite 330, Boston, MA 02111-1307, USA.
lordcrc@384	56	#
lordcrc@384	57	# *** END GPL LICENCE BLOCK ***
lordcrc@384	58	# --------------------------------------------------------------------------
lordcrc@384	59
lordcrc@384	60
lordcrc@384	61
lordcrc@384	62
lordcrc@384	63	######################################################
lordcrc@384	64	# Importing modules
lordcrc@384	65	######################################################
lordcrc@384	66
lordcrc@384	67	import math
lordcrc@384	68	import time
lordcrc@384	69	import os
lordcrc@384	70	import sys as osys
lordcrc@384	71	import types
lordcrc@384	72	import subprocess
lordcrc@384	73	import Blender
lordcrc@384	74	from Blender import Mesh, Scene, Object, Material, Texture, Window, sys, Draw, BGL, Mathutils, Lamp, Image
lordcrc@384	75
lordcrc@384	76
lordcrc@384	77
lordcrc@384	78
lordcrc@384	79	######################################################
lordcrc@384	80	# Functions
lordcrc@384	81	######################################################
lordcrc@384	82
lordcrc@384	83	# New name based on old with a different extension
lordcrc@384	84	def newFName(ext):
lordcrc@384	85	return Blender.Get('filename')[: -len(Blender.Get('filename').split('.', -1)[-1]) ] + ext
lordcrc@384	86
lordcrc@384	87
lordcrc@384	88	# some helpers
lordcrc@384	89	def luxstr(str):
lordcrc@384	90	return str.replace("\\", "\\\\")
lordcrc@384	91
lordcrc@384	92
lordcrc@384	93	### relpath ##########################
lordcrc@384	94	def relpath(base, target):
lordcrc@384	95	if target[0:2] == "\\\\" or target[0:2] == "//":
lordcrc@384	96	return target[2:len(target)]
lordcrc@384	97	if not os.path.isabs(base):
lordcrc@384	98	base = os.path.abspath(base)
lordcrc@384	99	if not os.path.isabs(target):
lordcrc@384	100	target = os.path.abspath(target)
lordcrc@384	101	if os.sep == "\\":
lordcrc@384	102	base = os.path.normcase(base)
lordcrc@384	103	target = os.path.normcase(target)
lordcrc@384	104	if base == os.sep:
lordcrc@384	105	return '.' + target
lordcrc@384	106	baselist = base.split(os.sep)
lordcrc@384	107	if baselist[-1] == "":
lordcrc@384	108	baselist = baselist[:-1]
lordcrc@384	109	targetlist = target.split(os.sep)
lordcrc@384	110	i = 0
lordcrc@384	111	top = min([len(baselist), len(targetlist)])
lordcrc@384	112	while i < top and baselist[i] == targetlist[i]:
lordcrc@384	113	i+=1
lordcrc@384	114	if i == 0:
lordcrc@384	115	return os.sep.join(targetlist)
lordcrc@384	116	if i == len(baselist):
lordcrc@384	117	return os.sep.join(targetlist[i:])
lordcrc@384	118	else:
lordcrc@384	119	return ('..' + os.sep) * (len(baselist) - i) + os.sep.join(targetlist[i:])
lordcrc@384	120
lordcrc@384	121	### luxFilePath #####################
lordcrc@384	122	lxs_filename = ""
lordcrc@384	123	previewing = False
lordcrc@384	124	def luxFilePath(filename):
lordcrc@384	125	global lxs_filename, previewing
lordcrc@384	126	scn = Scene.GetCurrent()
lordcrc@384	127	pm = luxProp(scn, "pathmode", "absolute").get()
lordcrc@384	128	if (pm=="absolute") or previewing: # absolute paths (the old / default mode)
lordcrc@384	129	return filename
lordcrc@384	130	elif pm=="relative": # relative paths
lordcrc@384	131	base = os.path.dirname(lxs_filename)
lordcrc@384	132	return relpath(base, filename)
lordcrc@384	133	elif pm=="flat": # flat mode - only filename
lordcrc@384	134	return os.path.basename(filename)
lordcrc@384	135
lordcrc@384	136
lordcrc@384	137
lordcrc@384	138	###### RGC ##########################
lordcrc@384	139	def rg(col):
lordcrc@384	140	scn = Scene.GetCurrent()
lordcrc@384	141	if luxProp(scn, "RGC", "true").get()=="true":
lordcrc@384	142	gamma = luxProp(scn, "film.gamma", 2.2).get()
lordcrc@384	143	else:
lordcrc@384	144	gamma = 1.0
lordcrc@384	145	ncol = col**gamma
lordcrc@384	146	if luxProp(scn, "colorclamp", "false").get()=="true":
lordcrc@384	147	ncol = ncol * 0.9
lordcrc@384	148	if ncol > 0.9:
lordcrc@384	149	ncol = 0.9
lordcrc@384	150	if ncol < 0.0:
lordcrc@384	151	ncol = 0.0
lordcrc@384	152	return ncol
lordcrc@384	153
lordcrc@384	154	def texturegamma():
lordcrc@384	155	scn = Scene.GetCurrent()
lordcrc@384	156	if luxProp(scn, "RGC", "true").get()=="true":
lordcrc@384	157	return luxProp(scn, "film.gamma", 2.2).get()
lordcrc@384	158	else:
lordcrc@384	159	return 1.0
lordcrc@384	160
lordcrc@384	161	def exportMaterial(mat):
lordcrc@384	162	str = "# Material '%s'\n" %mat.name
lordcrc@384	163	return str+luxMaterial(mat)+"\n"
lordcrc@384	164
lordcrc@384	165
lordcrc@384	166	def exportMaterialGeomTag(mat):
lordcrc@384	167	return "%s\n"%(luxProp(mat, "link", "").get())
lordcrc@384	168
lordcrc@384	169
lordcrc@384	170
lordcrc@384	171
lordcrc@384	172	################################################################
lordcrc@384	173
lordcrc@384	174
lordcrc@384	175	dummyMat = 2394723948 # random identifier for dummy material
lordcrc@384	176	clayMat = None
lordcrc@384	177
lordcrc@384	178	#-------------------------------------------------
lordcrc@384	179	# getMaterials(obj)
lordcrc@384	180	# helper function to get the material list of an object in respect of obj.colbits
lordcrc@384	181	#-------------------------------------------------
lordcrc@384	182	def getMaterials(obj, compress=False):
lordcrc@384	183	global clayMat
lordcrc@384	184	mats = [None]*16
lordcrc@384	185	colbits = obj.colbits
lordcrc@384	186	objMats = obj.getMaterials(1)
lordcrc@384	187	data = obj.getData(mesh=1)
lordcrc@384	188	try:
lordcrc@384	189	dataMats = data.materials
lordcrc@384	190	except:
lordcrc@384	191	try:
lordcrc@384	192	dataMats = data.getMaterials(1)
lordcrc@384	193	except:
lordcrc@384	194	dataMats = []
lordcrc@384	195	colbits = 0xffff
lordcrc@384	196	m = max(len(objMats), len(dataMats))
lordcrc@384	197	if m>0:
lordcrc@384	198	objMats.extend([None]*16)
lordcrc@384	199	dataMats.extend([None]*16)
lordcrc@384	200	for i in range(m):
lordcrc@384	201	if (colbits & (1<<i) > 0):
lordcrc@384	202	mats[i] = objMats[i]
lordcrc@384	203	else:
lordcrc@384	204	mats[i] = dataMats[i]
lordcrc@384	205	if compress:
lordcrc@384	206	mats = [m for m in mats if m]
tom@405	207
tom@405	208	slots = [m for m in mats if m]
tom@405	209	if m==0 or not slots:
lordcrc@384	210	print("Warning: object %s has no material assigned" % (obj.getName()))
lordcrc@384	211	mats = []
lordcrc@384	212	# clay option
lordcrc@384	213	if luxProp(Scene.GetCurrent(), "clay", "false").get()=="true":
lordcrc@384	214	if clayMat==None: clayMat = Material.New("lux_clayMat")
lordcrc@384	215	for i in range(len(mats)):
lordcrc@384	216	if mats[i]:
lordcrc@384	217	mattype = luxProp(mats[i], "type", "").get()
lordcrc@384	218	if (mattype not in ["portal","light","boundvolume"]): mats[i] = clayMat
lordcrc@384	219	return mats
lordcrc@384	220
lordcrc@384	221
lordcrc@384	222
lordcrc@384	223	######################################################
lordcrc@384	224	# luxExport class
lordcrc@384	225	######################################################
lordcrc@384	226
lordcrc@384	227	class luxExport:
lordcrc@384	228	#-------------------------------------------------
lordcrc@384	229	# __init__
lordcrc@384	230	# initializes the exporter object
lordcrc@384	231	#-------------------------------------------------
lordcrc@384	232	def __init__(self, scene):
lordcrc@384	233	self.scene = scene
lordcrc@384	234	self.camera = scene.objects.camera
lordcrc@384	235	self.objects = []
lordcrc@384	236	self.portals = []
lordcrc@384	237	self.volumes = []
lordcrc@384	238	self.meshes = {}
lordcrc@384	239	self.materials = []
lordcrc@384	240	self.lights = []
lordcrc@384	241	self.duplis = set()
lordcrc@384	242
lordcrc@384	243	#-------------------------------------------------
lordcrc@384	244	# analyseObject(self, obj, matrix, name)
lordcrc@384	245	# called by analyseScene to build the lists before export
lordcrc@384	246	#-------------------------------------------------
lordcrc@384	247	def analyseObject(self, obj, matrix, name, isOriginal=True, isDupli=False):
lordcrc@384	248	light = False
lordcrc@384	249	if (obj.users > 0):
lordcrc@384	250	obj_type = obj.getType()
lordcrc@384	251	if (obj.enableDupFrames and isOriginal):
lordcrc@384	252	for o, m in obj.DupObjects:
lordcrc@384	253	self.analyseObject(o, m, "%s.%s"%(name, o.getName()), False)
lordcrc@384	254	if (obj.enableDupGroup or obj.enableDupVerts or obj.enableDupFaces):
lordcrc@384	255	self.duplis.add(obj)
lordcrc@384	256	for o, m in obj.DupObjects:
lordcrc@384	257	self.analyseObject(o, m, "%s.%s"%(name, o.getName()), True, True)
lordcrc@384	258	elif ((isDupli or (not obj.getParent() in self.duplis)) and ((obj_type == "Mesh") or (obj_type == "Surf") or (obj_type == "Curve") or (obj_type == "Text"))):
lordcrc@384	259	mats = getMaterials(obj)
lordcrc@384	260	if (len(mats)>0) and (mats[0]!=None) and ((mats[0].name=="PORTAL") or (luxProp(mats[0], "type", "").get()=="portal")):
lordcrc@384	261	self.portals.append([obj, matrix])
lordcrc@384	262	elif (len(mats)>0) and (luxProp(mats[0], "type", "").get()=="boundvolume"):
lordcrc@384	263	self.volumes.append([obj, matrix])
lordcrc@384	264	else:
lordcrc@384	265	for mat in mats:
lordcrc@384	266	if (mat!=None) and (mat not in self.materials):
lordcrc@384	267	self.materials.append(mat)
lordcrc@384	268	if (mat!=None) and ((luxProp(mat, "type", "").get()=="light") or (luxProp(mat, "emission", "false").get()=="true")):
lordcrc@384	269	light = True
lordcrc@384	270	mesh_name = obj.getData(name_only=True)
lordcrc@384	271	try:
lordcrc@384	272	self.meshes[mesh_name] += [obj]
lordcrc@384	273	except KeyError:
lordcrc@384	274	self.meshes[mesh_name] = [obj]
lordcrc@384	275	self.objects.append([obj, matrix])
lordcrc@384	276	elif (obj_type == "Lamp"):
lordcrc@384	277	ltype = obj.getData(mesh=1).getType() # data
lordcrc@384	278	if (ltype == Lamp.Types["Lamp"]) or (ltype == Lamp.Types["Spot"]) or (ltype == Lamp.Types["Area"]):
lordcrc@384	279	self.lights.append([obj, matrix])
lordcrc@384	280	light = True
lordcrc@384	281	return light
lordcrc@384	282
lordcrc@384	283	#-------------------------------------------------
lordcrc@384	284	# analyseScene(self)
lordcrc@384	285	# this function builds the lists of object, lights, meshes and materials before export
lordcrc@384	286	#-------------------------------------------------
lordcrc@384	287	def analyseScene(self):
lordcrc@384	288	light = False
lordcrc@384	289	for obj in self.scene.objects:
lordcrc@384	290	if ((obj.Layers & self.scene.Layers) > 0):
lordcrc@384	291	if self.analyseObject(obj, obj.getMatrix(), obj.getName()): light = True
lordcrc@384	292	return light
lordcrc@384	293
lordcrc@384	294	#-------------------------------------------------
lordcrc@384	295	# exportMaterialLink(self, file, mat)
lordcrc@384	296	# exports material link. LuxRender "Material"
lordcrc@384	297	#-------------------------------------------------
lordcrc@384	298	def exportMaterialLink(self, file, mat):
lordcrc@384	299	if mat == dummyMat:
lordcrc@384	300	file.write("\tMaterial \"matte\" # dummy material\n")
lordcrc@384	301	else:
lordcrc@384	302	file.write("\t%s"%exportMaterialGeomTag(mat)) # use original methode
lordcrc@384	303
lordcrc@384	304	#-------------------------------------------------
lordcrc@384	305	# exportMaterial(self, file, mat)
lordcrc@384	306	# exports material. LuxRender "Texture"
lordcrc@384	307	#-------------------------------------------------
lordcrc@384	308	def exportMaterial(self, file, mat):
lordcrc@384	309	print("material %s"%(mat.getName()))
lordcrc@384	310	file.write("\t%s"%exportMaterial(mat)) # use original methode
lordcrc@384	311
lordcrc@384	312	#-------------------------------------------------
lordcrc@384	313	# exportMaterials(self, file)
lordcrc@384	314	# exports materials to the file
lordcrc@384	315	#-------------------------------------------------
lordcrc@384	316	def exportMaterials(self, file):
lordcrc@384	317	for mat in self.materials:
lordcrc@384	318
lordcrc@384	319	self.exportMaterial(file, mat)
lordcrc@384	320
lordcrc@384	321	#-------------------------------------------------
lordcrc@384	322	# getMeshType(self, vertcount, mat)
lordcrc@384	323	# returns type of mesh as string to use depending on thresholds
lordcrc@384	324	#-------------------------------------------------
lordcrc@384	325	def getMeshType(self, vertcount, mat):
lordcrc@384	326	scn = Scene.GetCurrent()
lordcrc@384	327	if mat != dummyMat:
lordcrc@384	328	usesubdiv = luxProp(mat, "subdiv", "false")
lordcrc@384	329	usedisp = luxProp(mat, "dispmap", "false")
lordcrc@384	330	sharpbound = luxProp(mat, "sharpbound", "false")
lordcrc@384	331	nsmooth = luxProp(mat, "nsmooth", "true")
lordcrc@384	332	sdoffset = luxProp(mat, "sdoffset", 0.0)
lordcrc@384	333	dstr = ""
lordcrc@384	334	if usesubdiv.get() == "true":
lordcrc@384	335	nlevels = luxProp(mat, "sublevels", 1)
lordcrc@384	336	dstr += "\"loopsubdiv\" \"integer nlevels\" [%i] \"bool dmnormalsmooth\" [\"%s\"] \"bool dmsharpboundary\" [\"%s\"]"% (nlevels.get(), nsmooth.get(), sharpbound.get())
lordcrc@384	337
lordcrc@384	338	if usedisp.get() == "true":
lordcrc@384	339	dstr += " \"string displacementmap\" [\"%s::dispmap.scale\"] \"float dmscale\" [-1.0] \"float dmoffset\" [%f]"%(mat.getName(), sdoffset.get()) # scale is scaled in texture
lordcrc@384	340
lordcrc@384	341	if dstr != "": return dstr
lordcrc@384	342
lordcrc@384	343	return "\"trianglemesh\""
lordcrc@384	344
lordcrc@384	345	#-------------------------------------------------
lordcrc@384	346	# exportMesh(self, file, mesh, mats, name, portal)
lordcrc@384	347	# exports mesh to the file without any optimization
lordcrc@384	348	#-------------------------------------------------
lordcrc@384	349	def exportMesh(self, file, mesh, mats, name, portal=False):
lordcrc@384	350	if mats == []:
lordcrc@384	351	mats = [dummyMat]
lordcrc@384	352	for matIndex in range(len(mats)):
lordcrc@384	353	if (mats[matIndex] != None):
lordcrc@384	354	mesh_str = getMeshType(len(mesh.verts), mats[matIndex])
lordcrc@384	355	if (portal):
lordcrc@384	356	file.write("\tShape %s \"integer indices\" [\n"% mesh_str)
lordcrc@384	357	else:
lordcrc@384	358	self.exportMaterialLink(file, mats[matIndex])
lordcrc@384	359	file.write("\tPortalShape %s \"integer indices\" [\n"% mesh_str)
lordcrc@384	360	index = 0
lordcrc@384	361	ffaces = [f for f in mesh.faces if f.mat == matIndex]
lordcrc@384	362	for face in ffaces:
lordcrc@384	363	file.write("%d %d %d\n"%(index, index+1, index+2))
lordcrc@384	364	if (len(face)==4):
lordcrc@384	365	file.write("%d %d %d\n"%(index, index+2, index+3))
lordcrc@384	366	index += len(face.verts)
lordcrc@384	367	file.write("\t] \"point P\" [\n")
lordcrc@384	368	for face in ffaces:
lordcrc@384	369	for vertex in face:
lordcrc@384	370	file.write("%f %f %f\n"% tuple(vertex.co))
lordcrc@384	371	file.write("\t] \"normal N\" [\n")
lordcrc@384	372	for face in ffaces:
lordcrc@384	373	normal = face.no
lordcrc@384	374	for vertex in face:
lordcrc@384	375	if (face.smooth):
lordcrc@384	376	normal = vertex.no
lordcrc@384	377	file.write("%f %f %f\n"% tuple(normal))
lordcrc@384	378	if (mesh.faceUV):
lordcrc@384	379	file.write("\t] \"float uv\" [\n")
lordcrc@384	380	for face in ffaces:
lordcrc@384	381	for uv in face.uv:
lordcrc@384	382	file.write("%f %f\n"% tuple(uv))
lordcrc@384	383	file.write("\t]\n")
lordcrc@384	384
lordcrc@384	385	#-------------------------------------------------
lordcrc@384	386	# exportMeshOpt(self, file, mesh, mats, name, portal, optNormals)
lordcrc@384	387	# exports mesh to the file with optimization.
lordcrc@384	388	# portal: export without normals and UVs
lordcrc@384	389	# optNormals: speed and filesize optimization, flat faces get exported without normals
lordcrc@384	390	#-------------------------------------------------
lordcrc@384	391	def exportMeshOpt(self, file, mesh, mats, name, portal=False, optNormals=True):
lordcrc@384	392	shapeList, smoothFltr, shapeText = [0], [[0,1]], [""]
lordcrc@384	393	if portal:
lordcrc@384	394	normalFltr, uvFltr, shapeText = [0], [0], ["portal"] # portal, no normals, no UVs
lordcrc@384	395	else:
lordcrc@384	396	uvFltr, normalFltr, shapeText = [1], [1], ["mixed with normals"] # normals and UVs
lordcrc@384	397	if optNormals: # one pass for flat faces without normals and another pass for smoothed faces with normals, all with UVs
lordcrc@384	398	shapeList, smoothFltr, normalFltr, uvFltr, shapeText = [0,1], [[0],[1]], [0,1], [1,1], ["flat w/o normals", "smoothed with normals"]
lordcrc@384	399	if mats == []:
lordcrc@384	400	mats = [dummyMat]
tom@406	401	usedmats = [f.mat for f in mesh.faces]
lordcrc@384	402	for matIndex in range(len(mats)):
tom@406	403	if not matIndex in usedmats:
tom@406	404	continue
tom@406	405	if not(portal):
tom@406	406	mat = mats[matIndex]
tom@406	407	if not mat:
tom@406	408	mat = dummyMat
tom@406	409	self.exportMaterialLink(file, mat)
tom@406	410	for shape in shapeList:
tom@406	411	blenderExportVertexMap = []
tom@406	412	exportVerts = []
tom@406	413	exportFaces = []
tom@406	414	ffaces = [f for f in mesh.faces if (f.mat == matIndex) and (f.smooth in smoothFltr[shape])]
tom@406	415	for face in ffaces:
tom@406	416	exportVIndices = []
tom@406	417	index = 0
tom@406	418	for vertex in face:
lordcrc@384	419	# v = [vertex.co[0], vertex.co[1], vertex.co[2]]
tom@406	420	v = [vertex.co]
tom@406	421	if normalFltr[shape]:
tom@406	422	if (face.smooth):
lordcrc@384	423	# v.extend(vertex.no)
tom@406	424	v.append(vertex.no)
tom@406	425	else:
lordcrc@384	426	# v.extend(face.no)
tom@406	427	v.append(face.no)
tom@406	428	if (uvFltr[shape]) and (mesh.faceUV):
lordcrc@384	429	# v.extend(face.uv[index])
tom@406	430	v.append(face.uv[index])
tom@406	431	blenderVIndex = vertex.index
tom@406	432	newExportVIndex = -1
tom@406	433	length = len(v)
tom@406	434	if (blenderVIndex < len(blenderExportVertexMap)):
tom@406	435	for exportVIndex in blenderExportVertexMap[blenderVIndex]:
tom@406	436	v2 = exportVerts[exportVIndex]
tom@406	437	if (length==len(v2)) and (v == v2):
tom@406	438	newExportVIndex = exportVIndex
tom@406	439	break
tom@406	440	if (newExportVIndex < 0):
tom@406	441	newExportVIndex = len(exportVerts)
tom@406	442	exportVerts.append(v)
tom@406	443	while blenderVIndex >= len(blenderExportVertexMap):
tom@406	444	blenderExportVertexMap.append([])
tom@406	445	blenderExportVertexMap[blenderVIndex].append(newExportVIndex)
tom@406	446	exportVIndices.append(newExportVIndex)
tom@406	447	index += 1
tom@406	448	exportFaces.append(exportVIndices)
tom@406	449	if (len(exportVerts)>0):
tom@406	450	mesh_str = self.getMeshType(len(exportVerts), mats[matIndex])
tom@406	451	if (portal):
tom@406	452	file.write("\tPortalShape %s \"integer indices\" [\n"% mesh_str)
tom@406	453	else:
tom@406	454	file.write("\tShape %s \"integer indices\" [\n"% mesh_str)
tom@406	455	for face in exportFaces:
tom@406	456	file.write("%d %d %d\n"%(face[0], face[1], face[2]))
tom@406	457	if (len(face)==4):
tom@406	458	file.write("%d %d %d\n"%(face[0], face[2], face[3]))
tom@406	459	file.write("\t] \"point P\" [\n")
lordcrc@384	460	# for vertex in exportVerts:
lordcrc@384	461	# file.write("%f %f %f\n"%(vertex[0], vertex[1], vertex[2]))
tom@406	462	file.write("".join(["%f %f %f\n"%tuple(vertex[0]) for vertex in exportVerts]))
tom@406	463	if normalFltr[shape]:
tom@406	464	file.write("\t] \"normal N\" [\n")
lordcrc@384	465	# for vertex in exportVerts:
lordcrc@384	466	# file.write("%f %f %f\n"%(vertex[3], vertex[4], vertex[5]))
tom@406	467	file.write("".join(["%f %f %f\n"%tuple(vertex[1]) for vertex in exportVerts]))
tom@406	468	if (uvFltr[shape]) and (mesh.faceUV):
tom@406	469	file.write("\t] \"float uv\" [\n")
lordcrc@384	470	# for vertex in exportVerts:
lordcrc@384	471	# file.write("%f %f\n"%(vertex[6], vertex[7]))
tom@406	472	file.write("".join(["%f %f\n"%tuple(vertex[2]) for vertex in exportVerts]))
tom@406	473	else:
tom@406	474	if (uvFltr[shape]) and (mesh.faceUV):
tom@406	475	file.write("\t] \"float uv\" [\n")
lordcrc@384	476	# for vertex in exportVerts:
lordcrc@384	477	# file.write("%f %f\n"%(vertex[3], vertex[4]))
tom@406	478	file.write("".join(["%f %f\n"%tuple(vertex[1]) for vertex in exportVerts]))
tom@406	479	file.write("\t]\n")
tom@406	480	print(" shape(%s): %d vertices, %d faces"%(shapeText[shape], len(exportVerts), len(exportFaces)))
lordcrc@384	481
lordcrc@384	482	#-------------------------------------------------
lordcrc@384	483	# exportMeshes(self, file)
lordcrc@384	484	# exports meshes that uses instancing (meshes that are used by at least "instancing_threshold" objects)
lordcrc@384	485	#-------------------------------------------------
lordcrc@384	486	def exportMeshes(self, file):
lordcrc@384	487	scn = Scene.GetCurrent()
lordcrc@384	488	instancing_threshold = luxProp(scn, "instancing_threshold", 2).get()
lordcrc@384	489	mesh_optimizing = luxProp(scn, "mesh_optimizing", True).get()
lordcrc@384	490	mesh = Mesh.New('')
lordcrc@384	491	for (mesh_name, objs) in self.meshes.items():
lordcrc@384	492	allow_instancing = True
lordcrc@384	493	mats = getMaterials(objs[0]) # mats = obj.getData().getMaterials()
lordcrc@384	494	for mat in mats: # don't instance if one of the materials is emissive
lordcrc@384	495	if (mat!=None) and (luxProp(mat, "type", "").get()=="light"):
lordcrc@384	496	allow_instancing = False
lordcrc@384	497	for obj in objs: # don't instance if the objects with same mesh uses different materials
lordcrc@384	498	ms = getMaterials(obj)
lordcrc@384	499	if ms != mats:
lordcrc@384	500	allow_instancing = False
lordcrc@384	501	if obj.modifiers.__len__() > 0:
lordcrc@384	502	allow_instancing = False
lordcrc@384	503	if allow_instancing and (len(objs) > instancing_threshold):
lordcrc@384	504	del self.meshes[mesh_name]
lordcrc@384	505	mesh.getFromObject(objs[0], 0, 1)
lordcrc@384	506	print("blender-mesh: %s (%d vertices, %d faces)"%(mesh_name, len(mesh.verts), len(mesh.faces)))
lordcrc@384	507	file.write("ObjectBegin \"%s\"\n"%mesh_name)
tom@406	508
lordcrc@384	509	if (mesh_optimizing):
lordcrc@384	510	self.exportMeshOpt(file, mesh, mats, mesh_name)
lordcrc@384	511	else:
lordcrc@384	512	self.exportMesh(file, mesh, mats, mesh_name)
lordcrc@384	513	file.write("ObjectEnd # %s\n\n"%mesh_name)
lordcrc@384	514	mesh.verts = None
lordcrc@384	515
lordcrc@384	516	#-------------------------------------------------
lordcrc@384	517	# exportObjects(self, file)
lordcrc@384	518	# exports objects to the file
lordcrc@384	519	#-------------------------------------------------
lordcrc@384	520	def exportObjects(self, file):
lordcrc@384	521	scn = Scene.GetCurrent()
lordcrc@384	522	cam = scn.getCurrentCamera().data
lordcrc@384	523	objectmblur = luxProp(cam, "objectmblur", "true")
lordcrc@384	524	usemblur = luxProp(cam, "usemblur", "false")
lordcrc@384	525	mesh_optimizing = luxProp(scn, "mesh_optimizing", True).get()
lordcrc@384	526	mesh = Mesh.New('')
lordcrc@384	527	for [obj, matrix] in self.objects:
lordcrc@384	528	print("object: %s"%(obj.getName()))
lordcrc@384	529	mesh_name = obj.getData(name_only=True)
lordcrc@384	530
lordcrc@384	531	motion = None
lordcrc@384	532	if(objectmblur.get() == "true" and usemblur.get() == "true"):
lordcrc@384	533	# motion blur
lordcrc@384	534	frame = Blender.Get('curframe')
lordcrc@384	535	Blender.Set('curframe', frame+1)
lordcrc@384	536	m1 = 1.0*matrix # multiply by 1.0 to get a copy of orignal matrix (will be frame-independant)
lordcrc@384	537	Blender.Set('curframe', frame)
lordcrc@384	538	if m1 != matrix:
lordcrc@384	539	print(" motion blur")
lordcrc@384	540	motion = m1
lordcrc@384	541
lordcrc@384	542	if motion: # motion-blur only works with instances, so ensure mesh is exported as instance first
lordcrc@384	543	if mesh_name in self.meshes:
lordcrc@384	544	del self.meshes[mesh_name]
lordcrc@384	545	mesh.getFromObject(obj, 0, 1)
lordcrc@384	546	mats = getMaterials(obj)
lordcrc@384	547	print(" blender-mesh: %s (%d vertices, %d faces)"%(mesh_name, len(mesh.verts), len(mesh.faces)))
lordcrc@384	548	file.write("ObjectBegin \"%s\"\n"%mesh_name)
lordcrc@384	549	if (mesh_optimizing):
lordcrc@384	550	self.exportMeshOpt(file, mesh, mats, mesh_name)
lordcrc@384	551	else:
lordcrc@384	552	self.exportMesh(file, mesh, mats, mesh_name)
lordcrc@384	553	file.write("ObjectEnd # %s\n\n"%mesh_name)
lordcrc@384	554
lordcrc@384	555	file.write("AttributeBegin # %s\n"%obj.getName())
lordcrc@384	556	file.write("\tTransform [%s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s]\n"\
lordcrc@384	557	%(matrix[0][0], matrix[0][1], matrix[0][2], matrix[0][3],\
lordcrc@384	558	matrix[1][0], matrix[1][1], matrix[1][2], matrix[1][3],\
lordcrc@384	559	matrix[2][0], matrix[2][1], matrix[2][2], matrix[2][3],\
lordcrc@384	560	matrix[3][0], matrix[3][1], matrix[3][2], matrix[3][3]))
lordcrc@384	561	if motion:
lordcrc@384	562	file.write("\tTransformBegin\n")
lordcrc@384	563	file.write("\t\tIdentity\n")
lordcrc@384	564	file.write("\t\tTransform [%s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s]\n"\
lordcrc@384	565	%(motion[0][0], motion[0][1], motion[0][2], motion[0][3],\
lordcrc@384	566	motion[1][0], motion[1][1], motion[1][2], motion[1][3],\
lordcrc@384	567	motion[2][0], motion[2][1], motion[2][2], motion[2][3],\
lordcrc@384	568	motion[3][0], motion[3][1], motion[3][2], motion[3][3]))
lordcrc@384	569	file.write("\t\tCoordinateSystem \"%s\"\n"%(obj.getName()+"_motion"))
lordcrc@384	570	file.write("\tTransformEnd\n")
lordcrc@384	571	if mesh_name in self.meshes:
lordcrc@384	572	mesh.getFromObject(obj, 0, 1)
lordcrc@384	573	mats = getMaterials(obj)
lordcrc@384	574	print(" blender-mesh: %s (%d vertices, %d faces)"%(mesh_name, len(mesh.verts), len(mesh.faces)))
lordcrc@384	575	if (mesh_optimizing):
lordcrc@384	576	self.exportMeshOpt(file, mesh, mats, mesh_name)
lordcrc@384	577	else:
lordcrc@384	578	self.exportMesh(file, mesh, mats, mesh_name)
lordcrc@384	579	else:
lordcrc@384	580	print(" instance %s"%(mesh_name))
lordcrc@384	581	if motion:
lordcrc@384	582	file.write("\tMotionInstance \"%s\" 0.0 1.0 \"%s\"\n"%(mesh_name, obj.getName()+"_motion"))
lordcrc@384	583	else:
lordcrc@384	584	file.write("\tObjectInstance \"%s\"\n"%mesh_name)
lordcrc@384	585	file.write("AttributeEnd\n\n")
lordcrc@384	586	mesh.verts = None
lordcrc@384	587
lordcrc@384	588	#-------------------------------------------------
lordcrc@384	589	# exportPortals(self, file)
lordcrc@384	590	# exports portals objects to the file
lordcrc@384	591	#-------------------------------------------------
lordcrc@384	592	def exportPortals(self, file):
lordcrc@384	593	scn = Scene.GetCurrent()
lordcrc@384	594	mesh_optimizing = luxProp(scn, "mesh_optimizing", True).get()
lordcrc@384	595	mesh = Mesh.New('')
lordcrc@384	596	for [obj, matrix] in self.portals:
lordcrc@384	597	print("portal: %s"%(obj.getName()))
lordcrc@384	598	file.write("\tTransform [%s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s]\n"\
lordcrc@384	599	%(matrix[0][0], matrix[0][1], matrix[0][2], matrix[0][3],\
lordcrc@384	600	matrix[1][0], matrix[1][1], matrix[1][2], matrix[1][3],\
lordcrc@384	601	matrix[2][0], matrix[2][1], matrix[2][2], matrix[2][3],\
lordcrc@384	602	matrix[3][0], matrix[3][1], matrix[3][2], matrix[3][3]))
lordcrc@384	603	mesh_name = obj.getData(name_only=True)
lordcrc@384	604	mesh.getFromObject(obj, 0, 1)
lordcrc@384	605	mats = getMaterials(obj) # mats = obj.getData().getMaterials()
lordcrc@384	606	if (mesh_optimizing):
lordcrc@384	607	self.exportMeshOpt(file, mesh, mats, mesh_name, True)
lordcrc@384	608	else:
lordcrc@384	609	self.exportMesh(file, mesh, mats, mesh_name, True)
lordcrc@384	610	mesh.verts = None
lordcrc@384	611
lordcrc@384	612	#-------------------------------------------------
lordcrc@384	613	# exportLights(self, file)
lordcrc@384	614	# exports lights to the file
lordcrc@384	615	#-------------------------------------------------
lordcrc@384	616	def exportLights(self, file):
lordcrc@384	617	for [obj, matrix] in self.lights:
lordcrc@384	618	ltype = obj.getData(mesh=1).getType() # data
lordcrc@384	619	if (ltype == Lamp.Types["Lamp"]) or (ltype == Lamp.Types["Spot"]) or (ltype == Lamp.Types["Area"]):
lordcrc@384	620	print("light: %s"%(obj.getName()))
lordcrc@384	621	if ltype == Lamp.Types["Area"]:
lordcrc@384	622	(str, link) = luxLight("", "", obj, None, 0)
lordcrc@384	623	file.write(str)
lordcrc@384	624	if ltype == Lamp.Types["Area"]: file.write("AttributeBegin # %s\n"%obj.getName())
lordcrc@384	625	else: file.write("TransformBegin # %s\n"%obj.getName())
lordcrc@384	626	file.write("\tTransform [%s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s]\n"\
lordcrc@384	627	%(matrix[0][0], matrix[0][1], matrix[0][2], matrix[0][3],\
lordcrc@384	628	matrix[1][0], matrix[1][1], matrix[1][2], matrix[1][3],\
lordcrc@384	629	matrix[2][0], matrix[2][1], matrix[2][2], matrix[2][3],\
lordcrc@384	630	matrix[3][0], matrix[3][1], matrix[3][2], matrix[3][3]))
lordcrc@384	631	col = obj.getData(mesh=1).col # data
lordcrc@384	632	energy = obj.getData(mesh=1).energy # data
lordcrc@384	633	if ltype == Lamp.Types["Lamp"]:
lordcrc@384	634	lightgroup = luxProp(obj, "light.lightgroup", "default")
lordcrc@384	635	if luxProp(Scene.GetCurrent(), "nolg", "false").get()!="true":
lordcrc@384	636	file.write("LightGroup \"%s\"\n"%lightgroup.get())
lordcrc@384	637	(str, link) = luxLamp("", "", obj, None, 0)
lordcrc@384	638	file.write(str+"LightSource \"point\""+link+"\n")
lordcrc@384	639	if ltype == Lamp.Types["Spot"]:
lordcrc@384	640	(str, link) = luxSpot("", "", obj, None, 0)
lordcrc@384	641	file.write(str)
lordcrc@384	642	proj = luxProp(obj, "light.usetexproj", "false")
lordcrc@384	643	if luxProp(Scene.GetCurrent(), "nolg", "false").get()!="true":
lordcrc@384	644	lightgroup = luxProp(obj, "light.lightgroup", "default")
lordcrc@384	645	file.write("LightGroup \"%s\"\n"%lightgroup.get())
lordcrc@384	646	if(proj.get() == "true"):
lordcrc@384	647	file.write("Rotate 180 0 1 0\n")
lordcrc@384	648	file.write("LightSource \"projection\" \"float fov\" [%f]"%(obj.getData(mesh=1).spotSize))
lordcrc@384	649	else:
lordcrc@384	650	file.write("LightSource \"spot\" \"point from\" [0 0 0] \"point to\" [0 0 -1] \"float coneangle\" [%f] \"float conedeltaangle\" [%f]"\
lordcrc@384	651	%(obj.getData(mesh=1).spotSize0.5, obj.getData(mesh=1).spotSize0.5*obj.getData(mesh=1).spotBlend)) # data
lordcrc@384	652	file.write(link+"\n")
lordcrc@384	653	if ltype == Lamp.Types["Area"]:
lordcrc@384	654	lightgroup = luxProp(obj, "light.lightgroup", "default")
lordcrc@384	655	if luxProp(Scene.GetCurrent(), "nolg", "false").get()!="true":
lordcrc@384	656	file.write("LightGroup \"%s\"\n"%lightgroup.get())
lordcrc@384	657	file.write("\tAreaLightSource \"area\"")
lordcrc@384	658	file.write(link)
lordcrc@384	659	# file.write(luxLight("", "", obj, None, 0))
lordcrc@384	660	file.write("\n")
lordcrc@384	661	areax = obj.getData(mesh=1).getAreaSizeX()
lordcrc@384	662	# lamps "getAreaShape()" not implemented yet - so we can't detect shape! Using square as default
lordcrc@384	663	# todo: ideasman42
lordcrc@384	664	if (True): areay = areax
lordcrc@384	665	else: areay = obj.getData(mesh=1).getAreaSizeY()
lordcrc@384	666	file.write('\tShape "trianglemesh" "integer indices" [0 1 2 0 2 3] "point P" [-%(x)f %(y)f 0.0 %(x)f %(y)f 0.0 %(x)f -%(y)f 0.0 -%(x)f -%(y)f 0.0]\n'%{"x":areax/2, "y":areay/2})
lordcrc@384	667	if ltype == Lamp.Types["Area"]: file.write("AttributeEnd # %s\n"%obj.getName())
lordcrc@384	668	else: file.write("TransformEnd # %s\n"%obj.getName())
lordcrc@384	669	file.write("\n")
lordcrc@384	670
lordcrc@384	671
lordcrc@384	672	#-------------------------------------------------
lordcrc@384	673	# exportVolumes(self, file)
lordcrc@384	674	# exports volumes to the file
lordcrc@384	675	#-------------------------------------------------
lordcrc@384	676	def exportVolumes(self, file):
lordcrc@384	677	for [obj, matrix] in self.volumes:
lordcrc@384	678	print("volume: %s"%(obj.getName()))
lordcrc@384	679	file.write("# Volume: %s\n"%(obj.getName()))
lordcrc@384	680
lordcrc@384	681	# trickery to obtain objectspace boundingbox AABB
lordcrc@384	682	mat = obj.matrixWorld.copy().invert()
lordcrc@384	683	bb = [vec * mat for vec in obj.getBoundBox()]
lordcrc@384	684	minx = miny = minz = 100000000000000.0
lordcrc@384	685	maxx = maxy = maxz = -100000000000000.0
lordcrc@384	686	for vec in bb:
lordcrc@384	687	if (vec[0] < minx): minx = vec[0]
lordcrc@384	688	if (vec[1] < miny): miny = vec[1]
lordcrc@384	689	if (vec[2] < minz): minz = vec[2]
lordcrc@384	690	if (vec[0] > maxx): maxx = vec[0]
lordcrc@384	691	if (vec[1] > maxy): maxy = vec[1]
lordcrc@384	692	if (vec[2] > maxz): maxz = vec[2]
lordcrc@384	693
lordcrc@384	694	file.write("Transform [%s %s %s %s %s %s %s %s %s %s %s %s %s %s %s %s]\n"\
lordcrc@384	695	%(matrix[0][0], matrix[0][1], matrix[0][2], matrix[0][3],\
lordcrc@384	696	matrix[1][0], matrix[1][1], matrix[1][2], matrix[1][3],\
lordcrc@384	697	matrix[2][0], matrix[2][1], matrix[2][2], matrix[2][3],\
lordcrc@384	698	matrix[3][0], matrix[3][1], matrix[3][2], matrix[3][3]))
lordcrc@384	699
lordcrc@384	700	str_opt = (" \"point p0\" [%f %f %f] \"point p1\" [%f %f %f]"%(minx, miny, minz, maxx, maxy, maxz))
lordcrc@384	701	mats = getMaterials(obj)
lordcrc@384	702	if (len(mats)>0) and (mats[0]!=None) and (luxProp(mats[0], "type", "").get()=="boundvolume"):
lordcrc@384	703	mat = mats[0]
lordcrc@384	704	(str, link) = luxMaterialBlock("", "", "", mat, None, 0, str_opt)
lordcrc@384	705	file.write("%s"%link)
lordcrc@384	706	file.write("\n\n")
lordcrc@384	707
lordcrc@384	708
lordcrc@384	709	# Note - radiance - this is a work in progress
lordcrc@384	710	def luxFlashBlock(camObj):
lordcrc@384	711	str = ""
lordcrc@384	712	str += "CoordSysTransform \"camera\"\n"
lordcrc@384	713
lordcrc@384	714	str += "Texture \"camflashtex\" \"color\" \"blackbody\" \"float temperature\" [5500.0]"
lordcrc@384	715	str += "AreaLightSource \"area\" \"texture L\" [\"camflashtex\"] \"float power\" [100.000000] \"float efficacy\" [17.000000] \"float gain\" [1.000000]\n"
lordcrc@384	716
lordcrc@384	717	up = 10.0
lordcrc@384	718
lordcrc@384	719	str += "Shape \"trianglemesh\" \"integer indices\" [ 0 1 2 0 2 3 ] \"point P\" [ 0.014 0.012 0.0 0.006 0.012 0.0 0.006 0.008 0.0 0.014 0.008 0.0 ]\n"
lordcrc@384	720
lordcrc@384	721	return str
lordcrc@384	722
lordcrc@384	723
lordcrc@384	724	######################################################
lordcrc@384	725	# EXPORT
lordcrc@384	726	######################################################
lordcrc@384	727
lordcrc@384	728	def save_lux(filename, unindexedname):
lordcrc@384	729
lordcrc@384	730	export_total_steps = 12.0
lordcrc@384	731
lordcrc@384	732	global meshlist, matnames, lxs_filename, geom_filename, geom_pfilename, mat_filename, mat_pfilename, vol_filename, vol_pfilename, LuxIsGUI
lordcrc@384	733
lordcrc@384	734	global render_status_text
lordcrc@384	735	global render_status
lordcrc@384	736	render_status_text = 'Exporting...'
lordcrc@384	737	render_status = True
lordcrc@384	738
lordcrc@384	739	print("Lux Render Export started...\n")
lordcrc@384	740	time1 = Blender.sys.time()
lordcrc@384	741	scn = Scene.GetCurrent()
lordcrc@384	742
lordcrc@384	743	filepath = os.path.dirname(filename)
lordcrc@384	744	filebase = os.path.splitext(os.path.basename(filename))[0]
lordcrc@384	745
lordcrc@384	746	lxs_filename = filename
lordcrc@384	747
lordcrc@384	748	geom_filename = os.path.join(filepath, filebase + "-geom.lxo")
lordcrc@384	749	geom_pfilename = filebase + "-geom.lxo"
lordcrc@384	750
lordcrc@384	751	mat_filename = os.path.join(filepath, filebase + "-mat.lxm")
lordcrc@384	752	mat_pfilename = filebase + "-mat.lxm"
lordcrc@384	753
lordcrc@384	754	vol_filename = os.path.join(filepath, filebase + "-vol.lxv")
lordcrc@384	755	vol_pfilename = filebase + "-vol.lxv"
lordcrc@384	756
lordcrc@384	757	### Zuegs: initialization for export class
lordcrc@384	758	export = luxExport(Blender.Scene.GetCurrent())
lordcrc@384	759
lordcrc@384	760	# check if a light is present
lordcrc@384	761	envtype = luxProp(scn, "env.type", "infinite").get()
lordcrc@384	762	if envtype == "sunsky":
lordcrc@384	763	sun = None
lordcrc@384	764	for obj in scn.objects:
lordcrc@384	765	if (obj.getType() == "Lamp") and ((obj.Layers & scn.Layers) > 0):
lordcrc@384	766	if obj.getData(mesh=1).getType() == 1: # sun object # data
lordcrc@384	767	sun = obj
lordcrc@384	768	if not(export.analyseScene()) and not(envtype == "infinite") and not((envtype == "sunsky") and (sun != None)):
lordcrc@384	769	print("ERROR: No light source found")
lordcrc@384	770	Draw.PupMenu("ERROR: No light source found%t\|OK%x1")
jeanphi@391	771	render_status_text = ''
jeanphi@391	772	render_status = False
jeanphi@391	773	Blender.Window.QRedrawAll()
jeanphi@391	774	del export
lordcrc@384	775	return False
lordcrc@384	776
lordcrc@384	777	if LuxIsGUI: DrawProgressBar(0.0/export_total_steps,'Setting up Scene file')
lordcrc@384	778
lordcrc@384	779	class output_proxy():
lordcrc@384	780	load_result = False
lordcrc@384	781	combine_all_output = False
lordcrc@384	782	f = None
lordcrc@384	783	def close(self):
lordcrc@384	784	if self.f is not None: self.f.close()
lordcrc@384	785	def write(self, str):
lordcrc@384	786	if self.f is not None:
lordcrc@384	787	self.f.write(str)
lordcrc@384	788	self.f.flush()
lordcrc@384	789
lordcrc@384	790	class file_output(output_proxy):
lordcrc@384	791	def __init__(self,filename):
lordcrc@384	792	self.f = open(filename, "w")
lordcrc@384	793
lordcrc@384	794	from threading import Thread
lordcrc@384	795	class pipe_output(output_proxy, Thread):
lordcrc@384	796	combine_all_output = True
lordcrc@384	797
lordcrc@384	798	def __init__(self, xr,yr, haltspp, filename):
lordcrc@384	799	Thread.__init__(self)
lordcrc@384	800
lordcrc@384	801	self.filename = filename
lordcrc@384	802	self.haltspp = haltspp
lordcrc@384	803	self.xr = xr
lordcrc@384	804	self.yr = yr
lordcrc@384	805
lordcrc@384	806	if self.haltspp > 0:
lordcrc@384	807	bintype = "luxconsole"
lordcrc@384	808	self.load_result = True
lordcrc@384	809	else:
lordcrc@384	810	bintype = "luxrender"
lordcrc@384	811
lordcrc@384	812	print("pipe: using %s" % bintype)
lordcrc@384	813
lordcrc@384	814	self.p = get_lux_pipe(scn, 1, bintype)
lordcrc@384	815	self.f = self.p.stdin
lordcrc@384	816	def close(self):
lordcrc@384	817	global render_status_text
lordcrc@384	818	global render_status
lordcrc@384	819	render_status = True
lordcrc@384	820	render_status_text = "Rendering ..."
lordcrc@384	821	Blender.Window.QRedrawAll()
lordcrc@384	822	self.start()
lordcrc@384	823
lordcrc@384	824	def run(self):
lordcrc@384	825	if self.load_result: self.data = self.p.communicate()[0]
lordcrc@384	826	self.f.close()
tom@397	827	if self.load_result: # self.load_image()
tom@397	828	self.load_data()
lordcrc@384	829	print("LuxRender process finished")
lordcrc@384	830	self.update_status()
lordcrc@384	831
lordcrc@384	832	def load_image(self):
lordcrc@384	833	i = Blender.Image.Load(self.filename)
lordcrc@384	834	i.makeCurrent()
lordcrc@384	835	i.reload()
lordcrc@384	836
lordcrc@384	837	def load_data(self):
lordcrc@384	838	print("processing %i image bytes" % len(self.data))
lordcrc@384	839	i = Blender.Image.New('luxrender', self.xr, self.yr, 32)
lordcrc@384	840	raw_image = []
lordcrc@384	841	for j in self.data:
lordcrc@384	842	raw_image.append(ord(j))
lordcrc@384	843	del self.data
lordcrc@384	844	bi = 0
lordcrc@384	845	for y in range(self.yr-1, -1, -1):
lordcrc@384	846	for x in range(0, self.xr):
lordcrc@384	847	i.setPixelI(x,y, raw_image[bi:bi+3]+[0])
lordcrc@384	848	bi+=3
lordcrc@384	849	i.makeCurrent()
lordcrc@384	850
lordcrc@384	851	def update_status(self):
lordcrc@384	852	global render_status_text
lordcrc@384	853	global render_status
lordcrc@384	854	render_status = False
lordcrc@384	855	render_status_text = "Rendering complete"
lordcrc@384	856	if self.haltspp>0: render_status_text += ", check Image Editor window"
lordcrc@384	857	Blender.Window.QRedrawAll()
lordcrc@384	858
lordcrc@384	859	use_pipe_output = luxProp(scn, "pipe", "false").get() == "true" and luxProp(scn, "run", "true").get() == "true"
lordcrc@384	860
lordcrc@384	861	file = output_proxy()
lordcrc@384	862
lordcrc@384	863	if luxProp(scn, "lxs", "true").get()=="true" or use_pipe_output:
lordcrc@384	864	##### Determine/open files
lordcrc@384	865	if use_pipe_output:
lordcrc@384	866	print("using pipe output")
lordcrc@384	867	print("Exporting scene to pipe")
lordcrc@384	868	xr,yr = get_render_resolution(scn)
lordcrc@384	869	file = pipe_output(xr, yr,
lordcrc@384	870	luxProp(scn, "haltspp", 0).get(),
lordcrc@384	871	os.path.join(filepath, filebase + ".png")
lordcrc@384	872	)
lordcrc@384	873	else:
lordcrc@384	874	print("using file output")
lordcrc@384	875	print("Exporting scene to '" + filename + "'...\n")
lordcrc@384	876	file = file_output(filename)
lordcrc@384	877
lordcrc@384	878	##### Write Header ######
jensverwiebe@414	879	file.write("# Lux Render v0.6 Scene File\n")
lordcrc@384	880	file.write("# Exported by LuxBlend Blender Exporter\n")
lordcrc@384	881	file.write("\n")
lordcrc@384	882
lordcrc@384	883	##### Write camera ######
lordcrc@384	884	camObj = scn.getCurrentCamera()
lordcrc@384	885
lordcrc@384	886	if LuxIsGUI: DrawProgressBar(1.0/export_total_steps,'Exporting Camera')
lordcrc@384	887	if camObj:
lordcrc@384	888	print("processing Camera...")
lordcrc@384	889	cam = camObj.data
lordcrc@384	890	cammblur = luxProp(cam, "cammblur", "true")
lordcrc@384	891	usemblur = luxProp(cam, "usemblur", "false")
lordcrc@384	892
lordcrc@384	893	matrix = camObj.getMatrix()
lordcrc@384	894
lordcrc@384	895	motion = None
lordcrc@384	896	if(cammblur.get() == "true" and usemblur.get() == "true"):
lordcrc@384	897	# motion blur
lordcrc@384	898	frame = Blender.Get('curframe')
lordcrc@384	899	Blender.Set('curframe', frame+1)
lordcrc@384	900	m1 = 1.0*matrix # multiply by 1.0 to get a copy of original matrix (will be frame-independant)
lordcrc@384	901	Blender.Set('curframe', frame)
lordcrc@384	902	if m1 != matrix:
lordcrc@384	903	# Motion detected, write endtransform
lordcrc@384	904	print(" motion blur")
lordcrc@384	905	motion = m1
lordcrc@384	906	pos = m1[3]
lordcrc@384	907	forwards = -m1[2]
lordcrc@384	908	target = pos + forwards
lordcrc@384	909	up = m1[1]
lordcrc@384	910	file.write("TransformBegin\n")
lordcrc@384	911	file.write(" LookAt %f %f %f \n %f %f %f \n %f %f %f\n" % ( pos[0], pos[1], pos[2], target[0], target[1], target[2], up[0], up[1], up[2] ))
lordcrc@384	912	file.write(" CoordinateSystem \"CameraEndTransform\"\n")
lordcrc@384	913	file.write("TransformEnd\n\n")
lordcrc@384	914
lordcrc@384	915	# Write original lookat transform
lordcrc@384	916	pos = matrix[3]
lordcrc@384	917	forwards = -matrix[2]
lordcrc@384	918	target = pos + forwards
lordcrc@384	919	up = matrix[1]
lordcrc@384	920	file.write("LookAt %f %f %f \n %f %f %f \n %f %f %f\n\n" % ( pos[0], pos[1], pos[2], target[0], target[1], target[2], up[0], up[1], up[2] ))
lordcrc@384	921	file.write(luxCamera(camObj.data, scn.getRenderingContext()))
lordcrc@384	922	if motion:
lordcrc@384	923	file.write("\n \"string endtransform\" [\"CameraEndTransform\"]")
lordcrc@384	924	file.write("\n")
lordcrc@384	925	file.write("\n")
lordcrc@384	926
lordcrc@384	927	if LuxIsGUI: DrawProgressBar(2.0/export_total_steps,'Exporting Film Settings')
lordcrc@384	928	##### Write film ######
lordcrc@384	929	file.write(luxFilm(scn))
lordcrc@384	930	file.write("\n")
lordcrc@384	931
lordcrc@384	932	if LuxIsGUI: DrawProgressBar(3.0/export_total_steps,'Exporting Pixel Filter')
lordcrc@384	933	##### Write Pixel Filter ######
lordcrc@384	934	file.write(luxPixelFilter(scn))
lordcrc@384	935	file.write("\n")
lordcrc@384	936
lordcrc@384	937	if LuxIsGUI: DrawProgressBar(4.0/export_total_steps,'Exporting Sampler')
lordcrc@384	938	##### Write Sampler ######
lordcrc@384	939	file.write(luxSampler(scn))
lordcrc@384	940	file.write("\n")
lordcrc@384	941
lordcrc@384	942	if LuxIsGUI: DrawProgressBar(5.0/export_total_steps,'Exporting Surface Integrator')
lordcrc@384	943	##### Write Surface Integrator ######
lordcrc@384	944	file.write(luxSurfaceIntegrator(scn))
lordcrc@384	945	file.write("\n")
lordcrc@384	946
lordcrc@384	947	if LuxIsGUI: DrawProgressBar(6.0/export_total_steps,'Exporting Volume Integrator')
lordcrc@384	948	##### Write Volume Integrator ######
lordcrc@384	949	file.write(luxVolumeIntegrator(scn))
lordcrc@384	950	file.write("\n")
lordcrc@384	951
lordcrc@384	952	if LuxIsGUI: DrawProgressBar(7.0/export_total_steps,'Exporting Accelerator')
lordcrc@384	953	##### Write Acceleration ######
lordcrc@384	954	file.write(luxAccelerator(scn))
lordcrc@384	955	file.write("\n")
lordcrc@384	956
lordcrc@384	957	########## BEGIN World
lordcrc@384	958	file.write("\n")
lordcrc@384	959	file.write("WorldBegin\n")
lordcrc@384	960	file.write("\n")
lordcrc@384	961
lordcrc@384	962	########## World scale
lordcrc@384	963	#scale = luxProp(scn, "global.scale", 1.0).get()
lordcrc@384	964	#if scale != 1.0:
lordcrc@384	965	# # TODO: not working yet !!!
lordcrc@384	966	# # TODO: propabily scale needs to be applyed on camera coords too
lordcrc@384	967	# file.write("Transform [%s 0.0 0.0 0.0 0.0 %s 0.0 0.0 0.0 0.0 %s 0.0 0.0 0.0 0 1.0]\n"%(scale, scale, scale))
lordcrc@384	968	# file.write("\n")
lordcrc@384	969
lordcrc@384	970	if LuxIsGUI: DrawProgressBar(8.0/export_total_steps,'Exporting Environment')
lordcrc@384	971	##### Write World Background, Sunsky or Env map ######
lordcrc@384	972	env = luxEnvironment(scn)
lordcrc@384	973	if env != "":
lordcrc@384	974	file.write("AttributeBegin\n")
lordcrc@384	975	file.write(env)
lordcrc@384	976	export.exportPortals(file)
lordcrc@384	977	file.write("AttributeEnd\n")
lordcrc@384	978	file.write("\n")
lordcrc@384	979
lordcrc@384	980	# Note - radiance - this is a work in progress
lordcrc@384	981	# flash = luxFlashBlock(camObj)
lordcrc@384	982	# if flash != "":
lordcrc@384	983	# file.write("# Camera flash lamp\n")
lordcrc@384	984	# file.write("AttributeBegin\n")
lordcrc@384	985	# #file.write("CoordSysTransform \"camera\"\n")
lordcrc@384	986	# file.write(flash)
lordcrc@384	987	# file.write("AttributeEnd\n\n")
lordcrc@384	988
lordcrc@384	989	#### Write material & geometry file includes in scene file
lordcrc@384	990	if not file.combine_all_output: file.write("Include \"%s\"\n\n" %(mat_pfilename))
lordcrc@384	991	if not file.combine_all_output: file.write("Include \"%s\"\n\n" %(geom_pfilename))
lordcrc@384	992	if not file.combine_all_output: file.write("Include \"%s\"\n\n" %(vol_pfilename))
lordcrc@384	993
lordcrc@384	994	if luxProp(scn, "lxm", "true").get()=="true" or use_pipe_output:
lordcrc@384	995	if LuxIsGUI: DrawProgressBar(9.0/export_total_steps,'Exporting Materials')
lordcrc@384	996	##### Write Material file #####
lordcrc@384	997	if not file.combine_all_output: print("Exporting materials to '" + mat_filename + "'...\n")
lordcrc@384	998	mat_file = open(mat_filename, 'w') if not file.combine_all_output else file
lordcrc@384	999	mat_file.write("")
lordcrc@384	1000	export.exportMaterials(mat_file)
lordcrc@384	1001	mat_file.write("")
lordcrc@384	1002	if not file.combine_all_output: mat_file.close()
lordcrc@384	1003
lordcrc@384	1004	if luxProp(scn, "lxo", "true").get()=="true" or use_pipe_output:
lordcrc@384	1005	if LuxIsGUI: DrawProgressBar(10.0/export_total_steps,'Exporting Geometry')
lordcrc@384	1006	##### Write Geometry file #####
lordcrc@384	1007	if not file.combine_all_output: print("Exporting geometry to '" + geom_filename + "'...\n")
lordcrc@384	1008	geom_file = open(geom_filename, 'w') if not file.combine_all_output else file
lordcrc@384	1009	meshlist = []
lordcrc@384	1010	geom_file.write("")
lordcrc@384	1011	export.exportLights(geom_file)
lordcrc@384	1012	export.exportMeshes(geom_file)
lordcrc@384	1013	export.exportObjects(geom_file)
lordcrc@384	1014	geom_file.write("")
lordcrc@384	1015	if not file.combine_all_output: geom_file.close()
lordcrc@384	1016
lordcrc@384	1017	if luxProp(scn, "lxv", "true").get()=="true" or use_pipe_output:
lordcrc@384	1018	if LuxIsGUI: DrawProgressBar(11.0/export_total_steps,'Exporting Volumes')
lordcrc@384	1019	##### Write Volume file #####
lordcrc@384	1020	if not file.combine_all_output: print("Exporting volumes to '" + vol_filename + "'...\n")
lordcrc@384	1021	vol_file = open(vol_filename, 'w') if not file.combine_all_output else file
lordcrc@384	1022	meshlist = []
lordcrc@384	1023	vol_file.write("")
lordcrc@384	1024	export.exportVolumes(vol_file)
lordcrc@384	1025	vol_file.write("")
lordcrc@384	1026	if not file.combine_all_output: vol_file.close()
lordcrc@384	1027
lordcrc@384	1028	render_status_text = ''
lordcrc@384	1029	render_status = False
lordcrc@384	1030	Blender.Window.QRedrawAll()
lordcrc@384	1031
lordcrc@384	1032	if luxProp(scn, "lxs", "true").get()=="true" or use_pipe_output:
lordcrc@384	1033	#### Write End Tag
lordcrc@384	1034	file.write("WorldEnd\n\n")
lordcrc@384	1035	file.close()
lordcrc@384	1036
lordcrc@384	1037	if LuxIsGUI: DrawProgressBar(12.0/export_total_steps,'Export Finished')
lordcrc@384	1038	print("Finished.\n")
lordcrc@384	1039	del export
lordcrc@384	1040
lordcrc@384	1041	time2 = Blender.sys.time()
lordcrc@384	1042	print("Processing time: %f\n" %(time2-time1))
tom@397	1043
tom@397	1044	if use_pipe_output:
doug@403	1045	#if luxProp(scn, "haltspp", 0).get() > 0:
tom@397	1046	# Wait for piped luxconsole render thread to end
doug@403	1047	file.join()
tom@397	1048
tom@397	1049	# Don't launch it again as a piped scene is started implicitly
tom@397	1050	return False
tom@397	1051
lordcrc@384	1052	return True
lordcrc@384	1053
lordcrc@384	1054	########################################################################
lordcrc@384	1055	#### Construct server string argument
lordcrc@384	1056	########################################################################
lordcrc@384	1057
lordcrc@384	1058	def networkstring(scn):
lordcrc@384	1059	servers_string = ""
lordcrc@384	1060	if (luxProp(scn,"network","false").get() == "true"):
lordcrc@384	1061	if (luxProp(scn,"network_use_file","false").get() == "true"):
lordcrc@384	1062	print("read network servers from file: "+ luxProp(scn,"network_file_path","false").get())
lordcrc@384	1063	f = open(luxProp(scn,"network_file_path","false").get())
lordcrc@384	1064	for s in f:
lordcrc@384	1065	s = s.strip("\n")
lordcrc@384	1066	print("add server :" + s)
lordcrc@384	1067	servers_string=servers_string+" -u "+ s
lordcrc@384	1068	f.close
lordcrc@384	1069	else :
lordcrc@384	1070	if luxProp(scn,"network_servers","").get():
lordcrc@384	1071	for server in luxProp(scn,"network_servers","").get().split(","):
lordcrc@384	1072	servers_string=servers_string+" -u "+ server
lordcrc@384	1073	return servers_string
lordcrc@384	1074
lordcrc@384	1075
lordcrc@384	1076	#########################################################################
lordcrc@384	1077	### LAUNCH LuxRender AND RENDER CURRENT SCENE
lordcrc@384	1078	#########################################################################
lordcrc@384	1079
lordcrc@384	1080	def get_lux_exec(scn, type="luxrender"):
lordcrc@384	1081
lordcrc@384	1082	#get blenders 'bpydata' directory
lordcrc@384	1083	datadir=Blender.Get("datadir")
lordcrc@384	1084
lordcrc@384	1085	ic = luxProp(scn, "lux", "").get()
lordcrc@384	1086	ic = Blender.sys.dirname(ic) + os.sep + type
lordcrc@384	1087
lordcrc@384	1088	if osys.platform == "win32": ic = ic + ".exe"
lordcrc@384	1089
lordcrc@384	1090	if type=="luxrender" and osys.platform == "darwin": ic = ic + ".app/Contents/MacOS/luxrender"
lordcrc@384	1091
lordcrc@384	1092	return ic
lordcrc@384	1093
tom@396	1094	def get_lux_args(filename, extra_args=[], anim=False):
lordcrc@384	1095	ostype = osys.platform
lordcrc@384	1096	scn = Scene.GetCurrent()
tom@396	1097
tom@396	1098	ic = get_lux_exec(scn, type=(anim and 'luxconsole' or 'luxrender'))
lordcrc@384	1099
lordcrc@384	1100	servers_string = networkstring(scn)
lordcrc@384	1101	update_int=luxProp(scn,"newtork_interval",180).get()
lordcrc@384	1102
lordcrc@384	1103	checkluxpath = luxProp(scn, "checkluxpath", True).get()
lordcrc@384	1104	if checkluxpath:
lordcrc@384	1105	if sys.exists(ic) != 1:
lordcrc@384	1106	Draw.PupMenu("Error: Lux renderer not found. Please set path on System page.%t\|OK")
lordcrc@384	1107	return
lordcrc@384	1108	autothreads = luxProp(scn, "autothreads", "true").get()
lordcrc@384	1109	threads = luxProp(scn, "threads", 1).get()
lordcrc@384	1110	luxnice = luxProp(scn, "luxnice", 0).get()
lordcrc@384	1111	noopengl = luxProp(scn, "noopengl", "false").get()
lordcrc@384	1112
lordcrc@384	1113	if noopengl == "true":
lordcrc@384	1114	extra_args.append("--noopengl")
lordcrc@384	1115
lordcrc@384	1116	lux_args = "\"%s\" " % ic
lordcrc@384	1117
lordcrc@384	1118	extra_args.append('%s'%servers_string)
lordcrc@384	1119	extra_args.append("-i %d " % update_int)
lordcrc@384	1120
lordcrc@384	1121	if autothreads != "true":
lordcrc@384	1122	extra_args.append("--threads=%d " % threads)
lordcrc@384	1123
lordcrc@384	1124	lux_args2 = ' '.join(extra_args)
lordcrc@384	1125
lordcrc@384	1126	if filename == '-':
lordcrc@384	1127	lux_args2 = " - " + lux_args2
lordcrc@384	1128	else:
lordcrc@384	1129	filename = "\"%s\"" % filename
lordcrc@384	1130	lux_args2 = lux_args2 + filename
lordcrc@384	1131
lordcrc@384	1132	lux_args += lux_args2
lordcrc@384	1133
lordcrc@384	1134	if ostype == "win32":
lordcrc@384	1135	prio = ""
lordcrc@384	1136	if luxnice > 15: prio = "/low"
lordcrc@384	1137	elif luxnice > 5: prio = "/belownormal"
lordcrc@384	1138	elif luxnice > -5: prio = "/normal"
lordcrc@384	1139	elif luxnice > -15: prio = "/abovenormal"
lordcrc@384	1140	else: prio = "/high"
lordcrc@384	1141
doug@401	1142	if not anim:
doug@401	1143	cmd = "start /b %s \"\" %s" % (prio, lux_args)
doug@401	1144	else:
doug@401	1145	cmd = "start /WAIT %s \"\" %s" % (prio, lux_args)
lordcrc@384	1146
jensverwiebe@394	1147	# if ostype == "linux2" or ostype == "darwin":
jensverwiebe@394	1148	else:
tom@396	1149	if not anim:
tom@396	1150	cmd = "(nice -n %d %s)&"%(luxnice, lux_args)
tom@396	1151	else:
tom@396	1152	cmd = "(nice -n %d %s)"%(luxnice, lux_args)
lordcrc@384	1153
lordcrc@384	1154	return cmd, lux_args2
lordcrc@384	1155
lordcrc@384	1156	def get_lux_pipe(scn, buf = 1024, type="luxconsole"):
lordcrc@384	1157	bin = "\"%s\"" % get_lux_exec(scn, type)
lordcrc@384	1158
lordcrc@384	1159	print("piping to lux binary: " + bin)
lordcrc@384	1160
lordcrc@384	1161	PIPE = subprocess.PIPE
lordcrc@384	1162
lordcrc@384	1163	cmd, raw_args = get_lux_args('-',
lordcrc@384	1164	extra_args=['-b'] if type=="luxconsole" else []
lordcrc@384	1165	)
lordcrc@384	1166
lordcrc@384	1167	return subprocess.Popen(bin + raw_args, shell=True, bufsize=buf, stdin=PIPE, stdout=PIPE, stderr=PIPE)
lordcrc@384	1168
lordcrc@384	1169	def launchLux(filename):
lordcrc@384	1170	cmd, raw_args = get_lux_args(filename, extra_args=[])
lordcrc@384	1171	print("Running Luxrender:\n"+cmd)
lordcrc@384	1172	os.system(cmd)
lordcrc@384	1173
tom@396	1174	def launchLuxWait(filename, anim=False):
jensverwiebe@393	1175	ostype = osys.platform
tom@396	1176	cmd, raw_args = get_lux_args(filename, extra_args=[], anim=anim)
lordcrc@384	1177
lordcrc@384	1178	if ostype == "win32":
lordcrc@384	1179	os.system(cmd)
lordcrc@384	1180
jensverwiebe@394	1181	# if ostype == "linux2" or ostype == "darwin":
jensverwiebe@394	1182	else:
lordcrc@384	1183	subprocess.call(cmd,shell=True)
lordcrc@384	1184
doug@402	1185	#### SAVE ANIMATION ####
doug@402	1186
doug@402	1187
doug@404	1188	#def save_anim(filename):
doug@404	1189	# global LuxIsGUI
doug@404	1190	# scn = Scene.GetCurrent()
doug@404	1191	# to = luxProp(scn, 'export.threaded', 'true').get()
doug@404	1192	# run = luxProp(scn, "run", "true").get()
doug@404	1193	# deflt = luxProp(scn, "default", "true").get()
doug@404	1194	# if to == 'true' and run == 'true' and deflt == 'false':
doug@404	1195	# import threading
doug@404	1196	# anim_thread = threading.Thread(target=save_anim_real, args=(filename,True))
doug@404	1197	# anim_thread.start()
doug@404	1198	# else:
doug@404	1199	# save_anim_real(filename)
doug@404	1200
doug@404	1201	def save_anim(filename, as_thread=False):
doug@403	1202	if as_thread: print('SAR thread started')
doug@403	1203	global MatSaved, LuxIsGUI
lordcrc@384	1204
lordcrc@384	1205	MatSaved = 0
lordcrc@384	1206	startF = Blender.Get('staframe')
lordcrc@384	1207	endF = Blender.Get('endframe')
lordcrc@384	1208	scn = Scene.GetCurrent()
lordcrc@384	1209
lordcrc@384	1210	Run = luxProp(scn, "run", "true").get()
lordcrc@384	1211
tom@397	1212	if Run == "true":
tom@397	1213	haltspp = luxProp(scn, "haltspp", 0).get()
tom@397	1214	if haltspp == 0:
tom@397	1215	Draw.PupMenu("ERROR: You must set a limit for spp (Output->halt) when doing animation and the 'run' flag is switched on")
tom@397	1216	if LuxIsGUI:
tom@397	1217	Draw.Redraw()
tom@397	1218	return
tom@397	1219
lordcrc@384	1220	print("\n\nRendering animation (frame %i to %i)\n\n"%(startF, endF))
lordcrc@384	1221
doug@403	1222	v_frame = Blender.Get('curframe')
doug@403	1223
lordcrc@384	1224	for i in range (startF, endF+1):
doug@403	1225	# Seems to get stuck unless we redraw the UI
doug@404	1226	# if LuxIsGUI:
doug@404	1227	# Window.QRedrawAll()
lordcrc@384	1228	Blender.Set('curframe', i)
lordcrc@384	1229	print("Rendering frame %i"%(i))
lordcrc@384	1230	Blender.Redraw()
lordcrc@384	1231	frameindex = ("-%05d" % (i)) + ".lxs"
lordcrc@384	1232	indexedname = sys.makename(filename, frameindex)
lordcrc@384	1233	unindexedname = filename
lordcrc@384	1234	luxProp(scn, "filename", Blender.Get("filename")).set(sys.makename(filename, "-%05d" % (Blender.Get('curframe'))))
lordcrc@384	1235
lordcrc@384	1236	if Run == "true":
lordcrc@384	1237	if save_lux(filename, unindexedname):
tom@396	1238	launchLuxWait(filename, anim=True)
lordcrc@384	1239	else:
lordcrc@384	1240	save_lux(indexedname, unindexedname)
lordcrc@384	1241
lordcrc@384	1242	MatSaved = 1
doug@403	1243	# Seems to get stuck unless we redraw the UI
doug@404	1244	# if LuxIsGUI:
doug@404	1245	# Window.QRedrawAll()
doug@403	1246
doug@403	1247	Blender.Set('curframe', v_frame)
lordcrc@384	1248
lordcrc@384	1249	print("\n\nFinished Rendering animation\n")
doug@403	1250	if as_thread: print('SAR thread finished')
lordcrc@384	1251
lordcrc@384	1252	#### SAVE STILL (hackish...) ####
doug@402	1253
doug@404	1254	#import threading
doug@404	1255	#def save_still(filename):
doug@404	1256	# global LuxIsGUI
doug@404	1257	# scn = Scene.GetCurrent()
doug@404	1258	# to = luxProp(scn, 'export.threaded', 'true').get()
doug@404	1259	# if to == 'true' and luxProp(scn, "run", "true").get() == "true":
doug@404	1260	# import threading
doug@404	1261	# still_thread = threading.Thread(target=save_still_real, args=(filename,))
doug@404	1262	# still_thread.start()
doug@404	1263	# else:
doug@404	1264	# save_still_real(filename)
doug@404	1265
lordcrc@384	1266	def save_still(filename):
doug@403	1267	global MatSaved, runRenderAfterExport
lordcrc@384	1268	scn = Scene.GetCurrent()
lordcrc@384	1269	luxProp(scn, "filename", Blender.Get("filename")).set(sys.makename(filename, ""))
lordcrc@384	1270	MatSaved = 0
lordcrc@384	1271	unindexedname = filename
doug@403	1272	# Seems to get stuck unless we redraw the UI
doug@404	1273	# if LuxIsGUI:
doug@404	1274	# Window.QRedrawAll()
lordcrc@384	1275	if save_lux(filename, unindexedname):
lordcrc@384	1276	if runRenderAfterExport and luxProp(scn, "pipe", "false").get() == "false": #(run == None and luxProp(scn, "run", "true").get() == "true") or run:
lordcrc@384	1277	launchLux(filename)
doug@403	1278
doug@403	1279	# Seems to get stuck unless we redraw the UI
doug@404	1280	# if LuxIsGUI:
doug@404	1281	# Window.QRedrawAll()
lordcrc@384	1282
lordcrc@384	1283
lordcrc@384	1284	######################################################
lordcrc@384	1285	# Icons
lordcrc@384	1286	######################################################
lordcrc@384	1287
lordcrc@384	1288	def base64value(char):
lordcrc@384	1289	if 64 < ord(char) < 91: return ord(char)-65
lordcrc@384	1290	if 96 < ord(char) < 123: return ord(char)-97+26
lordcrc@384	1291	if 47 < ord(char) < 58: return ord(char)-48+52
lordcrc@384	1292	if char == '+': return 62
lordcrc@384	1293	return 63
lordcrc@384	1294
lordcrc@384	1295	def decodeIconStr(s):
lordcrc@384	1296	buf = BGL.Buffer(BGL.GL_BYTE, [16,16,4])
lordcrc@384	1297	offset = 0
lordcrc@384	1298	for y in range(16):
lordcrc@384	1299	for x in range(16):
lordcrc@384	1300	for c in range(4):
lordcrc@384	1301	buf[y][x][c] = int(base64value(s[offset])*4.048)
lordcrc@384	1302	offset += 1
lordcrc@384	1303	return buf
lordcrc@384	1304
lordcrc@384	1305	def decodeLogoStr(s):
lordcrc@384	1306	buf = BGL.Buffer(BGL.GL_BYTE, [18,118,4])
lordcrc@384	1307	offset = 0
lordcrc@384	1308	for y in range(18):
lordcrc@384	1309	for x in range(118):
lordcrc@384	1310	for c in range(4):
lordcrc@384	1311	buf[y][x][c] = int(base64value(s[offset])*4.048)
lordcrc@384	1312	offset += 1
lordcrc@384	1313	return buf
lordcrc@384	1314
lordcrc@384	1315	def decodeArrowStr(s):
lordcrc@384	1316	buf = BGL.Buffer(BGL.GL_BYTE, [22,22,4])
lordcrc@384	1317	offset = 0
lordcrc@384	1318	for y in range(22):
lordcrc@384	1319	for x in range(22):
lordcrc@384	1320	for c in range(4):
lordcrc@384	1321	buf[y][x][c] = int(base64value(s[offset])*4.048)
lordcrc@384	1322	offset += 1
lordcrc@384	1323	return buf
lordcrc@384	1324
lordcrc@384	1325	def decodeBarStr(s):
lordcrc@384	1326	buf = BGL.Buffer(BGL.GL_BYTE, [17,138,4])
lordcrc@384	1327	offset = 0
lordcrc@384	1328	for y in range(17):
lordcrc@384	1329	for x in range(138):
lordcrc@384	1330	for c in range(4):
lordcrc@384	1331	buf[y][x][c] = int(base64value(s[offset])*4.048)
lordcrc@384	1332	offset += 1
lordcrc@384	1333	return buf
lordcrc@384	1334
lordcrc@384	1335	arrow_down = decodeArrowStr("///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///Q///G///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///3///e///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///V///////7///D///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///1///////////e///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///a///////////////7///C///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///B///5///////////////////c///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///f///////////////////////7///C///A///A///A///A///A///A///A///A///A///A///A///A///A///C///6///////////////////////////c///A///A///A///A///A///A///A///A///A///A///A///A///A///i///////////////////////////////6///C///A///A///A///A///A///A///A///A///A///A///A///G///9///////////////////////////////////e///A///A///A///A///A///A///A///A///A///A///I///n///////////////////////////////////////6///N///A///A///A///A///A///A///A///A///A///L///b///e///e///e///e///e///e///e///e///e///g///O///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A")
lordcrc@384	1336
lordcrc@384	1337	arrow_right = decodeArrowStr("///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///L///I///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///b///n///G///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///e///////9///i///C///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///e///////////////6///f///B///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///e///////////////////////5///a///A///A///A///A///A///A///A///A///A///A///A///A///A///A///e///////////////////////////////1///V///A///A///A///A///A///A///A///A///A///A///A///A///e///////////////////////////////////////3///Q///A///A///A///A///A///A///A///A///A///A///e///////////////////////////////////7///e///G///A///A///A///A///A///A///A///A///A///A///e///////////////////////////7///e///D///A///A///A///A///A///A///A///A///A///A///A///A///e///////////////////7///c///C///A///A///A///A///A///A///A///A///A///A///A///A///A///A///e///////////6///c///C///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///g///6///e///C///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///O///N///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A")
lordcrc@384	1338
lordcrc@384	1339	icon_luxblend = decodeLogoStr("///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A/gAA/gAA/gAA/gAA/gAA/gAA/gAa/gA5/gAZ/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A/gAA/gAA/gAA/gAA/gAA/gAA/gAj/gA//gAh/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A/gAA/gAA/gAA/gAA/gAA/gAA/gAC/gAO/gAC/gAB/gAS/gAQ/gAA/gAA/gAA/gAA/gAA///A///A///A/gAA/gAZ/gAu/gA7/gA//gA//gA//gA//gA//gA//gA//gAd/gAA/gAZ/gAu/gA//gA//gA//gA//gA//gA//gA3/gAm/gAI/gAE/gAz/gA//gA//gAZ/gAA/gAA/gAA/gAZ/gA//gA//gAm/gAR/gA//gA//gA//gA//gA//gA//gA//gA//gA//gA//gAz/gAd/gAE/gAA/gA//gA//gAd/gAA/gAI/gAm/gA3/gA//gA//gA//gAR/gAA/gAA/gAA/gAA/gAA/gAu/gA//gAu/gAA/gAA/gAA/gAA/gAA/gAA/gAd/gA//gA//gAA/gAE/gAd/gAz/gA//gA//gA//gA//gA//gA7/gAq/gAV/gAA///A///A///A///A///A///A/gAA/gAA/gAA/gAI/gAK/gAA/gAA/gAA/gAA/gAn/gA//gA//gAc/gAA/gAA/gAA/gAA///A///A///A/gAi/gA//gA//gA//gA//gA//gA//gA//gA//gA//gA//gAd/gAZ/gA//gA//gA//gA//gA//gA//gA//gA//gA//gA//gA7/gAE/gAE/gAz/gA//gA//gAR/gAA/gAZ/gA//gA//gAm/gAA/gAR/gA//gA//gA//gA//gA//gA//gA//gA//gA//gA//gA//gA//gAz/gAA/gA//gA//gAd/gAI/gA7/gA//gA//gA//gA//gA//gAR/gAA/gAA/gAA/gAA/gAA/gAu/gA//gAu/gAA/gAA/gAA/gAA/gAA/gAA/gAd/gA//gA//gAA/gAu/gA//gA//gA//gA//gA//gA//gA//gA//gA//gA//gAi///A///A///A///A///A///A/gAA/gAA/gAA/gAv/gA4/gAA/gAA/gAA/gAD/gA9/gA//gA//gAz/gAA/gAA/gAA/gAA///A///A///A/gA//gA//gAq/gAI/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAu/gA//gA3/gAI/gAA/gAA/gAA/gAA/gAA/gAd/gA//gA//gAR/gAA/gAM/gA7/gA//gA7/gAZ/gA//gA//gAz/gAA/gAA/gAR/gA//gA//gAR/gAA/gAA/gAA/gAA/gAA/gAA/gAE/gAd/gA//gA//gAM/gA//gA//gAd/gAd/gA//gA//gAd/gAI/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAu/gA//gAu/gAA/gAA/gAA/gAA/gAA/gAA/gAd/gA//gA//gAA/gA//gA//gAq/gAA/gAA/gAA/gAA/gAA/gAE/gAq/gA//gA////A///A///A///A///A///A/gAA/gAA/gAA/gAN/gAQ/gAA/gAA/gAA/gAA/gAs/gA//gA//gA+/gAs/gAp/gAZ/gAA///A///A///A/gA//gA//gAd/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAu/gA//gAu/gAA/gAA/gAA/gAA/gAA/gAA/gAR/gA//gA//gAR/gAA/gAA/gAM/gA7/gA//gA//gA//gAz/gAE/gAA/gAA/gAR/gA//gA//gAR/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAR/gA//gA//gAR/gA//gA//gAd/gAd/gA//gA//gAu/gAu/gAu/gAu/gAu/gAu/gAu/gAu/gAu/gAM/gAu/gA//gAu/gAA/gAA/gAA/gAA/gAA/gAA/gAd/gA//gA//gAA/gA//gA//gAd/gAA/gAA/gAA/gAA/gAA/gAA/gAd/gA//gA////A///A///A///A///A///A/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAI/gAA/gAE/gAZ/gAw/gA//gA//gA//gA//gAh///A///A///A/gA//gA//gAd/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAu/gA//gAu/gAA/gAA/gAA/gAA/gAA/gAA/gAR/gA//gA//gAR/gAA/gAA/gAA/gAR/gA//gA//gA//gAI/gAA/gAA/gAA/gAR/gA//gA//gAm/gAd/gAd/gAd/gAd/gAd/gAd/gAd/gA3/gA//gA3/gAA/gA//gA//gAd/gAd/gA//gA//gA//gA//gA//gA//gA//gA//gA//gA//gA//gAR/gAu/gA//gAu/gAA/gAA/gAA/gAA/gAA/gAA/gAd/gA//gA//gAA/gA//gA//gAd/gAA/gAA/gAA/gAA/gAA/gAA/gAd/gA//gA////A///A///A///A///A///A/gAl/gAL/gAA/gAA/gAA/gAA/gAf/gA+/gAd/gAA/gAA/gAT/gA//gA//gA//gA//gA6///A///A///A/gA//gA//gAd/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAu/gA//gAu/gAA/gAA/gAA/gAA/gAA/gAA/gAR/gA//gA//gAR/gAA/gAA/gAE/gAz/gA//gA//gA//gAz/gAE/gAA/gAA/gAR/gA//gA//gA//gA//gA//gA//gA//gA//gA//gA//gA//gA//gAd/gAA/gA//gA//gAd/gAd/gA//gA//gAR/gAR/gAR/gAR/gAR/gAR/gAd/gA//gA//gAR/gAu/gA//gAu/gAA/gAA/gAA/gAA/gAA/gAA/gAd/gA//gA//gAA/gA//gA//gAd/gAA/gAA/gAA/gAA/gAA/gAA/gAd/gA//gA////A///A///A///A///A///A/gAl/gAK/gAA/gAA/gAA/gAA/gAf/gA+/gAd/gAA/gAA/gAT/gA//gA//gA//gA//gA6///A///A///A/gA//gA//gAd/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAu/gA//gAu/gAA/gAA/gAA/gAA/gAA/gAA/gAR/gA//gA//gAR/gAA/gAA/gAz/gA//gA7/gAd/gA//gA//gAm/gAA/gAA/gAR/gA//gA//gAm/gAd/gAd/gAd/gAd/gAd/gAd/gAd/gAu/gA//gA//gAI/gA//gA//gAd/gAd/gA//gA//gAd/gAR/gAR/gAR/gAR/gAR/gAq/gA//gA//gAR/gAu/gA//gA7/gAZ/gAR/gAR/gAR/gAR/gAV/gAz/gA//gA//gAA/gA3/gA//gA7/gAi/gAd/gAd/gAd/gAd/gAd/gAu/gA//gA////A///A///A///A///A///A/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAI/gAA/gAE/gAa/gAw/gA//gA//gA//gA//gAg///A///A///A/gA//gA//gAd/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAu/gA//gAu/gAA/gAA/gAA/gAA/gAA/gAA/gAR/gA//gA//gAR/gAA/gAm/gA//gA7/gAM/gAA/gAZ/gA//gA//gAm/gAA/gAR/gA//gA//gAR/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAR/gA//gA//gAR/gA//gA//gAd/gAE/gAz/gA//gA//gA//gA//gA//gA//gA//gA//gA//gAz/gAA/gAV/gA//gA//gA//gA//gA//gA//gA//gA//gA//gA//gAi/gAA/gAV/gA7/gA//gA//gA//gA//gA//gA//gA//gA//gA//gA////A///A///A///A///A///A/gAA/gAA/gAA/gAO/gAR/gAA/gAA/gAA/gAA/gAt/gA//gA//gA+/gAs/gAq/gAZ/gAA///A///A///A/gA//gA//gAd/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAi/gAu/gAi/gAA/gAA/gAA/gAA/gAA/gAA/gAM/gAu/gAu/gAM/gAm/gA//gA7/gAM/gAA/gAA/gAA/gAm/gA//gA//gAd/gAR/gA//gA//gAd/gAR/gAR/gAR/gAR/gAR/gAR/gAR/gAq/gA//gA//gAM/gA//gA//gAd/gAA/gAA/gAZ/gAm/gAu/gAu/gAu/gAu/gAu/gAq/gAZ/gAA/gAA/gAA/gAI/gAd/gAu/gAu/gAu/gAu/gAu/gAu/gAi/gAV/gAA/gAA/gAA/gAE/gAV/gAd/gAd/gAd/gAd/gAd/gAd/gAu/gA//gA////A///A///A///A///A///A/gAA/gAA/gAA/gAv/gA4/gAA/gAA/gAA/gAD/gA9/gA//gA//gAz/gAA/gAA/gAA/gAA///A///A///A/gA//gA//gAd/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAR/gA//gA//gA//gA//gA//gA//gA//gA//gA//gA//gA//gA//gAm/gAA/gA//gA//gAd/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAd/gA//gA////A///A///A///A///A///A/gAA/gAA/gAA/gAI/gAK/gAA/gAA/gAA/gAA/gAn/gA//gA//gAc/gAA/gAA/gAA/gAA///A///A///A/gA//gA//gAd/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAM/gAu/gAu/gAu/gAu/gAu/gAu/gAu/gAu/gAu/gAu/gAm/gAR/gAA/gAA/gA//gA//gAd/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAd/gA//gA////A///A///A///A///A///A/gAA/gAA/gAA/gAA/gAA/gAA/gAC/gAO/gAC/gAB/gAS/gAP/gAA/gAA/gAA/gAA/gAA///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A/gAA/gAA/gAA/gAA/gAA/gAA/gAj/gA//gAh/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A/gAA/gAA/gAA/gAA/gAA/gAA/gAa/gA5/gAY/gAA/gAA/gAA/gAA/gAA/gAA/gAA/gAA///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A")
lordcrc@384	1340
lordcrc@384	1341
lordcrc@384	1342	icon_blender = decodeIconStr("///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A27wA27wA27wA27wA27wAFFFGIIIsNNN5IIIsFFFG27wA27wA27wA27wA27wA///A27wA27wA27wA27wA27wAFFFmnnn9sss/kkk9FFFm27wA27wA27wA27wA27wA///A27wA27wA27wA27wA27wAEEEvwww/AAA/sss/EEEv27wA27wA27wA27wA27wA///A27wA27wA27wA27wA27wAFFFxzzz/xxx/vvv/FFFx27wA27wA27wA27wA27wA///A27wAGGGRLLLtKKK7KKK9JJJ/111/ppp/xxx/III/JJJ9JJJ7LLLtGGGR27wA///AGGGQPPP8xxx/444/vvv/555/333/999/zzz/xxx/jjj/nnn/nnn/OOO8GGGQ///ALLL2222/zzz/lll/+++/888/666/444/222/000/yyy/aaa/nnn/vvv/LLL2///AMMMxqqq/+++/ttt/////AAA/888/666/444/AAA/000/iii/zzz/nnn/MMMx///AGGGKLLLqKKK7ZZZ/yyy/yyy/yyy/888/vvv/ttt/rrr/VVV/JJJ7LLLqGGGK///A27wA27wA27wAJJJ1999+////sss5UUU8qqq5777/333+III127wA27wA27wA///A27wA27wA27wAHHHJMMMzUUU7GGGpHHHIGGGpSSS7MMMzHHHJ27wA27wA27wA///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A")
lordcrc@384	1343	icon_col = decodeIconStr("///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A27wA27wA27wA27wAVIAPXKB5VIAS27wA27wA27wA27wA///A///A///A///A///A27wA27wA27wAVIAPXKB8shU/XLC9VIAS27wA27wA27wA///A///A///A///A///A27wA27wAVIAPXKB8ymU/7xd/0qb/XLC9VIAS27wA27wA///A///A///A///A///A27wAVIAPXKA8xkO/7uW/7wa/7xd/0qb/XLC9VIAS27wA///A///A///A///A///AVIAPXKA8xiJ/6rO/6sS/7uW/7wZ/7xd/0qa/XLC9VIAS///A///A///A///A///AXKA1ypd/+6z/6rO/6rO/6sS/7uW/7vZ/7xd/shT/XKB5///A///A///A///A///AVJAMYMC873w/+6z/6rO/6rO/6sS/7uV/ymT/XKB8VIAP///A///A///A///A///A27wAVJAMYMC873w/+6z/6rO/6rO/xkN/XKB8VIAP27wA///A///A///A///A///A27wA27wAVJAMYMC873w/+6z/xiJ/XKA8VIAP27wA27wA///A///A///A///A///A27wA27wA27wAVJAMYMC8xpc/XKA8VIAP27wA27wA27wA///A///A///A///A///A27wA27wA27wA27wAVJAMXKA1VIAP27wA27wA27wA27wA///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A")
lordcrc@384	1344	icon_float = decodeIconStr("///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A27wA27wA27wA27wAMMMSOOO5MMMP27wA27wA27wA27wA///A///A///A///A///A27wA27wA27wAMMMSPPP9nnn/PPP8MMMP27wA27wA27wA///A///A///A///A///A27wA27wAMMMSPPP9ttt/333/vvv/PPP8MMMP27wA27wA///A///A///A///A///A27wAMMMSOOO9ppp/zzz/111/333/vvv/PPP8MMMP27wA///A///A///A///A///AMMMSOOO9lll/uuu/www/zzz/111/333/vvv/PPP8MMMP///A///A///A///A///AOOO5sss/666/sss/uuu/www/zzz/111/333/kkk/PPP1///A///A///A///A///AMMMPQQQ8444/666/ttt/uuu/www/zzz/ppp/OOO8MMMM///A///A///A///A///A27wAMMMPQQQ8444/666/ttt/uuu/mmm/OOO8MMMM27wA///A///A///A///A///A27wA27wAMMMPQQQ8444/555/jjj/OOO8MMMM27wA27wA///A///A///A///A///A27wA27wA27wAMMMPQQQ8ppp/OOO8MMMM27wA27wA27wA///A///A///A///A///A27wA27wA27wA27wAMMMPOOO1MMMM27wA27wA27wA27wA///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A")
lordcrc@384	1345	icon_map2d = decodeIconStr("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")
lordcrc@384	1346	icon_map2dparam = decodeIconStr("///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A27wAQQQB27wA27wA27wA27wA27wA27wA27wA27wA27wA27wA27wA27wA///A///A27wAUUUwMMM9EEE3AAAvAAAlAAAbAAAI27wA27wA27wA27wA27wA27wA///A///A27wAeeeOVVV9OOO/MMM/CCC/AAA+AAA9AAAg27wA27wA27wA27wA27wA///A///A27wA27wAfffKWWW9ggg/mmm/TTT/AAA/AAA9AAAS27wA27wA27wA27wA///A///A27wA27wA27wAeeeXVVV9hhh/lll/TTT/BBB/BBB6AAAN27wA27wA27wA///A///A27wAAAAK27wA27wAdddgTTT8NNN/NNN/JJJ/VVV9EEE8AAAoAAAG27wA///A///A27wAAAAXAAAA27wA27wAeeeaVVV2QQQ/nnn+222/mmm/PPP9JGF8KGCX///A///A27wAAAAkAAAA27wA27wA27wA27wAVVVXYYY8+++/333/gec+ZPL+XOJq///A///A27wAAAAxAAAB27wA27wA27wA27wA27wAXXXiiii83219ofY8eUO/aQL2///A///A27wAAAA9AAAC27wA27wA27wA27wA27wAgggAWWVwmgc84yt/oeW/gWP1///A///ACCC6AAA/AAA/CCC627wA27wA27wA27wA27wAKFFDKGDzxsm52wq/peW2///A///AAAA/////////AAA/AAABAAAAAAAAAAAA27wA27wALFCFMHE31wr61uo5///A///AAAA/////////AAA/AAA+AAAzAAAmAAAZAAAM27wA27wAKFDJPLH6umez///A///ACCC6AAA/AAA/CCC627wA27wA27wA27wA27wA27wA27wA27wAKFCOOJFf///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A")
lordcrc@384	1347	icon_map3dparam = decodeIconStr("27wA27wA27wA27wA27wA27wA3nIC6pMJ6pMJ3nIC27wA27wA27wA27wA27wA27wA27wA27wA27wA27wA27wA3nIC6qMj6qM/6qM/6qMj3nIC27wA27wA27wA27wA27wA27wA27wA27wA27wA27wA6pMJ6qM/////////6qM/6pMJ27wA27wA27wA27wA27wA27wA27wA27wA27wANNNOSQMz5qM/////////5qM/SQMzNNNO27wA27wA27wA27wA27wA27wAMMMIMMMrXXX/www/5wg/6qM/5qM/vnX/bbb/PPP/MMMrMMMI27wA27wA27wA27wAMMM1xxx/777/222/yyy/zxu/caY/bbb/ggg/iii/YYY/MMM127wA27wA27wA27wAMMM/+++/zzz/yyy/yyy/yyy/ZZZ/bbb/ddd/fff/kkk/MMM/27wA27wA27wA27wAMMM/////yyy/yyy/yyy/yyy/ZZZ/bbb/ddd/eee/lll/MMM/27wA27wA27wA27wAMMM/////yyy/yyy/yyy/yyy/ZZZ/bbb/ddd/eee/nnn/MMM/27wA27wA27wA3nICRPM//97/yyy/yyy/yyy/yyy/ZZZ/bbb/ddd/eee/rpm/RPM/3nIC27wA3nIC6qMj5qM/6qM/2ue/zzz/444/999/666/rrr/fff/tkU/5qM/5qM/6qMj3nIC6pMJ6qM/////////6qM/+96/////////////////985/6qM/////////6qM/6pMJ6pMJ6qM/////////6qM/+86/////////////////974/6qM/////////6qM/6pMJ3nIC6qMj6qM/6qM/pfM2PPP+mmm/555/000/hhh/PPP+pfM26qM/6qM/6qMj3nIC27wA3nIC6pMJ6pMJ3nICMMMEMMMaMMMwMMMwMMMaMMME3nIC6pMJ6pMJ3nIC27wA///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A")
lordcrc@384	1348	icon_mat = decodeIconStr("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")
lordcrc@384	1349	icon_matmix = decodeIconStr("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")
lordcrc@384	1350	icon_tex = decodeIconStr("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")
lordcrc@384	1351	icon_texcol = decodeIconStr("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")
lordcrc@384	1352	icon_texmix = decodeIconStr("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")
lordcrc@384	1353	icon_texmixcol = decodeIconStr("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")
lordcrc@384	1354	icon_texparam = decodeIconStr("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")
lordcrc@384	1355
lordcrc@384	1356	icon_emission = decodeIconStr("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")
lordcrc@384	1357
lordcrc@384	1358	icon_spectex = decodeIconStr("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")
lordcrc@384	1359
lordcrc@384	1360	icon_c_filter = decodeIconStr("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")
lordcrc@384	1361
lordcrc@384	1362	icon_c_camera = decodeIconStr("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")
lordcrc@384	1363
lordcrc@384	1364	icon_c_environment = decodeIconStr("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")
lordcrc@384	1365
lordcrc@384	1366	icon_c_sampler = decodeIconStr("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")
lordcrc@384	1367
lordcrc@384	1368	icon_c_integrator = decodeIconStr("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")
lordcrc@384	1369
lordcrc@384	1370	icon_c_volumeintegrator = decodeIconStr("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")
lordcrc@384	1371
lordcrc@384	1372	icon_help = decodeIconStr("///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A27wA27wA27wAAAAOGGGtFFF4HHH6GGG3GGGqAAAK27wA27wA27wA///A///A///A27wAAAABEEEnNNN7vvv/666/888/888/vvv/III7EEEgAAAA27wA///A///A///A27wAEEEmfff+333/333/333/lll/999/999/999/WWW8EEEd27wA///A///A///AAAAPSSS7333/zzz/111/xxx/III/+++/777/999/999/JJJ6AAAJ///A///A///AFFFtxxx/yyy/xxx/zzz/444/999/777/666/777/999/ppp/FFFh///A///A///AEEE4555/uuu/vvv/xxx/ttt/MMM/yyy/666/666/777/111/GGGy///A///A///AJJJ7666/sss/ttt/vvv/yyy/ttt/HHH/yyy/666/555/777/FFF5///A///A///ADDD3777/sss/qqq/lll/vvv/yyy/sss/EEE/777/444/xxx/GGGv///A///A///ADDDq000/xxx/iii/FFF/kkk/lll/hhh/HHH/555/333/kkk/DDDe///A///A///AAAAJNNN8999/rrr/iii/DDD/DDD/GGG/000/000/000/GGG6AAAE///A///A///A27wACCCcccc9999/yyy/ttt/sss/www/000/000/QQQ8CCCT27wA///A///A///A27wA27wACCCXMMM7www/444/777/000/ooo+III5BBBR27wA27wA///A///A///A27wA27wA27wAAAAFBBBbEEEsEEE1FFFqBBBZAAAD27wA27wA27wA///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A///A")
lordcrc@384	1373
lordcrc@384	1374
lordcrc@384	1375	bar_spectrum = decodeBarStr("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lordcrc@384	1376
lordcrc@384	1377	bar_blackbody = 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lordcrc@384	1378
lordcrc@384	1379	bar_equalenergy = decodeBarStr("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")
lordcrc@384	1380
lordcrc@384	1381	def drawIcon(icon, x, y):
lordcrc@384	1382	BGL.glEnable(BGL.GL_BLEND)
lordcrc@384	1383	BGL.glBlendFunc(BGL.GL_SRC_ALPHA, BGL.GL_ONE_MINUS_SRC_ALPHA)
lordcrc@384	1384	BGL.glRasterPos2f(int(x)+0.5, int(y)+0.5)
lordcrc@384	1385	BGL.glDrawPixels(16, 16, BGL.GL_RGBA, BGL.GL_UNSIGNED_BYTE, icon)
lordcrc@384	1386	BGL.glDisable(BGL.GL_BLEND)
lordcrc@384	1387
lordcrc@384	1388	def drawArrow(icon, x, y):
lordcrc@384	1389	BGL.glEnable(BGL.GL_BLEND)
lordcrc@384	1390	BGL.glBlendFunc(BGL.GL_SRC_ALPHA, BGL.GL_ONE_MINUS_SRC_ALPHA)
lordcrc@384	1391	BGL.glRasterPos2f(int(x)+0.5, int(y)+0.5)
lordcrc@384	1392	BGL.glDrawPixels(22, 22, BGL.GL_RGBA, BGL.GL_UNSIGNED_BYTE, icon)
lordcrc@384	1393	BGL.glDisable(BGL.GL_BLEND)
lordcrc@384	1394
lordcrc@384	1395	def drawLogo(icon, x, y):
lordcrc@384	1396	BGL.glEnable(BGL.GL_BLEND)
lordcrc@384	1397	BGL.glBlendFunc(BGL.GL_SRC_ALPHA, BGL.GL_ONE_MINUS_SRC_ALPHA)
lordcrc@384	1398	BGL.glRasterPos2f(int(x)+0.5, int(y)+0.5)
lordcrc@384	1399	BGL.glDrawPixels(118, 18, BGL.GL_RGBA, BGL.GL_UNSIGNED_BYTE, icon)
lordcrc@384	1400	BGL.glDisable(BGL.GL_BLEND)
lordcrc@384	1401
lordcrc@384	1402	def drawBar(icon, x, y):
lordcrc@384	1403	BGL.glEnable(BGL.GL_BLEND)
lordcrc@384	1404	BGL.glBlendFunc(BGL.GL_SRC_ALPHA, BGL.GL_ONE_MINUS_SRC_ALPHA)
lordcrc@384	1405	BGL.glRasterPos2f(int(x)+0.5, int(y)+0.5)
lordcrc@384	1406	BGL.glDrawPixels(138, 17, BGL.GL_RGBA, BGL.GL_UNSIGNED_BYTE, icon)
lordcrc@384	1407	BGL.glDisable(BGL.GL_BLEND)
lordcrc@384	1408
lordcrc@384	1409
lordcrc@384	1410
lordcrc@384	1411	#-------------------------------------------------
lordcrc@384	1412	# luxImage()
lordcrc@384	1413	# helper class to handle images and icons for the GUI
lordcrc@384	1414	#-------------------------------------------------
lordcrc@384	1415
lordcrc@384	1416	class luxImage:
lordcrc@384	1417	def resize(self, width, height):
lordcrc@384	1418	self.width = width
lordcrc@384	1419	self.height = height
lordcrc@384	1420	self.buf = BGL.Buffer(BGL.GL_BYTE, [width,height,4]) # GL buffer
lordcrc@384	1421	def __init__(self, width=0, height=0):
lordcrc@384	1422	self.resize(width, height)
lordcrc@384	1423	def draw(self, x, y):
lordcrc@384	1424	BGL.glEnable(BGL.GL_BLEND)
lordcrc@384	1425	BGL.glBlendFunc(BGL.GL_SRC_ALPHA, BGL.GL_ONE_MINUS_SRC_ALPHA)
lordcrc@384	1426	BGL.glRasterPos2f(int(x)+0.5, int(y)+0.5)
lordcrc@384	1427	BGL.glDrawPixels(self.width, self.height, BGL.GL_RGBA, BGL.GL_UNSIGNED_BYTE, self.buf)
lordcrc@384	1428	BGL.glDisable(BGL.GL_BLEND)
lordcrc@384	1429	def decodeStr(self, width, height, s):
lordcrc@384	1430	self.resize(width, height)
lordcrc@384	1431	offset = 0
lordcrc@384	1432	for y in range(self.height):
lordcrc@384	1433	for x in range(self.width):
lordcrc@384	1434	for c in range(4):
lordcrc@384	1435	self.buf[y][x][c] = int(base64value(s[offset])*4.048)
lordcrc@384	1436	offset += 1
lordcrc@384	1437
lordcrc@384	1438	def decodeLuxConsole(self, width, height, data):
lordcrc@384	1439	self.resize(width, height)
lordcrc@384	1440	offset = 0
lordcrc@384	1441	for y in range(self.height-1,-1,-1):
lordcrc@384	1442	for x in range(self.width):
lordcrc@384	1443	for c in range(3):
lordcrc@384	1444	self.buf[y][x][c] = ord(data[offset])
lordcrc@384	1445	offset += 1
lordcrc@384	1446	self.buf[y][x][3] = 255
lordcrc@384	1447
lordcrc@384	1448
lordcrc@384	1449	previewCache = {} # dictionary that will hold all preview images
lordcrc@384	1450
lordcrc@384	1451
lordcrc@384	1452	######################################################
lordcrc@384	1453	# New GUI by Zuegs
lordcrc@384	1454	######################################################
lordcrc@384	1455
lordcrc@384	1456	from types import *
lordcrc@384	1457
lordcrc@384	1458	evtLuxGui = 99
lordcrc@384	1459	evtSavePreset = 98
lordcrc@384	1460	evtDeletePreset = 97
lordcrc@384	1461	evtSaveMaterial = 96
lordcrc@384	1462	evtLoadMaterial = 95
lordcrc@384	1463	evtDeleteMaterial = 94
lordcrc@384	1464	evtConvertMaterial = 92
lordcrc@384	1465	evtSaveMaterial2 = 91
lordcrc@384	1466	evtLoadMaterial2 = 90
lordcrc@384	1467
lordcrc@384	1468
lordcrc@384	1469	# default settings
lordcrc@384	1470	defaultsExclude = ['preset','filename','page','link']
lordcrc@384	1471	try:
lordcrc@384	1472	luxdefaults = Blender.Registry.GetKey('luxblend', True)
lordcrc@384	1473	if not(type(luxdefaults) is DictType):
lordcrc@384	1474	luxdefaults = {}
lordcrc@384	1475	except:
lordcrc@384	1476	luxdefaults = {}
lordcrc@384	1477	newluxdefaults = luxdefaults.copy()
lordcrc@384	1478
lordcrc@384	1479
lordcrc@384	1480	def saveluxdefaults():
lordcrc@384	1481	try: del newluxdefaults['page']
lordcrc@384	1482	except: pass
lordcrc@384	1483	try: Blender.Registry.SetKey('luxblend', newluxdefaults, True)
lordcrc@384	1484	except: pass
lordcrc@384	1485
lordcrc@384	1486
lordcrc@384	1487
lordcrc@384	1488
lordcrc@384	1489
lordcrc@384	1490	# * PRESETS ************************************
lordcrc@384	1491	presetsExclude = ['preset','lux','datadir','threads','filename','page','RGC','film.gamma','colorclamp','link']
lordcrc@384	1492	def getPresets(key):
lordcrc@384	1493	presets = Blender.Registry.GetKey(key, True)
lordcrc@384	1494	if not(type(presets) is DictType):
lordcrc@384	1495	presets = {}
lordcrc@384	1496	return presets
lordcrc@384	1497	def getScenePresets():
lordcrc@384	1498	presets = getPresets('luxblend_presets').copy()
lordcrc@384	1499
lordcrc@384	1500	# radiance's hardcoded render presets:
lordcrc@384	1501
lordcrc@384	1502	presets['0 Preview - Direct Lighting'] = {
lordcrc@384	1503	'film.displayinterval': 4,
lordcrc@384	1504	'haltspp': 0,
lordcrc@384	1505	'useparamkeys': 'false',
lordcrc@384	1506	'sampler.showadvanced': 'false',
lordcrc@384	1507	'sintegrator.showadvanced': 'false',
lordcrc@384	1508	'pixelfilter.showadvanced': 'false',
lordcrc@384	1509
lordcrc@384	1510	'sampler.type': 'lowdiscrepancy',
lordcrc@384	1511	'sampler.lowdisc.pixelsamples': 1,
lordcrc@384	1512	'sampler.lowdisc.pixelsampler': 'lowdiscrepancy',
lordcrc@384	1513
lordcrc@384	1514	'sintegrator.type': 'directlighting',
lordcrc@384	1515	'sintegrator.dlighting.maxdepth': 5,
lordcrc@384	1516
lordcrc@384	1517	'pixelfilter.type': 'mitchell',
lordcrc@384	1518	'pixelfilter.mitchell.sharp': 0.250,
lordcrc@384	1519	'pixelfilter.mitchell.xwidth': 2.0,
lordcrc@384	1520	'pixelfilter.mitchell.ywidth': 2.0,
lordcrc@384	1521	'pixelfilter.mitchell.optmode': "slider" }
lordcrc@384	1522
lordcrc@384	1523	presets['1 Final - MLT/Bidir Path Tracing (interior) (recommended)'] = {
lordcrc@384	1524	'film.displayinterval': 8,
lordcrc@384	1525	'haltspp': 0,
lordcrc@384	1526	'useparamkeys': 'false',
lordcrc@384	1527	'sampler.showadvanced': 'false',
lordcrc@384	1528	'sintegrator.showadvanced': 'false',
lordcrc@384	1529	'pixelfilter.showadvanced': 'false',
lordcrc@384	1530
lordcrc@384	1531	'sampler.type': 'metropolis',
lordcrc@384	1532	'sampler.metro.strength': 0.6,
lordcrc@384	1533	'sampler.metro.lmprob': 0.4,
lordcrc@384	1534	'sampler.metro.maxrejects': 512,
lordcrc@384	1535	#'sampler.metro.initsamples': 262144,
lordcrc@384	1536	'sampler.metro.usevariance': "false",
lordcrc@384	1537
lordcrc@384	1538	'sintegrator.type': 'bidirectional',
lordcrc@384	1539	'sintegrator.bidir.bounces': 16,
lordcrc@384	1540	'sintegrator.bidir.eyedepth': 16,
lordcrc@384	1541	'sintegrator.bidir.lightdepth': 16,
lordcrc@384	1542
lordcrc@384	1543	'pixelfilter.type': 'mitchell',
lordcrc@384	1544	'pixelfilter.mitchell.sharp': 0.250,
lordcrc@384	1545	'pixelfilter.mitchell.xwidth': 2.0,
lordcrc@384	1546	'pixelfilter.mitchell.ywidth': 2.0,
lordcrc@384	1547	'pixelfilter.mitchell.optmode': "slider" }
lordcrc@384	1548
lordcrc@384	1549	presets['2 Final - MLT/Path Tracing (exterior)'] = {
lordcrc@384	1550	'film.displayinterval': 8,
lordcrc@384	1551	'haltspp': 0,
lordcrc@384	1552	'useparamkeys': 'false',
lordcrc@384	1553	'sampler.showadvanced': 'false',
lordcrc@384	1554	'sintegrator.showadvanced': 'false',
lordcrc@384	1555	'pixelfilter.showadvanced': 'false',
lordcrc@384	1556
lordcrc@384	1557	'sampler.type': 'metropolis',
lordcrc@384	1558	'sampler.metro.strength': 0.6,
lordcrc@384	1559	'sampler.metro.lmprob': 0.4,
lordcrc@384	1560	'sampler.metro.maxrejects': 512,
lordcrc@384	1561	#'sampler.metro.initsamples': 262144,
lordcrc@384	1562	'sampler.metro.usevariance': "false",
lordcrc@384	1563
lordcrc@384	1564	'sintegrator.type': 'path',
lordcrc@384	1565	'sintegrator.bidir.bounces': 10,
lordcrc@384	1566	'sintegrator.bidir.maxdepth': 10,
lordcrc@384	1567
lordcrc@384	1568	'pixelfilter.type': 'mitchell',
lordcrc@384	1569	'pixelfilter.mitchell.sharp': 0.250,
lordcrc@384	1570	'pixelfilter.mitchell.xwidth': 2.0,
lordcrc@384	1571	'pixelfilter.mitchell.ywidth': 2.0,
lordcrc@384	1572	'pixelfilter.mitchell.optmode': "slider" }
lordcrc@384	1573
lordcrc@384	1574	presets['4 '] = { }
lordcrc@384	1575
lordcrc@384	1576	presets['5 Progressive - Bidir Path Tracing (interior)'] = {
lordcrc@384	1577	'film.displayinterval': 8,
lordcrc@384	1578	'haltspp': 0,
lordcrc@384	1579	'useparamkeys': 'false',
lordcrc@384	1580	'sampler.showadvanced': 'false',
lordcrc@384	1581	'sintegrator.showadvanced': 'false',
lordcrc@384	1582	'pixelfilter.showadvanced': 'false',
lordcrc@384	1583
lordcrc@384	1584	'sampler.type': 'lowdiscrepancy',
lordcrc@384	1585	'sampler.lowdisc.pixelsamples': 1,
lordcrc@384	1586	'sampler.lowdisc.pixelsampler': 'lowdiscrepancy',
lordcrc@384	1587
lordcrc@384	1588	'sintegrator.type': 'bidirectional',
lordcrc@384	1589	'sintegrator.bidir.bounces': 16,
lordcrc@384	1590	'sintegrator.bidir.eyedepth': 16,
lordcrc@384	1591	'sintegrator.bidir.lightdepth': 16,
lordcrc@384	1592
lordcrc@384	1593	'pixelfilter.type': 'mitchell',
lordcrc@384	1594	'pixelfilter.mitchell.sharp': 0.250,
lordcrc@384	1595	'pixelfilter.mitchell.xwidth': 2.0,
lordcrc@384	1596	'pixelfilter.mitchell.ywidth': 2.0,
lordcrc@384	1597	'pixelfilter.mitchell.optmode': "slider" }
lordcrc@384	1598
lordcrc@384	1599	presets['6 Progressive - Path Tracing (exterior)'] = {
lordcrc@384	1600	'film.displayinterval': 8,
lordcrc@384	1601	'haltspp': 0,
lordcrc@384	1602	'useparamkeys': 'false',
lordcrc@384	1603	'sampler.showadvanced': 'false',
lordcrc@384	1604	'sintegrator.showadvanced': 'false',
lordcrc@384	1605	'pixelfilter.showadvanced': 'false',
lordcrc@384	1606
lordcrc@384	1607	'sampler.type': 'lowdiscrepancy',
lordcrc@384	1608	'sampler.lowdisc.pixelsamples': 1,
lordcrc@384	1609	'sampler.lowdisc.pixelsampler': 'lowdiscrepancy',
lordcrc@384	1610
lordcrc@384	1611	'sintegrator.type': 'path',
lordcrc@384	1612	'sintegrator.bidir.bounces': 10,
lordcrc@384	1613	'sintegrator.bidir.maxdepth': 10,
lordcrc@384	1614
lordcrc@384	1615	'pixelfilter.type': 'mitchell',
lordcrc@384	1616	'pixelfilter.mitchell.sharp': 0.250,
lordcrc@384	1617	'pixelfilter.mitchell.xwidth': 2.0,
lordcrc@384	1618	'pixelfilter.mitchell.ywidth': 2.0,
lordcrc@384	1619	'pixelfilter.mitchell.optmode': "slider" }
lordcrc@384	1620
lordcrc@384	1621	presets['7 '] = { }
lordcrc@384	1622
lordcrc@384	1623	presets['8 Bucket - Bidir Path Tracing (interior)'] = {
lordcrc@384	1624	'film.displayinterval': 8,
lordcrc@384	1625	'haltspp': 0,
lordcrc@384	1626	'useparamkeys': 'false',
lordcrc@384	1627	'sampler.showadvanced': 'false',
lordcrc@384	1628	'sintegrator.showadvanced': 'false',
lordcrc@384	1629	'pixelfilter.showadvanced': 'false',
lordcrc@384	1630
lordcrc@384	1631	'sampler.type': 'lowdiscrepancy',
lordcrc@384	1632	'sampler.lowdisc.pixelsamples': 64,
lordcrc@384	1633	'sampler.lowdisc.pixelsampler': 'hilbert',
lordcrc@384	1634
lordcrc@384	1635	'sintegrator.type': 'bidirectional',
lordcrc@384	1636	'sintegrator.bidir.bounces': 8,
lordcrc@384	1637	'sintegrator.bidir.eyedepth': 8,
lordcrc@384	1638	'sintegrator.bidir.lightdepth': 10,
lordcrc@384	1639
lordcrc@384	1640	'pixelfilter.type': 'mitchell',
lordcrc@384	1641	'pixelfilter.mitchell.sharp': 0.250,
lordcrc@384	1642	'pixelfilter.mitchell.xwidth': 2.0,
lordcrc@384	1643	'pixelfilter.mitchell.ywidth': 2.0,
lordcrc@384	1644	'pixelfilter.mitchell.optmode': "slider" }
lordcrc@384	1645
lordcrc@384	1646	presets['9 Bucket - Path Tracing (exterior)'] = {
lordcrc@384	1647	'film.displayinterval': 8,
lordcrc@384	1648	'haltspp': 0,
lordcrc@384	1649	'useparamkeys': 'false',
lordcrc@384	1650	'sampler.showadvanced': 'false',
lordcrc@384	1651	'sintegrator.showadvanced': 'false',
lordcrc@384	1652	'pixelfilter.showadvanced': 'false',
lordcrc@384	1653
lordcrc@384	1654	'sampler.type': 'lowdiscrepancy',
lordcrc@384	1655	'sampler.lowdisc.pixelsamples': 64,
lordcrc@384	1656	'sampler.lowdisc.pixelsampler': 'hilbert',
lordcrc@384	1657
lordcrc@384	1658	'sintegrator.type': 'path',
lordcrc@384	1659	'sintegrator.bidir.bounces': 8,
lordcrc@384	1660	'sintegrator.bidir.maxdepth': 8,
lordcrc@384	1661
lordcrc@384	1662	'pixelfilter.type': 'mitchell',
lordcrc@384	1663	'pixelfilter.mitchell.sharp': 0.333,
lordcrc@384	1664	'pixelfilter.mitchell.xwidth': 2.0,
lordcrc@384	1665	'pixelfilter.mitchell.ywidth': 2.0,
lordcrc@384	1666	'pixelfilter.mitchell.optmode': "slider" }
lordcrc@384	1667
lordcrc@384	1668	presets['A '] = { }
lordcrc@384	1669
lordcrc@384	1670	presets['B Anim - Distributed/GI low Q'] = {
lordcrc@384	1671	'film.displayinterval': 8,
lordcrc@384	1672	'haltspp': 1,
lordcrc@384	1673	'useparamkeys': 'false',
lordcrc@384	1674	'sampler.showadvanced': 'false',
lordcrc@384	1675	'sintegrator.showadvanced': 'false',
lordcrc@384	1676	'pixelfilter.showadvanced': 'false',
lordcrc@384	1677
lordcrc@384	1678	'sampler.type': 'lowdiscrepancy',
lordcrc@384	1679	'sampler.lowdisc.pixelsamples': 16,
lordcrc@384	1680	'sampler.lowdisc.pixelsampler': 'hilbert',
lordcrc@384	1681
lordcrc@384	1682	'sintegrator.type': 'distributedpath',
lordcrc@384	1683	'sintegrator.distributedpath.causticsonglossy': 'true',
lordcrc@384	1684	'sintegrator.distributedpath.diffuserefractdepth': 5,
lordcrc@384	1685	'sintegrator.distributedpath.indirectglossy': 'true',
lordcrc@384	1686	'sintegrator.distributedpath.directsamples': 1,
lordcrc@384	1687	'sintegrator.distributedpath.diffuserefractsamples': 1,
lordcrc@384	1688	'sintegrator.distributedpath.glossyreflectdepth': 2,
lordcrc@384	1689	'sintegrator.distributedpath.causticsondiffuse': 'false',
lordcrc@384	1690	'sintegrator.distributedpath.directsampleall': 'true',
lordcrc@384	1691	'sintegrator.distributedpath.indirectdiffuse': 'true',
lordcrc@384	1692	'sintegrator.distributedpath.specularreflectdepth': 3,
lordcrc@384	1693	'sintegrator.distributedpath.diffusereflectsamples': 1,
lordcrc@384	1694	'sintegrator.distributedpath.glossyreflectsamples': 1,
lordcrc@384	1695	'sintegrator.distributedpath.glossyrefractdepth': 5,
lordcrc@384	1696	'sintegrator.distributedpath.diffusereflectdepth': '2',
lordcrc@384	1697	'sintegrator.distributedpath.indirectsamples': 1,
lordcrc@384	1698	'sintegrator.distributedpath.indirectsampleall': 'false',
lordcrc@384	1699	'sintegrator.distributedpath.glossyrefractsamples': 1,
lordcrc@384	1700	'sintegrator.distributedpath.directdiffuse': 'true',
lordcrc@384	1701	'sintegrator.distributedpath.directglossy': 'true',
lordcrc@384	1702	'sintegrator.distributedpath.strategy': 'auto',
lordcrc@384	1703	'sintegrator.distributedpath.specularrefractdepth': 5,
lordcrc@384	1704
lordcrc@384	1705	'pixelfilter.type': 'mitchell',
lordcrc@384	1706	'pixelfilter.mitchell.sharp': 0.333,
lordcrc@384	1707	'pixelfilter.mitchell.xwidth': 2.0,
lordcrc@384	1708	'pixelfilter.mitchell.ywidth': 2.0,
lordcrc@384	1709	'pixelfilter.mitchell.optmode': "slider" }
lordcrc@384	1710
lordcrc@384	1711	presets['C Anim - Distributed/GI medium Q'] = {
lordcrc@384	1712	'film.displayinterval': 8,
lordcrc@384	1713	'haltspp': 1,
lordcrc@384	1714	'useparamkeys': 'false',
lordcrc@384	1715	'sampler.showadvanced': 'false',
lordcrc@384	1716	'sintegrator.showadvanced': 'false',
lordcrc@384	1717	'pixelfilter.showadvanced': 'false',
lordcrc@384	1718
lordcrc@384	1719	'sampler.type': 'lowdiscrepancy',
lordcrc@384	1720	'sampler.lowdisc.pixelsamples': 64,
lordcrc@384	1721	'sampler.lowdisc.pixelsampler': 'hilbert',
lordcrc@384	1722
lordcrc@384	1723	'sintegrator.type': 'distributedpath',
lordcrc@384	1724	'sintegrator.distributedpath.causticsonglossy': 'true',
lordcrc@384	1725	'sintegrator.distributedpath.diffuserefractdepth': 5,
lordcrc@384	1726	'sintegrator.distributedpath.indirectglossy': 'true',
lordcrc@384	1727	'sintegrator.distributedpath.directsamples': 1,
lordcrc@384	1728	'sintegrator.distributedpath.diffuserefractsamples': 1,
lordcrc@384	1729	'sintegrator.distributedpath.glossyreflectdepth': 2,
lordcrc@384	1730	'sintegrator.distributedpath.causticsondiffuse': 'false',
lordcrc@384	1731	'sintegrator.distributedpath.directsampleall': 'true',
lordcrc@384	1732	'sintegrator.distributedpath.indirectdiffuse': 'true',
lordcrc@384	1733	'sintegrator.distributedpath.specularreflectdepth': 3,
lordcrc@384	1734	'sintegrator.distributedpath.diffusereflectsamples': 1,
lordcrc@384	1735	'sintegrator.distributedpath.glossyreflectsamples': 1,
lordcrc@384	1736	'sintegrator.distributedpath.glossyrefractdepth': 5,
lordcrc@384	1737	'sintegrator.distributedpath.diffusereflectdepth': '2',
lordcrc@384	1738	'sintegrator.distributedpath.indirectsamples': 1,
lordcrc@384	1739	'sintegrator.distributedpath.indirectsampleall': 'false',
lordcrc@384	1740	'sintegrator.distributedpath.glossyrefractsamples': 1,
lordcrc@384	1741	'sintegrator.distributedpath.directdiffuse': 'true',
lordcrc@384	1742	'sintegrator.distributedpath.directglossy': 'true',
lordcrc@384	1743	'sintegrator.distributedpath.strategy': 'auto',
lordcrc@384	1744	'sintegrator.distributedpath.specularrefractdepth': 5,
lordcrc@384	1745
lordcrc@384	1746	'pixelfilter.type': 'mitchell',
lordcrc@384	1747	'pixelfilter.mitchell.sharp': 0.333,
lordcrc@384	1748	'pixelfilter.mitchell.xwidth': 2.0,
lordcrc@384	1749	'pixelfilter.mitchell.ywidth': 2.0,
lordcrc@384	1750	'pixelfilter.mitchell.optmode': "slider" }
lordcrc@384	1751
lordcrc@384	1752	presets['D Anim - Distributed/GI high Q'] = {
lordcrc@384	1753	'film.displayinterval': 8,
lordcrc@384	1754	'haltspp': 1,
lordcrc@384	1755	'useparamkeys': 'false',
lordcrc@384	1756	'sampler.showadvanced': 'false',
lordcrc@384	1757	'sintegrator.showadvanced': 'false',
lordcrc@384	1758	'pixelfilter.showadvanced': 'false',
lordcrc@384	1759
lordcrc@384	1760	'sampler.type': 'lowdiscrepancy',
lordcrc@384	1761	'sampler.lowdisc.pixelsamples': 256,
lordcrc@384	1762	'sampler.lowdisc.pixelsampler': 'hilbert',
lordcrc@384	1763
lordcrc@384	1764	'sintegrator.type': 'distributedpath',
lordcrc@384	1765	'sintegrator.distributedpath.causticsonglossy': 'true',
lordcrc@384	1766	'sintegrator.distributedpath.diffuserefractdepth': 5,
lordcrc@384	1767	'sintegrator.distributedpath.indirectglossy': 'true',
lordcrc@384	1768	'sintegrator.distributedpath.directsamples': 1,
lordcrc@384	1769	'sintegrator.distributedpath.diffuserefractsamples': 1,
lordcrc@384	1770	'sintegrator.distributedpath.glossyreflectdepth': 2,
lordcrc@384	1771	'sintegrator.distributedpath.causticsondiffuse': 'false',
lordcrc@384	1772	'sintegrator.distributedpath.directsampleall': 'true',
lordcrc@384	1773	'sintegrator.distributedpath.indirectdiffuse': 'true',
lordcrc@384	1774	'sintegrator.distributedpath.specularreflectdepth': 3,
lordcrc@384	1775	'sintegrator.distributedpath.diffusereflectsamples': 1,
lordcrc@384	1776	'sintegrator.distributedpath.glossyreflectsamples': 1,
lordcrc@384	1777	'sintegrator.distributedpath.glossyrefractdepth': 5,
lordcrc@384	1778	'sintegrator.distributedpath.diffusereflectdepth': '2',
lordcrc@384	1779	'sintegrator.distributedpath.indirectsamples': 1,
lordcrc@384	1780	'sintegrator.distributedpath.indirectsampleall': 'false',
lordcrc@384	1781	'sintegrator.distributedpath.glossyrefractsamples': 1,
lordcrc@384	1782	'sintegrator.distributedpath.directdiffuse': 'true',
lordcrc@384	1783	'sintegrator.distributedpath.directglossy': 'true',
lordcrc@384	1784	'sintegrator.distributedpath.strategy': 'auto',
lordcrc@384	1785	'sintegrator.distributedpath.specularrefractdepth': 5,
lordcrc@384	1786
lordcrc@384	1787	'pixelfilter.type': 'mitchell',
lordcrc@384	1788	'pixelfilter.mitchell.sharp': 0.333,
lordcrc@384	1789	'pixelfilter.mitchell.xwidth': 2.0,
lordcrc@384	1790	'pixelfilter.mitchell.ywidth': 2.0,
lordcrc@384	1791	'pixelfilter.mitchell.optmode': "slider" }
lordcrc@384	1792
lordcrc@384	1793	presets['E Anim - Distributed/GI very high Q'] = {
lordcrc@384	1794	'film.displayinterval': 8,
lordcrc@384	1795	'haltspp': 1,
lordcrc@384	1796	'useparamkeys': 'false',
lordcrc@384	1797	'sampler.showadvanced': 'false',
lordcrc@384	1798	'sintegrator.showadvanced': 'false',
lordcrc@384	1799	'pixelfilter.showadvanced': 'false',
lordcrc@384	1800
lordcrc@384	1801	'sampler.type': 'lowdiscrepancy',
lordcrc@384	1802	'sampler.lowdisc.pixelsamples': 512,
lordcrc@384	1803	'sampler.lowdisc.pixelsampler': 'hilbert',
lordcrc@384	1804
lordcrc@384	1805	'sintegrator.type': 'distributedpath',
lordcrc@384	1806	'sintegrator.distributedpath.causticsonglossy': 'true',
lordcrc@384	1807	'sintegrator.distributedpath.diffuserefractdepth': 5,
lordcrc@384	1808	'sintegrator.distributedpath.indirectglossy': 'true',
lordcrc@384	1809	'sintegrator.distributedpath.directsamples': 1,
lordcrc@384	1810	'sintegrator.distributedpath.diffuserefractsamples': 1,
lordcrc@384	1811	'sintegrator.distributedpath.glossyreflectdepth': 2,
lordcrc@384	1812	'sintegrator.distributedpath.causticsondiffuse': 'false',
lordcrc@384	1813	'sintegrator.distributedpath.directsampleall': 'true',
lordcrc@384	1814	'sintegrator.distributedpath.indirectdiffuse': 'true',
lordcrc@384	1815	'sintegrator.distributedpath.specularreflectdepth': 3,
lordcrc@384	1816	'sintegrator.distributedpath.diffusereflectsamples': 1,
lordcrc@384	1817	'sintegrator.distributedpath.glossyreflectsamples': 1,
lordcrc@384	1818	'sintegrator.distributedpath.glossyrefractdepth': 5,
lordcrc@384	1819	'sintegrator.distributedpath.diffusereflectdepth': '2',
lordcrc@384	1820	'sintegrator.distributedpath.indirectsamples': 1,
lordcrc@384	1821	'sintegrator.distributedpath.indirectsampleall': 'false',
lordcrc@384	1822	'sintegrator.distributedpath.glossyrefractsamples': 1,
lordcrc@384	1823	'sintegrator.distributedpath.directdiffuse': 'true',
lordcrc@384	1824	'sintegrator.distributedpath.directglossy': 'true',
lordcrc@384	1825	'sintegrator.distributedpath.strategy': 'auto',
lordcrc@384	1826	'sintegrator.distributedpath.specularrefractdepth': 5,
lordcrc@384	1827
lordcrc@384	1828	'pixelfilter.type': 'mitchell',
lordcrc@384	1829	'pixelfilter.mitchell.sharp': 0.333,
lordcrc@384	1830	'pixelfilter.mitchell.xwidth': 2.0,
lordcrc@384	1831	'pixelfilter.mitchell.ywidth': 2.0,
lordcrc@384	1832	'pixelfilter.mitchell.optmode': "slider" }
lordcrc@384	1833
lordcrc@384	1834	return presets
lordcrc@384	1835
lordcrc@384	1836	def getMaterialPresets():
lordcrc@384	1837	return getPresets('luxblend_materials')
lordcrc@384	1838
lordcrc@384	1839	def savePreset(key, name, d):
lordcrc@384	1840	try:
lordcrc@384	1841	presets = getPresets(key)
lordcrc@384	1842	if d:
lordcrc@384	1843	presets[name] = d.copy()
lordcrc@384	1844	else:
lordcrc@384	1845	del presets[name]
lordcrc@384	1846	Blender.Registry.SetKey(key, presets, True)
lordcrc@384	1847	except: pass
lordcrc@384	1848	def saveScenePreset(name, d):
lordcrc@384	1849	try:
lordcrc@384	1850	for n in presetsExclude:
lordcrc@384	1851	try: del d[n]
lordcrc@384	1852	except: pass
lordcrc@384	1853	savePreset('luxblend_presets', name, d)
lordcrc@384	1854	except: pass
lordcrc@384	1855	def saveMaterialPreset(name, d):
lordcrc@384	1856	try:
lordcrc@384	1857	for n in presetsExclude:
lordcrc@384	1858	try: del d[n]
lordcrc@384	1859	except: pass
lordcrc@384	1860	savePreset('luxblend_materials', name, d)
lordcrc@384	1861	except: pass
lordcrc@384	1862
lordcrc@384	1863
lordcrc@384	1864	# **************************************************
lordcrc@384	1865
lordcrc@384	1866
lordcrc@384	1867
lordcrc@384	1868
lordcrc@384	1869
lordcrc@384	1870	usedproperties = {} # global variable to collect used properties for storing presets
lordcrc@384	1871	usedpropertiesfilterobj = None # assign a object to only collect the properties that are assigned to this object
lordcrc@384	1872
lordcrc@384	1873	# class to access properties (for lux settings)
lordcrc@384	1874	class luxProp:
lordcrc@384	1875	def __init__(self, obj, name, default):
lordcrc@384	1876	self.obj = obj
lordcrc@384	1877	self.name = name
lordcrc@384	1878	# if len(name)>31: print("Warning: property-name \"%s\" has more than 31 chars."%(name))
lordcrc@384	1879	self.hashmode = len(name)>31 # activate hash mode for keynames longer 31 chars (limited by blenders ID-prop)
lordcrc@384	1880	self.hashname = "__hash:%x"%(name.__hash__())
lordcrc@384	1881	self.default = default
lordcrc@384	1882	def parseassignment(self, s, name):
lordcrc@384	1883	l = s.split(" = ")
lordcrc@384	1884	if l[0] != name: print("Warning: property-name \"%s\" has hash-collide with \"%s\"."%(name, l[0]))
lordcrc@384	1885	return l[1]
lordcrc@384	1886	def createassignment(self, name, value):
lordcrc@384	1887	return "%s = %s"%(name, value)
lordcrc@384	1888	def get(self):
lordcrc@384	1889	global usedproperties, usedpropertiesfilterobj, luxdefaults
lordcrc@384	1890	if self.obj:
lordcrc@384	1891	try:
lordcrc@384	1892	value = self.obj.properties['luxblend'][self.name]
lordcrc@384	1893	if not(usedpropertiesfilterobj) or (usedpropertiesfilterobj == self.obj):
lordcrc@384	1894	usedproperties[self.name] = value
lordcrc@384	1895	return value
lordcrc@384	1896	except KeyError:
lordcrc@384	1897	try:
lordcrc@384	1898	value = self.parseassignment(self.obj.properties['luxblend'][self.hashname], self.name)
lordcrc@384	1899	if not(usedpropertiesfilterobj) or (usedpropertiesfilterobj == self.obj):
lordcrc@384	1900	usedproperties[self.name] = value
lordcrc@384	1901	return value
lordcrc@384	1902	except KeyError:
lordcrc@384	1903	if self.obj.__class__.__name__ == "Scene": # luxdefaults only for global setting
lordcrc@384	1904	try:
lordcrc@384	1905	value = luxdefaults[self.name]
lordcrc@384	1906	if not(usedpropertiesfilterobj) or (usedpropertiesfilterobj == self.obj):
lordcrc@384	1907	usedproperties[self.name] = value
lordcrc@384	1908	return value
lordcrc@384	1909	except KeyError:
lordcrc@384	1910	if not(usedpropertiesfilterobj) or (usedpropertiesfilterobj == self.obj):
lordcrc@384	1911	usedproperties[self.name] = self.default
lordcrc@384	1912	return self.default
lordcrc@384	1913	if not(usedpropertiesfilterobj) or (usedpropertiesfilterobj == self.obj):
lordcrc@384	1914	usedproperties[self.name] = self.default
lordcrc@384	1915	return self.default
lordcrc@384	1916	return None
lordcrc@384	1917	def getobj(self):
lordcrc@384	1918	if self.obj:
lordcrc@384	1919	return self.obj
lordcrc@384	1920	else:
lordcrc@384	1921	return None
lordcrc@384	1922	def getname(self):
lordcrc@384	1923	if self.name:
lordcrc@384	1924	return self.name
lordcrc@384	1925	else:
lordcrc@384	1926	return None
lordcrc@384	1927	def set(self, value):
lordcrc@384	1928	global newluxdefaults
lordcrc@384	1929	if self.obj:
lordcrc@384	1930	if self.hashmode: n, v = self.hashname, self.createassignment(self.name, value)
lordcrc@384	1931	else: n, v = self.name, value
lordcrc@384	1932	if value is not None:
lordcrc@384	1933	try: self.obj.properties['luxblend'][n] = v
lordcrc@384	1934	except (KeyError, TypeError):
lordcrc@384	1935	self.obj.properties['luxblend'] = {}
lordcrc@384	1936	self.obj.properties['luxblend'][n] = v
lordcrc@384	1937	else:
lordcrc@384	1938	try: del self.obj.properties['luxblend'][n]
lordcrc@384	1939	except: pass
lordcrc@384	1940	if self.obj.__class__.__name__ == "Scene": # luxdefaults only for global setting
lordcrc@384	1941	# value has changed, so this are user settings, remove preset reference
lordcrc@384	1942	if not(self.name in defaultsExclude):
lordcrc@384	1943	newluxdefaults[self.name] = value
lordcrc@384	1944	try: self.obj.properties['luxblend']['preset']=""
lordcrc@384	1945	except: pass
lordcrc@384	1946	def delete(self):
lordcrc@384	1947	if self.obj:
lordcrc@384	1948	try: del self.obj.properties['luxblend'][self.name]
lordcrc@384	1949	except: pass
lordcrc@384	1950	try: del self.obj.properties['luxblend'][self.hashname]
lordcrc@384	1951	except: pass
lordcrc@384	1952	def getFloat(self):
lordcrc@384	1953	v = self.get()
lordcrc@384	1954	if type(v) == types.FloatType: return float(v)
lordcrc@384	1955	try:
lordcrc@384	1956	if type(v) == types.StringType: return float(v.split(" ")[0])
lordcrc@384	1957	except: pass
lordcrc@384	1958	v = self.default
lordcrc@384	1959	if type(v) == types.FloatType: return float(v)
lordcrc@384	1960	try:
lordcrc@384	1961	if type(v) == types.StringType: return float(v.split(" ")[0])
lordcrc@384	1962	except: pass
lordcrc@384	1963	return 0.0
lordcrc@384	1964	def getInt(self):
lordcrc@384	1965	try: return int(self.get())
lordcrc@384	1966	except: return int(self.default)
lordcrc@384	1967	def getRGB(self):
lordcrc@384	1968	return self.getVector()
lordcrc@384	1969	def getVector(self):
lordcrc@384	1970	v = self.get()
lordcrc@384	1971	if type(v) in [types.FloatType, types.IntType]: return (float(v), float(v), float(v))
lordcrc@384	1972	l = None
lordcrc@384	1973	try:
lordcrc@384	1974	if type(v) == types.StringType: l = self.get().split(" ")
lordcrc@384	1975	except: pass
lordcrc@384	1976	try:
lordcrc@384	1977	if (l==None) or (len(l) != 3): l = self.default.split(" ")
lordcrc@384	1978	return (float(l[0]), float(l[1]), float(l[2]))
lordcrc@384	1979	except AttributeError:
lordcrc@384	1980	return (float(l[0]), float(l[0]), float(l[0]))
lordcrc@384	1981
lordcrc@384	1982	def getVectorStr(self):
lordcrc@384	1983	return "%f %f %f"%self.getVector()
lordcrc@384	1984	def isFloat(self):
lordcrc@384	1985	return type(self.get()) == types.FloatType
lordcrc@384	1986	def getRGC(self):
lordcrc@384	1987	col = self.getRGB()
lordcrc@384	1988	return "%f %f %f"%(rg(col[0]), rg(col[1]),rg(col[2]))
lordcrc@384	1989	def setRGB(self, value):
lordcrc@384	1990	self.set("%f %f %f"%(value[0], value[1], value[2]))
lordcrc@384	1991	def setVector(self, value):
lordcrc@384	1992	self.set("%f %f %f"%(value[0], value[1], value[2]))
lordcrc@384	1993
lordcrc@384	1994
lordcrc@384	1995	# class to access blender attributes (for lux settings)
lordcrc@384	1996	class luxAttr:
lordcrc@384	1997	def __init__(self, obj, name):
lordcrc@384	1998	self.obj = obj
lordcrc@384	1999	self.name = name
lordcrc@384	2000	def get(self):
lordcrc@384	2001	if self.obj:
lordcrc@384	2002	return getattr(self.obj, self.name)
lordcrc@384	2003	else:
lordcrc@384	2004	return None
lordcrc@384	2005	def getFloat(self):
lordcrc@384	2006	return float(self.get())
lordcrc@384	2007	def getInt(self):
lordcrc@384	2008	return int(self.get())
lordcrc@384	2009	def getobj(self):
lordcrc@384	2010	if self.obj:
lordcrc@384	2011	return self.obj
lordcrc@384	2012	else:
lordcrc@384	2013	return None
lordcrc@384	2014	def getname(self):
lordcrc@384	2015	if self.name:
lordcrc@384	2016	return self.name
lordcrc@384	2017	else:
lordcrc@384	2018	return None
lordcrc@384	2019	def set(self, value):
lordcrc@384	2020	if self.obj:
lordcrc@384	2021	setattr(self.obj, self.name, value)
lordcrc@384	2022	Window.QRedrawAll()
lordcrc@384	2023
lordcrc@384	2024
lordcrc@384	2025	# class for dynamic gui
lordcrc@384	2026	class luxGui:
lordcrc@384	2027	def __init__(self, y=200):
lordcrc@384	2028	self.x = 110 # left start position after captions
lordcrc@384	2029	self.xmax = 110+2*(140+4)
lordcrc@384	2030	self.y = y
lordcrc@384	2031	self.w = 140 # default element width in pixels
lordcrc@384	2032	self.h = 18 # default element height in pixels
lordcrc@384	2033	self.hmax = 0
lordcrc@384	2034	self.xgap = 4
lordcrc@384	2035	self.ygap = 4
lordcrc@384	2036	self.resethmax = False
lordcrc@384	2037	def getRect(self, wu, hu):
lordcrc@384	2038	w = int(self.w * wu + self.xgap * (wu-1))
lordcrc@384	2039	h = int(self.h * hu + self.ygap * (hu-1))
lordcrc@384	2040	if self.x + w > self.xmax: self.newline()
lordcrc@384	2041	if self.resethmax: self.hmax = 0; self.resethmax = False
lordcrc@384	2042	rect = [int(self.x), int(self.y-h), int(w), int(h)]
lordcrc@384	2043	self.x += int(w + self.xgap)
lordcrc@384	2044	if h+self.ygap > self.hmax: self.hmax = int(h+self.ygap)
lordcrc@384	2045	return rect
lordcrc@384	2046	def newline(self, title="", distance=0, level=0, icon=None, color=None):
lordcrc@384	2047	self.x = 110
lordcrc@384	2048	if not(self.resethmax): self.y -= int(self.hmax + distance)
lordcrc@384	2049	if color!=None: BGL.glColor3f(color[0],color[1],color[2]); BGL.glRectf(0,self.y-self.hmax,self.xmax,self.y+distance); BGL.glColor3f(0.9, 0.9, 0.9)
lordcrc@384	2050	if icon!=None: drawIcon(icon, 2+level*10, self.y-16)
lordcrc@384	2051	self.resethmax = True
lordcrc@384	2052	if title!="":
lordcrc@384	2053	self.getRect(0, 1)
lordcrc@384	2054	BGL.glColor3f(0.9,0.9,0.9); BGL.glRasterPos2i(20+level*10,self.y-self.h+5); Draw.Text(title)
lordcrc@384	2055
lordcrc@384	2056	def luxHelp(name, lux, caption, hint, gui, width=1.0):
lordcrc@384	2057	if gui:
lordcrc@384	2058	r = gui.getRect(width, 1)
lordcrc@384	2059	Draw.Toggle(caption, evtLuxGui, r[0], r[1], r[2], r[3], lux.get()=="true", hint, lambda e,v: lux.set(["false","true"][bool(v)]))
lordcrc@384	2060	drawIcon(icon_help, r[0], r[1])
lordcrc@384	2061
lordcrc@384	2062	return "\n \"bool %s\" [\"%s\"]"%(name, lux.get())
lordcrc@384	2063
lordcrc@384	2064	# lux parameter types
lordcrc@384	2065	def luxOption(name, lux, options, caption, hint, gui, width=1.0):
lordcrc@384	2066	if gui:
lordcrc@384	2067	menustr = caption+": %t"
lordcrc@384	2068	for i, v in enumerate(options): menustr = "%s %%x%d\|%s"%(v, i, menustr)
lordcrc@384	2069	try:
lordcrc@384	2070	i = options.index(lux.get())
lordcrc@384	2071	except ValueError:
lordcrc@384	2072	try:
lordcrc@384	2073	lux.set(lux.default) # not found, so try default value
lordcrc@384	2074	i = options.index(lux.get())
lordcrc@384	2075	except ValueError:
lordcrc@384	2076	print("value %s not found in options list"%(lux.get()))
lordcrc@384	2077	i = 0
lordcrc@384	2078	r = gui.getRect(width, 1)
lordcrc@384	2079	Draw.Menu(menustr, evtLuxGui, r[0], r[1], r[2], r[3], i, hint, lambda e,v: lux.set(options[v]))
lordcrc@384	2080	return "\n \"string %s\" [\"%s\"]"%(name, lux.get())
lordcrc@384	2081
lordcrc@384	2082	def luxOptionRect(name, lux, options, caption, hint, gui, x, y, xx, yy):
lordcrc@384	2083	if gui:
lordcrc@384	2084	menustr = caption+": %t"
lordcrc@384	2085	for i, v in enumerate(options): menustr = "%s %%x%d\|%s"%(v, i, menustr)
lordcrc@384	2086	try:
lordcrc@384	2087	i = options.index(lux.get())
lordcrc@384	2088	except ValueError:
lordcrc@384	2089	try:
lordcrc@384	2090	lux.set(lux.default) # not found, so try default value
lordcrc@384	2091	i = options.index(lux.get())
lordcrc@384	2092	except ValueError:
lordcrc@384	2093	print ("value %s not found in options list"%(lux.get()))
lordcrc@384	2094	i = 0
lordcrc@384	2095	Draw.Menu(menustr, evtLuxGui, x, y, xx, yy, i, hint, lambda e,v: lux.set(options[v]))
lordcrc@384	2096	return "\n \"string %s\" [\"%s\"]"%(name, lux.get())
lordcrc@384	2097
lordcrc@384	2098	def luxIdentifier(name, lux, options, caption, hint, gui, icon=None, width=1.0):
lordcrc@384	2099	if gui: gui.newline(caption+":", 8, 0, icon, [0.75,0.5,0.25])
lordcrc@384	2100	luxOption(name, lux, options, caption, hint, gui, width)
lordcrc@384	2101	return "\n%s \"%s\""%(name, lux.get())
lordcrc@384	2102
lordcrc@384	2103	def luxFloat(name, lux, min, max, caption, hint, gui, width=1.0, useslider=0):
lordcrc@384	2104	if gui:
lordcrc@384	2105	if (luxProp(Scene.GetCurrent(), "useparamkeys", "false").get()=="true"):
lordcrc@384	2106	r = gui.getRect(width-0.12, 1)
lordcrc@384	2107	else:
lordcrc@384	2108	r = gui.getRect(width, 1)
lordcrc@384	2109
lordcrc@384	2110	# Value
lordcrc@384	2111	if(useslider==1):
lordcrc@384	2112	Draw.Slider(caption+": ", evtLuxGui, r[0], r[1], r[2], r[3], lux.getFloat(), min, max, 0, hint, lambda e,v: lux.set(v))
lordcrc@384	2113	else:
lordcrc@384	2114	Draw.Number(caption+": ", evtLuxGui, r[0], r[1], r[2], r[3], lux.getFloat(), min, max, hint, lambda e,v: lux.set(v))
lordcrc@384	2115	if (luxProp(Scene.GetCurrent(), "useparamkeys", "false").get()=="true"):
lordcrc@384	2116	# IPO Curve
lordcrc@384	2117	obj = lux.getobj()
lordcrc@384	2118	keyname = lux.getname()
lordcrc@384	2119
lordcrc@384	2120	useipo = luxProp(obj, keyname+".IPOuse", "false")
lordcrc@384	2121	i = gui.getRect(0.12, 1)
lordcrc@384	2122	Draw.Toggle("I", evtLuxGui, i[0], i[1], i[2], i[3], useipo.get()=="true", "Use IPO Curve", lambda e,v: useipo.set(["false","true"][bool(v)]))
lordcrc@384	2123
lordcrc@384	2124	if useipo.get() == "true":
lordcrc@384	2125	if gui: gui.newline(caption+"IPO:", 8, 0, None, [0.5,0.45,0.35])
lordcrc@384	2126	curve = luxProp(obj, keyname+".IPOCurveName", "")
lordcrc@384	2127	if curve.get() == "":
lordcrc@384	2128	c = gui.getRect(2.0, 1)
lordcrc@384	2129	else:
lordcrc@384	2130	c = gui.getRect(1.1, 1)
lordcrc@384	2131
lordcrc@384	2132	Draw.String("Ipo:", evtLuxGui, c[0], c[1], c[2], c[3], curve.get(), 250, "Set IPO Name", lambda e,v: curve.set(v))
lordcrc@384	2133
lordcrc@384	2134	usemapping = luxProp(obj, keyname+".IPOmap", "false")
lordcrc@384	2135	icu_value = 0
lordcrc@384	2136
lordcrc@384	2137	# Apply IPO to value
lordcrc@384	2138	if curve.get() != "":
lordcrc@384	2139	try:
lordcrc@384	2140	ipoob = Blender.Ipo.Get(curve.get())
lordcrc@384	2141	except:
lordcrc@384	2142	curve.set("")
lordcrc@384	2143	pass
lordcrc@384	2144	if curve.get() != "":
lordcrc@384	2145	names = list([x[0] for x in ipoob.curveConsts.items()])
lordcrc@384	2146	ipotype = luxProp(obj, keyname+".IPOCurveType", "OB_LOCZ")
lordcrc@384	2147	luxOption("ipocurve", ipotype, names, "IPO Curve", "Set IPO Curve", gui, 0.6)
lordcrc@384	2148
lordcrc@384	2149	icu = ipoob[eval("Blender.Ipo.%s" % (ipotype.get()))]
lordcrc@384	2150	icu_value = icu[Blender.Get('curframe')]
lordcrc@384	2151	if usemapping.get() == "false": # if true is set during mapping below
lordcrc@384	2152	lux.set(icu_value)
lordcrc@384	2153
lordcrc@384	2154	# Mapping options
lordcrc@384	2155	m = gui.getRect(0.3, 1)
lordcrc@384	2156	Draw.Toggle("Map", evtLuxGui, m[0], m[1], m[2], m[3], usemapping.get()=="true", "Edit Curve mapping", lambda e,v: usemapping.set(["false","true"][bool(v)]))
lordcrc@384	2157	if usemapping.get() == "true":
lordcrc@384	2158	if gui: gui.newline(caption+"IPO:", 8, 0, None, [0.5,0.45,0.35])
lordcrc@384	2159	fmin = luxProp(obj, keyname+".IPOCurvefmin", 0.0)
lordcrc@384	2160	luxFloatNoIPO("ipofmin", fmin, -100, 100, "fmin", "Map minimum value from Curve", gui, 0.5)
lordcrc@384	2161	fmax = luxProp(obj, keyname+".IPOCurvefmax", 1.0)
lordcrc@384	2162	luxFloatNoIPO("ipofmax", fmax, -100, 100, "fmax", "Map maximum value from Curve", gui, 0.5)
lordcrc@384	2163	tmin = luxProp(obj, keyname+".IPOCurvetmin", min)
lordcrc@384	2164	luxFloatNoIPO("ipotmin", tmin, min, max, "tmin", "Map miminum value to", gui, 0.5)
lordcrc@384	2165	tmax = luxProp(obj, keyname+".IPOCurvetmax", max)
lordcrc@384	2166	luxFloatNoIPO("ipotmax", tmax, min, max, "tmax", "Map maximum value to", gui, 0.5)
lordcrc@384	2167
lordcrc@384	2168	sval = (icu_value - fmin.getFloat()) / (fmax.getFloat() - fmin.getFloat())
lordcrc@384	2169	lux.set(tmin.getFloat() + (sval * (tmax.getFloat() - tmin.getFloat())))
lordcrc@384	2170
lordcrc@384	2171	# invert
lordcrc@384	2172	#v = gui.getRect(0.5, 1)
lordcrc@384	2173	#Draw.Toggle("Invert", evtLuxGui, v[0], v[1], v[2], v[3], useipo.get()=="true", "Invert Curve values", lambda e,v: useipo.set(["false","true"][bool(v)]))
lordcrc@384	2174	else:
lordcrc@384	2175	if (luxProp(Scene.GetCurrent(), "useparamkeys", "false").get()=="true"):
lordcrc@384	2176	obj = lux.getobj()
lordcrc@384	2177	keyname = lux.getname()
lordcrc@384	2178	useipo = luxProp(obj, keyname+".IPOuse", "false")
lordcrc@384	2179	if useipo.get() == "true":
lordcrc@384	2180	curve = luxProp(obj, keyname+".IPOCurveName", "")
lordcrc@384	2181	try:
lordcrc@384	2182	ipoob = Blender.Ipo.Get(curve.get())
lordcrc@384	2183	except:
lordcrc@384	2184	curve.set("")
lordcrc@384	2185	pass
lordcrc@384	2186	usemapping = luxProp(obj, keyname+".IPOmap", "false")
lordcrc@384	2187	icu_value = 0
lordcrc@384	2188	if curve.get() != "":
lordcrc@384	2189	names = list([x[0] for x in ipoob.curveConsts.items()])
lordcrc@384	2190	ipotype = luxProp(obj, keyname+".IPOCurveType", "OB_LOCZ")
lordcrc@384	2191
lordcrc@384	2192	icu = ipoob[eval("Blender.Ipo.%s" % (ipotype.get()))]
lordcrc@384	2193	icu_value = icu[Blender.Get('curframe')]
lordcrc@384	2194	if usemapping.get() == "false": # if true is set during mapping below
lordcrc@384	2195	lux.set(icu_value)
lordcrc@384	2196
lordcrc@384	2197	if usemapping.get() == "true":
lordcrc@384	2198	if gui: gui.newline(caption+"IPO:", 8, 0, None, [0.5,0.45,0.35])
lordcrc@384	2199	fmin = luxProp(obj, keyname+".IPOCurvefmin", 0.0)
lordcrc@384	2200	fmax = luxProp(obj, keyname+".IPOCurvefmax", 1.0)
lordcrc@384	2201	tmin = luxProp(obj, keyname+".IPOCurvetmin", min)
lordcrc@384	2202	tmax = luxProp(obj, keyname+".IPOCurvetmax", max)
lordcrc@384	2203	sval = (icu_value - fmin.getFloat()) / (fmax.getFloat() - fmin.getFloat())
lordcrc@384	2204	lux.set(tmin.getFloat() + (sval * (tmax.getFloat() - tmin.getFloat())))
lordcrc@384	2205
lordcrc@384	2206	return "\n \"float %s\" [%f]"%(name, lux.getFloat())
lordcrc@384	2207
lordcrc@384	2208	def luxFloatNoIPO(name, lux, min, max, caption, hint, gui, width=1.0, useslider=0):
lordcrc@384	2209	if gui:
lordcrc@384	2210	r = gui.getRect(width, 1)
lordcrc@384	2211	if(useslider==1):
lordcrc@384	2212	Draw.Slider(caption+": ", evtLuxGui, r[0], r[1], r[2], r[3], lux.getFloat(), min, max, 0, hint, lambda e,v: lux.set(v))
lordcrc@384	2213	else:
lordcrc@384	2214	Draw.Number(caption+": ", evtLuxGui, r[0], r[1], r[2], r[3], lux.getFloat(), min, max, hint, lambda e,v: lux.set(v))
lordcrc@384	2215	return "\n \"float %s\" [%f]"%(name, lux.getFloat())
lordcrc@384	2216
lordcrc@384	2217
lordcrc@384	2218
lordcrc@384	2219	def luxInt(name, lux, min, max, caption, hint, gui, width=1.0):
lordcrc@384	2220	if gui:
lordcrc@384	2221	r = gui.getRect(width, 1)
lordcrc@384	2222	Draw.Number(caption+": ", evtLuxGui, r[0], r[1], r[2], r[3], lux.getInt(), min, max, hint, lambda e,v: lux.set(v))
lordcrc@384	2223	return "\n \"integer %s\" [%d]"%(name, lux.getInt())
lordcrc@384	2224
lordcrc@384	2225	def luxBool(name, lux, caption, hint, gui, width=1.0):
lordcrc@384	2226	if gui:
lordcrc@384	2227	r = gui.getRect(width, 1)
lordcrc@384	2228	Draw.Toggle(caption, evtLuxGui, r[0], r[1], r[2], r[3], lux.get()=="true", hint, lambda e,v: lux.set(["false","true"][bool(v)]))
lordcrc@384	2229	return "\n \"bool %s\" [\"%s\"]"%(name, lux.get())
lordcrc@384	2230
doug@387	2231	def luxLabel(caption, gui):
doug@387	2232	if gui:
doug@387	2233	r = gui.getRect(2,1); BGL.glRasterPos2i(r[0],r[1]+5)
doug@387	2234	Draw.Text(caption)
doug@387	2235
lordcrc@384	2236	def luxCollapse(name, lux, caption, hint, gui, width=1.0):
lordcrc@384	2237	if gui:
lordcrc@384	2238	r = gui.getRect(width, 1)
lordcrc@384	2239	if lux.get() == "true":
lordcrc@384	2240	drawArrow(arrow_down, r[0]-22, r[1]-2)
lordcrc@384	2241	else:
lordcrc@384	2242	drawArrow(arrow_right, r[0]-22, r[1]-2)
lordcrc@384	2243	Draw.Toggle(caption, evtLuxGui, r[0], r[1], r[2], r[3], lux.get()=="true", hint, lambda e,v: lux.set(["false","true"][bool(v)]))
lordcrc@384	2244	return "\n \"bool %s\" [\"%s\"]"%(name, lux.get())
lordcrc@384	2245
lordcrc@384	2246	def luxString(name, lux, caption, hint, gui, width=1.0):
lordcrc@384	2247	if gui:
lordcrc@384	2248	r = gui.getRect(width, 1)
lordcrc@384	2249	Draw.String(caption+": ", evtLuxGui, r[0], r[1], r[2], r[3], lux.get(), 250, hint, lambda e,v: lux.set(v))
lordcrc@384	2250	if lux.get()==lux.default: return ""
lordcrc@384	2251	else: return "\n \"string %s\" [\"%s\"]"%(name, luxstr(lux.get()))
lordcrc@384	2252
lordcrc@384	2253	def luxFile(name, lux, caption, hint, gui, width=1.0):
lordcrc@384	2254	if gui:
lordcrc@384	2255	r = gui.getRect(width, 1)
lordcrc@384	2256	Draw.String(caption+": ", evtLuxGui, r[0], r[1], r[2]-r[3]-2, r[3], lux.get(), 250, hint, lambda e,v: lux.set(v))
lordcrc@384	2257	Draw.Button("...", 0, r[0]+r[2]-r[3], r[1], r[3], r[3], "click to open file selector", lambda e,v:Window.FileSelector(lambda s:lux.set(s), "Select %s"%(caption), lux.get()))
lordcrc@384	2258	return "\n \"string %s\" [\"%s\"]"%(name, luxstr(luxFilePath(lux.get())))
lordcrc@384	2259
lordcrc@384	2260	def luxPath(name, lux, caption, hint, gui, width=1.0):
lordcrc@384	2261	if gui:
lordcrc@384	2262	r = gui.getRect(width, 1)
lordcrc@384	2263	Draw.String(caption+": ", evtLuxGui, r[0], r[1], r[2]-r[3]-2, r[3], lux.get(), 250, hint, lambda e,v: lux.set(Blender.sys.dirname(v)+os.sep))
lordcrc@384	2264	Draw.Button("...", 0, r[0]+r[2]-r[3], r[1], r[3], r[3], "click to open file selector", lambda e,v:Window.FileSelector(lambda s:lux.set(s), "Select %s"%(caption), lux.get()))
lordcrc@384	2265	return "\n \"string %s\" [\"%s\"]"%(name, luxstr(lux.get()))
lordcrc@384	2266
lordcrc@384	2267	def luxRGB(name, lux, max, caption, hint, gui, width=2.0):
lordcrc@384	2268	if gui:
lordcrc@384	2269	r = gui.getRect(width, 1)
lordcrc@384	2270	scale = 1.0
lordcrc@384	2271	rgb = lux.getRGB()
lordcrc@384	2272	if max > 1.0:
lordcrc@384	2273	for i in range(3):
lordcrc@384	2274	if rgb[i] > scale: scale = rgb[i]
lordcrc@384	2275	rgb = (rgb[0]/scale, rgb[1]/scale, rgb[2]/scale)
lordcrc@384	2276	Draw.ColorPicker(evtLuxGui, r[0], r[1], r[3], r[3], rgb, "click to select color", lambda e,v: lux.setRGB((v[0]scale,v[1]scale,v[2]*scale)))
lordcrc@384	2277	w = int((r[2]-r[3])/3); m = max
lordcrc@384	2278	if max > 1.0:
lordcrc@384	2279	w = int((r[2]-r[3])/4); m = 1.0
lordcrc@384	2280	drawR, drawG, drawB, drawS = Draw.Create(rgb[0]), Draw.Create(rgb[1]), Draw.Create(rgb[2]), Draw.Create(scale)
lordcrc@384	2281	drawR = Draw.Number("R:", evtLuxGui, r[0]+r[3], r[1], w, r[3], drawR.val, 0.0, m, "red", lambda e,v: lux.setRGB((vscale,drawG.valscale,drawB.val*scale)))
lordcrc@384	2282	drawG = Draw.Number("G:", evtLuxGui, r[0]+r[3]+w, r[1], w, r[3], drawG.val, 0.0, m, "green", lambda e,v: lux.setRGB((drawR.valscale,vscale,drawB.val*scale)))
lordcrc@384	2283	drawB = Draw.Number("B:", evtLuxGui, r[0]+r[3]+2w, r[1], w, r[3], drawB.val, 0.0, m, "blue", lambda e,v: lux.setRGB((drawR.valscale,drawG.valscale,vscale)))
lordcrc@384	2284	if max > 1.0:
lordcrc@384	2285	Draw.Number("s:", evtLuxGui, r[0]+r[3]+3w, r[1], w, r[3], drawS.val, 0.0, max, "color scale", lambda e,v: lux.setRGB((drawR.valv,drawG.valv,drawB.valv)))
lordcrc@384	2286	if max <= 1.0:
lordcrc@384	2287	return "\n \"color %s\" [%s]"%(name, lux.getRGC())
lordcrc@384	2288	return "\n \"color %s\" [%s]"%(name, lux.get())
lordcrc@384	2289
lordcrc@384	2290	def luxVector(name, lux, min, max, caption, hint, gui, width=2.0):
lordcrc@384	2291	if gui:
lordcrc@384	2292	r = gui.getRect(width, 1)
lordcrc@384	2293	vec = lux.getVector()
lordcrc@384	2294	w = int(r[2]/3)
lordcrc@384	2295	drawX, drawY, drawZ = Draw.Create(vec[0]), Draw.Create(vec[1]), Draw.Create(vec[2])
lordcrc@384	2296	drawX = Draw.Number("x:", evtLuxGui, r[0], r[1], w, r[3], drawX.val, min, max, "", lambda e,v: lux.setVector((v,drawY.val,drawZ.val)))
lordcrc@384	2297	drawY = Draw.Number("y:", evtLuxGui, r[0]+w, r[1], w, r[3], drawY.val, min, max, "", lambda e,v: lux.setVector((drawX.val,v,drawZ.val)))
lordcrc@384	2298	drawZ = Draw.Number("z:", evtLuxGui, r[0]+2*w, r[1], w, r[3], drawZ.val, min, max, "", lambda e,v: lux.setVector((drawX.val,drawY.val,v)))
lordcrc@384	2299	return "\n \"vector %s\" [%s]"%(name, lux.get())
lordcrc@384	2300
lordcrc@384	2301	def luxVectorUniform(name, lux, min, max, caption, hint, gui, width=2.0):
lordcrc@384	2302	def setUniform(lux, value):
lordcrc@384	2303	if value: lux.set(lux.getFloat())
lordcrc@384	2304	else: lux.setVector(lux.getVector())
lordcrc@384	2305	if gui:
lordcrc@384	2306	r = gui.getRect(width, 1)
lordcrc@384	2307	vec = lux.getVector()
lordcrc@384	2308	Draw.Toggle("U", evtLuxGui, r[0], r[1], gui.h, gui.h, lux.isFloat(), "uniform", lambda e,v: setUniform(lux, v))
lordcrc@384	2309	if lux.isFloat():
lordcrc@384	2310	Draw.Number("v:", evtLuxGui, r[0]+gui.h, r[1], r[2]-gui.h, r[3], lux.getFloat(), min, max, "", lambda e,v: lux.set(v))
lordcrc@384	2311	else:
lordcrc@384	2312	w = int((r[2]-gui.h)/3)
lordcrc@384	2313	drawX, drawY, drawZ = Draw.Create(vec[0]), Draw.Create(vec[1]), Draw.Create(vec[2])
lordcrc@384	2314	drawX = Draw.Number("x:", evtLuxGui, r[0]+gui.h, r[1], w, r[3], drawX.val, min, max, "", lambda e,v: lux.setVector((v,drawY.val,drawZ.val)))
lordcrc@384	2315	drawY = Draw.Number("y:", evtLuxGui, r[0]+w+gui.h, r[1], w, r[3], drawY.val, min, max, "", lambda e,v: lux.setVector((drawX.val,v,drawZ.val)))
lordcrc@384	2316	drawZ = Draw.Number("z:", evtLuxGui, r[0]+2*w+gui.h, r[1], w, r[3], drawZ.val, min, max, "", lambda e,v: lux.setVector((drawX.val,drawY.val,v)))
lordcrc@384	2317	return "\n \"vector %s\" [%s]"%(name, lux.getVectorStr())
lordcrc@384	2318
lordcrc@384	2319
lordcrc@384	2320	# lux individual identifiers
lordcrc@384	2321	def luxCamera(cam, context, gui=None):
lordcrc@384	2322	global icon_c_camera
lordcrc@384	2323	str = ""
lordcrc@384	2324	if cam:
lordcrc@384	2325	camtype = luxProp(cam, "camera.type", "perspective")
lordcrc@384	2326	# Radiance - remarked 'realistic' for v0.6 release
lordcrc@384	2327	#str = luxIdentifier("Camera", camtype, ["perspective","orthographic","environment","realistic"], "CAMERA", "select camera type", gui, icon_c_camera)
lordcrc@384	2328	str = luxIdentifier("Camera", camtype, ["perspective","orthographic","environment"], "CAMERA", "select camera type", gui, icon_c_camera)
lordcrc@384	2329	scale = 1.0
lordcrc@384	2330	if camtype.get() == "perspective":
lordcrc@384	2331	if gui: gui.newline(" View:")
lordcrc@384	2332	str += luxFloat("fov", luxAttr(cam, "angle"), 8.0, 170.0, "fov", "camera field-of-view angle", gui)
lordcrc@384	2333	fl = luxAttr(cam, "lens")
lordcrc@384	2334	if gui:
lordcrc@384	2335	luxFloat("lens", fl, 1.0, 250.0, "focallength", "camera focal length", gui)
lordcrc@384	2336
lordcrc@384	2337	if camtype.get() == "orthographic" :
lordcrc@384	2338	str += luxFloat("scale", luxAttr(cam, "scale"), 0.01, 1000.0, "scale", "orthographic camera scale", gui)
lordcrc@384	2339	scale = cam.scale / 2
lordcrc@384	2340	if camtype.get() == "realistic":
lordcrc@384	2341
lordcrc@384	2342	if gui: gui.newline(" View:")
lordcrc@384	2343	fov = luxAttr(cam, "angle")
lordcrc@384	2344	str += luxFloat("fov", fov, 8.0, 170.0, "fov", "camera field-of-view angle", gui)
lordcrc@384	2345	if gui: luxFloat("lens", luxAttr(cam, "lens"), 1.0, 250.0, "focallength", "camera focal length", gui)
lordcrc@384	2346
lordcrc@384	2347
lordcrc@384	2348	if gui: gui.newline()
lordcrc@384	2349	str += luxFile("specfile", luxProp(cam, "camera.realistic.specfile", ""), "spec-file", "", gui, 1.0)
lordcrc@384	2350	# if gui: gui.newline()
lordcrc@384	2351	# auto calc str += luxFloat("filmdistance", luxProp(cam, "camera.realistic.filmdistance", 70.0), 0.1, 1000.0, "film-dist", "film-distance [mm]", gui)
lordcrc@384	2352	filmdiag = luxProp(cam, "camera.realistic.filmdiag", 35.0)
lordcrc@384	2353	str += luxFloat("filmdiag", filmdiag, 0.1, 1000.0, "film-diag", "[mm]", gui)
lordcrc@384	2354	if gui: gui.newline()
lordcrc@384	2355	fstop = luxProp(cam, "camera.realistic.fstop", 1.0)
lordcrc@384	2356	luxFloat("aperture_diameter", fstop, 0.1, 100.0, "f-stop", "", gui)
lordcrc@384	2357	dofdist = luxAttr(cam, "dofDist")
lordcrc@384	2358	luxFloat("focaldistance", dofdist, 0.0, 10000.0, "distance", "Distance from the camera at which objects will be in focus. Has no effect if Lens Radius is 0", gui)
lordcrc@384	2359	if gui:
lordcrc@384	2360	Draw.Button("S", evtLuxGui, gui.x, gui.y-gui.h, gui.h, gui.h, "focus selected object", lambda e,v:setFocus("S"))
lordcrc@384	2361	Draw.Button("C", evtLuxGui, gui.x+gui.h, gui.y-gui.h, gui.h, gui.h, "focus cursor", lambda e,v:setFocus("C"))
lordcrc@384	2362	focal = filmdiag.get()0.001 / math.tan(fov.get() math.pi / 360.0) / 2.0
lordcrc@384	2363	print("calculated focal length: %f mm"%(focal * 1000.0))
lordcrc@384	2364	aperture_diameter = focal / fstop.get()
lordcrc@384	2365	print("calculated aperture diameter: %f mm"%(aperture_diameter * 1000.0))
lordcrc@384	2366	str += "\n \"float aperture_diameter\" [%f]"%(aperture_diameter*1000.0)
lordcrc@384	2367	filmdistance = dofdist.get() * focal / (dofdist.get() - focal)
lordcrc@384	2368	print("calculated film distance: %f mm"%(filmdistance * 1000.0))
lordcrc@384	2369	str += "\n \"float filmdistance\" [%f]"%(filmdistance*1000.0)
lordcrc@384	2370
lordcrc@384	2371	# Clipping
lordcrc@384	2372	useclip = luxProp(cam, "useclip", "false")
lordcrc@384	2373	luxCollapse("useclip", useclip, "Near & Far Clipping", "Enable Camera near and far clipping options", gui, 2.0)
lordcrc@384	2374	if(useclip.get() == "true"):
lordcrc@384	2375	if gui: gui.newline(" Clipping:")
lordcrc@384	2376	str += luxFloat("hither", luxAttr(cam, "clipStart"), 0.0, 100.0, "start", "near clip distance", gui)
lordcrc@384	2377	str += luxFloat("yon", luxAttr(cam, "clipEnd"), 1.0, 10000.0, "end", "far clip distance", gui)
lordcrc@384	2378
lordcrc@384	2379	# Depth of Field
lordcrc@384	2380	usedof = luxProp(cam, "usedof", "false")
lordcrc@384	2381
lordcrc@384	2382	if camtype.get() in ["perspective", "orthographic"]:
lordcrc@384	2383	luxCollapse("usedof", usedof, "Depth of Field & Bokeh", "Enable Depth of Field & Aperture options", gui, 2.0)
lordcrc@384	2384
lordcrc@384	2385
lordcrc@384	2386	if usedof.get() == "true":
lordcrc@384	2387
lordcrc@384	2388	if gui: gui.newline(" DOF:")
lordcrc@384	2389
lordcrc@384	2390	lr = luxProp(cam, "camera.lensradius", 0.01)
lordcrc@384	2391	fs = luxProp(cam, "camera.fstop", 2.8)
lordcrc@384	2392
lordcrc@384	2393	if camtype.get() == "perspective":
lordcrc@384	2394
lordcrc@384	2395	usefstop = luxProp(cam, "usefstop", "false")
lordcrc@384	2396	luxBool("usefstop", usefstop, "Use f/stop", "Use f/stop to define DOF effect", gui, 1.0)
lordcrc@384	2397
lordcrc@384	2398	LR_SCALE = 1000.0 # lr in metres -> mm
lordcrc@384	2399	FL_SCALE = 1.0 # fl in mm -> mm
lordcrc@384	2400
lordcrc@384	2401	def lr_2_fs(fl, lr):
lordcrc@384	2402	lr += 0.00000001
lordcrc@384	2403	return fl / ( 2.0 * lr )
lordcrc@384	2404
lordcrc@384	2405	def fs_2_lr(fl, fs):
lordcrc@384	2406	return fl / ( 2.0 * fs )
lordcrc@384	2407
lordcrc@384	2408	if usefstop.get() == 'true':
lordcrc@384	2409	lr.set(fs_2_lr(fl.get() * FL_SCALE, fs.get()) / LR_SCALE)
lordcrc@384	2410	luxFloat("fstop", fs, 0.9, 64.0, "fstop", "Defines the lens aperture.", gui)
lordcrc@384	2411	str += luxFloat("lensradius", lr, 0.0, 1.0, "", "", None)
lordcrc@384	2412	else:
lordcrc@384	2413	fs.set(lr_2_fs(fl.get() * FL_SCALE, lr.get() * LR_SCALE))
lordcrc@384	2414	str += luxFloat("lensradius", lr, 0.0, 1.0, "lens-radius", "Defines the lens radius. Values higher than 0. enable DOF and control the amount", gui)
lordcrc@384	2415	else:
lordcrc@384	2416	str += luxFloat("lensradius", lr, 0.0, 1.0, "lens-radius", "Defines the lens radius. Values higher than 0. enable DOF and control the amount", gui)
lordcrc@384	2417
lordcrc@384	2418	focustype = luxProp(cam, "camera.focustype", "autofocus")
lordcrc@384	2419	luxOption("focustype", focustype, ["autofocus", "manual", "object"], "Focus Type", "Choose the focus behaviour", gui)
lordcrc@384	2420
lordcrc@384	2421
lordcrc@384	2422	if focustype.get() == "autofocus":
lordcrc@384	2423	str += luxBool("autofocus",luxProp(cam, "camera.autofocus", "true"), "autofocus", "Enable automatic focus", gui)
lordcrc@384	2424	if focustype.get() == "object":
lordcrc@384	2425	objectfocus = luxProp(cam, "camera.objectfocus", "")
lordcrc@384	2426	luxString("objectfocus", objectfocus, "object", "Always focus camera on named object", gui, 1.0)
lordcrc@384	2427	dofdist = luxAttr(cam, "dofDist")
lordcrc@384	2428	str += luxFloat("focaldistance", dofdist, 0.0, 100.0, "distance", "Distance from the camera at which objects will be in focus. Has no effect if Lens Radius is 0", gui)
lordcrc@384	2429	if objectfocus.get() != "":
jensverwiebe@385	2430	try:
jensverwiebe@385	2431	setFocus(objectfocus.get())
jensverwiebe@385	2432	except:
jensverwiebe@386	2433	luxProp(cam, "camera.objectfocus", "").set("")
jensverwiebe@386	2434	Draw.PupMenu("WARNING: focus-object does not match existing object-name")
jensverwiebe@386	2435	if LuxIsGUI: Draw.Redraw()
jensverwiebe@385	2436
lordcrc@384	2437	if focustype.get() == "manual":
lordcrc@384	2438	dofdist = luxAttr(cam, "dofDist")
lordcrc@384	2439	str += luxFloat("focaldistance", dofdist, 0.0, 100.0, "distance", "Distance from the camera at which objects will be in focus. Has no effect if Lens Radius is 0", gui)
lordcrc@384	2440	if gui:
lordcrc@384	2441	Draw.Button("S", evtLuxGui, gui.x, gui.y-gui.h, gui.h, gui.h, "focus selected object", lambda e,v:setFocus("S"))
lordcrc@384	2442	Draw.Button("C", evtLuxGui, gui.x+gui.h, gui.y-gui.h, gui.h, gui.h, "focus cursor", lambda e,v:setFocus("C"))
lordcrc@384	2443
lordcrc@384	2444	if camtype.get() == "perspective" and usedof.get() == "true":
lordcrc@384	2445	str += luxInt("blades", luxProp(cam, "camera.blades", 6), 0, 16, "aperture blades", "Number of blade edges of the aperture, values 0 to 2 defaults to a circle", gui)
lordcrc@384	2446	str += luxOption("distribution", luxProp(cam, "camera.distribution", "uniform"), ["uniform", "exponential", "inverse exponential", "gaussian", "inverse gaussian"], "distribution", "Choose the lens sampling distribution. Non-uniform distributions allow for ring effects.", gui)
lordcrc@384	2447	str += luxInt("power", luxProp(cam, "camera.power", 1), 0, 512, "power", "Exponent for the expression in exponential distribution. Higher value gives a more pronounced ring effect.", gui)
lordcrc@384	2448
lordcrc@384	2449	useaspect = luxProp(cam, "useaspectratio", "false")
lordcrc@384	2450	aspectratio = luxProp(cam, "ratio", 1.3333)
lordcrc@384	2451	if camtype.get() in ["perspective", "orthographic"]:
lordcrc@384	2452	useshift = luxProp(cam, "camera.useshift", "false")
lordcrc@384	2453	luxCollapse("useshift", useshift, "Architectural (Lens Shift) & Aspect Ratio", "Enable Lens Shift and Aspect Ratio options", gui, 2.0)
lordcrc@384	2454	if(useshift.get() == "true"):
lordcrc@384	2455	if gui: gui.newline(" Shift:")
lordcrc@384	2456	luxFloat("X", luxAttr(cam, "shiftX"), -2.0, 2.0, "X", "horizontal lens shift", gui)
lordcrc@384	2457	luxFloat("Y", luxAttr(cam, "shiftY"), -2.0, 2.0, "Y", "vertical lens shift", gui)
lordcrc@384	2458
lordcrc@384	2459	if gui: gui.newline(" AspectRatio:")
lordcrc@384	2460	luxBool("useaspectratio", useaspect, "Custom", "Define a custom frame aspect ratio", gui)
lordcrc@384	2461	if useaspect.get() == "true":
lordcrc@384	2462	str += luxFloat("frameaspectratio", aspectratio, 0.0001, 3.0, "aspectratio", "Frame aspect ratio", gui)
lordcrc@384	2463	if context:
lordcrc@384	2464	if useaspect.get() == "true":
lordcrc@384	2465	ratio = 1./aspectratio.get()
lordcrc@384	2466	else:
lordcrc@384	2467	ratio = float(context.sizeY)/float(context.sizeX)
lordcrc@384	2468	if ratio < 1.0:
lordcrc@384	2469	screenwindow = [(2cam.shiftX-1)scale, (2cam.shiftX+1)scale, (2cam.shiftY-ratio)scale, (2cam.shiftY+ratio)scale]
lordcrc@384	2470	else:
lordcrc@384	2471	screenwindow = [(2cam.shiftX-1/ratio)scale, (2cam.shiftX+1/ratio)scale, (2cam.shiftY-1)scale, (2cam.shiftY+1)scale]
lordcrc@384	2472	# render region option
lordcrc@384	2473	if context.borderRender:
lordcrc@384	2474	(x1,y1,x2,y2) = context.border
lordcrc@384	2475	screenwindow = [screenwindow[0](1-x1)+screenwindow[1]x1, screenwindow[0](1-x2)+screenwindow[1]x2,\
lordcrc@384	2476	screenwindow[2](1-y1)+screenwindow[3]y1, screenwindow[2](1-y2)+screenwindow[3]y2]
lordcrc@384	2477	str += "\n \"float screenwindow\" [%f %f %f %f]"%(screenwindow[0], screenwindow[1], screenwindow[2], screenwindow[3])
lordcrc@384	2478
lordcrc@384	2479	# Note - radiance - this is a work in progress
lordcrc@384	2480	# Flash lamp option for perspective and ortho cams
lordcrc@384	2481	# if camtype.get() in ["perspective", "orthographic"]:
lordcrc@384	2482	# useflash = luxProp(cam, "useflash", "false")
lordcrc@384	2483	# luxBool("useflash", useflash, "Flash Lamp", "Enable Camera mounted flash lamp options", gui, 2.0)
lordcrc@384	2484
lordcrc@384	2485	# Motion Blur Options (common to all cameras)
lordcrc@384	2486	usemblur = luxProp(cam, "usemblur", "false")
lordcrc@384	2487	luxCollapse("usemblur", usemblur, "Motion Blur", "Enable Motion Blur", gui, 2.0)
lordcrc@384	2488	if(usemblur.get() == "true"):
lordcrc@384	2489	if gui: gui.newline(" Shutter:")
lordcrc@384	2490	mblurpreset = luxProp(cam, "mblurpreset", "true")
lordcrc@384	2491	luxBool("mblurpreset", mblurpreset, "Preset", "Enable use of Shutter Presets", gui, 0.4)
lordcrc@384	2492	if(mblurpreset.get() == "true"):
lordcrc@384	2493	shutterpresets = ["full frame", "half frame", "quarter frame", "1/25", "1/30", "1/45", "1/60", "1/85", "1/125", "1/250", "1/500"]
lordcrc@384	2494	shutterpreset = luxProp(cam, "camera.shutterspeedpreset", "full frame")
lordcrc@384	2495	luxOption("shutterpreset", shutterpreset, shutterpresets, "shutterspeed", "Choose the Shutter speed preset.", gui, 1.0)
lordcrc@384	2496
lordcrc@384	2497	fpspresets = ["10 FPS", "12 FPS", "20 FPS", "25 FPS", "29.99 FPS", "30 FPS", "50 FPS", "60 FPS"]
lordcrc@384	2498	shutfps = luxProp(cam, "camera.shutfps", "25 FPS")
lordcrc@384	2499	luxOption("shutfps", shutfps, fpspresets, "@", "Choose the number of frames per second as the time base.", gui, 0.6)
lordcrc@384	2500
lordcrc@384	2501	sfps = shutfps.get()
lordcrc@384	2502	fps = 25
lordcrc@384	2503	if sfps == "10 FPS": fps = 10
lordcrc@384	2504	elif sfps == "12 FPS": fps = 12
lordcrc@384	2505	elif sfps == "20 FPS": fps = 20
lordcrc@384	2506	elif sfps == "25 FPS": fps = 25
lordcrc@384	2507	elif sfps == "29.99 FPS": fps = 29.99
lordcrc@384	2508	elif sfps == "30 FPS": fps = 30
lordcrc@384	2509	elif sfps == "50 FPS": fps = 50
lordcrc@384	2510	elif sfps == "60 FPS": fps = 60
lordcrc@384	2511
lordcrc@384	2512	spre = shutterpreset.get()
lordcrc@384	2513	open = 0.0
lordcrc@384	2514	close = 1.0
lordcrc@384	2515	if spre == "full frame": close = 1.0
lordcrc@384	2516	elif spre == "half frame": close = 0.5
lordcrc@384	2517	elif spre == "quarter frame": close = 0.25
lordcrc@384	2518	elif spre == "1/25": close = 1.0 / 25.0 * fps
lordcrc@384	2519	elif spre == "1/30": close = 1.0 / 30.0 * fps
lordcrc@384	2520	elif spre == "1/45": close = 1.0 / 45.0 * fps
lordcrc@384	2521	elif spre == "1/60": close = 1.0 / 60.0 * fps
lordcrc@384	2522	elif spre == "1/85": close = 1.0 / 85.0 * fps
lordcrc@384	2523	elif spre == "1/125": close = 1.0 / 125.0 * fps
lordcrc@384	2524	elif spre == "1/250": close = 1.0 / 250.0 * fps
lordcrc@384	2525	elif spre == "1/500": close = 1.0 / 500.0 * fps
lordcrc@384	2526
lordcrc@384	2527	str += "\n \"float shutteropen\" [%f]\n \"float shutterclose\" [%f] "%(open,close)
lordcrc@384	2528
lordcrc@384	2529	else:
lordcrc@384	2530	str += luxFloat("shutteropen", luxProp(cam, "camera.shutteropen", 0.0), 0.0, 100.0, "open", "time in seconds when shutter opens", gui, 0.8)
lordcrc@384	2531	str += luxFloat("shutterclose", luxProp(cam, "camera.shutterclose", 1.0), 0.0, 100.0, "close", "time in seconds when shutter closes", gui, 0.8)
lordcrc@384	2532
lordcrc@384	2533	str += luxOption("shutterdistribution", luxProp(cam, "camera.shutterdistribution", "uniform"), ["uniform", "gaussian"], "distribution", "Choose the shutter sampling distribution.", gui, 2.0)
lordcrc@384	2534	objectmblur = luxProp(cam, "objectmblur", "true")
lordcrc@384	2535	luxBool("objectmblur", objectmblur, "Object", "Enable Motion Blur for scene object motions", gui, 1.0)
lordcrc@384	2536	cammblur = luxProp(cam, "cammblur", "true")
lordcrc@384	2537	luxBool("cammblur", cammblur, "Camera", "Enable Motion Blur for Camera motion", gui, 1.0)
lordcrc@384	2538	return str
lordcrc@384	2539
lordcrc@384	2540
lordcrc@384	2541	def get_render_resolution(scn, gui = None):
lordcrc@384	2542	context = scn.getRenderingContext()
lordcrc@384	2543	scale = luxProp(scn, "film.scale", "100 %")
lordcrc@384	2544	scale = int(scale.get()[:-1])
lordcrc@384	2545	xr = luxAttr(context, "sizeX").get()*scale/100
lordcrc@384	2546	yr = luxAttr(context, "sizeY").get()*scale/100
lordcrc@384	2547
lordcrc@384	2548	return xr, yr
lordcrc@384	2549
lordcrc@384	2550	def luxFilm(scn, gui=None):
lordcrc@384	2551	str = ""
lordcrc@384	2552	if scn:
lordcrc@384	2553	filmtype = luxProp(scn, "film.type", "fleximage")
lordcrc@384	2554	str = luxIdentifier("Film", filmtype, ["fleximage"], "FILM", "select film type", gui)
lordcrc@384	2555	if filmtype.get() == "fleximage":
lordcrc@384	2556	context = scn.getRenderingContext()
lordcrc@384	2557	if context:
lordcrc@384	2558	if gui: gui.newline(" Resolution:")
lordcrc@384	2559
lordcrc@384	2560	xr,yr = get_render_resolution(scn, gui)
lordcrc@384	2561
lordcrc@384	2562	luxInt("xresolution", luxAttr(context, "sizeX"), 0, 8192, "X", "width of the render", gui, 0.666)
lordcrc@384	2563	luxInt("yresolution", luxAttr(context, "sizeY"), 0, 8192, "Y", "height of the render", gui, 0.666)
lordcrc@384	2564	scale = luxProp(scn, "film.scale", "100 %")
lordcrc@384	2565	luxOption("", scale, ["400 %", "200 %", "100 %", "75 %", "50 %", "25 %"], "scale", "scale resolution", gui, 0.666)
lordcrc@384	2566
lordcrc@384	2567	# render region option
lordcrc@384	2568	if context.borderRender:
lordcrc@384	2569	(x1,y1,x2,y2) = context.border
lordcrc@384	2570	if (x1==x2) and (y1==y2): print("WARNING: empty render-region, use SHIFT-B to set render region in Blender.")
lordcrc@384	2571	str += "\n \"integer xresolution\" [%d] \n \"integer yresolution\" [%d]"%(xr(x2-x1), yr(y2-y1))
lordcrc@384	2572	else:
lordcrc@384	2573	str += "\n \"integer xresolution\" [%d] \n \"integer yresolution\" [%d]"%(xr, yr)
lordcrc@384	2574
lordcrc@384	2575	if gui: gui.newline(" Halt:")
lordcrc@384	2576	str += luxInt("haltspp", luxProp(scn, "haltspp", 0), 0, 32768, "haltspp", "Stop rendering after specified amount of samples per pixel / 0 = never halt", gui)
lordcrc@384	2577	palpha = luxProp(scn, "film.premultiplyalpha", "false")
lordcrc@384	2578	str += luxBool("premultiplyalpha", palpha, "premultiplyalpha", "Pre multiply film alpha channel during normalization", gui)
lordcrc@384	2579
lordcrc@384	2580	if gui: gui.newline(" Tonemap:")
lordcrc@384	2581	tonemapkernel = luxProp(scn, "film.tonemapkernel", "reinhard")
lordcrc@384	2582	str += luxOption("tonemapkernel", tonemapkernel, ["reinhard", "linear", "contrast", "maxwhite"], "Tonemapping Kernel", "Select the tonemapping kernel to use", gui, 2.0)
lordcrc@384	2583	if tonemapkernel.get() == "reinhard":
lordcrc@384	2584	autoywa = luxProp(scn, "film.reinhard.autoywa", "true")
lordcrc@384	2585	#str += luxBool("reinhard_autoywa", autoywa, "auto Ywa", "Automatically determine World Adaption Luminance", gui)
lordcrc@384	2586	if autoywa.get() == "false":
lordcrc@384	2587	str += luxFloat("reinhard_ywa", luxProp(scn, "film.reinhard.ywa", 0.1), 0.001, 1.0, "Ywa", "Display/World Adaption Luminance", gui)
lordcrc@384	2588	str += luxFloat("reinhard_prescale", luxProp(scn, "film.reinhard.prescale", 1.0), 0.0, 10.0, "preScale", "Image scale before tonemap operator", gui)
lordcrc@384	2589	str += luxFloat("reinhard_postscale", luxProp(scn, "film.reinhard.postscale", 1.2), 0.0, 10.0, "postScale", "Image scale after tonemap operator", gui)
lordcrc@384	2590	str += luxFloat("reinhard_burn", luxProp(scn, "film.reinhard.burn", 6.0), 0.1, 12.0, "burn", "12.0: no burn out, 0.1 lot of burn out", gui)
lordcrc@384	2591	elif tonemapkernel.get() == "linear":
lordcrc@384	2592	str += luxFloat("linear_sensitivity", luxProp(scn, "film.linear.sensitivity", 50.0), 0.0, 1000.0, "sensitivity", "Adaption/Sensitivity", gui)
lordcrc@384	2593	str += luxFloat("linear_exposure", luxProp(scn, "film.linear.exposure", 1.0), 0.001, 1.0, "exposure", "Exposure duration in seconds", gui)
lordcrc@384	2594	str += luxFloat("linear_fstop", luxProp(scn, "film.linear.fstop", 2.8), 0.1, 64.0, "Fstop", "F-Stop", gui)
lordcrc@384	2595	str += luxFloat("linear_gamma", luxProp(scn, "film.linear.gamma", 1.0), 0.0, 8.0, "gamma", "Tonemap operator gamma correction", gui)
lordcrc@384	2596	elif tonemapkernel.get() == "contrast":
lordcrc@384	2597	str += luxFloat("contrast_ywa", luxProp(scn, "film.contrast.ywa", 0.1), 0.001, 1.0, "Ywa", "Display/World Adaption Luminance", gui)
lordcrc@384	2598
lordcrc@384	2599	if gui: gui.newline(" Display:")
lordcrc@384	2600	str += luxInt("displayinterval", luxProp(scn, "film.displayinterval", 12), 4, 3600, "interval", "Set display Interval (seconds)", gui)
lordcrc@384	2601
lordcrc@384	2602	if gui: gui.newline(" Write:")
lordcrc@384	2603	str += luxInt("writeinterval", luxProp(scn, "film.writeinterval", 120), 12, 3600, "interval", "Set display Interval (seconds)", gui)
lordcrc@384	2604
lordcrc@384	2605	# Image File Outputs
lordcrc@384	2606
lordcrc@384	2607	# LDR clamping method
lordcrc@384	2608	if gui: gui.newline(" Clamping:")
lordcrc@384	2609	ldrclampmethod = luxProp(scn, "film.ldr_clamp_method", "lum")
lordcrc@384	2610	str += luxOption("ldr_clamp_method", ldrclampmethod, ["lum", "hue", "cut"], "LDR clamping", "Method to clamp high luminance values for LDR output", gui, 0.5)
lordcrc@384	2611	if gui: gui.newline()
lordcrc@384	2612
lordcrc@384	2613	# OpenEXR Output
lordcrc@384	2614	saveexr = luxProp(scn, "film.write_exr", "false")
lordcrc@384	2615	str += luxCollapse("write_exr", saveexr, "OpenEXR Output", "Enable OpenEXR output", gui, 2.0)
lordcrc@384	2616
lordcrc@384	2617	if saveexr.get() == "true":
lordcrc@384	2618	if gui: gui.newline(" OpenEXR:")
lordcrc@384	2619
lordcrc@384	2620	exrchannels = luxProp(scn, "film.write_exr_channels", "RGBA")
lordcrc@384	2621	str += luxOption("write_exr_channels", exrchannels, ["Y", "YA", "RGB", "RGBA"], "Channels", "Select channels type to write", gui, 0.5)
lordcrc@384	2622	exrres = luxProp(scn, "film.write_exr_halftype", "true")
lordcrc@384	2623	str += luxBool("write_exr_halftype", exrres, "16bit Half", "Enable 16bit Half resolution output, otherwise 32bit float", gui, 0.5)
lordcrc@384	2624	exrcompression = luxProp(scn, "film.write_exr_compression", "PIZ (lossless)")
lordcrc@384	2625	str += luxOption("write_exr_compressiontype", exrcompression, ["RLE (lossless)", "PIZ (lossless)", "ZIP (lossless)", "Pxr24 (lossy)", "None"], "Compression", "Select OpenEXR Compression algorithm to use", gui, 1.0)
lordcrc@384	2626
lordcrc@384	2627	exrimaging = luxProp(scn, "film.write_exr_imaging", "true")
lordcrc@384	2628	str += luxBool("write_exr_applyimaging", exrimaging, "Apply Imaging/Tonemapping", "Apply Imaging and Tonemapping pipeline", gui, 1.2)
lordcrc@384	2629
lordcrc@384	2630	if exrimaging.get()=="true":
lordcrc@384	2631	exrgamutclamp = luxProp(scn, "film.write_exr_gamutclamp", "true")
lordcrc@384	2632	str += luxBool("write_exr_gamutclamp", exrgamutclamp, "Gamut Clamp", "Clamp out of gamut (bright) pixel values", gui, 0.8)
lordcrc@384	2633
lordcrc@384	2634	if gui: gui.newline()
lordcrc@384	2635	# Zbuf output
lordcrc@384	2636	exrZ = luxProp(scn, "film.write_exr_Z", "true")
lordcrc@384	2637	str += luxBool("write_exr_ZBuf", exrZ, "ZBuf", "Enable Z Depth Buffer channel", gui, 0.8)
lordcrc@384	2638	if exrZ.get() == "true":
lordcrc@384	2639	exrZNormalize = luxProp(scn, "film.write_exr_ZNorm", "None")
lordcrc@384	2640	str += luxOption("write_exr_zbuf_normalizationtype", exrZNormalize, ["Camera Start/End clip", "Min/Max", "None"], "ZBuf Normalization", "Select type of normalization to use for Zbuf Depth Map", gui, 1.2)
lordcrc@384	2641
lordcrc@384	2642	# PNG Output
lordcrc@384	2643	savepng = luxProp(scn, "film.write_png", "true")
lordcrc@384	2644	str += luxCollapse("write_png", savepng, "PNG Output", "Enable PNG (Portable Network Graphics) output", gui, 2.0)
lordcrc@384	2645
lordcrc@384	2646	if savepng.get() == "true":
lordcrc@384	2647	if gui: gui.newline(" PNG:")
lordcrc@384	2648	pngchannels = luxProp(scn, "film.write_png_channels", "RGB")
lordcrc@384	2649	str += luxOption("write_png_channels", pngchannels, ["Y", "YA", "RGB", "RGBA"], "Channels", "Select channels type to write", gui, 0.5)
lordcrc@384	2650	png16bit = luxProp(scn, "film.write_png_16bit", "false")
lordcrc@384	2651	str += luxBool("write_png_16bit", png16bit, "16bit", "Enable 16bits per channel resolution PNG output", gui, 0.5)
lordcrc@384	2652	pnggamutclamp = luxProp(scn, "film.write_png_gamutclamp", "true")
lordcrc@384	2653	str += luxBool("write_png_gamutclamp", pnggamutclamp, "Gamut Clamp", "Clamp out of gamut (bright) pixel values", gui, 1.0)
lordcrc@384	2654
lordcrc@384	2655	# Zbuf output
lordcrc@384	2656	#pngZ = luxProp(scn, "film.write_png_ZBuf", "false")
lordcrc@384	2657	#str += luxBool("write_png_ZBuf", pngZ, "ZBuf (Separate)", "Enable Z Depth Buffer channel", gui, 0.8)
lordcrc@384	2658	#if pngZ.get() == "true":
lordcrc@384	2659	# pngZNormalize = luxProp(scn, "film.write_png_ZNorm", "Min/Max")
lordcrc@384	2660	# str += luxOption("write_png_zbuf_normalizationtype", pngZNormalize, ["Camera Start/End clip", "Min/Max", "None"], "ZBuf Normalization", "Select type of normalization to use for Zbuf Depth Map", gui, 1.2)
lordcrc@384	2661
lordcrc@384	2662	# TGA Output
lordcrc@384	2663	savetga = luxProp(scn, "film.write_tga", "false")
lordcrc@384	2664	str += luxCollapse("write_tga", savetga, "TGA Output", "Enable TGA output", gui, 2.0)
lordcrc@384	2665
lordcrc@384	2666	if savetga.get() == "true":
lordcrc@384	2667	if gui: gui.newline(" TGA:")
lordcrc@384	2668	tgachannels = luxProp(scn, "film.write_tga_channels", "RGB")
lordcrc@384	2669	str += luxOption("write_tga_channels", tgachannels, ["Y", "RGB", "RGBA"], "Channels", "Select channels type to write", gui, 0.5)
lordcrc@384	2670	tgagamutclamp = luxProp(scn, "film.write_tga_gamutclamp", "true")
lordcrc@384	2671	str += luxBool("write_tga_gamutclamp", tgagamutclamp, "Gamut Clamp", "Clamp out of gamut (bright) pixel values", gui, 1.5)
lordcrc@384	2672
lordcrc@384	2673	# Zbuf output
lordcrc@384	2674	#tgaZ = luxProp(scn, "film.write_tga_ZBuf", "false")
lordcrc@384	2675	#str += luxBool("write_tga_ZBuf", tgaZ, "ZBuf (Separate)", "Enable Z Depth Buffer channel", gui, 0.8)
lordcrc@384	2676	#if tgaZ.get() == "true":
lordcrc@384	2677	# tgaZNormalize = luxProp(scn, "film.write_tga_ZNorm", "Min/Max")
lordcrc@384	2678	# str += luxOption("write_tga_zbuf_normalizationtype", tgaZNormalize, ["Camera Start/End clip", "Min/Max", "None"], "ZBuf Normalization", "Select type of normalization to use for Zbuf Depth Map", gui, 1.2)
lordcrc@384	2679
lordcrc@384	2680
lordcrc@384	2681	# override output image dir in case of command line batch mode
lordcrc@384	2682	overrideop = luxProp(scn, "overrideoutputpath", "")
lordcrc@384	2683	if overrideop.get() != "":
lordcrc@384	2684	filebase = os.path.splitext(os.path.basename(Blender.Get('filename')))[0]
lordcrc@384	2685	filename = overrideop.get() + "/" + filebase + "-%05d" % (Blender.Get('curframe'))
lordcrc@384	2686	str += "\n \"string filename\" [\"%s\"]"%(filename)
lordcrc@384	2687	else:
lordcrc@384	2688	fn = luxProp(scn, "filename", "default-%05d" % (Blender.Get('curframe')))
lordcrc@384	2689	str += luxString("filename", fn, "File name", "save file name", None)
lordcrc@384	2690
lordcrc@384	2691	if gui: gui.newline(" Resume:")
lordcrc@384	2692	resumeflm = luxProp(scn, "film.write_resume_flm", "false")
lordcrc@384	2693	str += luxBool("write_resume_flm", resumeflm, "Write/Use FLM", "Write a resume fleximage .flm file, or resume rendering if it already exists", gui)
lordcrc@384	2694	restartflm = luxProp(scn, "film.restart_resume_flm", "true")
lordcrc@384	2695	str += luxBool("restart_resume_flm", restartflm, "Restart/Erase", "Restart with a black flm, even it a previous flm exists", gui)
lordcrc@384	2696	if gui: gui.newline(" Reject:")
lordcrc@384	2697	str += luxInt("reject_warmup", luxProp(scn, "film.reject_warmup", 128), 0, 32768, "warmup_spp", "Specify amount of samples per pixel for high intensity rejection", gui)
lordcrc@384	2698	debugmode = luxProp(scn, "film.debug", "false")
lordcrc@384	2699	str += luxBool("debug", debugmode, "debug", "Turn on debug reporting and switch off reject", gui)
lordcrc@384	2700
lordcrc@384	2701	# Colorspace
lordcrc@384	2702	if gui: gui.newline(" Colorspace:")
lordcrc@384	2703
lordcrc@384	2704	cspaceusepreset = luxProp(scn, "film.colorspaceusepreset", "true")
lordcrc@384	2705	luxBool("colorspaceusepreset", cspaceusepreset, "Preset", "Select from a list of predefined presets", gui, 0.4)
lordcrc@384	2706
lordcrc@384	2707	# Default values for 'sRGB - HDTV (ITU-R BT.709-5)'
lordcrc@384	2708	cspacewhiteX = luxProp(scn, "film.cspacewhiteX", 0.314275)
lordcrc@384	2709	cspacewhiteY = luxProp(scn, "film.cspacewhiteY", 0.329411)
lordcrc@384	2710	cspaceredX = luxProp(scn, "film.cspaceredX", 0.63)
lordcrc@384	2711	cspaceredY = luxProp(scn, "film.cspaceredY", 0.34)
lordcrc@384	2712	cspacegreenX = luxProp(scn, "film.cspacegreenX", 0.31)
lordcrc@384	2713	cspacegreenY = luxProp(scn, "film.cspacegreenY", 0.595)
lordcrc@384	2714	cspaceblueX = luxProp(scn, "film.cspaceblueX", 0.155)
lordcrc@384	2715	cspaceblueY = luxProp(scn, "film.cspaceblueY", 0.07)
lordcrc@384	2716	gamma = luxProp(scn, "film.gamma", 2.2)
lordcrc@384	2717
lordcrc@384	2718	if(cspaceusepreset.get() == "true"):
lordcrc@384	2719	# preset controls
lordcrc@384	2720	cspace = luxProp(scn, "film.colorspace", "sRGB - HDTV (ITU-R BT.709-5)")
lordcrc@384	2721	cspaces = ["sRGB - HDTV (ITU-R BT.709-5)", "ROMM RGB", "Adobe RGB 98", "Apple RGB", "NTSC (FCC 1953, ITU-R BT.470-2 System M)", "NTSC (1979) (SMPTE C, SMPTE-RP 145)", "PAL/SECAM (EBU 3213, ITU-R BT.470-6)", "CIE (1931) E"]
lordcrc@384	2722	luxOption("colorspace", cspace, cspaces, "Colorspace", "select output working colorspace", gui, 1.6)
lordcrc@384	2723
lordcrc@384	2724	if cspace.get()=="ROMM RGB":
lordcrc@384	2725	cspacewhiteX.set(0.346); cspacewhiteY.set(0.359) # D50
lordcrc@384	2726	cspaceredX.set(0.7347); cspaceredY.set(0.2653)
lordcrc@384	2727	cspacegreenX.set(0.1596); cspacegreenY.set(0.8404)
lordcrc@384	2728	cspaceblueX.set(0.0366); cspaceblueY.set(0.0001)
lordcrc@384	2729	elif cspace.get()=="Adobe RGB 98":
lordcrc@384	2730	cspacewhiteX.set(0.313); cspacewhiteY.set(0.329) # D65
lordcrc@384	2731	cspaceredX.set(0.64); cspaceredY.set(0.34)
lordcrc@384	2732	cspacegreenX.set(0.21); cspacegreenY.set(0.71)
lordcrc@384	2733	cspaceblueX.set(0.15); cspaceblueY.set(0.06)
lordcrc@384	2734	elif cspace.get()=="Apple RGB":
lordcrc@384	2735	cspacewhiteX.set(0.313); cspacewhiteY.set(0.329) # D65
lordcrc@384	2736	cspaceredX.set(0.625); cspaceredY.set(0.34)
lordcrc@384	2737	cspacegreenX.set(0.28); cspacegreenY.set(0.595)
lordcrc@384	2738	cspaceblueX.set(0.155); cspaceblueY.set(0.07)
lordcrc@384	2739	elif cspace.get()=="NTSC (FCC 1953, ITU-R BT.470-2 System M)":
lordcrc@384	2740	cspacewhiteX.set(0.310); cspacewhiteY.set(0.316) # C
lordcrc@384	2741	cspaceredX.set(0.67); cspaceredY.set(0.33)
lordcrc@384	2742	cspacegreenX.set(0.21); cspacegreenY.set(0.71)
lordcrc@384	2743	cspaceblueX.set(0.14); cspaceblueY.set(0.08)
lordcrc@384	2744	elif cspace.get()=="NTSC (1979) (SMPTE C, SMPTE-RP 145)":
lordcrc@384	2745	cspacewhiteX.set(0.313); cspacewhiteY.set(0.329) # D65
lordcrc@384	2746	cspaceredX.set(0.63); cspaceredY.set(0.34)
lordcrc@384	2747	cspacegreenX.set(0.31); cspacegreenY.set(0.595)
lordcrc@384	2748	cspaceblueX.set(0.155); cspaceblueY.set(0.07)
lordcrc@384	2749	elif cspace.get()=="PAL/SECAM (EBU 3213, ITU-R BT.470-6)":
lordcrc@384	2750	cspacewhiteX.set(0.313); cspacewhiteY.set(0.329) # D65
lordcrc@384	2751	cspaceredX.set(0.64); cspaceredY.set(0.33)
lordcrc@384	2752	cspacegreenX.set(0.29); cspacegreenY.set(0.60)
lordcrc@384	2753	cspaceblueX.set(0.15); cspaceblueY.set(0.06)
lordcrc@384	2754	elif cspace.get()=="CIE (1931) E":
lordcrc@384	2755	cspacewhiteX.set(0.333); cspacewhiteY.set(0.333) # E
lordcrc@384	2756	cspaceredX.set(0.7347); cspaceredY.set(0.2653)
lordcrc@384	2757	cspacegreenX.set(0.2738); cspacegreenY.set(0.7174)
lordcrc@384	2758	cspaceblueX.set(0.1666); cspaceblueY.set(0.0089)
lordcrc@384	2759
lordcrc@384	2760	whitepointusecspace = luxProp(scn, "film.whitepointusecolorspace", "true")
lordcrc@384	2761	luxBool("whitepointusecolorspace", whitepointusecspace, "Colorspace Whitepoint", "Use default whitepoint for selected colorspace", gui, 1.0)
lordcrc@384	2762	gammausecspace = luxProp(scn, "film.gammausecolorspace", "true")
lordcrc@384	2763	luxBool("gammausecolorspace", gammausecspace, "Colorspace Gamma", "Use default output gamma for selected colorspace", gui, 1.0)
lordcrc@384	2764
lordcrc@384	2765	if(whitepointusecspace.get() == "false"):
lordcrc@384	2766	if gui: gui.newline(" Whitepoint:")
lordcrc@384	2767	whitepointusepreset = luxProp(scn, "film.whitepointusepreset", "true")
lordcrc@384	2768	luxBool("whitepointusepreset", whitepointusepreset, "Preset", "Select from a list of predefined presets", gui, 0.4)
lordcrc@384	2769
lordcrc@384	2770	if(whitepointusepreset.get() == "true"):
lordcrc@384	2771	whitepointpresets = ["E", "D50", "D55", "D65", "D75", "A", "B", "C", "9300", "F2", "F7", "F11"]
lordcrc@384	2772	whitepointpreset = luxProp(scn, "film.whitepointpreset", "D65")
lordcrc@384	2773	luxOption("whitepointpreset", whitepointpreset, whitepointpresets, " PRESET", "select Whitepoint preset", gui, 1.6)
lordcrc@384	2774
lordcrc@384	2775	if whitepointpreset.get()=="E": cspacewhiteX.set(0.333); cspacewhiteY.set(0.333)
lordcrc@384	2776	elif whitepointpreset.get()=="D50": cspacewhiteX.set(0.346); cspacewhiteY.set(0.359)
lordcrc@384	2777	elif whitepointpreset.get()=="D55": cspacewhiteX.set(0.332); cspacewhiteY.set(0.347)
lordcrc@384	2778	elif whitepointpreset.get()=="D65": cspacewhiteX.set(0.313); cspacewhiteY.set(0.329)
lordcrc@384	2779	elif whitepointpreset.get()=="D75": cspacewhiteX.set(0.299); cspacewhiteY.set(0.315)
lordcrc@384	2780	elif whitepointpreset.get()=="A": cspacewhiteX.set(0.448); cspacewhiteY.set(0.407)
lordcrc@384	2781	elif whitepointpreset.get()=="B": cspacewhiteX.set(0.348); cspacewhiteY.set(0.352)
lordcrc@384	2782	elif whitepointpreset.get()=="C": cspacewhiteX.set(0.310); cspacewhiteY.set(0.316)
lordcrc@384	2783	elif whitepointpreset.get()=="9300": cspacewhiteX.set(0.285); cspacewhiteY.set(0.293)
lordcrc@384	2784	elif whitepointpreset.get()=="F2": cspacewhiteX.set(0.372); cspacewhiteY.set(0.375)
lordcrc@384	2785	elif whitepointpreset.get()=="F7": cspacewhiteX.set(0.313); cspacewhiteY.set(0.329)
lordcrc@384	2786	elif whitepointpreset.get()=="F11": cspacewhiteX.set(0.381); cspacewhiteY.set(0.377)
lordcrc@384	2787	else:
lordcrc@384	2788	luxFloat("white X", cspacewhiteX, 0.0, 1.0, "white X", "Whitepoint X weight", gui, 0.8)
lordcrc@384	2789	luxFloat("white Y", cspacewhiteY, 0.0, 1.0, "white Y", "Whitepoint Y weight", gui, 0.8)
lordcrc@384	2790
lordcrc@384	2791	if(gammausecspace.get() == "false"):
lordcrc@384	2792	if gui: gui.newline(" Gamma:")
lordcrc@384	2793	luxFloat("gamma", gamma, 0.1, 6.0, "gamma", "Output and RGC Gamma", gui, 2.0)
lordcrc@384	2794	else:
lordcrc@384	2795	# manual controls
lordcrc@384	2796	luxFloat("white X", cspacewhiteX, 0.0, 1.0, "white X", "Whitepoint X weight", gui, 0.8)
lordcrc@384	2797	luxFloat("white Y", cspacewhiteY, 0.0, 1.0, "white Y", "Whitepoint Y weight", gui, 0.8)
lordcrc@384	2798	luxFloat("red X", cspaceredX, 0.0, 1.0, "red X", "Red component X weight", gui, 1.0)
lordcrc@384	2799	luxFloat("red Y", cspaceredY, 0.0, 1.0, "red Y", "Red component Y weight", gui, 1.0)
lordcrc@384	2800	luxFloat("green X", cspacegreenX, 0.0, 1.0, "green X", "Green component X weight", gui, 1.0)
lordcrc@384	2801	luxFloat("green Y", cspacegreenY, 0.0, 1.0, "green Y", "Green component Y weight", gui, 1.0)
lordcrc@384	2802	luxFloat("blue X", cspaceblueX, 0.0, 1.0, "blue X", "Blue component X weight", gui, 1.0)
lordcrc@384	2803	luxFloat("blue Y", cspaceblueY, 0.0, 1.0, "blue Y", "Blue component Y weight", gui, 1.0)
lordcrc@384	2804	if gui: gui.newline(" Gamma:")
lordcrc@384	2805	luxFloat("gamma", gamma, 0.1, 6.0, "gamma", "Output and RGC Gamma", gui, 2.0)
lordcrc@384	2806
lordcrc@384	2807	str += "\n \"float colorspace_white\" [%f %f]"%(cspacewhiteX.get(), cspacewhiteY.get())
lordcrc@384	2808	str += "\n \"float colorspace_red\" [%f %f]"%(cspaceredX.get(), cspaceredY.get())
lordcrc@384	2809	str += "\n \"float colorspace_green\" [%f %f]"%(cspacegreenX.get(), cspacegreenY.get())
lordcrc@384	2810	str += "\n \"float colorspace_blue\" [%f %f]"%(cspaceblueX.get(), cspaceblueY.get())
lordcrc@384	2811	str += "\n \"float gamma\" [%f]"%(gamma.get())
lordcrc@384	2812
lordcrc@384	2813	return str
lordcrc@384	2814
lordcrc@384	2815
lordcrc@384	2816	def luxPixelFilter(scn, gui=None):
lordcrc@384	2817	global icon_c_filter
lordcrc@384	2818	str = ""
lordcrc@384	2819	if scn:
lordcrc@384	2820	filtertype = luxProp(scn, "pixelfilter.type", "mitchell")
lordcrc@384	2821	str = luxIdentifier("PixelFilter", filtertype, ["box", "gaussian", "mitchell", "sinc", "triangle"], "FILTER", "select pixel filter type", gui, icon_c_filter)
lordcrc@384	2822
lordcrc@384	2823	# Advanced toggle
lordcrc@384	2824	parammodeadvanced = luxProp(scn, "parammodeadvanced", "false")
lordcrc@384	2825	showadvanced = luxProp(scn, "pixelfilter.showadvanced", parammodeadvanced.get())
lordcrc@384	2826	luxBool("advanced", showadvanced, "Advanced", "Show advanced options", gui, 0.6)
lordcrc@384	2827	# Help toggle
lordcrc@384	2828	showhelp = luxProp(scn, "pixelfilter.showhelp", "false")
lordcrc@384	2829	luxHelp("help", showhelp, "Help", "Show Help Information", gui, 0.4)
lordcrc@384	2830
lordcrc@384	2831	if filtertype.get() == "box":
lordcrc@384	2832	if showadvanced.get()=="true":
lordcrc@384	2833	# Advanced parameters
lordcrc@384	2834	if gui: gui.newline()
lordcrc@384	2835	str += luxFloat("xwidth", luxProp(scn, "pixelfilter.box.xwidth", 0.5), 0.0, 10.0, "x-width", "Width of the filter in the x direction", gui)
lordcrc@384	2836	str += luxFloat("ywidth", luxProp(scn, "pixelfilter.box.ywidth", 0.5), 0.0, 10.0, "y-width", "Width of the filter in the y direction", gui)
lordcrc@384	2837	if filtertype.get() == "gaussian":
lordcrc@384	2838	if showadvanced.get()=="true":
lordcrc@384	2839	# Advanced parameters
lordcrc@384	2840	if gui: gui.newline()
lordcrc@384	2841	str += luxFloat("xwidth", luxProp(scn, "pixelfilter.gaussian.xwidth", 2.0), 0.0, 10.0, "x-width", "Width of the filter in the x direction", gui)
lordcrc@384	2842	str += luxFloat("ywidth", luxProp(scn, "pixelfilter.gaussian.ywidth", 2.0), 0.0, 10.0, "y-width", "Width of the filter in the y direction", gui)
lordcrc@384	2843	if gui: gui.newline()
lordcrc@384	2844	str += luxFloat("alpha", luxProp(scn, "pixelfilter.gaussian.alpha", 2.0), 0.0, 10.0, "alpha", "Gaussian rate of falloff. Lower values give blurrier images", gui)
lordcrc@384	2845	if filtertype.get() == "mitchell":
lordcrc@384	2846	if showadvanced.get()=="false":
lordcrc@384	2847	# Default parameters
lordcrc@384	2848	if gui: gui.newline("", 8, 0, None, [0.4,0.4,0.4])
lordcrc@384	2849	slidval = luxProp(scn, "pixelfilter.mitchell.sharp", 0.25)
lordcrc@384	2850	luxFloat("sharpness", slidval, 0.0, 1.0, "sharpness", "Specify amount between blurred (left) and sharp/ringed (right)", gui, 2.0, 1)
lordcrc@384	2851	# rule: B + 2*c = 1.0
lordcrc@384	2852	C = slidval.getFloat() * 0.5
lordcrc@384	2853	B = 1.0 - slidval.getFloat()
lordcrc@384	2854	str += "\n \"float B\" [%f]"%(B)
lordcrc@384	2855	str += "\n \"float C\" [%f]"%(C)
lordcrc@384	2856
lordcrc@384	2857	if showadvanced.get()=="true":
lordcrc@384	2858	# Advanced parameters
lordcrc@384	2859	if gui: gui.newline()
lordcrc@384	2860	str += luxFloat("xwidth", luxProp(scn, "pixelfilter.mitchell.xwidth", 2.0), 0.0, 10.0, "x-width", "Width of the filter in the x direction", gui)
lordcrc@384	2861	str += luxFloat("ywidth", luxProp(scn, "pixelfilter.mitchell.ywidth", 2.0), 0.0, 10.0, "y-width", "Width of the filter in the y direction", gui)
lordcrc@384	2862	if gui: gui.newline()
lordcrc@384	2863
lordcrc@384	2864	optmode = luxProp(scn, "pixelfilter.mitchell.optmode", "slider")
lordcrc@384	2865	luxOption("optmode", optmode, ["slider", "preset", "manual"], "Mode", "Mode of configuration", gui, 0.5)
lordcrc@384	2866
lordcrc@384	2867	if(optmode.get() == "slider"):
lordcrc@384	2868	slidval = luxProp(scn, "pixelfilter.mitchell.sharp", 0.33)
lordcrc@384	2869	luxFloat("sharpness", slidval, 0.0, 1.0, "sharpness", "Specify amount between blurred (left) and sharp/ringed (right)", gui, 1.5, 1)
lordcrc@384	2870	# rule: B + 2*c = 1.0
lordcrc@384	2871	C = slidval.getFloat() * 0.5
lordcrc@384	2872	B = 1.0 - slidval.getFloat()
lordcrc@384	2873	str += "\n \"float B\" [%f]"%(B)
lordcrc@384	2874	str += "\n \"float C\" [%f]"%(C)
lordcrc@384	2875	elif(optmode.get() == "preset"):
lordcrc@384	2876	print("not implemented")
lordcrc@384	2877	else:
lordcrc@384	2878	str += luxFloat("B", luxProp(scn, "pixelfilter.mitchell.B", 0.3333), 0.0, 1.0, "B", "Specify the shape of the Mitchell filter. Often best result is when B + 2C = 1", gui, 0.75)
lordcrc@384	2879	str += luxFloat("C", luxProp(scn, "pixelfilter.mitchell.C", 0.3333), 0.0, 1.0, "C", "Specify the shape of the Mitchell filter. Often best result is when B + 2C = 1", gui, 0.75)
lordcrc@384	2880
lordcrc@384	2881	if filtertype.get() == "sinc":
lordcrc@384	2882	if showadvanced.get()=="true":
lordcrc@384	2883	# Advanced parameters
lordcrc@384	2884	if gui: gui.newline()
lordcrc@384	2885	str += luxFloat("xwidth", luxProp(scn, "pixelfilter.sinc.xwidth", 4.0), 0.0, 10.0, "x-width", "Width of the filter in the x direction", gui)
lordcrc@384	2886	str += luxFloat("ywidth", luxProp(scn, "pixelfilter.sinc.ywidth", 4.0), 0.0, 10.0, "y-width", "Width of the filter in the y direction", gui)
lordcrc@384	2887	if gui: gui.newline()
lordcrc@384	2888	str += luxFloat("tau", luxProp(scn, "pixelfilter.sinc.tau", 3.0), 0.0, 10.0, "tau", "Permitted number of cycles of the sinc function before it is clamped to zero", gui)
lordcrc@384	2889	if filtertype.get() == "triangle":
lordcrc@384	2890	if showadvanced.get()=="true":
lordcrc@384	2891	# Advanced parameters
lordcrc@384	2892	if gui: gui.newline()
lordcrc@384	2893	str += luxFloat("xwidth", luxProp(scn, "pixelfilter.triangle.xwidth", 2.0), 0.0, 10.0, "x-width", "Width of the filter in the x direction", gui)
lordcrc@384	2894	str += luxFloat("ywidth", luxProp(scn, "pixelfilter.triangle.ywidth", 2.0), 0.0, 10.0, "y-width", "Width of the filter in the y direction", gui)
lordcrc@384	2895	return str
lordcrc@384	2896
lordcrc@384	2897	def luxSampler(scn, gui=None):
lordcrc@384	2898	global icon_c_sampler, icon_help
lordcrc@384	2899	str = ""
lordcrc@384	2900	if scn:
lordcrc@384	2901	samplertype = luxProp(scn, "sampler.type", "metropolis")
lordcrc@384	2902	str = luxIdentifier("Sampler", samplertype, ["metropolis", "erpt", "lowdiscrepancy", "random"], "SAMPLER", "select sampler type", gui, icon_c_sampler)
lordcrc@384	2903
lordcrc@384	2904	# Advanced toggle
lordcrc@384	2905	parammodeadvanced = luxProp(scn, "parammodeadvanced", "false")
lordcrc@384	2906	showadvanced = luxProp(scn, "sampler.showadvanced", parammodeadvanced.get())
lordcrc@384	2907	luxBool("advanced", showadvanced, "Advanced", "Show advanced options", gui, 0.6)
lordcrc@384	2908	# Help toggle
lordcrc@384	2909	showhelp = luxProp(scn, "sampler.showhelp", "false")
lordcrc@384	2910	luxHelp("help", showhelp, "Help", "Show Help Information", gui, 0.4)
lordcrc@384	2911
lordcrc@384	2912	if samplertype.get() == "metropolis":
lordcrc@384	2913	if showadvanced.get()=="false":
lordcrc@384	2914	# Default parameters
lordcrc@384	2915	if gui: gui.newline(" Mutation:", 8, 0, None, [0.4,0.4,0.4])
lordcrc@384	2916	strength = luxProp(scn, "sampler.metro.strength", 0.6)
lordcrc@384	2917	luxFloat("strength", strength, 0.0, 1.0, "strength", "Mutation Strength (lmprob = 1.0-strength)", gui, 2.0, 1)
lordcrc@384	2918	v = 1.0 - strength.get()
lordcrc@384	2919	str += "\n \"float largemutationprob\" [%f]"%v
lordcrc@384	2920	if showadvanced.get()=="true":
lordcrc@384	2921	# Advanced parameters
lordcrc@384	2922	if gui: gui.newline(" Mutation:")
lordcrc@384	2923	str += luxFloat("largemutationprob", luxProp(scn, "sampler.metro.lmprob", 0.4), 0.0, 1.0, "LM.prob.", "Probability of generating a large sample (mutation)", gui)
lordcrc@384	2924	str += luxInt("maxconsecrejects", luxProp(scn, "sampler.metro.maxrejects", 512), 0, 32768, "max.rejects", "number of consecutive rejects before a new mutation is forced", gui)
lordcrc@384	2925	if gui: gui.newline(" Screen:")
lordcrc@384	2926	#str += luxInt("initsamples", luxProp(scn, "sampler.metro.initsamples", 262144), 1, 1000000, "initsamples", "", gui)
lordcrc@384	2927	str += luxBool("usevariance",luxProp(scn, "sampler.metro.usevariance", "false"), "usevariance", "Accept based on variance", gui, 1.0)
lordcrc@384	2928
lordcrc@384	2929	if showhelp.get()=="true":
lordcrc@384	2930	if gui: gui.newline(" Description:", 8, 0, icon_help, [0.4,0.5,0.56])
lordcrc@384	2931	r = gui.getRect(2,1); BGL.glRasterPos2i(r[0],r[1]+5)
lordcrc@384	2932	Draw.Text("A Metropolis-Hastings mutating sampler which implements MLT", 'small')
lordcrc@384	2933
lordcrc@384	2934	if samplertype.get() == "erpt":
lordcrc@384	2935	#str += luxInt("initsamples", luxProp(scn, "sampler.erpt.initsamples", 100000), 1, 1000000, "initsamples", "", gui)
lordcrc@384	2936	if gui: gui.newline(" Mutation:")
lordcrc@384	2937	str += luxInt("chainlength", luxProp(scn, "sampler.erpt.chainlength", 512), 1, 32768, "chainlength", "The number of mutations from a given seed", gui)
lordcrc@384	2938	if gui: gui.newline()
lordcrc@384	2939	str += luxInt("stratawidth", luxProp(scn, "sampler.erpt.stratawidth", 256), 1, 32768, "stratawidth", "The number of x/y strata for stratified sampling of seeds", gui)
lordcrc@384	2940
lordcrc@384	2941	if samplertype.get() == "lowdiscrepancy":
lordcrc@384	2942	if gui: gui.newline(" PixelSampler:")
lordcrc@384	2943	str += luxOption("pixelsampler", luxProp(scn, "sampler.lowdisc.pixelsampler", "lowdiscrepancy"), ["linear", "tile", "random", "vegas","lowdiscrepancy","hilbert"], "pixel-sampler", "select pixel-sampler", gui)
lordcrc@384	2944	str += luxInt("pixelsamples", luxProp(scn, "sampler.lowdisc.pixelsamples", 4), 1, 2048, "samples", "Average number of samples taken per pixel. More samples create a higher quality image at the cost of render time", gui)
lordcrc@384	2945
lordcrc@384	2946	if samplertype.get() == "random":
lordcrc@384	2947	if gui: gui.newline(" PixelSampler:")
lordcrc@384	2948	str += luxOption("pixelsampler", luxProp(scn, "sampler.random.pixelsampler", "vegas"), ["linear", "tile", "random", "vegas","lowdiscrepancy","hilbert"], "pixel-sampler", "select pixel-sampler", gui)
lordcrc@384	2949	if gui: gui.newline()
lordcrc@384	2950	str += luxInt("pixelsamples", luxProp(scn, "sampler.random.pixelsamples", 4), 1, 512, "pixelsamples", "Allows you to specify how many samples per pixel are computed", gui)
lordcrc@384	2951	return str
lordcrc@384	2952
lordcrc@384	2953	def luxSurfaceIntegrator(scn, gui=None):
lordcrc@384	2954	global icon_c_integrator
lordcrc@384	2955	str = ""
lordcrc@384	2956	if scn:
lordcrc@384	2957	integratortype = luxProp(scn, "sintegrator.type", "bidirectional")
lordcrc@384	2958
lordcrc@384	2959	str = luxIdentifier("SurfaceIntegrator", integratortype, ["directlighting", "path", "bidirectional", "exphotonmap", "distributedpath", "igi" ], "INTEGRATOR", "select surface integrator type", gui, icon_c_integrator)
lordcrc@384	2960
lordcrc@384	2961	# Advanced toggle
lordcrc@384	2962	parammodeadvanced = luxProp(scn, "parammodeadvanced", "false")
lordcrc@384	2963	showadvanced = luxProp(scn, "sintegrator.showadvanced", parammodeadvanced.get())
lordcrc@384	2964	luxBool("advanced", showadvanced, "Advanced", "Show advanced options", gui, 0.6)
lordcrc@384	2965	# Help toggle
lordcrc@384	2966	showhelp = luxProp(scn, "sintegrator.showhelp", "false")
lordcrc@384	2967	luxHelp("help", showhelp, "Help", "Show Help Information", gui, 0.4)
lordcrc@384	2968
lordcrc@384	2969	if integratortype.get() == "directlighting":
lordcrc@384	2970	if showadvanced.get()=="false":
lordcrc@384	2971	# Default parameters
lordcrc@384	2972	if gui: gui.newline(" Depth:", 8, 0, None, [0.4,0.4,0.4])
lordcrc@384	2973	str += luxInt("maxdepth", luxProp(scn, "sintegrator.dlighting.maxdepth", 8), 0, 2048, "bounces", "The maximum recursion depth for ray casting", gui, 2.0)
lordcrc@384	2974
lordcrc@384	2975	if showadvanced.get()=="true":
lordcrc@384	2976	# Advanced parameters
lordcrc@384	2977	str += luxOption("strategy", luxProp(scn, "sintegrator.dlighting.strategy", "auto"), ["one", "all", "auto"], "strategy", "select directlighting strategy", gui)
lordcrc@384	2978	if gui: gui.newline(" Depth:")
lordcrc@384	2979	str += luxInt("maxdepth", luxProp(scn, "sintegrator.dlighting.maxdepth", 8), 0, 2048, "max-depth", "The maximum recursion depth for ray casting", gui)
lordcrc@384	2980	if gui: gui.newline()
lordcrc@384	2981
lordcrc@384	2982	if integratortype.get() == "path":
lordcrc@384	2983	if showadvanced.get()=="false":
lordcrc@384	2984	# Default parameters
lordcrc@384	2985	if gui: gui.newline(" Depth:", 8, 0, None, [0.4,0.4,0.4])
lordcrc@384	2986	str += luxInt("maxdepth", luxProp(scn, "sintegrator.path.maxdepth", 10), 0, 2048, "bounces", "The maximum recursion depth for ray casting", gui, 1.0)
lordcrc@384	2987	ienv = luxProp(scn, "sintegrator.path.ienvironment", "true")
lordcrc@384	2988	str += luxBool("includeenvironment", ienv, "Include Environment", "Enable/Disable rendering of environment lightsources", gui)
lordcrc@384	2989
lordcrc@384	2990	if showadvanced.get()=="true":
lordcrc@384	2991	# Advanced parameters
lordcrc@384	2992	if gui: gui.newline(" Depth:")
lordcrc@384	2993	str += luxInt("maxdepth", luxProp(scn, "sintegrator.path.maxdepth", 10), 0, 2048, "maxdepth", "The maximum recursion depth for ray casting", gui)
lordcrc@384	2994	str += luxOption("strategy", luxProp(scn, "sintegrator.path.strategy", "auto"), ["one", "all", "auto"], "strategy", "select directlighting strategy", gui)
lordcrc@384	2995	if gui: gui.newline(" RR:")
lordcrc@384	2996	rrstrat = luxProp(scn, "sintegrator.path.rrstrategy", "efficiency")
lordcrc@384	2997	str += luxOption("rrstrategy", rrstrat, ["efficiency", "probability", "none"], "RR strategy", "select Russian Roulette path termination strategy", gui)
lordcrc@384	2998	if rrstrat.get() == "probability":
lordcrc@384	2999	str += luxFloat("rrcontinueprob", luxProp(scn, "sintegrator.path.rrcontinueprob", 0.65), 0.0, 1.0, "rrprob", "Russian roulette continue probability", gui)
lordcrc@384	3000	ienv = luxProp(scn, "sintegrator.path.ienvironment", "true")
lordcrc@384	3001	str += luxBool("includeenvironment", ienv, "Include Environment", "Enable/Disable rendering of environment lightsources", gui)
lordcrc@384	3002
lordcrc@384	3003	if integratortype.get() == "bidirectional":
lordcrc@384	3004	if showadvanced.get()=="false":
lordcrc@384	3005	# Default parameters
lordcrc@384	3006	if gui: gui.newline(" Depth:", 8, 0, None, [0.4,0.4,0.4])
lordcrc@384	3007	bounces = luxProp(scn, "sintegrator.bidir.bounces", 16)
lordcrc@384	3008	luxInt("bounces", bounces, 5, 32, "bounces", "The maximum recursion depth for ray casting (in both directions)", gui, 2.0)
lordcrc@384	3009	str += "\n \"integer eyedepth\" [%i]\n"%bounces.get()
lordcrc@384	3010	str += " \"integer lightdepth\" [%i]"%bounces.get()
lordcrc@384	3011
lordcrc@384	3012	if showadvanced.get()=="true":
lordcrc@384	3013	# Advanced parameters
lordcrc@384	3014	if gui: gui.newline(" Depth:")
lordcrc@384	3015	str += luxInt("eyedepth", luxProp(scn, "sintegrator.bidir.eyedepth", 16), 0, 2048, "eyedepth", "The maximum recursion depth for ray casting", gui)
lordcrc@384	3016	str += luxInt("lightdepth", luxProp(scn, "sintegrator.bidir.lightdepth", 16), 0, 2048, "lightdepth", "The maximum recursion depth for light ray casting", gui)
lordcrc@384	3017	str += luxOption("strategy", luxProp(scn, "sintegrator.bidir.strategy", "auto"), ["one", "all", "auto"], "strategy", "select directlighting strategy", gui)
doug@395	3018
doug@395	3019	str += luxFloat('eyerrthreshold', luxProp(scn, "sintegrator.bidir.eyerrthreshold", 0), 0, 1, "eyerrthreshold", "The minimum probability for russian roulette eye subpath termination ", gui)
doug@395	3020	str += luxFloat('lightrrthreshold', luxProp(scn, "sintegrator.bidir.lightrrthreshold", 0), 0, 1, "lightrrthreshold", "The minimum probability for russian roulette light subpath termination ", gui)
lordcrc@384	3021
lordcrc@384	3022	if integratortype.get() == "exphotonmap":
lordcrc@384	3023	if gui: gui.newline(" Render:")
lordcrc@384	3024	str += luxOption("renderingmode", luxProp(scn, "sintegrator.photonmap.renderingmode", "directlighting"), ["directlighting", "path"], "renderingmode", "select rendering mode", gui)
lordcrc@384	3025	str += luxOption("strategy", luxProp(scn, "sintegrator.photonmap.strategy", "auto"), ["one", "all", "auto"], "strategy", "select directlighting strategy", gui)
lordcrc@384	3026	str += luxInt("maxphotondepth", luxProp(scn, "sintegrator.photonmap.maxphotondepth", 10), 1, 1024, "maxphotondepth", "The maximum recursion depth of photon tracing", gui)
lordcrc@384	3027	str += luxInt("maxdepth", luxProp(scn, "sintegrator.photonmap.maxdepth", 6), 1, 1024, "maxdepth", "The maximum recursion depth of specular reflection and refraction", gui)
lordcrc@384	3028	str += luxFloat("maxdist", luxProp(scn, "sintegrator.photonmap.maxdist", 0.1), 0.0, 10.0, "maxdist", "The maximum distance between a point being shaded and a photon that can contribute to that point", gui)
lordcrc@384	3029	str += luxInt("nused", luxProp(scn, "sintegrator.photonmap.nused", 50), 0, 1000000, "nused", "The number of photons to use in density estimation", gui)
lordcrc@384	3030
lordcrc@384	3031	if gui: gui.newline(" Photons:")
lordcrc@384	3032	str += luxInt("indirectphotons", luxProp(scn, "sintegrator.photonmap.idphotons", 200000), 0, 10000000, "indirect", "The number of photons to shoot for indirect lighting during preprocessing of the photon map", gui)
lordcrc@384	3033	str += luxInt("maxdirectphotons", luxProp(scn, "sintegrator.photonmap.maxdphotons", 1000000), 0, 10000000, "maxdirect", "The maximum number of photons to shoot for direct lighting during preprocessing of the photon map", gui)
lordcrc@384	3034	str += luxInt("causticphotons", luxProp(scn, "sintegrator.photonmap.cphotons", 20000), 0, 10000000, "caustic", "The number of photons to shoot for caustics during preprocessing of the photon map", gui)
lordcrc@384	3035	if gui: gui.newline(" FinalGather:")
lordcrc@384	3036	fg = luxProp(scn, "sintegrator.photonmap.fgather", "true")
lordcrc@384	3037	str += luxBool("finalgather", fg, "finalgather", "Enable use of final gather during rendering", gui)
lordcrc@384	3038	if fg.get() == "true":
lordcrc@384	3039	rrstrat = luxProp(scn, "sintegrator.photonmap.gatherrrstrategy", "efficiency")
lordcrc@384	3040	str += luxOption("gatherrrstrategy", rrstrat, ["efficiency", "probability", "none"], "RR strategy", "select Russian Roulette gather termination strategy", gui)
lordcrc@384	3041	str += luxInt("finalgathersamples", luxProp(scn, "sintegrator.photonmap.fgathers", 32), 1, 1024, "samples", "The number of finalgather samples to take per pixel during rendering", gui)
lordcrc@384	3042	str += luxFloat("gatherangle", luxProp(scn, "sintegrator.photonmap.gangle", 10.0), 0.0, 360.0, "gatherangle", "Angle for final gather", gui)
lordcrc@384	3043	if rrstrat.get() == "probability":
lordcrc@384	3044	str += luxFloat("gatherrrcontinueprob", luxProp(scn, "sintegrator.photonmap.gatherrrcontinueprob", 0.65), 0.0, 1.0, "rrcontinueprob", "Probability for russian roulette particle tracing termination", gui)
lordcrc@384	3045
lordcrc@384	3046	if integratortype.get() == "distributedpath":
lordcrc@384	3047	str += luxOption("strategy", luxProp(scn, "sintegrator.distributedpath.strategy", "auto"), ["one", "all", "auto"], "strategy", "select directlighting strategy", gui)
lordcrc@384	3048	if gui: gui.newline(" Direct:")
lordcrc@384	3049	str += luxBool("directsampleall",luxProp(scn, "sintegrator.distributedpath.directsampleall", "true"), "Direct ALL", "Include diffuse direct light sample at first vertex", gui, 0.7)
lordcrc@384	3050	str += luxInt("directsamples", luxProp(scn, "sintegrator.distributedpath.directsamples", 1), 0, 1024, "s", "The number of direct light samples to take at the eye vertex", gui, 0.3)
lordcrc@384	3051	str += luxBool("indirectsampleall",luxProp(scn, "sintegrator.distributedpath.indirectsampleall", "false"), "Indirect ALL", "Include diffuse direct light sample at first vertex", gui, 0.7)
lordcrc@384	3052	str += luxInt("indirectsamples", luxProp(scn, "sintegrator.distributedpath.indirectsamples", 1), 0, 1024, "s", "The number of direct light samples to take at the remaining vertices", gui, 0.3)
lordcrc@384	3053	if gui: gui.newline(" Diffuse:")
lordcrc@384	3054	str += luxInt("diffusereflectdepth", luxProp(scn, "sintegrator.distributedpath.diffusereflectdepth", 3), 0, 2048, "Reflect", "The maximum recursion depth for diffuse reflection ray casting", gui, 0.5)
lordcrc@384	3055	str += luxInt("diffusereflectsamples", luxProp(scn, "sintegrator.distributedpath.diffusereflectsamples", 1), 0, 1024, "s", "The number of diffuse reflection samples to take at the eye vertex", gui, 0.3)
lordcrc@384	3056	str += luxInt("diffuserefractdepth", luxProp(scn, "sintegrator.distributedpath.diffuserefractdepth", 5), 0, 2048, "Refract", "The maximum recursion depth for diffuse refraction ray casting", gui, 0.5)
lordcrc@384	3057	str += luxInt("diffuserefractsamples", luxProp(scn, "sintegrator.distributedpath.diffuserefractsamples", 1), 0, 1024, "s", "The number of diffuse refraction samples to take at the eye vertex", gui, 0.3)
lordcrc@384	3058	str += luxBool("directdiffuse",luxProp(scn, "sintegrator.distributedpath.directdiffuse", "true"), "DL", "Include diffuse direct light sample at first vertex", gui, 0.20)
lordcrc@384	3059	str += luxBool("indirectdiffuse",luxProp(scn, "sintegrator.distributedpath.indirectdiffuse", "true"), "IDL", "Include diffuse indirect light sample at first vertex", gui, 0.20)
lordcrc@384	3060	if gui: gui.newline(" Glossy:")
lordcrc@384	3061	str += luxInt("glossyreflectdepth", luxProp(scn, "sintegrator.distributedpath.glossyreflectdepth", 2), 0, 2048, "Reflect", "The maximum recursion depth for glossy reflection ray casting", gui, 0.50)
lordcrc@384	3062	str += luxInt("glossyreflectsamples", luxProp(scn, "sintegrator.distributedpath.glossyreflectsamples", 1), 0, 1024, "s", "The number of glossy reflection samples to take at the eye vertex", gui, 0.3)
lordcrc@384	3063	str += luxInt("glossyrefractdepth", luxProp(scn, "sintegrator.distributedpath.glossyrefractdepth", 5), 0, 2048, "Refract", "The maximum recursion depth for glossy refraction ray casting", gui, 0.50)
lordcrc@384	3064	str += luxInt("glossyrefractsamples", luxProp(scn, "sintegrator.distributedpath.glossyrefractsamples", 1), 0, 1024, "s", "The number of glossy refraction samples to take at the eye vertex", gui, 0.3)
lordcrc@384	3065	str += luxBool("directglossy",luxProp(scn, "sintegrator.distributedpath.directglossy", "true"), "DL", "Include glossy direct light sample at first vertex", gui, 0.20)
lordcrc@384	3066	str += luxBool("indirectglossy",luxProp(scn, "sintegrator.distributedpath.indirectglossy", "true"), "IDL", "Include glossy indirect light sample at first vertex", gui, 0.20)
lordcrc@384	3067	if gui: gui.newline(" Specular:")
lordcrc@384	3068	str += luxInt("specularreflectdepth", luxProp(scn, "sintegrator.distributedpath.specularreflectdepth", 3), 0, 2048, "Reflect", "The maximum recursion depth for specular reflection ray casting", gui, 1.0)
lordcrc@384	3069	str += luxInt("specularrefractdepth", luxProp(scn, "sintegrator.distributedpath.specularrefractdepth", 5), 0, 2048, "Refract", "The maximum recursion depth for specular refraction ray casting", gui, 1.0)
lordcrc@384	3070	#if gui: gui.newline(" Caustics:")
lordcrc@384	3071	#str += luxBool("causticsondiffuse",luxProp(scn, "sintegrator.distributedpath.causticsondiffuse", "false"), "Caustics on Diffuse", "Enable caustics on diffuse surfaces (warning: might generate bright pixels)", gui, 1.0)
lordcrc@384	3072	#str += luxBool("causticsonglossy",luxProp(scn, "sintegrator.distributedpath.causticsonglossy", "true"), "Caustics on Glossy", "Enable caustics on glossy surfaces (warning: might generate bright pixels)", gui, 1.0)
lordcrc@384	3073
lordcrc@384	3074	usereject = luxProp(scn, "sintegrator.distributedpath.usereject", "false")
lordcrc@384	3075	luxCollapse("usereject", usereject, "Rejection", "Enable Rejection system to eliminate bright contributions", gui, 2.0)
lordcrc@384	3076
lordcrc@384	3077	if usereject.get()=="true":
lordcrc@384	3078	if gui: gui.newline(" Diffuse:")
lordcrc@384	3079
lordcrc@384	3080	diffusereflectreject = luxProp(scn, "sintegrator.distributedpath.difreflreject", "false")
lordcrc@384	3081	str += luxBool("diffusereflectreject", diffusereflectreject, "Reflect", "Enable Rejection for Diffuse Reflection", gui, 0.4)
lordcrc@384	3082	if diffusereflectreject.get()=="true":
lordcrc@384	3083	str += luxFloat("diffusereflectreject_threshold", luxProp(scn, "sintegrator.distributedpath.difreflrejectthr", 10.0), 0.01, 10.0, "Thr", "The Average Threshold to reject", gui, 0.6)
lordcrc@384	3084
lordcrc@384	3085	diffuserefractreject = luxProp(scn, "sintegrator.distributedpath.difrefrreject", "false")
lordcrc@384	3086	str += luxBool("diffuserefractreject", diffuserefractreject, "Refract", "Enable Rejection for Diffuse Refraction", gui, 0.4)
lordcrc@384	3087	if diffuserefractreject.get()=="true":
lordcrc@384	3088	str += luxFloat("diffuserefractreject_threshold", luxProp(scn, "sintegrator.distributedpath.difrefrrejectthr", 10.0), 0.01, 10.0, "Thr", "The Average Threshold to reject", gui, 0.6)
lordcrc@384	3089
lordcrc@384	3090	if gui: gui.newline(" Glossy:")
lordcrc@384	3091
lordcrc@384	3092	glossyreflectreject = luxProp(scn, "sintegrator.distributedpath.glosreflreject", "false")
lordcrc@384	3093	str += luxBool("glossyreflectreject", glossyreflectreject, "Reflect", "Enable Rejection for Glossy Reflection", gui, 0.4)
lordcrc@384	3094	if glossyreflectreject.get()=="true":
lordcrc@384	3095	str += luxFloat("glossyreflectreject_threshold", luxProp(scn, "sintegrator.distributedpath.glosreflrejectthr", 10.0), 0.01, 10.0, "Thr", "The Average Threshold to reject", gui, 0.6)
lordcrc@384	3096
lordcrc@384	3097	glossyrefractreject = luxProp(scn, "sintegrator.distributedpath.glosrefrreject", "false")
lordcrc@384	3098	str += luxBool("glossyrefractreject", glossyrefractreject, "Refract", "Enable Rejection for Glossy Refraction", gui, 0.4)
lordcrc@384	3099	if glossyrefractreject.get()=="true":
lordcrc@384	3100	str += luxFloat("glossyrefractreject_threshold", luxProp(scn, "sintegrator.distributedpath.glosrefrrejectthr", 10.0), 0.01, 10.0, "Thr", "The Average Threshold to reject", gui, 0.6)
lordcrc@384	3101
lordcrc@384	3102	if integratortype.get() == "igi":
lordcrc@384	3103	if gui: gui.newline(" Depth:", 8, 0, None, [0.4,0.4,0.4])
lordcrc@384	3104	depth = luxProp(scn, "sintegrator.igi.maxdepth", 5)
lordcrc@384	3105	luxInt("maxdepth", depth, 1, 32, "maxdepth", "The maximum recursion depth for ray casting", gui, 2.0)
lordcrc@384	3106	if showadvanced.get()=="true":
lordcrc@384	3107	# Advanced parameters
lordcrc@384	3108	if gui: gui.newline(" VLights:")
lordcrc@384	3109	str += luxInt("nsets", luxProp(scn, "sintegrator.igi.nsets", 4), 1, 100, "nsets", "The number of virtual lights sets", gui)
lordcrc@384	3110	str += luxInt("nlights", luxProp(scn, "sintegrator.igi.nlights", 64), 1, 1000, "nlights", "The number of light paths per light set", gui)
lordcrc@384	3111	str += luxFloat("strategy", luxProp(scn, "sintegrator.igi.mindist", 0.1), 0.01, 10.0, "mindist", "The minimal distance to a virtual light to take it into account", gui)
lordcrc@384	3112
lordcrc@384	3113
lordcrc@384	3114	return str
lordcrc@384	3115
lordcrc@384	3116	def luxVolumeIntegrator(scn, gui=None):
lordcrc@384	3117	global icon_c_volumeintegrator
lordcrc@384	3118	str = ""
lordcrc@384	3119	if scn:
lordcrc@384	3120	integratortype = luxProp(scn, "vintegrator.type", "single")
lordcrc@384	3121	str = luxIdentifier("VolumeIntegrator", integratortype, ["emission", "single"], "VOLUME INT", "select volume integrator type", gui, icon_c_volumeintegrator)
lordcrc@384	3122	if integratortype.get() == "emission":
lordcrc@384	3123	str += luxFloat("stepsize", luxProp(scn, "vintegrator.emission.stepsize", 1.0), 0.0, 100.0, "stepsize", "Stepsize for volumes", gui)
lordcrc@384	3124	if integratortype.get() == "single":
lordcrc@384	3125	str += luxFloat("stepsize", luxProp(scn, "vintegrator.emission.stepsize", 1.0), 0.0, 100.0, "stepsize", "Stepsize for volumes", gui)
lordcrc@384	3126	return str
lordcrc@384	3127
lordcrc@384	3128	def luxEnvironment(scn, gui=None):
lordcrc@384	3129	global icon_c_environment
lordcrc@384	3130	str = ""
lordcrc@384	3131	if scn:
lordcrc@384	3132	envtype = luxProp(scn, "env.type", "infinite")
lordcrc@384	3133	lsstr = luxIdentifier("LightSource", envtype, ["none", "infinite", "sunsky"], "ENVIRONMENT", "select environment light type", gui, icon_c_environment)
lordcrc@384	3134	if gui: gui.newline()
lordcrc@384	3135	str = ""
lordcrc@384	3136
lordcrc@384	3137	if envtype.get() != "none":
lordcrc@384	3138
lordcrc@384	3139	if envtype.get() in ["infinite", "sunsky"]:
lordcrc@384	3140	env_lg = luxProp(scn, "env.lightgroup", "default")
lordcrc@384	3141	luxString("env.lightgroup", env_lg, "lightgroup", "Environment light group", gui)
lordcrc@384	3142	if luxProp(scn, "nolg", "false").get()!="true":
lordcrc@384	3143	lsstr = '\nLightGroup "' + env_lg.get() + '"' + lsstr
lordcrc@384	3144	rotZ = luxProp(scn, "env.rotation", 0.0)
lordcrc@384	3145	rotY = luxProp(scn, "env.rotationY", 0.0)
lordcrc@384	3146	rotX = luxProp(scn, "env.rotationX", 0.0)
lordcrc@384	3147	if gui: gui.newline()
lordcrc@384	3148	luxFloat("rotation", rotX, 0.0, 360.0, "rot X", "environment rotation X", gui, 0.66)
lordcrc@384	3149	luxFloat("rotation", rotY, 0.0, 360.0, "rot Y", "environment rotation Y", gui, 0.66)
lordcrc@384	3150	luxFloat("rotation", rotZ, 0.0, 360.0, "rot Z", "environment rotation Z", gui, 0.66)
lordcrc@384	3151	if rotZ.get() != 0 or rotY.get() != 0 or rotX.get() != 0:
lordcrc@384	3152	str += "\tRotate %d 1 0 0\n"%(rotX.get())
lordcrc@384	3153	str += "\tRotate %d 0 1 0\n"%(rotY.get())
lordcrc@384	3154	str += "\tRotate %d 0 0 1\n"%(rotZ.get())
lordcrc@384	3155	str += "\t"+lsstr
lordcrc@384	3156
lordcrc@384	3157	infinitehassun = 0
lordcrc@384	3158	if envtype.get() == "infinite":
lordcrc@384	3159	mapping = luxProp(scn, "env.infinite.mapping", "latlong")
lordcrc@384	3160	mappings = ["latlong","angular","vcross"]
lordcrc@384	3161	mapstr = luxOption("mapping", mapping, mappings, "mapping", "Select mapping type", gui, 0.5)
lordcrc@384	3162	map = luxProp(scn, "env.infinite.mapname", "")
lordcrc@384	3163	mapstr += luxFile("mapname", map, "map-file", "filename of the environment map", gui, 1.5)
lordcrc@384	3164	mapstr += luxFloat("gamma", luxProp(scn, "env.infinite.gamma", 1.0), 0.0, 6.0, "gamma", "", gui, 1.0)
lordcrc@384	3165
lordcrc@384	3166	if map.get() != "":
lordcrc@384	3167	str += mapstr
lordcrc@384	3168	else:
lordcrc@384	3169	try:
lordcrc@384	3170	worldcolor = Blender.World.Get('World').getHor()
lordcrc@384	3171	str += "\n \"color L\" [%g %g %g]" %(worldcolor[0], worldcolor[1], worldcolor[2])
lordcrc@384	3172	except: pass
lordcrc@384	3173
lordcrc@384	3174	str += luxFloat("gain", luxProp(scn, "env.infinite.gain", 1.0), 0.0001, 100.0, "gain", "Infinite Env Gain", gui, 1.0)
lordcrc@384	3175
lordcrc@384	3176	infinitesun = luxProp(scn, "env.infinite.hassun", "false")
lordcrc@384	3177	luxCollapse("infinitesun", infinitesun, "Sun Component", "Add Sunlight Component", gui, 2.0)
lordcrc@384	3178	if(infinitesun.get() == "true"):
lordcrc@384	3179	sun_lg = luxProp(scn, "env.sun_lightgroup", "default")
lordcrc@384	3180	luxString("env.lightgroup", sun_lg, "lightgroup", "Sun component light group", gui)
lordcrc@384	3181	if luxProp(scn, "nolg", "false").get()!="true":
lordcrc@384	3182	str += '\nLightGroup "' + sun_lg.get() + '"'
lordcrc@384	3183	str += "\nLightSource \"sun\" "
lordcrc@384	3184	infinitehassun = 1
lordcrc@384	3185
lordcrc@384	3186
lordcrc@384	3187	if envtype.get() == "sunsky" or infinitehassun == 1:
lordcrc@384	3188
lordcrc@384	3189
lordcrc@384	3190	sun = None
lordcrc@384	3191	for obj in scn.objects:
lordcrc@384	3192	if (obj.getType() == "Lamp") and ((obj.Layers & scn.Layers) > 0):
lordcrc@384	3193	if obj.getData(mesh=1).getType() == 1: # sun object # data
lordcrc@384	3194	sun = obj
lordcrc@384	3195	if sun:
lordcrc@384	3196	str += luxFloat("gain", luxProp(scn, "env.sunsky.gain", 1.0), 0.0001, 100.0, "gain", "Sky gain", gui)
lordcrc@384	3197
lordcrc@384	3198	invmatrix = Mathutils.Matrix(sun.getInverseMatrix())
lordcrc@384	3199	str += "\n \"vector sundir\" [%f %f %f]\n" %(invmatrix[0][2], invmatrix[1][2], invmatrix[2][2])
lordcrc@384	3200	str += luxFloat("relsize", luxProp(scn, "env.sunsky.relsize", 1.0), 0.0, 100.0, "rel.size", "relative sun size", gui)
lordcrc@384	3201	str += luxFloat("turbidity", luxProp(scn, "env.sunsky.turbidity", 2.2), 2.0, 50.0, "turbidity", "Sky turbidity", gui)
lordcrc@384	3202
lordcrc@384	3203	showGeo = luxProp(sun, 'sc.show', 'false')
lordcrc@384	3204	if gui:
lordcrc@384	3205	luxCollapse("sc.show", showGeo, "Geographic Sun", "Set sun position by world location, date and time", gui, 2.0)
lordcrc@384	3206	if gui and showGeo.get() == 'true':
lordcrc@384	3207	gui.newline("Geographic:")
lordcrc@384	3208	sc = sun_calculator(sun)
lordcrc@384	3209
lordcrc@384	3210	luxInt("sc.day", luxProp(sun, "sc.day", 1), 1, 31, "day", "Local date: day", gui, 0.66)
lordcrc@384	3211	luxInt("sc.month", luxProp(sun, "sc.month", 1), 1, 12, "month", "Local date: month", gui, 0.67)
lordcrc@384	3212	luxInt("sc.year", luxProp(sun, "sc.year", 2009), 1800, 2100, "year", "Local date: year", gui, 0.66)
lordcrc@384	3213
lordcrc@384	3214	luxInt("sc.hour", luxProp(sun, "sc.hour", 0), 0, 23, "hour", "Local time: hour", gui, 0.72)
lordcrc@384	3215	luxInt("sc.minute", luxProp(sun, "sc.minute", 0), 0, 59, "minute", "Local time: minute", gui, 0.72)
lordcrc@384	3216	luxBool("sc.dst", luxProp(sun, "sc.dst", 'false'), "DST", "DST", gui, 0.28)
lordcrc@384	3217	r = gui.getRect(0.28,1)
lordcrc@384	3218	Draw.Button("NOW", 0, r[0], r[1], r[2], r[3], "Set to current time", lambda e,v: sc.now())
lordcrc@384	3219
lordcrc@384	3220	r = gui.getRect(0.3,1)
lordcrc@384	3221	Draw.Button("Preset", 0, r[0], r[1], r[2], r[3], "Choose a preset location", lambda e,v: sc.set_location(
lordcrc@384	3222	Draw.PupTreeMenu(sun_calculator.location_list)
lordcrc@384	3223	))
lordcrc@384	3224
lordcrc@384	3225	luxFloat("sc.lat", luxProp(sun, "sc.lat", 0.0), -90.0, 90.0, "lat", "Location: latitude", gui, 0.56)
lordcrc@384	3226	luxFloat("sc.long", luxProp(sun, "sc.long", 0.0), -180.0, 180.0, "long", "Location: longitude", gui, 0.56)
lordcrc@384	3227	luxInt("sc.tz", luxProp(sun, "sc.tz", 0), -12, 12, "timezone", "Local time: timezone offset from GMT", gui, 0.56)
lordcrc@384	3228
lordcrc@384	3229	r = gui.getRect(2,1)
lordcrc@384	3230	Draw.Button("Calculate", 0, r[0], r[1], r[2], r[3], "Calculate sun's position", lambda e,v: sc.compute())
lordcrc@384	3231
lordcrc@384	3232	else:
lordcrc@384	3233	if gui:
lordcrc@384	3234	gui.newline(); r = gui.getRect(2,1); BGL.glRasterPos2i(r[0],r[1]+5)
lordcrc@384	3235	Draw.Text("create a blender Sun Lamp")
lordcrc@384	3236
lordcrc@384	3237
lordcrc@384	3238	str += "\n"
lordcrc@384	3239	#if gui: gui.newline("GLOBAL:", 8, 0, None, [0.75,0.5,0.25])
lordcrc@384	3240	#luxFloat("scale", luxProp(scn, "global.scale", 1.0), 0.0, 10.0, "scale", "global world scale", gui)
lordcrc@384	3241
lordcrc@384	3242	return str
lordcrc@384	3243
lordcrc@384	3244	class sun_calculator:
lordcrc@384	3245	#Based on SunLight v1.0 by Miguel Kabantsov (miguelkab@gmail.com)
lordcrc@384	3246	#Replaces the faulty sun position calculation algorythm with a precise calculation (Source for algorythm: http://de.wikipedia.org/wiki/Sonnenstand),
lordcrc@384	3247	#Co-Ordinates: http://www.bcca.org/misc/qiblih/latlong.html
lordcrc@384	3248	#Author: Nils-Peter Fischer (Nils-Peter.Fischer@web.de)
lordcrc@384	3249
lordcrc@384	3250	sun = None
lordcrc@384	3251
lordcrc@384	3252	lat = 0
lordcrc@384	3253	long = 0
lordcrc@384	3254
lordcrc@384	3255	hour = 0
lordcrc@384	3256	min = 0
lordcrc@384	3257	tz = 0
lordcrc@384	3258	dst = 'false'
lordcrc@384	3259
lordcrc@384	3260	day = 0
lordcrc@384	3261	month = 0
lordcrc@384	3262	year = 0
lordcrc@384	3263
lordcrc@384	3264	location_list = [
lordcrc@384	3265	("EUROPE",[
lordcrc@384	3266	("Antwerp, Belgium", 67),
lordcrc@384	3267	("Berlin, Germany", 1),
lordcrc@384	3268	("Bratislava, Slovak Republic", 70),
lordcrc@384	3269	("Brno, Czech Republic", 72),
lordcrc@384	3270	("Brussles, Belgium", 68),
lordcrc@384	3271	("Geneva, Switzerland", 65),
lordcrc@384	3272	("Helsinki, Finland", 7),
lordcrc@384	3273	("Innsbruck, Austria", 62),
lordcrc@384	3274	("Kyiv, Ukraine", 64),
lordcrc@384	3275	("London, England", 10),
lordcrc@384	3276	("Lyon, France", 66),
lordcrc@384	3277	("Nitra, Slovak Republic", 69),
lordcrc@384	3278	("Oslo, Norway", 58),
lordcrc@384	3279	("Paris, France", 15),
lordcrc@384	3280	("Praha, Czech Republic", 71),
lordcrc@384	3281	("Rome, Italy", 18),
lordcrc@384	3282	("Telfs, Austria", 63),
lordcrc@384	3283	("Warsaw, Poland", 74),
lordcrc@384	3284	("Wroclaw, Poland", 73),
lordcrc@384	3285	("Zurich, Switzerland", 21),
lordcrc@384	3286	]),
lordcrc@384	3287
lordcrc@384	3288	("WORLD CITIES", [
lordcrc@384	3289	("Beijing, China", 0),
lordcrc@384	3290	("Bombay, India", 2),
lordcrc@384	3291	("Buenos Aires, Argentina", 3),
lordcrc@384	3292	("Cairo, Egypt", 4),
lordcrc@384	3293	("Cape Town, South Africa", 5),
lordcrc@384	3294	("Caracas, Venezuela", 6),
lordcrc@384	3295	("Curitiba, Brazil", 60),
lordcrc@384	3296	("Hong Kong, China", 8),
lordcrc@384	3297	("Jerusalem, Israel", 9),
lordcrc@384	3298	("Joinville, Brazil", 61),
lordcrc@384	3299	("Mexico City, Mexico", 11),
lordcrc@384	3300	("Moscow, Russia", 12),
lordcrc@384	3301	("New Delhi, India", 13),
lordcrc@384	3302	("Ottawa, Canada", 14),
lordcrc@384	3303	("Rio de Janeiro, Brazil", 16),
lordcrc@384	3304	("Riyadh, Saudi Arabia", 17),
lordcrc@384	3305	("Sao Paulo, Brazil", 59),
lordcrc@384	3306	("Sydney, Australia", 19),
lordcrc@384	3307	("Tokyo, Japan", 20),
lordcrc@384	3308	]),
lordcrc@384	3309
lordcrc@384	3310	("US CITIES", [
lordcrc@384	3311	("Albuquerque, NM", 22),
lordcrc@384	3312	("Anchorage, AK", 23),
lordcrc@384	3313	("Atlanta, GA", 24),
lordcrc@384	3314	("Austin, TX", 25),
lordcrc@384	3315	("Birmingham, AL", 26),
lordcrc@384	3316	("Bismarck, ND", 27),
lordcrc@384	3317	("Boston, MA", 28),
lordcrc@384	3318	("Boulder, CO", 29),
lordcrc@384	3319	("Chicago, IL", 30),
lordcrc@384	3320	("Dallas, TX", 31),
lordcrc@384	3321	("Denver, CO", 32),
lordcrc@384	3322	("Detroit, MI", 33),
lordcrc@384	3323	("Honolulu, HI", 34),
lordcrc@384	3324	("Houston, TX", 35),
lordcrc@384	3325	("Indianapolis, IN", 36),
lordcrc@384	3326	("Jackson, MS", 37),
lordcrc@384	3327	("Kansas City, MO", 38),
lordcrc@384	3328	("Los Angeles, CA", 39),
lordcrc@384	3329	("Menomonee Falls, WI", 40),
lordcrc@384	3330	("Miami, FL", 41),
lordcrc@384	3331	("Minneapolis, MN", 42),
lordcrc@384	3332	("New Orleans, LA", 43),
lordcrc@384	3333	("New York City, NY", 44),
lordcrc@384	3334	("Oklahoma City, OK", 45),
lordcrc@384	3335	("Philadelphia, PA", 46),
lordcrc@384	3336	("Phoenix, AZ", 47),
lordcrc@384	3337	("Pittsburgh, PA", 48),
lordcrc@384	3338	("Portland, ME", 49),
lordcrc@384	3339	("Portland, OR", 50),
lordcrc@384	3340	("Raleigh, NC", 51),
lordcrc@384	3341	("Richmond, VA", 52),
lordcrc@384	3342	("Saint Louis, MO", 53),
lordcrc@384	3343	("San Diego, CA", 54),
lordcrc@384	3344	("San Francisco, CA", 55),
lordcrc@384	3345	("Seattle, WA", 56),
lordcrc@384	3346	("Washington DC", 57),
lordcrc@384	3347	])
lordcrc@384	3348	]
lordcrc@384	3349
lordcrc@384	3350	location_data = {
lordcrc@384	3351	# Europe
lordcrc@384	3352	67: ( 51.2167, 4.4, 1),
lordcrc@384	3353	1: ( 52.33, 13.30, 1),
lordcrc@384	3354	70: ( 48.17, 17.17, 1),
lordcrc@384	3355	72: ( 49.2, 16.63, 1),
lordcrc@384	3356	68: ( 58.8467, 4.3525, 1),
lordcrc@384	3357	65: ( 46.217, 6.150, 1),
lordcrc@384	3358	7: ( 60.1667, 24.9667,2),
lordcrc@384	3359	62: ( 47.2672, 11.3928, 1),
lordcrc@384	3360	64: ( 50.75, 30.0833, 2),
lordcrc@384	3361	10: ( 51.50, 0.0, 0),
lordcrc@384	3362	66: ( 45.767, 4.833, 1),
lordcrc@384	3363	69: ( 48.32, 18.07, 1),
lordcrc@384	3364	58: ( 59.56, 10.41, 1),
lordcrc@384	3365	15: ( 48.8667, 2.667, 1),
lordcrc@384	3366	71: ( 50.08, 14.46, 1),
lordcrc@384	3367	18: ( 41.90, 12.4833, 1),
lordcrc@384	3368	63: ( 47.3, 11.0667, 1),
lordcrc@384	3369	74: ( 52.232, 21.008, 1),
lordcrc@384	3370	73: ( 51.108, 17.038, 1),
lordcrc@384	3371	21: ( 47.3833, 8.5333, 1),
lordcrc@384	3372
lordcrc@384	3373	# World Cities
lordcrc@384	3374	0: ( 39.9167, 116.4167, 8),
lordcrc@384	3375	2: ( 18.9333, 72.8333, 5.5),
lordcrc@384	3376	3: (-34.60, -58.45, -3),
lordcrc@384	3377	4: ( 30.10, 31.3667, 2),
lordcrc@384	3378	5: (-33.9167, 18.3667, 2),
lordcrc@384	3379	6: ( 10.50, -66.9333, -4),
lordcrc@384	3380	60: (-25.4278, -49.2731, -3),
lordcrc@384	3381	8: ( 22.25, 114.1667, 8),
lordcrc@384	3382	9: ( 31.7833, 35.2333, 2),
lordcrc@384	3383	61: (-29.3044, -48.8456, -3),
lordcrc@384	3384	11: ( 19.4, -99.15, -6),
lordcrc@384	3385	12: ( 55.75, 37.5833, 3),
lordcrc@384	3386	13: ( 28.6, 77.2, 5.5),
lordcrc@384	3387	14: ( 45.41667, -75.7, -5),
lordcrc@384	3388	16: (-22.90, -43.2333, -3),
lordcrc@384	3389	17: ( 24.633, 46.71667, 3),
lordcrc@384	3390	59: ( -23.5475, -46.6361, -3),
lordcrc@384	3391	19: (-33.8667,151.2167,10),
lordcrc@384	3392	20: ( 35.70, 139.7667, 9),
lordcrc@384	3393
lordcrc@384	3394	# US Cities
lordcrc@384	3395	22: ( 35.0833, -106.65, -7),
lordcrc@384	3396	23: ( 61.217, -149.90, -9),
lordcrc@384	3397	24: ( 33.733, -84.383, -5),
lordcrc@384	3398	25: ( 30.283, -97.733, -6),
lordcrc@384	3399	26: ( 33.521, -86.8025, -6),
lordcrc@384	3400	27: ( 46.817, -100.783, -6),
lordcrc@384	3401	28: ( 42.35, -71.05, -5),
lordcrc@384	3402	29: ( 40.125, -105.237, -7),
lordcrc@384	3403	30: ( 41.85, -87.65, -6),
lordcrc@384	3404	31: ( 32.46, -96.47, -6),
lordcrc@384	3405	32: ( 39.733, -104.983, -7),
lordcrc@384	3406	33: ( 42.333, -83.05, -5),
lordcrc@384	3407	34: ( 21.30, -157.85, -10),
lordcrc@384	3408	35: ( 29.75, -95.35, -6),
lordcrc@384	3409	36: ( 39.767, -86.15, -5),
lordcrc@384	3410	37: ( 32.283, -90.183, -6),
lordcrc@384	3411	38: ( 39.083, -94.567, -6),
lordcrc@384	3412	39: ( 34.05, -118.233, -8),
lordcrc@384	3413	40: ( 43.11, -88.10, -6),
lordcrc@384	3414	41: ( 25.767, -80.183, -5),
lordcrc@384	3415	42: ( 44.967, -93.25, -6),
lordcrc@384	3416	43: ( 29.95, -90.067, -6),
lordcrc@384	3417	44: ( 40.7167, -74.0167, -5),
lordcrc@384	3418	45: ( 35.483, -97.533, -6),
lordcrc@384	3419	46: ( 39.95, -75.15, -5),
lordcrc@384	3420	47: ( 33.433, -112.067,-7),
lordcrc@384	3421	48: ( 40.433, -79.9833, -5),
lordcrc@384	3422	49: ( 43.666, -70.283, -5),
lordcrc@384	3423	50: ( 45.517, -122.65, -8),
lordcrc@384	3424	51: ( 35.783, -78.65, -5),
lordcrc@384	3425	52: ( 37.5667, -77.450, -5),
lordcrc@384	3426	53: ( 38.6167, -90.1833, -6),
lordcrc@384	3427	54: ( 32.7667, -117.2167, -8),
lordcrc@384	3428	55: ( 37.7667, -122.4167, -8),
lordcrc@384	3429	56: ( 47.60, -122.3167, -8),
lordcrc@384	3430	57: ( 38.8833, -77.0333, -5),
lordcrc@384	3431	}
lordcrc@384	3432
lordcrc@384	3433	def __init__(self, sun):
lordcrc@384	3434	self.sun = sun
lordcrc@384	3435
lordcrc@384	3436	def now(self):
lordcrc@384	3437	ct = time.localtime()
lordcrc@384	3438
lordcrc@384	3439	if ct[8] == 0:
lordcrc@384	3440	dst = 'false'
lordcrc@384	3441	else:
lordcrc@384	3442	dst = 'true'
lordcrc@384	3443
lordcrc@384	3444	luxProp(self.sun, 'sc.day', 0).set(ct[2])
lordcrc@384	3445	luxProp(self.sun, 'sc.month', 0).set(ct[1])
lordcrc@384	3446	luxProp(self.sun, 'sc.year', 0).set(ct[0])
lordcrc@384	3447	luxProp(self.sun, 'sc.hour', 0).set(ct[3])
lordcrc@384	3448	luxProp(self.sun, 'sc.minute', 0).set(ct[4])
lordcrc@384	3449	luxProp(self.sun, 'sc.dst', 0).set(dst)
lordcrc@384	3450
lordcrc@384	3451	self.compute()
lordcrc@384	3452
lordcrc@384	3453	def set_location(self, location):
lordcrc@384	3454	if location < 0: return
lordcrc@384	3455
lordcrc@384	3456	lat, long, tz = self.location_data[location]
lordcrc@384	3457	luxProp(self.sun, "sc.lat", 0).set(lat)
lordcrc@384	3458	luxProp(self.sun, "sc.long", 0).set(long)
lordcrc@384	3459	luxProp(self.sun, "sc.tz", 0).set(tz)
lordcrc@384	3460
lordcrc@384	3461	self.compute()
lordcrc@384	3462
lordcrc@384	3463	def compute(self):
lordcrc@384	3464
lordcrc@384	3465	self.lat = luxProp(self.sun, "sc.lat", 0).get()
lordcrc@384	3466	self.long = luxProp(self.sun, "sc.long", 0).get()
lordcrc@384	3467	self.tz = luxProp(self.sun, "sc.tz", 0).get()
lordcrc@384	3468
lordcrc@384	3469	self.hour = luxProp(self.sun, "sc.hour", 0).get()
lordcrc@384	3470	self.min = luxProp(self.sun, "sc.minute", 0).get()
lordcrc@384	3471	self.dst = luxProp(self.sun, "sc.dst", 'false').get()
lordcrc@384	3472	if self.dst == 'true':
lordcrc@384	3473	self.dst = 1
lordcrc@384	3474	else:
lordcrc@384	3475	self.dst = 0
lordcrc@384	3476
lordcrc@384	3477	self.day = luxProp(self.sun, "sc.day", 0).get()
lordcrc@384	3478	self.month = luxProp(self.sun, "sc.month", 0).get()
lordcrc@384	3479	self.year = luxProp(self.sun, "sc.year", 0).get()
lordcrc@384	3480
lordcrc@384	3481
lordcrc@384	3482	az,el = self.geoSunData(
lordcrc@384	3483	self.lat,
lordcrc@384	3484	self.long,
lordcrc@384	3485	self.year,
lordcrc@384	3486	self.month,
lordcrc@384	3487	self.day,
lordcrc@384	3488	self.hour + self.min/60.0,
lordcrc@384	3489	-self.tz + self.dst
lordcrc@384	3490	)
lordcrc@384	3491
lordcrc@384	3492	self.sun.rot = math.radians(90-el), 0, math.radians(-az)
lordcrc@384	3493
lordcrc@384	3494	Window.Redraw()
lordcrc@384	3495
lordcrc@384	3496
lordcrc@384	3497	# --- THE FOLLOWING METHODS ARE ADAPTED FROM LUXMAYA ---
lordcrc@384	3498
lordcrc@384	3499	# mathematical helpers
lordcrc@384	3500	def sind(self, deg):
lordcrc@384	3501	return math.sin(math.radians(deg))
lordcrc@384	3502
lordcrc@384	3503	def cosd(self, deg):
lordcrc@384	3504	return math.cos(math.radians(deg))
lordcrc@384	3505
lordcrc@384	3506	def tand(self, deg):
lordcrc@384	3507	return math.tan(math.radians(deg))
lordcrc@384	3508
lordcrc@384	3509	def asind(self, deg):
lordcrc@384	3510	return math.degrees(math.asin(deg))
lordcrc@384	3511
lordcrc@384	3512	def atand(self, deg):
lordcrc@384	3513	return math.degrees(math.atan(deg))
lordcrc@384	3514
lordcrc@384	3515
lordcrc@384	3516	def geo_sun_astronomicJulianDate(self, Year, Month, Day, LocalTime, Timezone):
lordcrc@384	3517	"""
lordcrc@384	3518	See quoted source in class header for explanation
lordcrc@384	3519	"""
lordcrc@384	3520
lordcrc@384	3521	if Month > 2.0:
lordcrc@384	3522	Y = Year
lordcrc@384	3523	M = Month
lordcrc@384	3524	else:
lordcrc@384	3525	Y = Year - 1.0
lordcrc@384	3526	M = Month + 12.0
lordcrc@384	3527
lordcrc@384	3528	UT = LocalTime - Timezone
lordcrc@384	3529	hour = UT / 24.0
lordcrc@384	3530	A = int(Y/100.0)
lordcrc@384	3531	B = 2.0 - A+int(A/4.0)
lordcrc@384	3532
lordcrc@384	3533	JD = math.floor(365.25(Y+4716.0)) + math.floor(30.6001(M+1.0)) + Day + hour + B - 1524.4
lordcrc@384	3534
lordcrc@384	3535	return JD
lordcrc@384	3536
lordcrc@384	3537	def geoSunData(self, Latitude, Longitude, Year, Month, Day, LocalTime, Timezone):
lordcrc@384	3538	"""
lordcrc@384	3539	See quoted source in class header for explanation
lordcrc@384	3540	"""
lordcrc@384	3541
lordcrc@384	3542	JD = self.geo_sun_astronomicJulianDate(Year, Month, Day, LocalTime, Timezone)
lordcrc@384	3543
lordcrc@384	3544	phi = Latitude
lordcrc@384	3545	llambda = Longitude
lordcrc@384	3546
lordcrc@384	3547	n = JD - 2451545.0
lordcrc@384	3548	LDeg = (280.460 + 0.9856474n) - (math.floor((280.460 + 0.9856474n)/360.0) * 360.0)
lordcrc@384	3549	gDeg = (357.528 + 0.9856003n) - (math.floor((357.528 + 0.9856003n)/360.0) * 360.0)
lordcrc@384	3550	LambdaDeg = LDeg + 1.915 * self.sind(gDeg) + 0.02 * self.sind(2.0*gDeg)
lordcrc@384	3551
lordcrc@384	3552	epsilonDeg = 23.439 - 0.0000004*n
lordcrc@384	3553
lordcrc@384	3554	alphaDeg = self.atand( (self.cosd(epsilonDeg) * self.sind(LambdaDeg)) / self.cosd(LambdaDeg) )
lordcrc@384	3555	if self.cosd(LambdaDeg) < 0.0:
lordcrc@384	3556	alphaDeg += 180.0
lordcrc@384	3557
lordcrc@384	3558	deltaDeg = self.asind( self.sind(epsilonDeg) * self.sind(LambdaDeg) )
lordcrc@384	3559
lordcrc@384	3560	JDNull = self.geo_sun_astronomicJulianDate(Year, Month, Day, 0.0, 0.0)
lordcrc@384	3561
lordcrc@384	3562	TNull = (JDNull - 2451545.0) / 36525.0
lordcrc@384	3563	T = LocalTime - Timezone
lordcrc@384	3564
lordcrc@384	3565	thetaGh = 6.697376 + 2400.05134TNull + 1.002738T
lordcrc@384	3566	thetaGh -= math.floor(thetaGh/24.0) * 24.0
lordcrc@384	3567
lordcrc@384	3568	thetaG = thetaGh * 15.0
lordcrc@384	3569	theta = thetaG + llambda
lordcrc@384	3570
lordcrc@384	3571	tau = theta - alphaDeg
lordcrc@384	3572
lordcrc@384	3573	a = self.atand( self.sind(tau) / ( self.cosd(tau)self.sind(phi) - self.tand(deltaDeg)self.cosd(phi)) )
lordcrc@384	3574	if self.cosd(tau)self.sind(phi) - self.tand(deltaDeg)self.cosd(phi) < 0.0:
lordcrc@384	3575	a += 180.0
lordcrc@384	3576
lordcrc@384	3577	h = self.asind( self.cosd(deltaDeg)self.cosd(tau)self.cosd(phi) + self.sind(deltaDeg)*self.sind(phi) )
lordcrc@384	3578
lordcrc@384	3579	R = 1.02 / (self.tand (h+(10.3/(h+5.11))))
lordcrc@384	3580	hR = h + R/60.0
lordcrc@384	3581
lordcrc@384	3582	azimuth = a
lordcrc@384	3583	elevation = hR
lordcrc@384	3584
lordcrc@384	3585	return azimuth, elevation
lordcrc@384	3586
lordcrc@384	3587	def luxAccelerator(scn, gui=None):
lordcrc@384	3588	str = ""
lordcrc@384	3589	if scn:
lordcrc@384	3590	acceltype = luxProp(scn, "accelerator.type", "tabreckdtree")
lordcrc@384	3591	str = luxIdentifier("Accelerator", acceltype, ["none", "tabreckdtree", "grid", "bvh", "qbvh"], "ACCEL", "select accelerator type", gui)
lordcrc@384	3592	if acceltype.get() == "tabreckdtree":
lordcrc@384	3593	if gui: gui.newline()
lordcrc@384	3594	str += luxInt("intersectcost", luxProp(scn, "accelerator.kdtree.interscost", 80), 0, 1000, "inters.cost", "specifies how expensive ray-object intersections are", gui)
lordcrc@384	3595	str += luxInt("traversalcost", luxProp(scn, "accelerator.kdtree.travcost", 1), 0, 1000, "trav.cost", "specifies how expensive traversing a ray through the kdtree is", gui)
lordcrc@384	3596	if gui: gui.newline()
lordcrc@384	3597	str += luxFloat("emptybonus", luxProp(scn, "accelerator.kdtree.emptybonus", 0.2), 0.0, 100.0, "empty.b", "promotes kd-tree nodes that represent empty space", gui)
lordcrc@384	3598	if gui: gui.newline()
lordcrc@384	3599	str += luxInt("maxprims", luxProp(scn, "accelerator.kdtree.maxprims", 1), 0, 1000, "maxprims", "maximum number of primitives in a kdtree volume before further splitting of the volume occurs", gui)
lordcrc@384	3600	str += luxInt("maxdepth", luxProp(scn, "accelerator.kdtree.maxdepth", -1), -1, 100, "maxdepth", "If positive, the maximum depth of the tree. If negative this value is set automatically", gui)
lordcrc@384	3601	if acceltype.get() == "unsafekdtree":
lordcrc@384	3602	if gui: gui.newline()
lordcrc@384	3603	str += luxInt("intersectcost", luxProp(scn, "accelerator.kdtree.interscost", 80), 0, 1000, "inters.cost", "specifies how expensive ray-object intersections are", gui)
lordcrc@384	3604	str += luxInt("traversalcost", luxProp(scn, "accelerator.kdtree.travcost", 1), 0, 1000, "trav.cost", "specifies how expensive traversing a ray through the kdtree is", gui)
lordcrc@384	3605	if gui: gui.newline()
lordcrc@384	3606	str += luxFloat("emptybonus", luxProp(scn, "accelerator.kdtree.emptybonus", 0.2), 0.0, 100.0, "empty.b", "promotes kd-tree nodes that represent empty space", gui)
lordcrc@384	3607	if gui: gui.newline()
lordcrc@384	3608	str += luxInt("maxprims", luxProp(scn, "accelerator.kdtree.maxprims", 1), 0, 1000, "maxprims", "maximum number of primitives in a kdtree volume before further splitting of the volume occurs", gui)
lordcrc@384	3609	str += luxInt("maxdepth", luxProp(scn, "accelerator.kdtree.maxdepth", -1), -1, 100, "maxdepth", "If positive, the maximum depth of the tree. If negative this value is set automatically", gui)
lordcrc@384	3610	if acceltype.get() == "grid":
lordcrc@384	3611	str += luxBool("refineimmediately", luxProp(scn, "accelerator.grid.refine", "false"), "refine immediately", "Makes the primitive intersectable as soon as it is added to the grid", gui)
lordcrc@384	3612	if acceltype.get() == "qbvh":
lordcrc@384	3613	if gui: gui.newline()
lordcrc@384	3614	str += luxInt("maxprimsperleaf", luxProp(scn, "accelerator.qbvh.maxprimsperleaf", 4), 1, 64, "maxprimsperleaf", "Maximum number of primitives to leave in one leaf node", gui)
lordcrc@384	3615	return str
lordcrc@384	3616
lordcrc@384	3617	def luxSystem(scn, gui=None):
lordcrc@384	3618	if scn:
lordcrc@384	3619	if gui: gui.newline("PATHS:", 10)
lordcrc@384	3620	lp = luxProp(scn, "lux", "")
lordcrc@384	3621	lp.set(Blender.sys.dirname(lp.get())+os.sep)
lordcrc@384	3622	luxPath("LUX dir", lp, "lux binary dir", "Lux installation path", gui, 2.0)
lordcrc@384	3623
lordcrc@384	3624	# luxFile("GUI filename", luxProp(scn, "lux", ""), "lux-file", "filename and path of the lux GUI executable", gui, 2.0)
lordcrc@384	3625	# luxFile("Console filename", luxProp(scn, "luxconsole", ""), "lux-file-console", "filename and path of the lux console executable", gui, 2.0)
lordcrc@384	3626	if gui: gui.newline()
lordcrc@384	3627	luxFile("datadir", luxProp(scn, "datadir", ""), "default out dir", "default.lxs save path", gui, 2.0)
lordcrc@384	3628
lordcrc@384	3629	if gui: gui.newline()
lordcrc@384	3630	pm = ["absolute","relative","flat"]
lordcrc@384	3631	luxOption("pathmode", luxProp(scn, "pathmode", "absolute"), pm, "path-mode", "select format for paths on export", gui, 2.0)
lordcrc@384	3632
lordcrc@384	3633	if gui: gui.newline("PRIORITY:", 10)
lordcrc@384	3634	luxnice = luxProp(scn, "luxnice", 10)
lordcrc@384	3635	if osys.platform=="win32":
lordcrc@384	3636	r = gui.getRect(2, 1)
lordcrc@384	3637	Draw.Menu("priority%t\|abovenormal%x-10\|normal%x0\|belownormal%x10\|low%x19", evtLuxGui, r[0], r[1], r[2], r[3], luxnice.get(), "", lambda e,v: luxnice.set(v))
lordcrc@384	3638	else: luxInt("nice", luxnice, -20, 19, "nice", "nice value. Range goes from -20 (highest priority) to 19 (lowest)", gui)
lordcrc@384	3639
lordcrc@384	3640	luxBool("noopengl", luxProp(scn, "noopengl", "false"), "Disable OpenGL", "(workaround for some buggy display drivers)", gui, 1.0)
lordcrc@384	3641
lordcrc@384	3642
lordcrc@384	3643	if gui: gui.newline("THREADS:", 10)
lordcrc@384	3644	autothreads = luxProp(scn, "autothreads", "true")
lordcrc@384	3645	luxBool("autothreads", autothreads, "Auto Detect", "Automatically use all available processors", gui, 1.0)
lordcrc@384	3646	if autothreads.get()=="false":
lordcrc@384	3647	luxInt("threads", luxProp(scn, "threads", 1), 1, 100, "threads", "number of threads used for rendering", gui, 1.0)
doug@404	3648	# luxBool('export.threaded', luxProp(scn, 'export.threaded', 'true'), 'Pipe in background', 'When using pipe export, do not block Blender UI', gui, 1.0)
lordcrc@384	3649
lordcrc@384	3650	if gui: gui.newline("ANIM:", 10)
lordcrc@384	3651	useparamkeys = luxProp(scn, "useparamkeys", "false")
lordcrc@384	3652	luxBool("useparamkeys", useparamkeys, "Enable Parameter IPO Keyframing", "Enables keyframing of luxblend parameters", gui, 2.0)
lordcrc@384	3653
lordcrc@384	3654	if gui: gui.newline("PARAMS:", 10)
lordcrc@384	3655	parammodeadvanced = luxProp(scn, "parammodeadvanced", "false")
lordcrc@384	3656	luxBool("parammodeadvanced", parammodeadvanced, "Default Advanced Parameters", "Always use advanced parameters by default", gui, 2.0)
lordcrc@384	3657
lordcrc@384	3658	if gui: gui.newline("PREVIEW:", 10)
lordcrc@384	3659	qs = ["low","medium","high","very high"]
lordcrc@384	3660	defprevmat = luxProp(scn, "defprevmat", "high")
lordcrc@384	3661	luxOption("defprevmat", defprevmat, qs, "Materials", "Select default preview quality in material editor for materials", gui, 1.0)
lordcrc@384	3662
lordcrc@384	3663	if gui: gui.newline("GAMMA:", 10)
lordcrc@384	3664	luxBool("RGC", luxProp(scn, "RGC", "true"), "RGC", "use reverse gamma correction", gui)
lordcrc@384	3665	luxBool("ColClamp", luxProp(scn, "colorclamp", "false"), "ColClamp", "clamp all colors to 0.0-0.9", gui)
lordcrc@384	3666	if gui: gui.newline("MESH:", 10)
lordcrc@384	3667	luxBool("mesh_optimizing", luxProp(scn, "mesh_optimizing", "true"), "optimize meshes", "Optimize meshes during export", gui, 2.0)
lordcrc@384	3668	#luxInt("trianglemesh thr", luxProp(scn, "trianglemesh_thr", 0), 0, 10000000, "trianglemesh threshold", "Vertex threshold for exporting (wald) trianglemesh object(s)", gui, 2.0)
lordcrc@384	3669	#if gui: gui.newline()
lordcrc@384	3670	#luxInt("barytrianglemesh thr", luxProp(scn, "barytrianglemesh_thr", 300000), 0, 100000000, "barytrianglemesh threshold", "Vertex threshold for exporting barytrianglemesh object(s) (slower but uses less memory)", gui, 2.0)
lordcrc@384	3671	if gui: gui.newline("INSTANCING:", 10)
lordcrc@384	3672	luxInt("instancing_threshold", luxProp(scn, "instancing_threshold", 2), 0, 1000000, "object instancing threshold", "Threshold to created instanced objects", gui, 2.0)
lordcrc@384	3673
lordcrc@384	3674	# dougal2 packed images, enable this when implemented in Lux itself
lordcrc@384	3675	#if gui: gui.newline('TEXTURES:',10)
lordcrc@384	3676	#impack = luxProp(scn, 'packtextures', 'false')
lordcrc@384	3677	#luxBool('impack', impack, 'Pack All Images', '', gui, 2.0)
lordcrc@384	3678
lordcrc@384	3679	if gui:
lordcrc@384	3680	network=luxProp(scn,"network","false")
lordcrc@384	3681	gui.newline("NETWORK:", 10)
lordcrc@384	3682	luxCollapse("network",network, "network", "enable network option", gui, 2.0)
lordcrc@384	3683	if(network.get() == "true"):
lordcrc@384	3684	network_use_file=luxProp(scn,"network_use_file","false")
lordcrc@384	3685	luxBool ("use file",network_use_file,"use file", "get list of servers from file; one per line",gui,2.0)
lordcrc@384	3686	if (network_use_file.get() == "true"):
lordcrc@384	3687	luxFile("file", luxProp(scn, "network_file_path", ""), "file", "file where servers are defined", gui, 1.0)
lordcrc@384	3688	else :
lordcrc@384	3689	#gui.newline("")
lordcrc@384	3690	luxString("Servers",luxProp(scn,"network_servers",""),"servers","coma separated list of servers",gui,1.0)
lordcrc@384	3691	#gui.newline("")
lordcrc@384	3692	luxInt("network_interval",luxProp(scn,"newtork_interval",180),0,300,"update interval","interval between network refresh",gui)
lordcrc@384	3693
lordcrc@384	3694
lordcrc@384	3695	def scalelist(list, factor):
lordcrc@384	3696	for i in range(len(list)): list[i] = list[i] * factor
lordcrc@384	3697	return list
lordcrc@384	3698
lordcrc@384	3699
lordcrc@384	3700	def luxMapping(key, mat, gui, level=0):
lordcrc@384	3701	global icon_map2d, icon_map2dparam
lordcrc@384	3702	if gui: gui.newline("2Dmap:", -2, level, icon_map2d)
lordcrc@384	3703	mapping = luxProp(mat, key+".mapping", "uv")
lordcrc@384	3704	mappings = ["uv","spherical","cylindrical","planar"]
lordcrc@384	3705	str = luxOption("mapping", mapping, mappings, "mapping", "", gui, 0.5)
lordcrc@384	3706	if mapping.get() == "uv":
lordcrc@384	3707	if gui: gui.newline()
lordcrc@384	3708	str += luxFloat("uscale", luxProp(mat, key+".uscale", 1.0), -100.0, 100.0, "Us", "u-scale", gui, 0.5)
lordcrc@384	3709	str += luxFloat("vscale", luxProp(mat, key+".vscale", -1.0), -100.0, 100.0, "Vs", "v-scale", gui, 0.5)
lordcrc@384	3710	str += luxFloat("udelta", luxProp(mat, key+".udelta", 0.0), -100.0, 100.0, "Ud", "u-delta", gui, 0.5)
lordcrc@384	3711	str += luxFloat("vdelta", luxProp(mat, key+".vdelta", 0.0), -100.0, 100.0, "Vd", "v-delta", gui, 0.5)
lordcrc@384	3712	if mapping.get() == "planar":
lordcrc@384	3713	str += luxFloat("udelta", luxProp(mat, key+".udelta", 0.0), -100.0, 100.0, "Ud", "u-delta", gui, 0.75)
lordcrc@384	3714	str += luxFloat("vdelta", luxProp(mat, key+".vdelta", 0.0), -100.0, 100.0, "Vd", "v-delta", gui, 0.75)
lordcrc@384	3715	if gui: gui.newline("v1:", -2, level+1, icon_map2dparam)
lordcrc@384	3716	str += luxVector("v1", luxProp(mat, key+".v1", "1 0 0"), -100.0, 100.0, "v1", "v1-vector", gui, 2.0)
lordcrc@384	3717	if gui: gui.newline("v2:", -2, level+1, icon_map2dparam)
lordcrc@384	3718	str += luxVector("v2", luxProp(mat, key+".v2", "0 1 0"), -100.0, 100.0, "v2", "v2-vector", gui, 2.0)
lordcrc@384	3719	return str
lordcrc@384	3720
lordcrc@384	3721	def lux3DMapping(key, mat, gui, level=0):
lordcrc@384	3722	global icon_map3dparam
lordcrc@384	3723	str = ""
lordcrc@384	3724	if gui: gui.newline("scale:", -2, level, icon_map3dparam)
lordcrc@384	3725	str += luxVectorUniform("scale", luxProp(mat, key+".3dscale", 1.0), 0.001, 1000.0, "scale", "scale-vector", gui, 2.0)
lordcrc@384	3726	if gui: gui.newline("rot:", -2, level, icon_map3dparam)
lordcrc@384	3727	str += luxVector("rotate", luxProp(mat, key+".3drotate", "0 0 0"), -360.0, 360.0, "rotate", "rotate-vector", gui, 2.0)
lordcrc@384	3728	if gui: gui.newline("move:", -2, level, icon_map3dparam)
lordcrc@384	3729	str += luxVector("translate", luxProp(mat, key+".3dtranslate", "0 0 0"), -1000.0, 1000.0, "move", "translate-vector", gui, 2.0)
lordcrc@384	3730	return str
lordcrc@384	3731
lordcrc@384	3732	def getTreeNameById(tree, i): # helper function to retrive name of the selected treemenu-item
lordcrc@384	3733	for t in tree:
lordcrc@384	3734	if type(t)==types.TupleType:
lordcrc@384	3735	if type(t[1])==types.ListType:
lordcrc@384	3736	n=getTreeNameById(t[1], i)
lordcrc@384	3737	if n: return n
lordcrc@384	3738	elif t[1]==i: return t[0]
lordcrc@384	3739	return None
lordcrc@384	3740
lordcrc@384	3741	def luxTexture(name, parentkey, type, default, min, max, caption, hint, mat, gui, matlevel, texlevel=0, lightsource=0, overrideicon=""):
lordcrc@384	3742	global icon_tex, icon_texcol, icon_texmix, icon_texmixcol, icon_texparam, icon_spectex
lordcrc@384	3743	def c(t1, t2):
lordcrc@384	3744	return (t1[0]+t2[0], t1[1]+t2[1])
lordcrc@384	3745	def alternativedefault(type, default):
lordcrc@384	3746	if type=="float": return 0.0
lordcrc@384	3747	else: return "0.0 0.0 0.0"
lordcrc@384	3748	level = matlevel + texlevel
lordcrc@384	3749	keyname = "%s:%s"%(parentkey, name)
lordcrc@384	3750	texname = "%s:%s"%(mat.getName(), keyname)
lordcrc@384	3751	# if gui: gui.newline(caption+":", 0, level)
lordcrc@384	3752	if(lightsource == 0):
lordcrc@384	3753	if texlevel == 0: texture = luxProp(mat, keyname+".texture", "imagemap")
lordcrc@384	3754	else: texture = luxProp(mat, keyname+".texture", "constant")
lordcrc@384	3755	else:
lordcrc@384	3756	texture = luxProp(mat, keyname+".texture", "blackbody")
lordcrc@384	3757
lordcrc@384	3758	textures = ["constant","blackbody", "lampspectrum", "equalenergy", "frequency", "gaussian", "regulardata", "irregulardata", "imagemap","mix","scale","bilerp","uv", "checkerboard","brick","dots","fbm","marble","wrinkled", "windy", "blender_marble", "blender_musgrave", "blender_wood", "blender_clouds", "blender_blend", "blender_distortednoise", "blender_noise", "blender_magic", "blender_stucci", "blender_voronoi", "harlequin"]
lordcrc@384	3759
lordcrc@384	3760	if gui:
lordcrc@384	3761	if(overrideicon != ""):
lordcrc@384	3762	icon = overrideicon
lordcrc@384	3763	else:
lordcrc@384	3764	icon = icon_tex
lordcrc@384	3765	if texture.get() in ["mix", "scale", "checkerboard", "dots"]:
lordcrc@384	3766	if type=="color": icon = icon_texmixcol
lordcrc@384	3767	else: icon = icon_texmix
lordcrc@384	3768	elif texture.get() in ["constant", "blackbody", "equalenergy", "frequency", "gaussian", "regulardata", "irregulardata"]:
lordcrc@384	3769	icon = icon_spectex
lordcrc@384	3770	else:
lordcrc@384	3771	if type=="color": icon = icon_texcol
lordcrc@384	3772	else: icon = icon_tex
lordcrc@384	3773	if (texlevel > 0): gui.newline(caption+":", -2, level, icon, scalelist([0.5,0.5,0.5],2.0/(level+2)))
lordcrc@384	3774	else: gui.newline("texture:", -2, level, icon, scalelist([0.5,0.5,0.5],2.0/(level+2)))
lordcrc@384	3775	luxOption("texture", texture, textures, "texture", "", gui, 2)
lordcrc@384	3776	str = "Texture \"%s\" \"%s\" \"%s\""%(texname, type, texture.get())
lordcrc@384	3777
lordcrc@384	3778	if gui: Draw.PushButton(">", evtLuxGui, gui.xmax+gui.h, gui.y-gui.h, gui.h, gui.h, "Menu", lambda e,v: showMatTexMenu(mat,keyname,True))
lordcrc@384	3779	if gui: # Draw Texture level Material preview
lordcrc@384	3780	luxPreview(mat, parentkey, 1, False, False, name, gui, texlevel, [0.5, 0.5, 0.5])
lordcrc@384	3781	# Add an offset for next controls
lordcrc@384	3782	#r = gui.getRect(1.0, 1)
lordcrc@384	3783	#gui.x += 140
lordcrc@384	3784
lordcrc@384	3785	if texture.get() == "constant":
lordcrc@384	3786	value = luxProp(mat, keyname+".value", default)
lordcrc@384	3787	if type == "float": luxFloat("value", value, min, max, "", "", gui, 1.1)
lordcrc@384	3788	elif type == "color": luxRGB("value", value, max, "", "", gui, 2)
lordcrc@384	3789	# direct version
lordcrc@384	3790	if type == "color": return ("", " \"%s %s\" [%s]"%(type, name, value.getRGC()))
lordcrc@384	3791	return ("", " \"%s %s\" [%s]"%(type, name, value.get()))
lordcrc@384	3792	# indirect version
lordcrc@384	3793	# if type == "color": str += " \"%s value\" [%s]"%(type, value.getRGC())
lordcrc@384	3794	# else: str += " \"%s value\" [%s]"%(type, value.get())
lordcrc@384	3795
lordcrc@384	3796	if texture.get() == "blackbody":
lordcrc@384	3797	if gui:
lordcrc@384	3798	if gui.xmax-gui.x < gui.w: gui.newline()
lordcrc@384	3799	r = gui.getRect(1.0, 1)
lordcrc@384	3800	gui.newline()
lordcrc@384	3801	drawBar(bar_blackbody, gui.xmax-gui.w-7, r[1])
lordcrc@384	3802	str += luxFloat("temperature", luxProp(mat, keyname+".bbtemp", 6500.0), 1000.0, 10000.0, "temperature", "Black Body temperature in degrees Kelvin", gui, 2.0, 1)
lordcrc@384	3803
lordcrc@384	3804	if texture.get() == "lampspectrum":
lordcrc@384	3805	lampstring = luxProp(mat, keyname+".lampstring", "Incandescent2")
lordcrc@384	3806	lamppreset = luxProp(mat, keyname+".lampspectrum", "PHILIPS [Argenta] 200W Incandescent Lamp")
lordcrc@384	3807	if gui:
lordcrc@384	3808	def setLamp(i, value, preset, tree, dict): # callback function to set ior value after selection
lordcrc@384	3809	if i >= 0:
lordcrc@384	3810	value.set(dict[i])
lordcrc@384	3811	preset.set(getTreeNameById(tree, i))
lordcrc@384	3812
lordcrc@384	3813	measuredtree = [ ("Natural Daylight", [ ("Natural Daylight", 1) ] ), ("Incandescent", [ ("Paraffin Candle Flame", 2), ("Generic 7W Incandescent Lamp", 3), ("PHILIPS [Argenta] 200W Incandescent Lamp", 4), ("Welsbach Gas Mantle (modern, without Thorium)", 5), ("Incandescent Anti-Insect Lamp", 6) ] ), ("Fluorescent/Compact Fluorescent", [ ("PHILIPS [TL-D 30W/55] Regular Daylight Fluorescent", 7), ("Sylvania [F4T5 4W] Regular Warm White Fluorescent", 8), ("OSRAM [DULUXSTAR 21W/827] Regular Compact Triphosphor Fluorescent", 9), ("Cold Cathode Warm White CFL Triphosphor Fluorescent.", 10), ("NARVA [COLOURLUX plus daylight 20W/860] Daylight CFL Triphosphor Fluorescent", 11), ("Sylvania [GroLux] Fluorescent Aquarium/Plant Lamp", 12), ("Laptop LCD Screen", 13), ("PHILIPS [ActiViva] \"Natural\" Triphosphor Fluorescent", 14), ("PHILIPS [ActiViva] \"Active\" Triphosphor Fluorescent", 16) ] ), ("High Pressure Mercury", [ ("OSRAM [HQA 80W] Clear HPM Lamp", 17), ("PHILIPS [HPL 125W] HPM Lamp with improved color", 18), ("OSRAM [HQL 80W] HPM Lamp with improved warm deluxe color", 19), ("PHILIPS [ML 160W] Self-Ballasted HPM Vapor Lamp", 20), ("NARVA [160W] Self-ballasted HPM Vapor Lamp", 21) ] ), ("Low/High Pressure Sodium", [ ("Regular High Pressure Sodium Lamp, warmup after 5-7 sec", 22), ("Regular High Pressure Sodium Lamp, warmup after 10-12 sec", 23), ("SOX Low Pressure Sodium Discharge Lamp", 24), ("Medium Pressure Sodium Discharge Lamp, warmup after ~35 sec", 25), ("GE [Lucalox 35W] High Pressure Sodium Lamp", 26), ("PHILIPS [SDW-T 100W] Super High Pressure White Sodium Lamp", 27) ] ), ("Metal Halide", [ ("PHILIPS [HPI-T 400W] MH Lamp with Mercury, Sodium, Thallium and Indium iodides", 28), ("OSRAM [HQI-TS 75W/WDL] Metal Halide lamp with Mercury, sodium, thallium, indium and tin iodides, from ", 29), ("GE [MVR325IUWM 325 Watt I-Line Multi-Vapor® Metal Halide - Clear Watt Miser®] MH Lamp with Mercury, Sodium and Scandium iodides", 30), ("OSRAM [HQI-T 400W/D] MH Lamp with Mercury, Thallium, Dysprosium, Holmium, Thulium and Caesium iodides", 31), ("PHILIPS Diazo MH Lamp with Mercury, iron and cobalt iodides", 32), ("Sylvania Diazo MH Lamp with Mercury, gallium and lead iodides", 33), ("OSRAM [HQI-T 400W/Blau] Blue colored MH Lamp with Mercury and indium iodides", 34), ("RADIUM [HRI-T 400W/Planta] Plant growing MH Lamp with Mercury, indium and sodium iodides", 35), ("OSRAM [HQI-T 400W/Grun] Green colored MH Lamp with Mercury and thallium iodides", 36) ] ), ("Diode", [ ("Regular High Brightness Blue LED", 37), ("Monochromatic emission from a Red Laser diode", 38), ("Monochromatic emission from a Green Laser diode.", 39) ] ), ("Spectral", [ ("PHILIPS Spectral Xenon Lamp - Continuous Xenon low pressure thermionic discharge", 40), ("PHILIPS spectral Rubidium Lamp - Continuous Rubidium low pressure thermionic discharge", 41), ("PHILIPS spectral Cadmium Lamp - Continuous Cadmium low pressure thermionic discharge", 42), ("PHILIPS spectral zinc Lamp - Continuous Zinc low pressure thermionic discharge", 43) ] ), ("Glow Discharge", [ ("Neon glow discharge", 44), ("Neon and Krypton glow discharge and green phosphor (night-lights/indicators)", 45), ("Neon and Xenon glow discharge and green phosphor (night-lights/indicators)", 46), ("Neon and Xenon glow discharge and blue phosphor (night-lights/indicators)", 48), ("Argon glow discharge", 49), ("Self-ballasted High Pressure Mercury Vapor Lamp, with yttrium vanadate phosphate fluorescent phosphors, in glow discharge mode", 50) ] ), ("Molecular", [ ("Butane Gas Flame", 51), ("Alcohol Flame", 52) ] ), ("General Fluorescence", [ ("Print quality A4 Xerox paper wrapped around a blacklight Lamp", 53), ("Neon green dye, bombarded with black light", 54), ("Regular Modern Color TV CRT", 55) ] ), ("Various", [ ("Stroboscopic flash. Xenon I, likely II and perhaps III", 56), ("Carbon Arc Spectrum", 57), ("OSRAM [XBO 75W/2] Short Arc Xenon Lamp", 58) ] ), ("Blacklight/Ultraviolet", [ ("Sylvania [G8T5 8W] Germicidal lamp", 59), ("Sylvania [F6T5/BLB 8W] Black light blue fluorescent", 60), ("PHILIPS [HPW 125W] High Pressure Mercury Black Light", 61), ("Sylvania [Blacklite 350 F8W/BL350] Black Light fluorescent", 62) ] ), ("Mercury UV Spectrum", [ ("The near visible UVA emissions from a high pressure Mercury clear lamp", 63) ] ), ("Absorption/Mixed Spectra", [ ("High Pressure Mercury Warm Deluxe light ([1.4.3]) absorbed through blue Cobalt glass", 64), ("Incandescent light ([1.2.3]) absorbed through blue Cobalt glass", 65), ("High Pressure Mercury Warm Deluxe light ([1.4.3]) absorbed through ciel dye #42053", 66), ("Incandescent light ([1.2.3]) absorbed through ciel dye #42053", 67), ("High Pressure Mercury Warm Deluxe light ([1.4.3]) absorbed through red glass", 68), ("Incandescent light ([1.2.3]) absorbed through red glass.m", 69), ("Incandescent light ([1.2.3]) absorbed through olive oil. ", 70) ] ) ]
lordcrc@384	3814
lordcrc@384	3815	measureddict = {1:"Daylight", 2:"Candle", 3:"Incandescent1", 4:"Incandescent2", 5:"Welsbach", 6:"AntiInsect", 7:"FLD2", 8:"FL37K", 9:"CFL27K", 10:"CFL4K", 11:"CFL6K", 12:"GroLux", 13:"LCDS", 14:"FLAV8K", 15:"none", 16:"FLAV17K", 17:"HPM2", 18:"HPMFL1", 19:"HPMFL2", 20:"HPMSB", 21:"HPMSBFL", 22:"SS1", 23:"SS2", 24:"LPS", 25:"MPS", 26:"HPS", 27:"SHPS", 28:"MHN", 29:"MHWWD", 30:"MHSc", 31:"MHD", 32:"FeCo", 33:"GaPb", 34:"BLAU", 35:"PLANTA", 36:"GRUN", 37:"LEDB", 38:"RedLaser", 39:"GreenLaser", 40:"XeI", 41:"Rb", 42:"Cd", 43:"Zn", 44:"Ne", 45:"NeKrFL", 46:"NeXeFL1", 47:"none", 48:"NeXeFL2", 49:"Ar", 50:"HPMFL2Glow", 51:"Butane", 52:"Alcohol", 53:"BLP", 54:"BLNG", 55:"TV", 56:"Xe", 57:"CarbonArc", 58:"HPX", 59:"LPM2", 60:"FLBLB", 61:"HPMBL", 62:"FLBL", 63:"UVA", 64:"HPMFLCobaltGlass", 65:"CobaltGlass", 66:"HPMFLCL42053", 67:"CL42053", 68:"HPMFLRedGlass", 69:"RedGlass", 70:"OliveOil" }
lordcrc@384	3816
lordcrc@384	3817	r = gui.getRect(2.0, 1)
lordcrc@384	3818	Draw.Button(lamppreset.get(), evtLuxGui, r[0], r[1], r[2], r[3], "select lamp spectrum", lambda e,v: setLamp(Draw.PupTreeMenu(measuredtree), lampstring, lamppreset, measuredtree, measureddict))
lordcrc@384	3819	str += luxString("name", lampstring, "Lamp", "Choose measured Lamp Spectrum", None, 2.0)
lordcrc@384	3820
lordcrc@384	3821	if texture.get() == "equalenergy":
lordcrc@384	3822	if gui:
lordcrc@384	3823	if gui.xmax-gui.x < gui.w: gui.newline()
lordcrc@384	3824	r = gui.getRect(1.0, 1)
lordcrc@384	3825	gui.newline()
lordcrc@384	3826	drawBar(bar_equalenergy, gui.xmax-gui.w-7, r[1])
lordcrc@384	3827	str += luxFloat("energy", luxProp(mat, keyname+".energy", 1.0), 0.0, 1.0, "energy", "Energy of each spectral band", gui, 2.0, 1)
lordcrc@384	3828
lordcrc@384	3829	if texture.get() == "frequency":
lordcrc@384	3830	str += luxFloat("freq", luxProp(mat, keyname+".freq", 0.01), 0.01, 100.0, "frequency", "Frequency in nm", gui, 2.0, 1)
lordcrc@384	3831	str += luxFloat("phase", luxProp(mat, keyname+".phase", 0.5), 0.0, 1.0, "phase", "Phase", gui, 1.1, 1)
lordcrc@384	3832	str += luxFloat("energy", luxProp(mat, keyname+".energy", 1.0), 0.0, 1.0, "energy", "Amount of mean energy", gui, 0.9, 1)
lordcrc@384	3833
lordcrc@384	3834	if texture.get() == "gaussian":
lordcrc@384	3835	if gui:
lordcrc@384	3836	if gui.xmax-gui.x < gui.w: gui.newline()
lordcrc@384	3837	r = gui.getRect(1.0, 1)
lordcrc@384	3838	gui.newline()
lordcrc@384	3839	drawBar(bar_spectrum, gui.xmax-gui.w-7, r[1])
lordcrc@384	3840	str += luxFloat("wavelength", luxProp(mat, keyname+".wavelength", 550.0), 380.0, 720.0, "wavelength", "Mean Wavelength in visible spectrum in nm", gui, 2.0, 1)
lordcrc@384	3841	str += luxFloat("width", luxProp(mat, keyname+".width", 50.0), 20.0, 300.0, "width", "Width of gaussian distribution in nm", gui, 1.1, 1)
lordcrc@384	3842	str += luxFloat("energy", luxProp(mat, keyname+".energy", 1.0), 0.0, 1.0, "energy", "Amount of mean energy", gui, 0.9, 1)
lordcrc@384	3843
lordcrc@384	3844	if texture.get() == "imagemap":
jensverwiebe@389	3845	if gui: gui.newline("IM-clip:", -2, level)
doug@387	3846	str += luxOption("wrap", luxProp(mat, keyname+".wrap", "repeat"), ["repeat","black","clamp"], "repeat", "", gui, 1.0)
lordcrc@384	3847
jensverwiebe@389	3848	if gui: gui.newline("IM-source:", -2, level)
jensverwiebe@389	3849
lordcrc@384	3850	# ZANQDO
lordcrc@384	3851	texturefilename = luxProp(mat, keyname+".filename", "")
doug@387	3852	extimage = luxProp(mat, keyname+'.externalimage', "true")
doug@387	3853	luxBool("External Image", extimage, "External Image", "External Image", gui, 1.0)
jensverwiebe@388	3854	if gui: gui.newline("IM-path:", -2, level)
doug@387	3855	if extimage.get() == "true":
doug@387	3856	luxFile("filename", texturefilename, "file", "texture file path", gui, 2.0)
doug@387	3857	else:
jensverwiebe@388	3858	bil = [i.filename for i in Image.Get() if '.' in i.filename]
jensverwiebe@388	3859	try:
jensverwiebe@388	3860	uti = [i.filename for i in Image.Get() if '.' not in i.filename]
jensverwiebe@388	3861	if len(uti) > 0:
jensverwiebe@388	3862	luxLabel("INFO: Images not listed here must be saved first", gui)
jensverwiebe@388	3863	except: pass
doug@387	3864	if len(bil) > 0:
doug@387	3865	luxOption("Image", texturefilename, bil, "Blender Images", "Blender Image", gui, 2.0)
doug@387	3866	else:
doug@387	3867	luxLabel("No Blender Images - Load Image in the Image Editor", gui)
lordcrc@384	3868	# dougal2 image file packing
lordcrc@384	3869	impack = luxProp(Scene.GetCurrent(), 'packtextures', 'false')
lordcrc@384	3870
lordcrc@384	3871	if impack.get() == 'false':
lordcrc@384	3872	str += luxFile("filename", texturefilename, "file", "texture file path", None, 2.0)
lordcrc@384	3873	else:
lordcrc@384	3874	import zlib, base64
lordcrc@384	3875	def get_image_data(filename):
lordcrc@384	3876	try:
lordcrc@384	3877	f=open(filename,'rb')
lordcrc@384	3878	d=f.read()
lordcrc@384	3879	f.close()
lordcrc@384	3880	except:
lordcrc@384	3881	print('Error reading image data from %s' % filename)
lordcrc@384	3882	d = ''
lordcrc@384	3883	return base64.b64encode(zlib.compress(d))
lordcrc@384	3884	imdata = get_image_data(texturefilename.get())
lordcrc@384	3885	str += '\r\n "string imagedata" ["%s"]' % imdata
lordcrc@384	3886
lordcrc@384	3887	useseq = luxProp(mat, keyname+".useseq", "false")
lordcrc@384	3888	luxCollapse("usesew", useseq, "Sequence", "", gui, 2.0)
lordcrc@384	3889
lordcrc@384	3890	if useseq.get() == "true":
lordcrc@384	3891	seqframes = luxProp(mat, keyname+".seqframes", 100)
lordcrc@384	3892	luxInt("frames", seqframes, 1, 100000, "Frames", "", gui, 0.5)
lordcrc@384	3893	seqoffset = luxProp(mat, keyname+".seqoffset", 0)
lordcrc@384	3894	luxInt("offset", seqoffset, 0, 100000, "Offset", "", gui, 0.5)
lordcrc@384	3895	seqstartframe = luxProp(mat, keyname+".seqsframe", 1)
lordcrc@384	3896	luxInt("startframe", seqstartframe, 1, 100000, "StartFr", "", gui, 0.5)
lordcrc@384	3897	seqcyclic = luxProp(mat, keyname+".seqcycl", "false")
lordcrc@384	3898	luxBool("cyclic", seqcyclic, "Cyclic", "", gui, 0.5)
lordcrc@384	3899
lordcrc@384	3900
lordcrc@384	3901	totalframes = seqframes.get()
lordcrc@384	3902	currentframe = Blender.Get('curframe')
lordcrc@384	3903
lordcrc@384	3904	if(currentframe < seqstartframe.get()):
lordcrc@384	3905	fnumber = 1 + seqoffset.get()
lordcrc@384	3906	else:
lordcrc@384	3907	fnumber = (currentframe - (seqstartframe.get()-1)) + seqoffset.get()
lordcrc@384	3908
lordcrc@384	3909	if(fnumber > seqframes.get()):
lordcrc@384	3910	if(seqcyclic.get() == "false"):
lordcrc@384	3911	fnumber = seqframes.get()
lordcrc@384	3912	else:
lordcrc@384	3913	fnumber = currentframe % seqframes.get()
lordcrc@384	3914
lordcrc@384	3915	import re
lordcrc@384	3916	def get_seq_filename(number, filename):
lordcrc@384	3917	m = re.findall(r'(\d+)', filename)
lordcrc@384	3918	if len(m) == 0:
lordcrc@384	3919	return "ERR: Can't find pattern"
lordcrc@384	3920
lordcrc@384	3921	rightmost_number = m[len(m)-1]
lordcrc@384	3922	seq_length = len(rightmost_number)
lordcrc@384	3923
lordcrc@384	3924	nstr = "%i" %number
lordcrc@384	3925	new_seq_number = nstr.zfill(seq_length)
lordcrc@384	3926
lordcrc@384	3927	return filename.replace(rightmost_number, new_seq_number)
lordcrc@384	3928
lordcrc@384	3929	texturefilename.set(get_seq_filename(fnumber, texturefilename.get()))
lordcrc@384	3930	if gui: gui.newline()
lordcrc@384	3931
lordcrc@384	3932	str += luxFloat("gamma", luxProp(mat, keyname+".gamma", texturegamma()), 0.0, 6.0, "gamma", "", gui, 0.75)
lordcrc@384	3933	str += luxFloat("gain", luxProp(mat, keyname+".gain", 1.0), 0.0, 10.0, "gain", "", gui, 0.5)
lordcrc@384	3934	filttype = luxProp(mat, keyname+".filtertype", "bilinear")
lordcrc@384	3935	filttypes = ["mipmap_ewa","mipmap_trilinear","bilinear","nearest"]
lordcrc@384	3936	str += luxOption("filtertype", filttype, filttypes, "filtertype", "Choose the filtering method to use for the image texture", gui, 0.75)
lordcrc@384	3937
lordcrc@384	3938	if filttype.get() == "mipmap_ewa" or filttype.get() == "mipmap_trilinear":
lordcrc@384	3939	str += luxFloat("maxanisotropy", luxProp(mat, keyname+".maxanisotropy", 8.0), 1.0, 512.0, "maxaniso", "", gui, 1.0)
lordcrc@384	3940	str += luxInt("discardmipmaps", luxProp(mat, keyname+".discardmipmaps", 0), 0, 1, "discardmips", "", gui, 1.0)
lordcrc@384	3941
lordcrc@384	3942	str += luxMapping(keyname, mat, gui, level+1)
lordcrc@384	3943
lordcrc@384	3944	if texture.get() == "mix":
lordcrc@384	3945	(s, l) = c(("", ""), luxTexture("amount", keyname, "float", 0.5, 0.0, 1.0, "amount", "The degree of mix between the two textures", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	3946	(s, l) = c((s, l), luxTexture("tex1", keyname, type, default, min, max, "tex1", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	3947	(s, l) = c((s, l), luxTexture("tex2", keyname, type, alternativedefault(type, default), min, max, "tex2", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	3948	str = s + str + l
lordcrc@384	3949
lordcrc@384	3950	if texture.get() == "scale":
lordcrc@384	3951	(s, l) = c(("", ""), luxTexture("tex1", keyname, type, default, min, max, "tex1", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	3952	(s, l) = c((s, l), luxTexture("tex2", keyname, type, alternativedefault(type, default), min, max, "tex2", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	3953	str = s + str + l
lordcrc@384	3954
lordcrc@384	3955	if texture.get() == "bilerp":
lordcrc@384	3956	if type == "float":
lordcrc@384	3957	str += luxFloat("v00", luxProp(mat, keyname+".v00", 0.0), min, max, "v00", "", gui, 1.0)
lordcrc@384	3958	str += luxFloat("v01", luxProp(mat, keyname+".v01", 1.0), min, max, "v01", "", gui, 1.0)
lordcrc@384	3959	if gui: gui.newline("", -2)
lordcrc@384	3960	str += luxFloat("v10", luxProp(mat, keyname+".v10", 0.0), min, max, "v10", "", gui, 1.0)
lordcrc@384	3961	str += luxFloat("v11", luxProp(mat, keyname+".v11", 1.0), min, max, "v11", "", gui, 1.0)
lordcrc@384	3962	elif type == "color":
lordcrc@384	3963	if gui: gui.newline(" v00:", -2)
lordcrc@384	3964	str += luxRGB("v00", luxProp(mat, keyname+".v00", "0.0 0.0 0.0"), max, "v00", "", gui, 2.0)
lordcrc@384	3965	if gui: gui.newline(" v01:", -2)
lordcrc@384	3966	str += luxRGB("v01", luxProp(mat, keyname+".v01", "1.0 1.0 1.0"), max, "v01", "", gui, 2.0)
lordcrc@384	3967	if gui: gui.newline(" v10:", -2)
lordcrc@384	3968	str += luxRGB("v10", luxProp(mat, keyname+".v10", "0.0 0.0 0.0"), max, "v10", "", gui, 2.0)
lordcrc@384	3969	if gui: gui.newline(" v11:", -2)
lordcrc@384	3970	str += luxRGB("v11", luxProp(mat, keyname+".v11", "1.0 1.0 1.0"), max, "v11", "", gui, 2.0)
lordcrc@384	3971	str += luxMapping(keyname, mat, gui, level+1)
lordcrc@384	3972
lordcrc@384	3973	if texture.get() == "windy":
lordcrc@384	3974	str += lux3DMapping(keyname, mat, gui, level+1)
lordcrc@384	3975	# this texture has no options
lordcrc@384	3976
lordcrc@384	3977	if texture.get() == "checkerboard":
lordcrc@384	3978	dim = luxProp(mat, keyname+".dim", 2)
lordcrc@384	3979	str += luxInt("dimension", dim, 2, 3, "dim", "", gui, 1)
lordcrc@384	3980	if dim.get() == 2: str += luxOption("aamode", luxProp(mat, keyname+".aamode", "closedform"), ["closedform","supersample","none"], "aamode", "antialiasing mode", gui, 0.6)
lordcrc@384	3981	if gui: gui.newline("", -2)
lordcrc@384	3982	(s, l) = c(("", ""), luxTexture("tex1", keyname, type, default, min, max, "tex1", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	3983	(s, l) = c((s, l), luxTexture("tex2", keyname, type, alternativedefault(type, default), min, max, "tex2", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	3984	str = s + str + l
lordcrc@384	3985	if dim.get() == 2: str += luxMapping(keyname, mat, gui, level+1)
lordcrc@384	3986	if dim.get() == 3: str += lux3DMapping(keyname, mat, gui, level+1)
lordcrc@384	3987
lordcrc@384	3988	if texture.get() == "dots":
lordcrc@384	3989	(s, l) = c(("", ""), luxTexture("inside", keyname, type, default, min, max, "inside", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	3990	(s, l) = c((s, l), luxTexture("outside", keyname, type, alternativedefault(type, default), min, max, "outside", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	3991	str = s + str + l
lordcrc@384	3992	str += luxMapping(keyname, mat, gui, level+1)
lordcrc@384	3993
lordcrc@384	3994	if texture.get() == "fbm":
lordcrc@384	3995	str += luxInt("octaves", luxProp(mat, keyname+".octaves", 8), 1, 100, "octaves", "", gui, 1)
lordcrc@384	3996	# if gui: gui.newline("", -2)
lordcrc@384	3997	str += luxFloat("roughness", luxProp(mat, keyname+".roughness", 0.5), 0.0, 1.0, "roughness", "", gui, 1, 1)
lordcrc@384	3998	if gui: gui.newline("", -2)
lordcrc@384	3999	str += lux3DMapping(keyname, mat, gui, level+1)
lordcrc@384	4000
lordcrc@384	4001	if texture.get() == "marble":
lordcrc@384	4002	str += luxInt("octaves", luxProp(mat, keyname+".octaves", 8), 1, 100, "octaves", "", gui, 1)
lordcrc@384	4003	# if gui: gui.newline("", -2)
lordcrc@384	4004	str += luxFloat("roughness", luxProp(mat, keyname+".roughness", 0.5), 0.0, 1.0, "roughness", "", gui, 1, 1)
lordcrc@384	4005	if gui: gui.newline("", -2)
lordcrc@384	4006	str += luxFloat("nscale", luxProp(mat, keyname+".nscale", 1.0), 0.0, 100.0, "nscale", "Scaling factor for the noise input", gui, 1.0)
lordcrc@384	4007	str += luxFloat("variation", luxProp(mat, keyname+".variation", 0.2), 0.0, 100.0, "variation", "A scaling factor for the noise input function", gui, 1.0)
lordcrc@384	4008	if gui: gui.newline("", -2)
lordcrc@384	4009	str += lux3DMapping(keyname, mat, gui, level+1)
lordcrc@384	4010
lordcrc@384	4011	if texture.get() == "wrinkled":
lordcrc@384	4012	str += luxInt("octaves", luxProp(mat, keyname+".octaves", 8), 1, 100, "octaves", "", gui, 1)
lordcrc@384	4013	# if gui: gui.newline("", -2)
lordcrc@384	4014	str += luxFloat("roughness", luxProp(mat, keyname+".roughness", 0.5), 0.0, 1.0, "roughness", "", gui, 1, 1)
lordcrc@384	4015	if gui: gui.newline("", -2)
lordcrc@384	4016	str += lux3DMapping(keyname, mat, gui, level+1)
lordcrc@384	4017
lordcrc@384	4018	if texture.get() == "brick":
lordcrc@384	4019	if gui: gui.newline("brick:", -2, level+1, icon_texparam)
lordcrc@384	4020
lordcrc@384	4021	str += luxFloat("brickwidth", luxProp(mat, keyname+".brickwidth", 0.3), 0.0, 10.0, "brickwidth (X)", "", gui, 1.0)
lordcrc@384	4022	str += luxFloat("brickheight", luxProp(mat, keyname+".brickheight", 0.1), 0.0, 10.0, "brickheight (Z)", "", gui, 1.0)
lordcrc@384	4023	str += luxFloat("brickdepth", luxProp(mat, keyname+".brickdepth", 0.15), 0.0, 10.0, "brickdepth (Y)", "", gui, 1.0)
lordcrc@384	4024
lordcrc@384	4025	if gui: gui.newline("mortar:", -2, level+1, icon_texparam)
lordcrc@384	4026
lordcrc@384	4027	str += luxFloat("mortarsize", luxProp(mat, keyname+".mortarsize", 0.01), 0.0, 1.0, "mortarsize", "", gui, 1.0)
lordcrc@384	4028
lordcrc@384	4029	(s, l) = c(("", ""), luxTexture("bricktex", keyname, type, default, min, max, "bricktex", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4030	(s, l) = c((s, l), luxTexture("mortartex", keyname, type, alternativedefault(type, default), min, max, "mortartex", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4031	str = s + str + l
lordcrc@384	4032
lordcrc@384	4033	str += lux3DMapping(keyname, mat, gui, level+1)
lordcrc@384	4034
lordcrc@384	4035	if texture.get() == "blender_marble":
lordcrc@384	4036	if gui: gui.newline("noise:", -2, level+1, icon_texparam)
lordcrc@384	4037
lordcrc@384	4038	mtype = luxProp(mat, keyname+".mtype", "soft")
lordcrc@384	4039	mtypes = ["soft","sharp","sharper"]
lordcrc@384	4040	str += luxOption("type", mtype, mtypes, "type", "", gui, 0.5)
lordcrc@384	4041
lordcrc@384	4042	noisetype = luxProp(mat, keyname+".noisetype", "hard_noise")
lordcrc@384	4043	noisetypes = ["soft_noise","hard_noise"]
lordcrc@384	4044	str += luxOption("noisetype", noisetype, noisetypes, "noisetypes", "", gui, 0.75)
lordcrc@384	4045
lordcrc@384	4046	str += luxInt("noisedepth", luxProp(mat, keyname+".noisedepth", 2), 0, 6, "noisedepth", "", gui, 0.75)
lordcrc@384	4047
lordcrc@384	4048	str += luxFloat("noisesize", luxProp(mat, keyname+".noisesize", 0.25), 0.0, 2.0, "noisesize", "", gui, 1.0)
lordcrc@384	4049	str += luxFloat("turbulance", luxProp(mat, keyname+".turbulance", 5.0), 0.0, 200.0, "turbulance", "", gui, 1.0)
lordcrc@384	4050
lordcrc@384	4051	if gui: gui.newline("basis:", -2, level+1, icon_texparam)
lordcrc@384	4052	noisebasis2 = luxProp(mat, keyname+".noisebasis2", "sin")
lordcrc@384	4053	noisebasises2 = ["sin","saw","tri"]
lordcrc@384	4054	str += luxOption("noisebasis2", noisebasis2, noisebasises2, "noisebasis2", "", gui, 0.7)
lordcrc@384	4055
lordcrc@384	4056	noisebasis = luxProp(mat, keyname+".noisebasis", "blender_original")
lordcrc@384	4057	noisebasises = ["blender_original","original_perlin", "improved_perlin", "voronoi_f1", "voronoi_f2", "voronoi_f3", "voronoi_f4", "voronoi_f2f1", "voronoi_crackle", "cell_noise"]
lordcrc@384	4058	str += luxOption("noisebasis", noisebasis, noisebasises, "noisebasis", "", gui, 1.3)
lordcrc@384	4059
lordcrc@384	4060	if gui: gui.newline("level:", -2, level+1, icon_texparam)
lordcrc@384	4061	str += luxFloat("bright", luxProp(mat, keyname+".bright", 1.0), 0.0, 2.0, "bright", "", gui, 1.0)
lordcrc@384	4062	str += luxFloat("contrast", luxProp(mat, keyname+".contrast", 1.0), 0.0, 10.0, "contrast", "", gui, 1.0)
lordcrc@384	4063
lordcrc@384	4064	(s, l) = c(("", ""), luxTexture("tex1", keyname, type, default, min, max, "tex1", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4065	(s, l) = c((s, l), luxTexture("tex2", keyname, type, alternativedefault(type, default), min, max, "tex2", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4066	str = s + str + l
lordcrc@384	4067
lordcrc@384	4068	str += lux3DMapping(keyname, mat, gui, level+1)
lordcrc@384	4069
lordcrc@384	4070	if texture.get() == "blender_musgrave":
lordcrc@384	4071	if gui: gui.newline("type:", -2, level+1, icon_texparam)
lordcrc@384	4072	mtype = luxProp(mat, keyname+".mtype", "multifractal")
lordcrc@384	4073	mtypes = ["multifractal","ridged_multifractal", "hybrid_multifractal", "hetero_terrain", "fbm"]
lordcrc@384	4074	str += luxOption("type", mtype, mtypes, "type", "", gui, 2.0)
lordcrc@384	4075
lordcrc@384	4076	str += luxFloat("h", luxProp(mat, keyname+".h", 1.0), 0.0, 2.0, "h", "", gui, 0.5)
lordcrc@384	4077	str += luxFloat("lacu", luxProp(mat, keyname+".lacu", 2.0), 0.0, 6.0, "lacu", "", gui, 0.75)
lordcrc@384	4078	str += luxFloat("octs", luxProp(mat, keyname+".octs", 2.0), 0.0, 8.0, "octs", "", gui, 0.75)
lordcrc@384	4079
lordcrc@384	4080	if mtype.get() == "hetero_terrain":
lordcrc@384	4081	str += luxFloat("offset", luxProp(mat, keyname+".offset", 2.0), 0.0, 6.0, "offset", "", gui, 2.0)
lordcrc@384	4082	if mtype.get() == "ridged_multifractal":
lordcrc@384	4083	str += luxFloat("offset", luxProp(mat, keyname+".offset", 2.0), 0.0, 6.0, "offset", "", gui, 1.25)
lordcrc@384	4084	str += luxFloat("gain", luxProp(mat, keyname+".gain", 2.0), 0.0, 6.0, "gain", "", gui, 0.75)
lordcrc@384	4085	if mtype.get() == "hybrid_multifractal":
lordcrc@384	4086	str += luxFloat("offset", luxProp(mat, keyname+".offset", 2.0), 0.0, 6.0, "offset", "", gui, 1.25)
lordcrc@384	4087	str += luxFloat("gain", luxProp(mat, keyname+".gain", 2.0), 0.0, 6.0, "gain", "", gui, 0.75)
lordcrc@384	4088
lordcrc@384	4089	str += luxFloat("outscale", luxProp(mat, keyname+".outscale", 1.0), 0.0, 10.0, "iscale", "", gui, 1.0)
lordcrc@384	4090	str += luxFloat("noisesize", luxProp(mat, keyname+".noisesize", 0.25), 0.0, 2.0, "noisesize", "", gui, 1.0)
lordcrc@384	4091
lordcrc@384	4092	if gui: gui.newline("basis:", -2, level+1, icon_texparam)
lordcrc@384	4093	noisebasis = luxProp(mat, keyname+".noisebasis", "blender_original")
lordcrc@384	4094	noisebasises = ["blender_original","original_perlin", "improved_perlin", "voronoi_f1", "voronoi_f2", "voronoi_f3", "voronoi_f4", "voronoi_f2f1", "voronoi_crackle", "cell_noise"]
lordcrc@384	4095	str += luxOption("noisebasis", noisebasis, noisebasises, "noisebasis", "", gui, 2.0)
lordcrc@384	4096
lordcrc@384	4097	if gui: gui.newline("level:", -2, level+1, icon_texparam)
lordcrc@384	4098	str += luxFloat("bright", luxProp(mat, keyname+".bright", 1.0), 0.0, 2.0, "bright", "", gui, 1.0)
lordcrc@384	4099	str += luxFloat("contrast", luxProp(mat, keyname+".contrast", 1.0), 0.0, 10.0, "contrast", "", gui, 1.0)
lordcrc@384	4100
lordcrc@384	4101	(s, l) = c(("", ""), luxTexture("tex1", keyname, type, default, min, max, "tex1", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4102	(s, l) = c((s, l), luxTexture("tex2", keyname, type, alternativedefault(type, default), min, max, "tex2", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4103	str = s + str + l
lordcrc@384	4104
lordcrc@384	4105	str += lux3DMapping(keyname, mat, gui, level+1)
lordcrc@384	4106
lordcrc@384	4107	if texture.get() == "blender_wood":
lordcrc@384	4108	if gui: gui.newline("noise:", -2, level+1, icon_texparam)
lordcrc@384	4109
lordcrc@384	4110	mtype = luxProp(mat, keyname+".mtype", "bands")
lordcrc@384	4111	mtypes = ["bands","rings","bandnoise", "ringnoise"]
lordcrc@384	4112	str += luxOption("type", mtype, mtypes, "type", "", gui, 0.5)
lordcrc@384	4113
lordcrc@384	4114	noisetype = luxProp(mat, keyname+".noisetype", "hard_noise")
lordcrc@384	4115	noisetypes = ["soft_noise","hard_noise"]
lordcrc@384	4116	str += luxOption("noisetype", noisetype, noisetypes, "noisetypes", "", gui, 0.75)
lordcrc@384	4117
lordcrc@384	4118	str += luxFloat("noisesize", luxProp(mat, keyname+".noisesize", 0.25), 0.0, 2.0, "noisesize", "", gui, 1.0)
lordcrc@384	4119	str += luxFloat("turbulance", luxProp(mat, keyname+".turbulance", 5.0), 0.0, 200.0, "turbulance", "", gui, 1.0)
lordcrc@384	4120
lordcrc@384	4121	if gui: gui.newline("basis:", -2, level+1, icon_texparam)
lordcrc@384	4122	noisebasis2 = luxProp(mat, keyname+".noisebasis2", "sin")
lordcrc@384	4123	noisebasises2 = ["sin","saw","tri"]
lordcrc@384	4124	str += luxOption("noisebasis2", noisebasis2, noisebasises2, "noisebasis2", "", gui, 0.7)
lordcrc@384	4125
lordcrc@384	4126	noisebasis = luxProp(mat, keyname+".noisebasis", "blender_original")
lordcrc@384	4127	noisebasises = ["blender_original","original_perlin", "improved_perlin", "voronoi_f1", "voronoi_f2", "voronoi_f3", "voronoi_f4", "voronoi_f2f1", "voronoi_crackle", "cell_noise"]
lordcrc@384	4128	str += luxOption("noisebasis", noisebasis, noisebasises, "noisebasis", "", gui, 1.3)
lordcrc@384	4129
lordcrc@384	4130	if gui: gui.newline("level:", -2, level+1, icon_texparam)
lordcrc@384	4131	str += luxFloat("bright", luxProp(mat, keyname+".bright", 1.0), 0.0, 2.0, "bright", "", gui, 1.0)
lordcrc@384	4132	str += luxFloat("contrast", luxProp(mat, keyname+".contrast", 1.0), 0.0, 10.0, "contrast", "", gui, 1.0)
lordcrc@384	4133
lordcrc@384	4134	(s, l) = c(("", ""), luxTexture("tex1", keyname, type, default, min, max, "tex1", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4135	(s, l) = c((s, l), luxTexture("tex2", keyname, type, alternativedefault(type, default), min, max, "tex2", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4136	str = s + str + l
lordcrc@384	4137
lordcrc@384	4138	str += lux3DMapping(keyname, mat, gui, level+1)
lordcrc@384	4139
lordcrc@384	4140	if texture.get() == "blender_clouds":
lordcrc@384	4141	if gui: gui.newline("noise:", -2, level+1, icon_texparam)
lordcrc@384	4142
lordcrc@384	4143	mtype = luxProp(mat, keyname+".mtype", "default")
lordcrc@384	4144	mtypes = ["default","color"]
lordcrc@384	4145	str += luxOption("type", mtype, mtypes, "type", "", gui, 0.5)
lordcrc@384	4146
lordcrc@384	4147	noisetype = luxProp(mat, keyname+".noisetype", "hard_noise")
lordcrc@384	4148	noisetypes = ["soft_noise","hard_noise"]
lordcrc@384	4149	str += luxOption("noisetype", noisetype, noisetypes, "noisetypes", "", gui, 0.75)
lordcrc@384	4150
lordcrc@384	4151	str += luxFloat("noisesize", luxProp(mat, keyname+".noisesize", 0.25), 0.0, 2.0, "noisesize", "", gui, 1.0)
lordcrc@384	4152	str += luxInt("noisedepth", luxProp(mat, keyname+".noisedepth", 2), 0, 6, "noisedepth", "", gui, 1.0)
lordcrc@384	4153
lordcrc@384	4154	if gui: gui.newline("basis:", -2, level+1, icon_texparam)
lordcrc@384	4155	noisebasis = luxProp(mat, keyname+".noisebasis", "blender_original")
lordcrc@384	4156	noisebasises = ["blender_original","original_perlin", "improved_perlin", "voronoi_f1", "voronoi_f2", "voronoi_f3", "voronoi_f4", "voronoi_f2f1", "voronoi_crackle", "cell_noise"]
lordcrc@384	4157	str += luxOption("noisebasis", noisebasis, noisebasises, "noisebasis", "", gui, 1.3)
lordcrc@384	4158
lordcrc@384	4159	if gui: gui.newline("level:", -2, level+1, icon_texparam)
lordcrc@384	4160	str += luxFloat("bright", luxProp(mat, keyname+".bright", 1.0), 0.0, 2.0, "bright", "", gui, 1.0)
lordcrc@384	4161	str += luxFloat("contrast", luxProp(mat, keyname+".contrast", 1.0), 0.0, 10.0, "contrast", "", gui, 1.0)
lordcrc@384	4162
lordcrc@384	4163	(s, l) = c(("", ""), luxTexture("tex1", keyname, type, default, min, max, "tex1", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4164	(s, l) = c((s, l), luxTexture("tex2", keyname, type, alternativedefault(type, default), min, max, "tex2", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4165	str = s + str + l
lordcrc@384	4166
lordcrc@384	4167	str += lux3DMapping(keyname, mat, gui, level+1)
lordcrc@384	4168
lordcrc@384	4169	if texture.get() == "blender_blend":
lordcrc@384	4170	if gui: gui.newline("type:", -2, level+1, icon_texparam)
lordcrc@384	4171
lordcrc@384	4172	mtype = luxProp(mat, keyname+".mtype", "lin")
lordcrc@384	4173	mtypes = ["lin","quad","ease","diag","sphere","halo","radial"]
lordcrc@384	4174	str += luxOption("type", mtype, mtypes, "type", "", gui, 0.5)
lordcrc@384	4175
lordcrc@384	4176	mflag = luxProp(mat, keyname+".flag", "false")
lordcrc@384	4177	str += luxBool("flipxy", mflag, "flipXY", "", gui, 0.5)
lordcrc@384	4178
lordcrc@384	4179	if gui: gui.newline("level:", -2, level+1, icon_texparam)
lordcrc@384	4180	str += luxFloat("bright", luxProp(mat, keyname+".bright", 1.0), 0.0, 2.0, "bright", "", gui, 1.0)
lordcrc@384	4181	str += luxFloat("contrast", luxProp(mat, keyname+".contrast", 1.0), 0.0, 10.0, "contrast", "", gui, 1.0)
lordcrc@384	4182
lordcrc@384	4183	(s, l) = c(("", ""), luxTexture("tex1", keyname, type, default, min, max, "tex1", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4184	(s, l) = c((s, l), luxTexture("tex2", keyname, type, alternativedefault(type, default), min, max, "tex2", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4185	str = s + str + l
lordcrc@384	4186
lordcrc@384	4187	str += lux3DMapping(keyname, mat, gui, level+1)
lordcrc@384	4188
lordcrc@384	4189	if texture.get() == "blender_distortednoise":
lordcrc@384	4190	if gui: gui.newline("noise:", -2, level+1, icon_texparam)
lordcrc@384	4191
lordcrc@384	4192	str += luxFloat("distamount", luxProp(mat, keyname+".distamount", 1.0), 0.0, 10.0, "distamount", "", gui, 1.0)
lordcrc@384	4193	str += luxFloat("noisesize", luxProp(mat, keyname+".noisesize", 0.25), 0.0, 2.0, "noisesize", "", gui, 1.0)
lordcrc@384	4194	str += luxFloat("nabla", luxProp(mat, keyname+".nabla", 0.025), 0.000, 2.0, "nabla", "", gui, 1.0)
lordcrc@384	4195
lordcrc@384	4196	if gui: gui.newline("distortion:", -2, level+1, icon_texparam)
lordcrc@384	4197	ntype = luxProp(mat, keyname+".type", "blender_original")
lordcrc@384	4198	ntypes = ["blender_original","original_perlin", "improved_perlin", "voronoi_f1", "voronoi_f2", "voronoi_f3", "voronoi_f4", "voronoi_f2f1", "voronoi_crackle", "cell_noise"]
lordcrc@384	4199	str += luxOption("type", ntype, ntypes, "type", "", gui, 1.3)
lordcrc@384	4200
lordcrc@384	4201	if gui: gui.newline("basis:", -2, level+1, icon_texparam)
lordcrc@384	4202	noisebasis = luxProp(mat, keyname+".noisebasis", "blender_original")
lordcrc@384	4203	noisebasises = ["blender_original","original_perlin", "improved_perlin", "voronoi_f1", "voronoi_f2", "voronoi_f3", "voronoi_f4", "voronoi_f2f1", "voronoi_crackle", "cell_noise"]
lordcrc@384	4204	str += luxOption("noisebasis", noisebasis, noisebasises, "noisebasis", "", gui, 1.3)
lordcrc@384	4205
lordcrc@384	4206	if gui: gui.newline("level:", -2, level+1, icon_texparam)
lordcrc@384	4207	str += luxFloat("bright", luxProp(mat, keyname+".bright", 1.0), 0.0, 2.0, "bright", "", gui, 1.0)
lordcrc@384	4208	str += luxFloat("contrast", luxProp(mat, keyname+".contrast", 1.0), 0.0, 10.0, "contrast", "", gui, 1.0)
lordcrc@384	4209
lordcrc@384	4210	(s, l) = c(("", ""), luxTexture("tex1", keyname, type, default, min, max, "tex1", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4211	(s, l) = c((s, l), luxTexture("tex2", keyname, type, alternativedefault(type, default), min, max, "tex2", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4212	str = s + str + l
lordcrc@384	4213
lordcrc@384	4214	str += lux3DMapping(keyname, mat, gui, level+1)
lordcrc@384	4215
lordcrc@384	4216	if texture.get() == "blender_noise":
lordcrc@384	4217	if gui: gui.newline("level:", -2, level+1, icon_texparam)
lordcrc@384	4218	str += luxFloat("bright", luxProp(mat, keyname+".bright", 1.0), 0.0, 2.0, "bright", "", gui, 1.0)
lordcrc@384	4219	str += luxFloat("contrast", luxProp(mat, keyname+".contrast", 1.0), 0.0, 10.0, "contrast", "", gui, 1.0)
lordcrc@384	4220
lordcrc@384	4221	(s, l) = c(("", ""), luxTexture("tex1", keyname, type, default, min, max, "tex1", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4222	(s, l) = c((s, l), luxTexture("tex2", keyname, type, alternativedefault(type, default), min, max, "tex2", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4223	str = s + str + l
lordcrc@384	4224
lordcrc@384	4225	str += lux3DMapping(keyname, mat, gui, level+1)
lordcrc@384	4226
lordcrc@384	4227	if texture.get() == "blender_magic":
lordcrc@384	4228	if gui: gui.newline("noise:", -2, level+1, icon_texparam)
lordcrc@384	4229
lordcrc@384	4230	str += luxInt("noisedepth", luxProp(mat, keyname+".noisedepth", 2), 0.0, 10.0, "noisedepth", "", gui, 1.0)
lordcrc@384	4231	str += luxFloat("turbulance", luxProp(mat, keyname+".turbulance", 5.0), 0.0, 2.0, "turbulance", "", gui, 1.0)
lordcrc@384	4232
lordcrc@384	4233	if gui: gui.newline("level:", -2, level+1, icon_texparam)
lordcrc@384	4234	str += luxFloat("bright", luxProp(mat, keyname+".bright", 1.0), 0.0, 2.0, "bright", "", gui, 1.0)
lordcrc@384	4235	str += luxFloat("contrast", luxProp(mat, keyname+".contrast", 1.0), 0.0, 10.0, "contrast", "", gui, 1.0)
lordcrc@384	4236
lordcrc@384	4237	(s, l) = c(("", ""), luxTexture("tex1", keyname, type, default, min, max, "tex1", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4238	(s, l) = c((s, l), luxTexture("tex2", keyname, type, alternativedefault(type, default), min, max, "tex2", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4239	str = s + str + l
lordcrc@384	4240
lordcrc@384	4241	str += lux3DMapping(keyname, mat, gui, level+1)
lordcrc@384	4242
lordcrc@384	4243	if texture.get() == "blender_stucci":
lordcrc@384	4244	if gui: gui.newline("noise:", -2, level+1, icon_texparam)
lordcrc@384	4245	mtype = luxProp(mat, keyname+".mtype", "Plastic")
lordcrc@384	4246	mtypes = ["Plastic","Wall In","Wall Out"]
lordcrc@384	4247	str += luxOption("type", mtype, mtypes, "type", "", gui, 0.5)
lordcrc@384	4248
lordcrc@384	4249	noisetype = luxProp(mat, keyname+".noisetype", "soft_noise")
lordcrc@384	4250	noisetypes = ["soft_noise","hard_noise"]
lordcrc@384	4251	str += luxOption("noisetype", noisetype, noisetypes, "noisetypes", "", gui, 0.75)
lordcrc@384	4252
lordcrc@384	4253	str += luxFloat("noisesize", luxProp(mat, keyname+".noisesize", 0.25), 0.0, 10.0, "noisesize", "", gui, 1.0)
lordcrc@384	4254	str += luxFloat("turbulance", luxProp(mat, keyname+".turbulance", 5.0), 0.0, 200.0, "turbulance", "", gui, 1.0)
lordcrc@384	4255
lordcrc@384	4256	noisebasis = luxProp(mat, keyname+".noisebasis", "blender_original")
lordcrc@384	4257	noisebasises = ["blender_original","original_perlin", "improved_perlin", "voronoi_f1", "voronoi_f2", "voronoi_f3", "voronoi_f4", "voronoi_f2f1", "voronoi_crackle", "cell_noise"]
lordcrc@384	4258	str += luxOption("noisebasis", noisebasis, noisebasises, "noisebasis", "", gui, 1.3)
lordcrc@384	4259
lordcrc@384	4260	if gui: gui.newline("level:", -2, level+1, icon_texparam)
lordcrc@384	4261	str += luxFloat("bright", luxProp(mat, keyname+".bright", 1.0), 0.0, 2.0, "bright", "", gui, 1.0)
lordcrc@384	4262	str += luxFloat("contrast", luxProp(mat, keyname+".contrast", 1.0), 0.0, 10.0, "contrast", "", gui, 1.0)
lordcrc@384	4263
lordcrc@384	4264	(s, l) = c(("", ""), luxTexture("tex1", keyname, type, default, min, max, "tex1", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4265	(s, l) = c((s, l), luxTexture("tex2", keyname, type, alternativedefault(type, default), min, max, "tex2", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4266	str = s + str + l
lordcrc@384	4267
lordcrc@384	4268	str += lux3DMapping(keyname, mat, gui, level+1)
lordcrc@384	4269
lordcrc@384	4270	if texture.get() == "blender_voronoi":
lordcrc@384	4271	#if gui: gui.newline("distmetric:", -2, level+1, icon_texparam)
lordcrc@384	4272	mtype = luxProp(mat, keyname+".distmetric", "actual_distance")
lordcrc@384	4273	mtypes = ["actual_distance","distance_squared","manhattan", "chebychev", "minkovsky_half", "minkovsky_four", "minkovsky"]
lordcrc@384	4274	str += luxOption("distmetric", mtype, mtypes, "distmetric", "", gui, 1.1)
lordcrc@384	4275
lordcrc@384	4276	if gui: gui.newline("param:", -2, level+1, icon_texparam)
lordcrc@384	4277	str += luxFloat("minkovsky_exp", luxProp(mat, keyname+".minkovsky_exp", 2.5), 0.001, 10.0, "minkovsky_exp", "", gui, 1.0)
lordcrc@384	4278	str += luxFloat("outscale", luxProp(mat, keyname+".outscale", 1.0), 0.01, 10.0, "outscale", "", gui, 1.0)
lordcrc@384	4279	str += luxFloat("noisesize", luxProp(mat, keyname+".noisesize", 0.25), 0.0, 2.0, "noisesize", "", gui, 1.0)
lordcrc@384	4280	str += luxFloat("nabla", luxProp(mat, keyname+".nabla", 0.025), 0.001, 0.1, "nabla", "", gui, 1.0)
lordcrc@384	4281	if gui: gui.newline("wparam:", -2, level+1, icon_texparam)
lordcrc@384	4282	str += luxFloat("w1", luxProp(mat, keyname+".w1", 1.0), -2.0, 2.0, "w1", "", gui, 1.0)
lordcrc@384	4283	str += luxFloat("w2", luxProp(mat, keyname+".w2", 0.0), -2.0, 2.0, "w2", "", gui, 1.0)
lordcrc@384	4284	str += luxFloat("w3", luxProp(mat, keyname+".w3", 0.0), -2.0, 2.0, "w3", "", gui, 1.0)
lordcrc@384	4285	str += luxFloat("w4", luxProp(mat, keyname+".w4", 0.0), -2.0, 2.0, "w4", "", gui, 1.0)
lordcrc@384	4286
lordcrc@384	4287	if gui: gui.newline("level:", -2, level+1, icon_texparam)
lordcrc@384	4288	str += luxFloat("bright", luxProp(mat, keyname+".bright", 1.0), 0.0, 2.0, "bright", "", gui, 1.0)
lordcrc@384	4289	str += luxFloat("contrast", luxProp(mat, keyname+".contrast", 1.0), 0.0, 10.0, "contrast", "", gui, 1.0)
lordcrc@384	4290
lordcrc@384	4291	(s, l) = c(("", ""), luxTexture("tex1", keyname, type, default, min, max, "tex1", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4292	(s, l) = c((s, l), luxTexture("tex2", keyname, type, alternativedefault(type, default), min, max, "tex2", "", mat, gui, matlevel, texlevel+1, lightsource))
lordcrc@384	4293	str = s + str + l
lordcrc@384	4294
lordcrc@384	4295	str += lux3DMapping(keyname, mat, gui, level+1)
lordcrc@384	4296
lordcrc@384	4297
lordcrc@384	4298
lordcrc@384	4299	return (str+"\n", " \"texture %s\" [\"%s\"]"%(name, texname))
lordcrc@384	4300
lordcrc@384	4301
lordcrc@384	4302	def luxSpectrumTexture(name, key, default, max, caption, hint, mat, gui, level=0):
lordcrc@384	4303	global icon_col
lordcrc@384	4304	if gui: gui.newline(caption, 4, level, icon_col, scalelist([0.5,0.6,0.5],2.0/(level+2)))
lordcrc@384	4305	str = ""
lordcrc@384	4306	keyname = "%s:%s"%(key, name)
lordcrc@384	4307	texname = "%s:%s"%(mat.getName(), keyname)
lordcrc@384	4308	value = luxProp(mat, keyname, default)
lordcrc@384	4309	link = luxRGB(name, value, max, "", hint, gui, 2.0)
lordcrc@384	4310	tex = luxProp(mat, keyname+".textured", False)
lordcrc@384	4311	if gui: Draw.Toggle("T", evtLuxGui, gui.x, gui.y-gui.h, gui.h, gui.h, tex.get()=="true", "use texture", lambda e,v:tex.set(["false","true"][bool(v)]))
lordcrc@384	4312	if tex.get()=="true":
lordcrc@384	4313	if gui: gui.newline("", -2)
lordcrc@384	4314	(str, link) = luxTexture(name, key, "color", default, 0, max, caption, hint, mat, gui, level+1)
lordcrc@384	4315	if value.getRGB() != (1.0, 1.0, 1.0):
lordcrc@384	4316	if str == "": # handle special case if texture is a just a constant
lordcrc@384	4317	str += "Texture \"%s\" \"color\" \"scale\" \"color tex1\" [%s] \"color tex2\" [%s]\n"%(texname+".scale", (link.rpartition("[")[2])[0:-1], value.get())
lordcrc@384	4318	else: str += "Texture \"%s\" \"color\" \"scale\" \"texture tex1\" [\"%s\"] \"color tex2\" [%s]\n"%(texname+".scale", texname, value.get())
lordcrc@384	4319	link = " \"texture %s\" [\"%s\"]"%(name, texname+".scale")
lordcrc@384	4320	return (str, link)
lordcrc@384	4321
lordcrc@384	4322	def luxLightSpectrumTexture(name, key, default, max, caption, hint, mat, gui, level=0):
lordcrc@384	4323	#if gui: gui.newline(caption, 4, level, icon_emission, scalelist([0.6,0.5,0.5],2.0/(level+2)))
lordcrc@384	4324	str = ""
lordcrc@384	4325	keyname = "%s:%s"%(key, name)
lordcrc@384	4326	texname = "%s:%s"%(mat.getName(), keyname)
lordcrc@384	4327	(str, link) = luxTexture(name, key, "color", default, 0, max, caption, hint, mat, gui, level+1, 0, 1)
lordcrc@384	4328	return (str, link)
lordcrc@384	4329
lordcrc@384	4330	def luxFloatTexture(name, key, default, min, max, caption, hint, mat, gui, level=0):
lordcrc@384	4331	global icon_float
lordcrc@384	4332	if gui: gui.newline(caption, 4, level, icon_float, scalelist([0.5,0.5,0.6],2.0/(level+2)))
lordcrc@384	4333	str = ""
lordcrc@384	4334	keyname = "%s:%s"%(key, name)
lordcrc@384	4335	texname = "%s:%s"%(mat.getName(), keyname)
lordcrc@384	4336	value = luxProp(mat, keyname, default)
lordcrc@384	4337	link = luxFloat(name, value, min, max, "", hint, gui, 2.0)
lordcrc@384	4338	tex = luxProp(mat, keyname+".textured", False)
lordcrc@384	4339	if gui: Draw.Toggle("T", evtLuxGui, gui.x, gui.y-gui.h, gui.h, gui.h, tex.get()=="true", "use texture", lambda e,v:tex.set(["false","true"][bool(v)]))
lordcrc@384	4340	if tex.get()=="true":
lordcrc@384	4341	if gui: gui.newline("", -2)
lordcrc@384	4342	(str, link) = luxTexture(name, key, "float", default, min, max, caption, hint, mat, gui, level+1)
lordcrc@384	4343	if value.get() != 1.0:
lordcrc@384	4344	if str == "": # handle special case if texture is a just a constant
lordcrc@384	4345	str += "Texture \"%s\" \"float\" \"scale\" \"float tex1\" [%s] \"float tex2\" [%s]\n"%(texname+".scale", (link.rpartition("[")[2])[0:-1], value.get())
lordcrc@384	4346	else: str += "Texture \"%s\" \"float\" \"scale\" \"texture tex1\" [\"%s\"] \"float tex2\" [%s]\n"%(texname+".scale", texname, value.get())
lordcrc@384	4347	link = " \"texture %s\" [\"%s\"]"%(name, texname+".scale")
lordcrc@384	4348	return (str, link)
lordcrc@384	4349
lordcrc@384	4350	def luxFloatSliderTexture(name, key, default, min, max, caption, hint, mat, gui, level=0):
lordcrc@384	4351	global icon_float
lordcrc@384	4352	if gui: gui.newline(caption, 4, level, icon_float, scalelist([0.5,0.5,0.6],2.0/(level+2)))
lordcrc@384	4353	str = ""
lordcrc@384	4354	keyname = "%s:%s"%(key, name)
lordcrc@384	4355	texname = "%s:%s"%(mat.getName(), keyname)
lordcrc@384	4356	value = luxProp(mat, keyname, default)
lordcrc@384	4357	link = luxFloat(name, value, min, max, caption, hint, gui, 2.0, 1)
lordcrc@384	4358	tex = luxProp(mat, keyname+".textured", False)
lordcrc@384	4359	if gui: Draw.Toggle("T", evtLuxGui, gui.x, gui.y-gui.h, gui.h, gui.h, tex.get()=="true", "use texture", lambda e,v:tex.set(["false","true"][bool(v)]))
lordcrc@384	4360	if tex.get()=="true":
lordcrc@384	4361	if gui: gui.newline("", -2)
lordcrc@384	4362	(str, link) = luxTexture(name, key, "float", default, min, max, caption, hint, mat, gui, level+1)
lordcrc@384	4363	if value.get() != 1.0:
lordcrc@384	4364	if str == "": # handle special case if texture is a just a constant
lordcrc@384	4365	str += "Texture \"%s\" \"float\" \"scale\" \"float tex1\" [%s] \"float tex2\" [%s]\n"%(texname+".scale", (link.rpartition("[")[2])[0:-1], value.get())
lordcrc@384	4366	else: str += "Texture \"%s\" \"float\" \"scale\" \"texture tex1\" [\"%s\"] \"float tex2\" [%s]\n"%(texname+".scale", texname, value.get())
lordcrc@384	4367	link = " \"texture %s\" [\"%s\"]"%(name, texname+".scale")
lordcrc@384	4368	return (str, link)
lordcrc@384	4369
lordcrc@384	4370
lordcrc@384	4371	def luxExponentTexture(name, key, default, min, max, caption, hint, mat, gui, level=0):
lordcrc@384	4372	global icon_float
lordcrc@384	4373	if gui: gui.newline(caption, 4, level, icon_float, scalelist([0.5,0.5,0.6],2.0/(level+2)))
lordcrc@384	4374	str = ""
lordcrc@384	4375	keyname = "%s:%s"%(key, name)
lordcrc@384	4376	texname = "%s:%s"%(mat.getName(), keyname)
lordcrc@384	4377	value = luxProp(mat, keyname, default)
lordcrc@384	4378
lordcrc@384	4379	if(value.get() == None): value.set(0.002)
lordcrc@384	4380
lordcrc@384	4381	# link = luxFloat(name, value, min, max, "", hint, gui, 2.0)
lordcrc@384	4382	if gui:
lordcrc@384	4383	r = gui.getRect(2.0, 1)
lordcrc@384	4384	Draw.Number("", evtLuxGui, r[0], r[1], r[2], r[3], float(1.0/value.getFloat()), 1.0, 1000000.0, hint, lambda e,v: value.set(1.0/v))
lordcrc@384	4385	link = " \"float %s\" [%f]"%(name, value.getFloat())
lordcrc@384	4386
lordcrc@384	4387	tex = luxProp(mat, keyname+".textured", False)
lordcrc@384	4388	if gui: Draw.Toggle("T", evtLuxGui, gui.x, gui.y-gui.h, gui.h, gui.h, tex.get()=="true", "use texture", lambda e,v:tex.set(["false","true"][bool(v)]))
lordcrc@384	4389	if tex.get()=="true":
lordcrc@384	4390	if gui: gui.newline("", -2)
lordcrc@384	4391	(str, link) = luxTexture(name, key, "float", default, min, max, caption, hint, mat, gui, level+1)
lordcrc@384	4392	if value.get() != 1.0:
lordcrc@384	4393	if str == "": # handle special case if texture is a just a constant
lordcrc@384	4394	str += "Texture \"%s\" \"float\" \"scale\" \"float tex1\" [%s] \"float tex2\" [%s]\n"%(texname+".scale", (link.rpartition("[")[2])[0:-1], value.get())
lordcrc@384	4395	else: str += "Texture \"%s\" \"float\" \"scale\" \"texture tex1\" [\"%s\"] \"float tex2\" [%s]\n"%(texname+".scale", texname, value.get())
lordcrc@384	4396	link = " \"texture %s\" [\"%s\"]"%(name, texname+".scale")
lordcrc@384	4397	return (str, link)
lordcrc@384	4398
lordcrc@384	4399
lordcrc@384	4400	def luxDispFloatTexture(name, key, default, min, max, caption, hint, mat, gui, level=0):
lordcrc@384	4401	global icon_float
lordcrc@384	4402	if gui: gui.newline(caption, 4, level, icon_float, scalelist([0.5,0.5,0.6],2.0/(level+2)))
lordcrc@384	4403	str = ""
lordcrc@384	4404	keyname = "%s:%s"%(key, name)
lordcrc@384	4405	texname = "%s:%s"%(mat.getName(), keyname)
lordcrc@384	4406	value = luxProp(mat, keyname, default)
lordcrc@384	4407	link = luxFloat(name, value, min, max, "", hint, gui, 2.0)
lordcrc@384	4408	tex = luxProp(mat, keyname+".textured", False)
lordcrc@384	4409	if gui: Draw.Toggle("T", evtLuxGui, gui.x, gui.y-gui.h, gui.h, gui.h, tex.get()=="true", "use texture", lambda e,v:tex.set(["false","true"][bool(v)]))
lordcrc@384	4410	if tex.get()=="true":
lordcrc@384	4411	if gui: gui.newline("", -2)
lordcrc@384	4412	(str, link) = luxTexture(name, key, "float", default, min, max, caption, hint, mat, gui, level+1)
lordcrc@384	4413	str += "Texture \"%s\" \"float\" \"scale\" \"texture tex1\" [\"%s\"] \"float tex2\" [%s]\n"%(texname+".scale", texname, value.get())
lordcrc@384	4414	link = " \"texture %s\" [\"%s\"]"%(name, texname+".scale")
lordcrc@384	4415	return (str, link)
lordcrc@384	4416
lordcrc@384	4417	def luxIORFloatTexture(name, key, default, min, max, caption, hint, mat, gui, level=0):
lordcrc@384	4418	# IOR preset data
lordcrc@384	4419	iornames = ["0Z * Gases @ 0 C *", "01 - Vacuum", "02 - Air @ STP", "03 - Air", "04 - Helium", "05 - Hydrogen", "06 - Carbon dioxide",
lordcrc@384	4420	"1Z * LIQUIDS @ 20 C *", "11 - Benzene", "12 - Water", "13 - Ethyl alcohol", "14 - Carbon tetrachloride", "15 - Carbon disulfide",
lordcrc@384	4421	"2Z * SOLIDS at room temperature *", "21 - Diamond", "22 - Strontium titanate", "23 - Amber", "24 - Fused silica glass", "25 - sodium chloride",
lordcrc@384	4422	"3Z * OTHER Materials *", "31 - Pyrex (Borosilicate glass)", "32 - Ruby", "33 - Water ice", "34 - Cryolite", "35 - Acetone", "36 - Ethanol", "37 - Teflon", "38 - Glycerol", "39 - Acrylic glass", "40 - Rock salt", "41 - Crown glass (pure)", "42 - Salt (NaCl)", "43 - Polycarbonate", "44 - PMMA", "45 - PETg", "46 - PET", "47 - Flint glass (pure)", "48 - Crown glass (impure)", "49 - Fused Quartz", "50 - Bromine", "51 - Flint glass (impure)", "52 - Cubic zirconia", "53 - Moissanite", "54 - Cinnabar (Mercury sulfide)", "55 - Gallium(III) prosphide", "56 - Gallium(III) arsenide", "57 - Silicon"]
lordcrc@384	4423	iorvals = [1.0, 1.0, 1.0002926, 1.000293, 1.000036, 1.000132, 1.00045,
lordcrc@384	4424	1.501, 1.501, 1.333, 1.361, 1.461, 1.628,
lordcrc@384	4425	2.419, 2.419, 2.41, 1.55, 1.458, 1.50,
lordcrc@384	4426	1.470, 1.470, 1.760, 1.31, 1.388, 1.36, 1.36, 1.35, 1.4729, 1.490, 1.516, 1.50, 1.544, 1.584, 1.4893, 1.57, 1.575, 1.60, 1.485, 1.46, 1.661, 1.523, 2.15, 2.419, 2.65, 3.02, 3.5, 3.927, 4.01]
lordcrc@384	4427
lordcrc@384	4428	global icon_float
lordcrc@384	4429	if gui: gui.newline(caption, 4, level, icon_float, scalelist([0.5,0.5,0.6],2.0/(level+2)))
lordcrc@384	4430	str = ""
lordcrc@384	4431	keyname = "%s:%s"%(key, name)
lordcrc@384	4432	texname = "%s:%s"%(mat.getName(), keyname)
lordcrc@384	4433	value = luxProp(mat, keyname, default)
lordcrc@384	4434
lordcrc@384	4435	iorusepreset = luxProp(mat, keyname+".iorusepreset", "true")
lordcrc@384	4436	luxBool("iorusepreset", iorusepreset, "Preset", "Select from a list of predefined presets", gui, 0.4)
lordcrc@384	4437
lordcrc@384	4438	if(iorusepreset.get() == "true"):
lordcrc@384	4439	iorpreset = luxProp(mat, keyname+".iorpreset", "24 - Fused silica glass")
lordcrc@384	4440	if gui:
lordcrc@384	4441	def setIor(i, value, preset, tree, dict): # callback function to set ior value after selection
lordcrc@384	4442	if i >= 0:
lordcrc@384	4443	value.set(dict[i])
lordcrc@384	4444	preset.set(getTreeNameById(tree, i))
tom@398	4445	iortree = [ ("Liquids", [("Acetone", 1), ("Alcohol, Ethyl (grain)", 2), ("Alcohol, Methyl (wood)", 3), ("Beer", 4), ("Benzene", 5), ("Carbon tetrachloride", 6), ("Carbon disulfide", 7), ("Carbonated Beverages", 8), ("Chlorine (liq)", 9), ("Cranberry Juice (25%)", 10), ("Glycerin", 11), ("Honey, 13% water content", 12), ("Honey, 17% water content", 13), ("Honey, 21% water content", 14), ("Ice", 15), ("Milk", 16), ("Oil, Clove", 17), ("Oil, Lemon", 18), ("Oil, Neroli", 19), ("Oil, Orange", 20), ("Oil, Safflower", 21), ("Oil, vegetable (50 C)", 22), ("Oil of Wintergreen", 23), ("Rum, White", 24), ("Shampoo", 25), ("Sugar Solution 30%", 26), ("Sugar Solution 80%", 27), ("Turpentine", 28), ("Vodka", 29), ("Water (0 C)", 30), ("Water (100 C)", 31), ("Water (20 C)", 32), ("Whisky", 33) ] ), ("Gases", [("Vacuum", 101), ("Air @ STP", 102), ("Air", 103), ("Helium", 104), ("Hydrogen", 105), ("Carbon dioxide", 106) ]), ("Transparent\x20", [("Eye, Aqueous humor", 201), ("Eye, Cornea", 202), ("Eye, Lens", 203), ("Eye, Vitreous humor", 204), ("Glass, Arsenic Trisulfide", 205), ("Glass, Crown (common)", 206), ("Glass, Flint, 29% lead", 207), ("Glass, Flint, 55% lead", 208), ("Glass, Flint, 71% lead", 209), ("Glass, Fused Silica", 210), ("Glass, Pyrex", 211), ("Lucite", 212), ("Nylon", 213), ("Obsidian", 214), ("Plastic", 215), ("Plexiglas", 216), ("Salt", 217) ]), ("Gemstones", [("Agate", 301), ("Alexandrite", 302), ("Almandine", 303), ("Amber", 304), ("Amethyst", 305), ("Ammolite", 306), ("Andalusite", 307), ("Apatite", 308), ("Aquamarine", 309), ("Axenite", 310), ("Beryl", 311), ("Beryl, Red", 312), ("Chalcedony", 313), ("Chrome Tourmaline", 314), ("Citrine", 315), ("Clinohumite", 316), ("Coral", 317), ("Crystal", 318), ("Crysoberyl, Catseye", 319), ("Danburite", 320), ("Diamond", 321), ("Emerald", 322), ("Emerald Catseye", 323), ("Flourite", 324), ("Garnet, Grossular", 325), ("Garnet, Andradite", 326), ("Garnet, Demantiod", 327), ("Garnet, Mandarin", 328), ("Garnet, Pyrope", 329), ("Garnet, Rhodolite", 330), ("Garnet, Tsavorite", 331), ("Garnet, Uvarovite", 332), ("Hauyn", 333), ("Iolite", 334), ("Jade, Jadeite", 335), ("Jade, Nephrite", 336), ("Jet", 337), ("Kunzite", 338), ("Labradorite", 339), ("Lapis Lazuli", 340), ("Moonstone", 341), ("Morganite", 342), ("Obsidian", 343), ("Opal, Black", 344), ("Opal, Fire", 345), ("Opal, White", 346), ("Oregon Sunstone", 347), ("Padparadja", 348), ("Pearl", 349), ("Peridot", 350), ("Quartz", 351), ("Ruby", 352), ("Sapphire", 353), ("Sapphire, Star", 354), ("Spessarite", 355), ("Spinel", 356), ("Spinel, Blue", 357), ("Spinel, Red", 358), ("Star Ruby", 359), ("Tanzanite", 360), ("Topaz", 361), ("Topaz, Imperial", 362), ("Tourmaline", 363), ("Tourmaline, Blue", 364), ("Tourmaline, Catseye", 365), ("Tourmaline, Green", 366), ("Tourmaline, Paraiba", 367), ("Tourmaline, Red", 368), ("Zircon", 369), ("Zirconia, Cubic", 370) ] ), ("Other ", [("Pyrex (Borosilicate glass)", 401), ("Ruby", 402), ("Water ice", 403), ("Cryolite", 404), ("Acetone", 405), ("Ethanol", 406), ("Teflon", 407), ("Glycerol", 408), ("Acrylic glass", 409), ("Rock salt", 410), ("Crown glass (pure)", 411), ("Salt (NaCl)", 412), ("Polycarbonate", 413), ("PMMA", 414), ("PETg", 415), ("PET", 416), ("Flint glass (pure)", 417), ("Crown glass (impure)", 418), ("Fused Quartz", 419), ("Bromine", 420), ("Flint glass (impure)", 421), ("Cubic zirconia", 422), ("Moissanite", 423), ("Cinnabar (Mercury sulfide)", 424), ("Gallium(III) prosphide", 425), ("Gallium(III) arsenide", 426), ("Silicon", 427) ] ) ]
lordcrc@384	4446	iordict = {1:1.36, 2:1.36, 3:1.329, 4:1.345, 5:1.501, 6:1.000132, 7:1.00045, 8:1.34, 9:1.385, 10:1.351, 11:1.473, 12:1.504, 13:1.494, 14:1.484, 15:1.309, 16:1.35, 17:1.535, 18:1.481, 19:1.482, 20:1.473, 21:1.466, 22:1.47, 23:1.536, 24:1.361, 25:1.362, 26:1.38, 27:1.49, 28:1.472, 29:1.363, 30:1.33346, 31:1.31766, 32:1.33283, 33:1.356, 101:1.0, 102:1.0002926, 103:1.000293, 104:1.000036, 105:1.000132, 106:1.00045, 201:1.33, 202:1.38, 203:1.41, 204:1.34, 205:2.04, 206:1.52, 207:1.569, 208:1.669, 209:1.805, 210:1.459, 211:1.474, 212:1.495, 213:1.53, 214:1.50, 215:1.460, 216:1.488, 217:1.516, 301:1.544, 302:1.746, 303:1.75, 304:1.539, 305:1.532, 306:1.52, 307:1.629, 308:1.632, 309:1.567, 310:1.674, 311:1.57, 312:1.570, 313:1.544, 314:1.61, 315:1.532, 316:1.625, 317:1.486, 318:2.000, 319:1.746, 320:1.627, 321:2.417, 322:1.560, 323:1.560, 324:1.434, 325:1.72, 326:1.88, 327:1.880, 328:1.790, 329:1.73, 330:1.740, 331:1.739, 332:1.74, 333:1.490, 334:1.522, 335:1.64, 336:1.600, 337:1.660, 338:1.660, 339:1.560, 340:1.50, 341:1.518, 342:1.585, 343:1.50, 344:1.440, 345:1.430, 346:1.440, 347:1.560, 348:1.760, 349:1.53, 350:1.635, 351:1.544, 352:1.757, 353:1.757, 354:1.760, 355:1.79, 356:1.712, 357:1.712, 358:1.708, 359:1.76, 360:1.690, 361:1.607, 362:1.605, 363:1.603, 364:1.61, 365:1.61, 366:1.61, 367:1.61, 368:1.61, 369:1.777, 370:2.173, 401:1.47, 402:1.76, 403:1.31, 404:1.388, 405:1.36, 406:1.36, 407:1.35, 408:1.4729, 409:1.49, 410:1.516, 411:1.5, 412:1.544, 413:1.584, 414:1.4893, 415:1.57, 416:1.575, 417:1.6, 418:1.485, 419:1.46, 420:1.661, 421:1.523, 422:2.15, 423:2.419, 424:2.65, 425:3.02, 426:3.5, 427:3.927}
lordcrc@384	4447	r = gui.getRect(1.6, 1)
lordcrc@384	4448	Draw.Button(iorpreset.get(), evtLuxGui, r[0], r[1], r[2], r[3], "select IOR preset", lambda e,v: setIor(Draw.PupTreeMenu(iortree), value, iorpreset, iortree, iordict))
lordcrc@384	4449	link = luxFloat(name, value, min, max, "IOR", hint, None, 1.6)
lordcrc@384	4450	else:
lordcrc@384	4451	link = luxFloat(name, value, min, max, "IOR", hint, gui, 1.6, 1)
lordcrc@384	4452
lordcrc@384	4453	tex = luxProp(mat, keyname+".textured", False)
lordcrc@384	4454	if gui: Draw.Toggle("T", evtLuxGui, gui.x, gui.y-gui.h, gui.h, gui.h, tex.get()=="true", "use texture", lambda e,v:tex.set(["false","true"][bool(v)]))
lordcrc@384	4455	if tex.get()=="true":
lordcrc@384	4456	if gui: gui.newline("", -2)
lordcrc@384	4457	(str, link) = luxTexture(name, key, "float", default, min, max, caption, hint, mat, gui, level+1)
lordcrc@384	4458	if value.get() != 1.0:
lordcrc@384	4459	str += "Texture \"%s\" \"float\" \"scale\" \"texture tex1\" [\"%s\"] \"float tex2\" [%s]\n"%(texname+".scale", texname, value.get())
lordcrc@384	4460	link = " \"texture %s\" [\"%s\"]"%(name, texname+".scale")
lordcrc@384	4461	return (str, link)
lordcrc@384	4462
lordcrc@384	4463	def luxCauchyBFloatTexture(name, key, default, min, max, caption, hint, mat, gui, level=0):
lordcrc@384	4464	# IOR preset data
lordcrc@384	4465	cauchybnames = ["01 - Fused silica glass", "02 - Borosilicate glass BK7", "03 - Hard crown glass K5", "04 - Barium crown glass BaK4", "05 - Barium flint glass BaF10", "06 - Dense flint glass SF10" ]
lordcrc@384	4466	cauchybvals = [ 0.00354, 0.00420, 0.00459, 0.00531, 0.00743, 0.01342 ]
lordcrc@384	4467
lordcrc@384	4468	global icon_float
lordcrc@384	4469	if gui: gui.newline(caption, 4, level, icon_float, scalelist([0.5,0.5,0.6],2.0/(level+2)))
lordcrc@384	4470	str = ""
lordcrc@384	4471	keyname = "%s:%s"%(key, name)
lordcrc@384	4472	texname = "%s:%s"%(mat.getName(), keyname)
lordcrc@384	4473	value = luxProp(mat, keyname, default)
lordcrc@384	4474
lordcrc@384	4475	cauchybusepreset = luxProp(mat, keyname+".cauchybusepreset", "true")
lordcrc@384	4476	luxBool("cauchybusepreset", cauchybusepreset, "Preset", "Select from a list of predefined presets", gui, 0.4)
lordcrc@384	4477
lordcrc@384	4478	if(cauchybusepreset.get() == "true"):
lordcrc@384	4479	cauchybpreset = luxProp(mat, keyname+".cauchybpreset", "01 - Fused silica glass")
lordcrc@384	4480	luxOption("cauchybpreset", cauchybpreset, cauchybnames, " PRESET", "select CauchyB preset", gui, 1.6)
lordcrc@384	4481	idx = cauchybnames.index(cauchybpreset.get())
lordcrc@384	4482	value.set(cauchybvals[idx])
lordcrc@384	4483	link = luxFloat(name, value, min, max, "cauchyb", hint, None, 1.6)
lordcrc@384	4484	else:
lordcrc@384	4485	link = luxFloat(name, value, min, max, "cauchyb", hint, gui, 1.6, 1)
lordcrc@384	4486
lordcrc@384	4487	tex = luxProp(mat, keyname+".textured", False)
lordcrc@384	4488	if gui: Draw.Toggle("T", evtLuxGui, gui.x, gui.y-gui.h, gui.h, gui.h, tex.get()=="true", "use texture", lambda e,v:tex.set(["false","true"][bool(v)]))
lordcrc@384	4489	if tex.get()=="true":
lordcrc@384	4490	if gui: gui.newline("", -2)
lordcrc@384	4491	(str, link) = luxTexture(name, key, "float", default, min, max, caption, hint, mat, gui, level+1)
lordcrc@384	4492	if value.get() != 1.0:
lordcrc@384	4493	str += "Texture \"%s\" \"float\" \"scale\" \"texture tex1\" [\"%s\"] \"float tex2\" [%s]\n"%(texname+".scale", texname, value.get())
lordcrc@384	4494	link = " \"texture %s\" [\"%s\"]"%(name, texname+".scale")
lordcrc@384	4495	return (str, link)
lordcrc@384	4496
lordcrc@384	4497	def luxLight(name, kn, mat, gui, level):
lordcrc@384	4498	if gui:
lordcrc@384	4499	if name != "": gui.newline(name+":", 10, level)
lordcrc@384	4500	else: gui.newline("color:", 0, level+1)
lordcrc@384	4501	(str,link) = luxLightSpectrumTexture("L", kn+"light", "1.0 1.0 1.0", 1.0, "Spectrum", "", mat, gui, level+1)
lordcrc@384	4502	if gui: gui.newline("")
lordcrc@384	4503	link += luxFloat("power", luxProp(mat, kn+"light.power", 100.0), 0.0, 10000.0, "Power(W)", "AreaLight Power in Watts", gui)
lordcrc@384	4504	link += luxFloat("efficacy", luxProp(mat, kn+"light.efficacy", 17.0), 0.0, 100.0, "Efficacy(lm/W)", "Efficacy Luminous flux/watt", gui)
lordcrc@384	4505	if gui: gui.newline("")
lordcrc@384	4506	link += luxFloat("gain", luxProp(mat, kn+"light.gain", 1.0), 0.0, 100.0, "gain", "Gain/scale multiplier", gui)
lordcrc@384	4507	lightgroup = luxProp(mat, kn+"light.lightgroup", "default")
lordcrc@384	4508	luxString("lightgroup", lightgroup, "group", "assign light to a named light-group", gui, 1.0)
lordcrc@384	4509
lordcrc@384	4510	if gui: gui.newline("Photometric")
lordcrc@384	4511	pm = luxProp(mat, kn+"light.usepm", "false")
lordcrc@384	4512	luxCollapse("photometric", pm, "Photometric Diagram", "Enable Photometric Diagram options", gui, 2.0)
lordcrc@384	4513
lordcrc@384	4514	if(pm.get()=="true"):
lordcrc@384	4515	pmtype = luxProp(mat, kn+"light.pmtype", "IESna")
lordcrc@384	4516	pmtypes = ["IESna", "imagemap"]
lordcrc@384	4517	luxOption("type", pmtype, pmtypes, "type", "Choose Photometric data type to use", gui, 0.6)
lordcrc@384	4518	if(pmtype.get() == "imagemap"):
lordcrc@384	4519	map = luxProp(mat, kn+"light.pmmapname", "")
lordcrc@384	4520	link += luxFile("mapname", map, "map-file", "filename of the photometric map", gui, 1.4)
lordcrc@384	4521	if(pmtype.get() == "IESna"):
lordcrc@384	4522	map = luxProp(mat, kn+"light.pmiesname", "")
lordcrc@384	4523	link += luxFile("iesname", map, "ies-file", "filename of the IES photometric data file", gui, 1.4)
lordcrc@384	4524
lordcrc@384	4525	has_bump_options = 0
lordcrc@384	4526	has_object_options = 1
lordcrc@384	4527	return (str, link)
lordcrc@384	4528
lordcrc@384	4529	def luxLamp(name, kn, mat, gui, level):
lordcrc@384	4530	if gui:
lordcrc@384	4531	if name != "": gui.newline(name+":", 10, level)
lordcrc@384	4532	else: gui.newline("color:", 0, level+1)
lordcrc@384	4533	# if gui: gui.newline("", 10, level)
lordcrc@384	4534	(str,link) = luxLightSpectrumTexture("L", kn+"light", "1.0 1.0 1.0", 1.0, "Spectrum", "", mat, gui, level+1)
lordcrc@384	4535	if gui: gui.newline("")
lordcrc@384	4536	link += luxFloat("gain", luxProp(mat, kn+"light.gain", 1.0), 0.0, 100.0, "gain", "Gain/scale multiplier", gui)
lordcrc@384	4537	lightgroup = luxProp(mat, kn+"light.lightgroup", "default")
lordcrc@384	4538	luxString("lightgroup", lightgroup, "group", "assign light to a named light-group", gui, 1.0)
lordcrc@384	4539
lordcrc@384	4540	if gui: gui.newline("Photometric")
lordcrc@384	4541	pm = luxProp(mat, kn+"light.usepm", "false")
lordcrc@384	4542	luxBool("photometric", pm, "Photometric Diagram", "Enable Photometric Diagram options", gui, 2.0)
lordcrc@384	4543
lordcrc@384	4544	if(pm.get()=="true"):
lordcrc@384	4545	pmtype = luxProp(mat, kn+"light.pmtype", "IESna")
lordcrc@384	4546	pmtypes = ["IESna", "imagemap"]
lordcrc@384	4547	luxOption("type", pmtype, pmtypes, "type", "Choose Photometric data type to use", gui, 0.6)
lordcrc@384	4548	if(pmtype.get() == "imagemap"):
lordcrc@384	4549	map = luxProp(mat, kn+"light.pmmapname", "")
lordcrc@384	4550	link += luxFile("mapname", map, "map-file", "filename of the photometric map", gui, 1.4)
lordcrc@384	4551	if(pmtype.get() == "IESna"):
lordcrc@384	4552	map = luxProp(mat, kn+"light.pmiesname", "")
lordcrc@384	4553	link += luxFile("iesname", map, "ies-file", "filename of the IES photometric data file", gui, 1.4)
lordcrc@384	4554
lordcrc@384	4555	link += luxBool("flipz", luxProp(mat, kn+"light.flipZ", "true"), "Flip Z", "Flip Z direction in mapping", gui, 2.0)
lordcrc@384	4556
lordcrc@384	4557	return (str, link)
lordcrc@384	4558
lordcrc@384	4559	def luxSpot(name, kn, mat, gui, level):
lordcrc@384	4560	if gui:
lordcrc@384	4561	if name != "": gui.newline(name+":", 10, level)
lordcrc@384	4562	else: gui.newline("color:", 0, level+1)
lordcrc@384	4563	# if gui: gui.newline("", 10, level)
lordcrc@384	4564	(str,link) = luxLightSpectrumTexture("L", kn+"light", "1.0 1.0 1.0", 1.0, "Spectrum", "", mat, gui, level+1)
lordcrc@384	4565	if gui: gui.newline("")
lordcrc@384	4566	link += luxFloat("gain", luxProp(mat, kn+"light.gain", 1.0), 0.0, 100.0, "gain", "Gain/scale multiplier", gui)
lordcrc@384	4567	lightgroup = luxProp(mat, kn+"light.lightgroup", "default")
lordcrc@384	4568	luxString("lightgroup", lightgroup, "group", "assign light to a named light-group", gui, 1.0)
lordcrc@384	4569
lordcrc@384	4570	if gui: gui.newline("Projection")
lordcrc@384	4571	proj = luxProp(mat, kn+"light.usetexproj", "false")
lordcrc@384	4572	luxBool("projection", proj, "Texture Projection", "Enable imagemap texture projection", gui, 2.0)
lordcrc@384	4573
lordcrc@384	4574	if(proj.get() == "true"):
lordcrc@384	4575	map = luxProp(mat, kn+"light.pmmapname", "")
lordcrc@384	4576	link += luxFile("mapname", map, "map-file", "filename of the photometric map", gui, 2.0)
lordcrc@384	4577
lordcrc@384	4578	return (str, link)
lordcrc@384	4579
lordcrc@384	4580
lordcrc@384	4581	def Preview_Sphereset(mat, kn, state):
lordcrc@384	4582	if state=="true":
lordcrc@384	4583	luxProp(mat, kn+"prev_sphere", "true").set("true")
lordcrc@384	4584	luxProp(mat, kn+"prev_plane", "false").set("false")
lordcrc@384	4585	luxProp(mat, kn+"prev_torus", "false").set("false")
lordcrc@384	4586	def Preview_Planeset(mat, kn, state):
lordcrc@384	4587	if state=="true":
lordcrc@384	4588	luxProp(mat, kn+"prev_sphere", "true").set("false")
lordcrc@384	4589	luxProp(mat, kn+"prev_plane", "false").set("true")
lordcrc@384	4590	luxProp(mat, kn+"prev_torus", "false").set("false")
lordcrc@384	4591	def Preview_Torusset(mat, kn, state):
lordcrc@384	4592	if state=="true":
lordcrc@384	4593	luxProp(mat, kn+"prev_sphere", "true").set("false")
lordcrc@384	4594	luxProp(mat, kn+"prev_plane", "false").set("false")
lordcrc@384	4595	luxProp(mat, kn+"prev_torus", "false").set("true")
lordcrc@384	4596
lordcrc@384	4597
lordcrc@384	4598
lordcrc@384	4599
lordcrc@384	4600	def Preview_Update(mat, kn, defLarge, defType, texName, name, level):
lordcrc@384	4601	#print("%s %s %s %s %s %s %s" % (mat, kn, defLarge, defType, texName, name, level))
lordcrc@384	4602
lordcrc@384	4603	global previewing
lordcrc@384	4604	previewing = True
lordcrc@384	4605
lordcrc@384	4606	Blender.Window.WaitCursor(True)
lordcrc@384	4607	scn = Scene.GetCurrent()
lordcrc@384	4608
lordcrc@384	4609	# set path mode to absolute for preview
lordcrc@384	4610	pm_prop = luxProp(scn, "pathmode", "absolute")
lordcrc@384	4611	pm = pm_prop.get()
lordcrc@384	4612	pm_prop.set('absolute')
lordcrc@384	4613
lordcrc@384	4614
lordcrc@384	4615	# Size of preview thumbnail
lordcrc@384	4616	thumbres = 110 # default 110x110
lordcrc@384	4617	if(defLarge):
lordcrc@384	4618	large = luxProp(mat, kn+"prev_large", "true")
lordcrc@384	4619	else:
lordcrc@384	4620	large = luxProp(mat, kn+"prev_large", "false")
lordcrc@384	4621	if(large.get() == "true"):
lordcrc@384	4622	thumbres = 140 # small 140x140
lordcrc@384	4623
lordcrc@384	4624	thumbbuf = thumbresthumbres3
lordcrc@384	4625
lordcrc@384	4626	# consolebin = luxProp(scn, "luxconsole", "").get()
lordcrc@384	4627
lordcrc@384	4628	p = get_lux_pipe(scn, buf=thumbbuf, type="luxconsole")
lordcrc@384	4629
lordcrc@384	4630	# Unremark to write debugging output to file
lordcrc@384	4631	# p.stdin = open('c:\preview.lxs', 'w')
lordcrc@384	4632
lordcrc@384	4633	if defType == 0:
lordcrc@384	4634	prev_sphere = luxProp(mat, kn+"prev_sphere", "true")
lordcrc@384	4635	prev_plane = luxProp(mat, kn+"prev_plane", "false")
lordcrc@384	4636	prev_torus = luxProp(mat, kn+"prev_torus", "false")
lordcrc@384	4637	elif defType == 1:
lordcrc@384	4638	prev_sphere = luxProp(mat, kn+"prev_sphere", "false")
lordcrc@384	4639	prev_plane = luxProp(mat, kn+"prev_plane", "true")
lordcrc@384	4640	prev_torus = luxProp(mat, kn+"prev_torus", "false")
lordcrc@384	4641	else:
lordcrc@384	4642	prev_sphere = luxProp(mat, kn+"prev_sphere", "false")
lordcrc@384	4643	prev_plane = luxProp(mat, kn+"prev_plane", "false")
lordcrc@384	4644	prev_torus = luxProp(mat, kn+"prev_torus", "true")
lordcrc@384	4645
lordcrc@384	4646	# Zoom
lordcrc@384	4647	if luxProp(mat, kn+"prev_zoom", "false").get() == "true":
lordcrc@384	4648	p.stdin.write('LookAt 0.250000 -1.500000 0.750000 0.250000 -0.500000 0.750000 0.000000 0.000000 1.000000\nCamera "perspective" "float fov" [22.5]\n')
lordcrc@384	4649	else:
lordcrc@384	4650	p.stdin.write('LookAt 0.0 -3.0 0.5 0.0 -2.0 0.5 0.0 0.0 1.0\nCamera "perspective" "float fov" [22.5]\n')
lordcrc@384	4651	# Fleximage
lordcrc@384	4652	p.stdin.write('Film "fleximage" "integer xresolution" [%i] "integer yresolution" [%i] "integer displayinterval" [3] "integer ldr_writeinterval" [3600] "string tonemapkernel" ["linear"] "integer haltspp" [1] "integer reject_warmup" [64] "bool write_tonemapped_tga" ["false"] "bool write_untonemapped_exr" ["false"] "bool write_tonemapped_exr" ["false"] "bool write_untonemapped_igi" ["false"] "bool write_tonemapped_igi" ["false"] "bool write_png" ["false"] "string filename" ["luxblend-preview"] \n'%(thumbres, thumbres))
lordcrc@384	4653	p.stdin.write('PixelFilter "sinc"\n')
lordcrc@384	4654	# Quality
lordcrc@384	4655	scn = Scene.GetCurrent()
lordcrc@384	4656	defprevmat = luxProp(scn, "defprevmat", "high")
lordcrc@384	4657	quality = luxProp(mat, kn+"prev_quality", defprevmat.get())
lordcrc@384	4658	if quality.get()=="low":
lordcrc@384	4659	p.stdin.write('Sampler "lowdiscrepancy" "string pixelsampler" ["hilbert"] "integer pixelsamples" [2]\n')
lordcrc@384	4660	elif quality.get()=="medium":
lordcrc@384	4661	p.stdin.write('Sampler "lowdiscrepancy" "string pixelsampler" ["hilbert"] "integer pixelsamples" [4]\n')
lordcrc@384	4662	elif quality.get()=="high":
lordcrc@384	4663	p.stdin.write('Sampler "lowdiscrepancy" "string pixelsampler" ["hilbert"] "integer pixelsamples" [8]\n')
lordcrc@384	4664	else:
lordcrc@384	4665	p.stdin.write('Sampler "lowdiscrepancy" "string pixelsampler" ["hilbert"] "integer pixelsamples" [32]\n')
lordcrc@384	4666	# SurfaceIntegrator
lordcrc@384	4667	if(prev_plane.get()=="false"):
lordcrc@384	4668	p.stdin.write('SurfaceIntegrator "distributedpath" "integer directsamples" [1] "integer diffusereflectdepth" [1] "integer diffusereflectsamples" [4] "integer diffuserefractdepth" [4] "integer diffuserefractsamples" [1] "integer glossyreflectdepth" [1] "integer glossyreflectsamples" [2] "integer glossyrefractdepth" [4] "integer glossyrefractsamples" [1] "integer specularreflectdepth" [2] "integer specularrefractdepth" [4]\n')
lordcrc@384	4669	else:
lordcrc@384	4670	p.stdin.write('SurfaceIntegrator "distributedpath" "integer directsamples" [1] "integer diffusereflectdepth" [0] "integer diffusereflectsamples" [0] "integer diffuserefractdepth" [0] "integer diffuserefractsamples" [0] "integer glossyreflectdepth" [0] "integer glossyreflectsamples" [0] "integer glossyrefractdepth" [0] "integer glossyrefractsamples" [0] "integer specularreflectdepth" [1] "integer specularrefractdepth" [1]\n')
lordcrc@384	4671	# World
lordcrc@384	4672	p.stdin.write('WorldBegin\n')
lordcrc@384	4673	if(prev_sphere.get()=="true"):
lordcrc@384	4674	p.stdin.write('AttributeBegin\nTransform [0.5 0.0 0.0 0.0 0.0 0.5 0.0 0.0 0.0 0.0 0.5 0.0 0.0 0.0 0.5 1.0]\n')
lordcrc@384	4675	elif (prev_plane.get()=="true"):
lordcrc@384	4676	p.stdin.write('AttributeBegin\nTransform [0.649999976158 0.0 0.0 0.0 0.0 4.90736340453e-008 0.649999976158 0.0 0.0 -0.649999976158 4.90736340453e-008 0.0 0.0 0.0 0.5 1.0]\n')
lordcrc@384	4677	else:
lordcrc@384	4678	p.stdin.write('AttributeBegin\nTransform [0.35 -0.35 0.0 0.0 0.25 0.25 0.35 0.0 -0.25 -0.25 0.35 0.0 0.0 0.0 0.5 1.0]\n')
lordcrc@384	4679	obwidth = luxProp(mat, kn+"prev_obwidth", 1.0)
lordcrc@384	4680	obw = obwidth.get()
lordcrc@384	4681	p.stdin.write('TransformBegin\n')
lordcrc@384	4682	p.stdin.write('Scale %f %f %f\n'%(obw,obw,obw))
lordcrc@384	4683	if texName:
lordcrc@384	4684	print("texture "+texName+" "+name)
lordcrc@384	4685	(str, link) = luxTexture(texName, name, "color", "1.0 1.0 1.0", None, None, "", "", mat, None, 0, level)
lordcrc@384	4686	link = link.replace(" "+texName+"\"", " Kd\"") # swap texture name to "Kd"
lordcrc@384	4687	p.stdin.write(str+"\n")
lordcrc@384	4688	p.stdin.write("Material \"matte\" "+link+"\n")
lordcrc@384	4689	else:
lordcrc@384	4690	# Material
lordcrc@384	4691	p.stdin.write(luxMaterial(mat))
lordcrc@384	4692	link = luxProp(mat,"link","").get()
lordcrc@384	4693	if kn!="": link = link.rstrip("\"")+":"+kn.strip(".:")+"\""
lordcrc@384	4694	p.stdin.write(link+'\n')
lordcrc@384	4695	p.stdin.write('TransformEnd\n')
lordcrc@384	4696	# Shape
lordcrc@384	4697	if(prev_sphere.get()=="true"):
lordcrc@384	4698	p.stdin.write('Shape "sphere" "float radius" [1.0]\n')
lordcrc@384	4699	elif (prev_plane.get()=="true"):
lordcrc@384	4700	p.stdin.write(' Shape "trianglemesh" "integer indices" [ 0 1 2 0 2 3 ] "point P" [ 1.0 1.0 0.0 -1.0 1.0 0.0 -1.0 -1.0 -0.0 1.0 -1.0 -0.0 ] "float uv" [ 1.0 1.0 0.0 1.0 0.0 0.0 1.0 0.0 ]\n')
lordcrc@384	4701	elif (prev_torus.get()=="true"):
lordcrc@384	4702	p.stdin.write('Shape "torus" "float radius" [1.0]\n')
lordcrc@384	4703	p.stdin.write('AttributeEnd\n')
lordcrc@384	4704	# Checkerboard floor
lordcrc@384	4705	if(prev_plane.get()=="false"):
lordcrc@384	4706	p.stdin.write('AttributeBegin\nTransform [5.0 0.0 0.0 0.0 0.0 5.0 0.0 0.0 0.0 0.0 5.0 0.0 0.0 0.0 0.0 1.0]\n')
lordcrc@384	4707	p.stdin.write('Texture "checks" "color" "checkerboard"')
lordcrc@384	4708	p.stdin.write('"integer dimension" [2] "string aamode" ["supersample"] "color tex1" [0.9 0.9 0.9] "color tex2" [0.0 0.0 0.0]')
lordcrc@384	4709	p.stdin.write('"string mapping" ["uv"] "float uscale" [36.8] "float vscale" [36.0]\n')
lordcrc@384	4710	p.stdin.write('Material "matte" "texture Kd" ["checks"]\n')
lordcrc@384	4711	p.stdin.write('Shape "loopsubdiv" "integer nlevels" [3] "bool dmnormalsmooth" ["true"] "bool dmsharpboundary" ["false"] ')
lordcrc@384	4712	p.stdin.write('"integer indices" [ 0 1 2 0 2 3 1 0 4 1 4 5 5 4 6 5 6 7 ]')
lordcrc@384	4713	p.stdin.write('"point P" [ 1.000000 1.000000 0.000000 -1.000000 1.000000 0.000000 -1.000000 -1.000000 0.000000 1.000000 -1.000000 0.000000 1.000000 3.000000 0.000000 -1.000000 3.000000 0.000000 1.000000 3.000000 2.000000 -1.000000 3.000000 2.000000')
lordcrc@384	4714	p.stdin.write('] "normal N" [ 0.000000 0.000000 1.000000 0.000000 0.000000 1.000000 0.000000 0.000000 1.000000 0.000000 0.000000 1.000000 0.000000 -0.707083 0.707083 0.000000 -0.707083 0.707083 0.000000 -1.000000 0.000000 0.000000 -1.000000 0.000000')
lordcrc@384	4715	p.stdin.write('] "float uv" [ 0.333334 0.000000 0.333334 0.333334 0.000000 0.333334 0.000000 0.000000 0.666667 0.000000 0.666667 0.333333 1.000000 0.000000 1.000000 0.333333 ]\n')
lordcrc@384	4716	p.stdin.write('AttributeEnd\n')
lordcrc@384	4717	# Lightsource
lordcrc@384	4718	if(prev_plane.get()=="false"):
lordcrc@384	4719	p.stdin.write('AttributeBegin\nTransform [1.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 1.0 0.0 1.0 -1.0 4.0 1.0]\n')
lordcrc@384	4720	else:
lordcrc@384	4721	p.stdin.write('AttributeBegin\nTransform [1.0 0.0 0.0 0.0 0.0 1.0 0.0 0.0 0.0 0.0 1.0 0.0 1.0 -4.0 1.0 1.0]\n')
lordcrc@384	4722	area = luxProp(mat, kn+"prev_arealight", "false")
lordcrc@384	4723	if(area.get() == "false"):
lordcrc@384	4724	p.stdin.write('Texture "pL" "color" "blackbody" "float temperature" [6500.0]\n')
lordcrc@384	4725	p.stdin.write('LightSource "point" "texture L" ["pL"] "float gain" [0.002]')
lordcrc@384	4726	else:
lordcrc@384	4727	p.stdin.write('ReverseOrientation\n')
lordcrc@384	4728	p.stdin.write('AreaLightSource "area" "color L" [1.0 1.0 1.0]\n')
lordcrc@384	4729	if(prev_plane.get()=="false"):
lordcrc@384	4730	p.stdin.write(' "float gain" [0.3]\n')
lordcrc@384	4731	p.stdin.write('Shape "disk" "float radius" [1.0]\nAttributeEnd\n')
lordcrc@384	4732	p.stdin.write('WorldEnd\n')
lordcrc@384	4733
lordcrc@384	4734	previewing = False
lordcrc@384	4735
lordcrc@384	4736	data = p.communicate()[0]
lordcrc@384	4737	p.stdin.close()
lordcrc@384	4738
lordcrc@384	4739	# restore path mode
lordcrc@384	4740	pm_prop.set(pm)
lordcrc@384	4741
lordcrc@384	4742	datalen = len(data)
lordcrc@384	4743	if(datalen < thumbbuf):
lordcrc@384	4744	print("error on preview: got %i bytes, expected %i" % (datalen, thumbbuf))
lordcrc@384	4745	return
lordcrc@384	4746	global previewCache
lordcrc@384	4747	image = luxImage()
lordcrc@384	4748	image.decodeLuxConsole(thumbres, thumbres, data)
lordcrc@384	4749	previewCache[(mat.name+":"+kn).__hash__()] = image
lordcrc@384	4750	Draw.Redraw()
lordcrc@384	4751	Blender.Window.WaitCursor(False)
lordcrc@384	4752
lordcrc@384	4753	def luxPreview(mat, name, defType=0, defEnabled=False, defLarge=False, texName=None, gui=None, level=0, color=None):
lordcrc@384	4754
lordcrc@384	4755
lordcrc@384	4756	if gui:
lordcrc@384	4757	kn = name
lordcrc@384	4758	if texName: kn += ":"+texName
lordcrc@384	4759	if kn != "": kn += "."
lordcrc@384	4760	if(defEnabled == True):
lordcrc@384	4761	showpreview = luxProp(mat, kn+"prev_show", "true")
lordcrc@384	4762	else:
lordcrc@384	4763	showpreview = luxProp(mat, kn+"prev_show", "false")
lordcrc@384	4764	Draw.Toggle("P", evtLuxGui, gui.xmax, gui.y-gui.h, gui.h, gui.h, showpreview.get()=="true", "Preview", lambda e,v: showpreview.set(["false","true"][bool(v)]))
lordcrc@384	4765	if showpreview.get()=="true":
lordcrc@384	4766	if(defLarge):
lordcrc@384	4767	large = luxProp(mat, kn+"prev_large", "true")
lordcrc@384	4768	else:
lordcrc@384	4769	large = luxProp(mat, kn+"prev_large", "false")
lordcrc@384	4770	voffset = -8
lordcrc@384	4771	rr = 5.65
lordcrc@384	4772	if(large.get() == "true"):
lordcrc@384	4773	rr = 7
lordcrc@384	4774	voffset = 22
lordcrc@384	4775	gui.newline()
lordcrc@384	4776	r = gui.getRect(1.1, rr)
lordcrc@384	4777	if(color != None):
lordcrc@384	4778	BGL.glColor3f(color[0],color[1],color[2]); BGL.glRectf(r[0]-110, r[1], 418, r[1]+128+voffset); BGL.glColor3f(0.9, 0.9, 0.9)
lordcrc@384	4779	try: previewCache[(mat.name+":"+kn).__hash__()].draw(r[0]-82, r[1]+4)
lordcrc@384	4780	except: pass
lordcrc@384	4781
lordcrc@384	4782	prev_sphere = luxProp(mat, kn+"prev_sphere", "true")
lordcrc@384	4783	prev_plane = luxProp(mat, kn+"prev_plane", "false")
lordcrc@384	4784	prev_torus = luxProp(mat, kn+"prev_torus", "false")
lordcrc@384	4785	if defType == 1:
lordcrc@384	4786	prev_sphere = luxProp(mat, kn+"prev_sphere", "false")
lordcrc@384	4787	prev_plane = luxProp(mat, kn+"prev_plane", "true")
lordcrc@384	4788	prev_torus = luxProp(mat, kn+"prev_torus", "false")
lordcrc@384	4789	elif defType == 2:
lordcrc@384	4790	prev_sphere = luxProp(mat, kn+"prev_sphere", "false")
lordcrc@384	4791	prev_plane = luxProp(mat, kn+"prev_plane", "false")
lordcrc@384	4792	prev_torus = luxProp(mat, kn+"prev_torus", "true")
lordcrc@384	4793
lordcrc@384	4794	# preview mode toggle buttons
lordcrc@384	4795	Draw.Toggle("S", evtLuxGui, r[0]-108, r[1]+100+voffset, 22, 22, prev_sphere.get()=="true", "Draw Sphere", lambda e,v: Preview_Sphereset(mat, kn, ["false","true"][bool(v)]))
lordcrc@384	4796	Draw.Toggle("P", evtLuxGui, r[0]-108, r[1]+74+voffset, 22, 22, prev_plane.get()=="true", "Draw 2D Plane", lambda e,v: Preview_Planeset(mat, kn, ["false","true"][bool(v)]))
lordcrc@384	4797	Draw.Toggle("T", evtLuxGui, r[0]-108, r[1]+48+voffset, 22, 22, prev_torus.get()=="true", "Draw Torus", lambda e,v: Preview_Torusset(mat, kn, ["false","true"][bool(v)]))
lordcrc@384	4798
lordcrc@384	4799	# Zoom toggle
lordcrc@384	4800	zoom = luxProp(mat, kn+"prev_zoom", "false")
lordcrc@384	4801	Draw.Toggle("Zoom", evtLuxGui, r[0]+66, r[1]+100+voffset, 50, 18, zoom.get()=="true", "Zoom", lambda e,v: zoom.set(["false","true"][bool(v)]))
lordcrc@384	4802
lordcrc@384	4803	area = luxProp(mat, kn+"prev_arealight", "false")
lordcrc@384	4804	Draw.Toggle("Area", evtLuxGui, r[0]+66, r[1]+5, 50, 18, area.get()=="true", "Area", lambda e,v: area.set(["false","true"][bool(v)]))
lordcrc@384	4805
lordcrc@384	4806	# Object width
lordcrc@384	4807	obwidth = luxProp(mat, kn+"prev_obwidth", 1.0)
lordcrc@384	4808	Draw.Number("Width:", evtLuxGui, r[0]+66, r[1]+78+voffset, 129, 18, obwidth.get(), 0.001, 10, "The width of the preview object in blender/lux 1m units", lambda e,v: obwidth.set(v))
lordcrc@384	4809
lordcrc@384	4810	# large/small size
lordcrc@384	4811	Draw.Toggle("large", evtLuxGui, r[0]+200, r[1]+78+voffset, 88, 18, large.get()=="true", "Large", lambda e,v: large.set(["false","true"][bool(v)]))
lordcrc@384	4812
lordcrc@384	4813	# Preview Quality
lordcrc@384	4814	qs = ["low","medium","high","very high"]
lordcrc@384	4815	scn = Scene.GetCurrent()
lordcrc@384	4816	defprevmat = luxProp(scn, "defprevmat", "high")
lordcrc@384	4817	quality = luxProp(mat, kn+"prev_quality", defprevmat.get())
lordcrc@384	4818	luxOptionRect("quality", quality, qs, " Quality", "select preview quality", gui, r[0]+200, r[1]+100+voffset, 88, 18)
lordcrc@384	4819
lordcrc@384	4820	# Update preview
lordcrc@384	4821	Draw.Button("Update Preview", evtLuxGui, r[0]+120, r[1]+5, 167, 18, "Update Material Preview", lambda e,v: Preview_Update(mat, kn, defLarge, defType, texName, name, level))
lordcrc@384	4822
lordcrc@384	4823	# Reset depths after getRect()
lordcrc@384	4824	gui.y -= 92+voffset
lordcrc@384	4825	gui.y -= gui.h
lordcrc@384	4826	gui.hmax = 18 + 4
lordcrc@384	4827
lordcrc@384	4828	def luxMaterialBlock(name, luxname, key, mat, gui=None, level=0, str_opt=""):
lordcrc@384	4829	global icon_mat, icon_matmix, icon_map3dparam
lordcrc@384	4830	def c(t1, t2):
lordcrc@384	4831	return (t1[0]+t2[0], t1[1]+t2[1])
lordcrc@384	4832	str = ""
lordcrc@384	4833	if key == "": keyname = kn = name
lordcrc@384	4834	else: keyname = kn = "%s:%s"%(key, name)
lordcrc@384	4835	if kn != "": kn += "."
lordcrc@384	4836	if keyname == "": matname = mat.getName()
lordcrc@384	4837	else: matname = "%s:%s"%(mat.getName(), keyname)
lordcrc@384	4838
lordcrc@384	4839	if mat:
lordcrc@384	4840	mattype = luxProp(mat, kn+"type", "matte")
lordcrc@384	4841	# Set backwards compatibility of glossy material from plastic and substrate
lordcrc@384	4842	if(mattype.get() == "substrate" or mattype.get() == "plastic"):
lordcrc@384	4843	mattype.set("glossy")
lordcrc@384	4844
lordcrc@384	4845	# this is reverse order than in shown in the dropdown list
lordcrc@384	4846	materials = ["null","mix","mirror","shinymetal","metal","mattetranslucent","matte","glossy","roughglass","glass","carpaint"]
lordcrc@384	4847
lordcrc@384	4848	if level == 0: materials = ["portal","light","boundvolume"]+materials
lordcrc@384	4849	if gui:
lordcrc@384	4850	icon = icon_mat
lordcrc@384	4851	if mattype.get() == "mix": icon = icon_matmix
lordcrc@384	4852	if level == 0: gui.newline("Material type:", 12, level, icon, [0.75,0.5,0.25])
lordcrc@384	4853	else: gui.newline(name+":", 12, level, icon, scalelist([0.75,0.6,0.25],2.0/(level+2)))
lordcrc@384	4854
lordcrc@384	4855
lordcrc@384	4856	link = luxOption("type", mattype, materials, " TYPE", "select material type", gui)
lordcrc@384	4857	showadvanced = luxProp(mat, kn+"showadvanced", "false")
lordcrc@384	4858	luxBool("advanced", showadvanced, "Advanced", "Show advanced options", gui, 0.6)
lordcrc@384	4859	showhelp = luxProp(mat, kn+"showhelp", "false")
lordcrc@384	4860	luxHelp("help", showhelp, "Help", "Show Help Information", gui, 0.4)
lordcrc@384	4861
lordcrc@384	4862	# show copy/paste menu button
lordcrc@384	4863	if gui: Draw.PushButton(">", evtLuxGui, gui.xmax+gui.h, gui.y-gui.h, gui.h, gui.h, "Menu", lambda e,v: showMatTexMenu(mat,keyname,False))
lordcrc@384	4864
lordcrc@384	4865	# Draw Material preview option
lordcrc@384	4866	showmatprev = False
lordcrc@384	4867	if level == 0:
lordcrc@384	4868	showmatprev = True
lordcrc@384	4869	if gui: luxPreview(mat, keyname, 0, showmatprev, True, None, gui, level, [0.746, 0.625, 0.5])
lordcrc@384	4870
lordcrc@384	4871
lordcrc@384	4872	if gui: gui.newline()
lordcrc@384	4873	has_object_options = 0 # disable object options by default
lordcrc@384	4874	has_bump_options = 0 # disable bump mapping options by default
lordcrc@384	4875	has_emission_options = 0 # disable emission options by default
lordcrc@384	4876	has_compositing_options = 0 # disable compositing options by default
lordcrc@384	4877
lordcrc@384	4878	if mattype.get() == "mix":
lordcrc@384	4879	(str,link) = c((str,link), luxFloatTexture("amount", keyname, 0.5, 0.0, 1.0, "amount", "The degree of mix between the two materials", mat, gui, level+1))
lordcrc@384	4880	(str,link) = c((str,link), luxMaterialBlock("mat1", "namedmaterial1", keyname, mat, gui, level+1))
lordcrc@384	4881	(str,link) = c((str,link), luxMaterialBlock("mat2", "namedmaterial2", keyname, mat, gui, level+1))
lordcrc@384	4882	has_bump_options = 0
lordcrc@384	4883	has_object_options = 1
lordcrc@384	4884	has_emission_options = 1
lordcrc@384	4885	has_compositing_options = 0
lordcrc@384	4886
lordcrc@384	4887	if mattype.get() == "light":
lordcrc@384	4888	if luxProp(Scene.GetCurrent(), "nolg", "false").get()!="true":
lordcrc@384	4889	lightgroup = luxProp(mat, kn+"light.lightgroup", "default")
lordcrc@384	4890	link = "LightGroup \"%s\"\n"%lightgroup.get()
lordcrc@384	4891	else:
lordcrc@384	4892	link = ''
lordcrc@384	4893	link += "AreaLightSource \"area\""
lordcrc@384	4894	(str,link) = c((str,link), luxLight("", kn, mat, gui, level))
lordcrc@384	4895	has_bump_options = 0
lordcrc@384	4896	has_object_options = 1
lordcrc@384	4897	has_emission_options = 0
lordcrc@384	4898	has_compositing_options = 1
lordcrc@384	4899
lordcrc@384	4900	if mattype.get() == "boundvolume":
lordcrc@384	4901	link = ""
lordcrc@384	4902	voltype = luxProp(mat, kn+"vol.type", "homogeneous")
lordcrc@384	4903	vols = ["homogeneous", "exponential", "cloud"]
lordcrc@384	4904	vollink = luxOption("type", voltype, vols, "type", "", gui)
lordcrc@384	4905	if voltype.get() == "homogeneous":
lordcrc@384	4906	link = "Volume \"homogeneous\""
lordcrc@384	4907	if voltype.get() == "exponential":
lordcrc@384	4908	link = "Volume \"exponential\""
lordcrc@384	4909	if voltype.get() == "cloud":
lordcrc@384	4910	link = "Volume \"cloud\""
lordcrc@384	4911
lordcrc@384	4912	if gui: gui.newline("absorption:", 0, level+1)
lordcrc@384	4913	link += luxRGB("sigma_a", luxProp(mat, kn+"vol.sig_a", "1.0 1.0 1.0"), 1.0, "sigma_a", "The absorption cross section", gui)
lordcrc@384	4914	if gui: gui.newline("scattering:", 0, level+1)
lordcrc@384	4915	link += luxRGB("sigma_s", luxProp(mat, kn+"vol.sig_b", "0.0 0.0 0.0"), 1.0, "sigma_b", "The scattering cross section", gui)
lordcrc@384	4916	if gui: gui.newline("emission:", 0, level+1)
lordcrc@384	4917	link += luxRGB("Le", luxProp(mat, kn+"vol.le", "0.0 0.0 0.0"), 1.0, "Le", "The volume's emission spectrum", gui)
lordcrc@384	4918	if gui: gui.newline("assymetry:", 0, level+1)
lordcrc@384	4919	link += luxFloat("g", luxProp(mat, kn+"vol.g", 0.0), 0.0, 100.0, "g", "The phase function asymmetry parameter", gui)
lordcrc@384	4920
lordcrc@384	4921	if voltype.get() == "exponential":
lordcrc@384	4922	if gui: gui.newline("form:", 0, level+1)
lordcrc@384	4923	link += luxFloat("a", luxProp(mat, kn+"vol.a", 1.0), 0.0, 100.0, "a/scale", "exponential::a parameter in the ae^{-bh} formula", gui)
lordcrc@384	4924	link += luxFloat("b", luxProp(mat, kn+"vol.b", 2.0), 0.0, 100.0, "b/falloff", "exponential::b parameter in the ae^{-bh} formula", gui)
lordcrc@384	4925	if gui: gui.newline("updir:", 0, level+1)
lordcrc@384	4926	link += luxVector("updir", luxProp(mat, kn+"vol.updir", "0 0 1"), -1.0, 1.0, "updir", "Up direction vector", gui, 2.0)
lordcrc@384	4927
lordcrc@384	4928	if voltype.get() == "cloud":
lordcrc@384	4929	if gui: gui.newline("cloud:", 0, level+1)
lordcrc@384	4930	link += luxFloat("radius", luxProp(mat, kn+"vol.radius", 0.5), 0.01, 2.0, "radius", "Radius of hemisphere used as basis for cloud shape", gui)
lordcrc@384	4931	link += luxFloat("noisescale", luxProp(mat, kn+"vol.noisescale", 0.3), 0.1, 2.0, "noisesize", "Size of cloud noise", gui)
lordcrc@384	4932	link += luxFloat("turbulence", luxProp(mat, kn+"vol.turbulence", 0.5), 0.0, 3.0, "turbulence", "Extent to which the noise effects the cloud shape", gui)
lordcrc@384	4933	link += luxFloat("noiseoffset", luxProp(mat, kn+"vol.noiseoffset", 0.0), 0.0, 1000.0, "noiseoffset", "Useful for creating unique clouds", gui )
lordcrc@384	4934	link += luxInt("octaves", luxProp(mat, kn+"vol.octaves", 3), 1, 8, "octaves", "Sets the amount of detail for the noise", gui )
lordcrc@384	4935	link += luxFloat("omega", luxProp(mat, kn+"vol.omega", 0.75), 0.1, 1.0, "omega", "Sets the scale difference of each successive octave", gui )
lordcrc@384	4936	link += luxFloat("sharpness", luxProp(mat, kn+"vol.sharpness", 6.0), 0.2, 10.0, "sharpness", "Sets the sharpness of the noise", gui)
lordcrc@384	4937	link += luxFloat("variability", luxProp(mat, kn+"vol.variability", 0.9), 0.0, 1.0, "mask amount", "Noise mask amount. 0 means noise everywhere, 1 means only some spots have noise.", gui)
lordcrc@384	4938	link += luxFloat("baseflatness", luxProp(mat, kn+"vol.baseflatness", 0.8), 0.0, 1.0, "baseflatness", "Flatness of the cloud's base. (0.0 makes a round cloud.)", gui)
lordcrc@384	4939	link += luxInt("spheres", luxProp(mat, kn+"vol.spheres", 2000), 0, 10000, "spheres", "Number of small spheres for cumulus shape. 0 is non-cumulus.", gui )
lordcrc@384	4940	link += luxFloat("spheresize", luxProp(mat, kn+"vol.spheresize", 0.15), 0.05, 0.55, "spheresize", "Size of cumulus spheres", gui)
lordcrc@384	4941
lordcrc@384	4942	link += str_opt
lordcrc@384	4943
lordcrc@384	4944	has_bump_options = 0
lordcrc@384	4945	has_object_options = 0
lordcrc@384	4946	has_emission_options = 0
lordcrc@384	4947
lordcrc@384	4948	return (str, link)
lordcrc@384	4949
lordcrc@384	4950	if mattype.get() == "carpaint":
lordcrc@384	4951	if gui: gui.newline("Preset:", 0, level+1)
lordcrc@384	4952	carname = luxProp(mat, kn+"carpaint.name", "Custom")
lordcrc@384	4953	cars = ["Custom","ford f8","polaris silber","opel titan","bmw339","2k acrylack","white","blue","blue matte"]
lordcrc@384	4954	carlink = luxOption("name", carname, cars, "name", "", gui)
lordcrc@384	4955	if carname.get() == "Custom":
lordcrc@384	4956	(str,link) = c((str,link), luxSpectrumTexture("Kd", keyname, "1.0 1.0 1.0", 1.0, "diffuse", "", mat, gui, level+1))
lordcrc@384	4957	(str,link) = c((str,link), luxSpectrumTexture("Ks1", keyname, "1.0 1.0 1.0", 1.0, "specular1", "", mat, gui, level+1))
lordcrc@384	4958	(str,link) = c((str,link), luxSpectrumTexture("Ks2", keyname, "1.0 1.0 1.0", 1.0, "specular2", "", mat, gui, level+1))
lordcrc@384	4959	(str,link) = c((str,link), luxSpectrumTexture("Ks3", keyname, "1.0 1.0 1.0", 1.0, "specular3", "", mat, gui, level+1))
lordcrc@384	4960	(str,link) = c((str,link), luxFloatTexture("R1", keyname, 1.0, 0.0, 1.0, "R1", "", mat, gui, level+1))
lordcrc@384	4961	(str,link) = c((str,link), luxFloatTexture("R2", keyname, 1.0, 0.0, 1.0, "R2", "", mat, gui, level+1))
lordcrc@384	4962	(str,link) = c((str,link), luxFloatTexture("R3", keyname, 1.0, 0.0, 1.0, "R3", "", mat, gui, level+1))
lordcrc@384	4963	(str,link) = c((str,link), luxFloatTexture("M1", keyname, 1.0, 0.0, 1.0, "M1", "", mat, gui, level+1))
lordcrc@384	4964	(str,link) = c((str,link), luxFloatTexture("M2", keyname, 1.0, 0.0, 1.0, "M2", "", mat, gui, level+1))
lordcrc@384	4965	(str,link) = c((str,link), luxFloatTexture("M3", keyname, 1.0, 0.0, 1.0, "M3", "", mat, gui, level+1))
lordcrc@384	4966	else: link += carlink
lordcrc@384	4967	absorption = luxProp(mat, keyname+".useabsorption", "false")
lordcrc@384	4968	luxCollapse("absorption", absorption, "Absorption", "Enable Coating Absorption", gui, 2.0)
lordcrc@384	4969	if absorption.get() == "true":
lordcrc@384	4970	(str,link) = c((str,link), luxSpectrumTexture("Ka", keyname, "0.2 0.2 0.2", 1.0, "absorption", "", mat, gui, level+1))
lordcrc@384	4971	(str,link) = c((str,link), luxFloatTexture("d", keyname, 5.0, 0.0, 15.0, "depth", "", mat, gui, level+1))
lordcrc@384	4972	has_bump_options = 1
lordcrc@384	4973	has_object_options = 1
lordcrc@384	4974	has_emission_options = 1
lordcrc@384	4975	has_compositing_options = 1
lordcrc@384	4976
lordcrc@384	4977	if mattype.get() == "glass":
lordcrc@384	4978	(str,link) = c((str,link), luxSpectrumTexture("Kr", keyname, "1.0 1.0 1.0", 1.0, "reflection", "", mat, gui, level+1))
lordcrc@384	4979	(str,link) = c((str,link), luxSpectrumTexture("Kt", keyname, "1.0 1.0 1.0", 1.0, "transmission", "", mat, gui, level+1))
lordcrc@384	4980	(str,link) = c((str,link), luxIORFloatTexture("index", keyname, 1.5, 1.0, 6.0, "IOR", "", mat, gui, level+1))
lordcrc@384	4981	architectural = luxProp(mat, keyname+".architectural", "false")
lordcrc@384	4982	link += luxBool("architectural", architectural, "architectural", "Enable architectural glass", gui, 2.0)
lordcrc@384	4983	if architectural.get() == "false":
lordcrc@384	4984	chromadisp = luxProp(mat, keyname+".chromadisp", "false")
lordcrc@384	4985	luxCollapse("chromadisp", chromadisp, "Dispersive Refraction", "Enable Chromatic Dispersion", gui, 2.0)
lordcrc@384	4986	if chromadisp.get() == "true":
lordcrc@384	4987	(str,link) = c((str,link), luxCauchyBFloatTexture("cauchyb", keyname, 0.0, 0.0, 1.0, "cauchyb", "", mat, gui, level+1))
lordcrc@384	4988	thinfilm = luxProp(mat, keyname+".thinfilm", "false")
lordcrc@384	4989	luxCollapse("thinfilm", thinfilm, "Thin Film Coating", "Enable Thin Film Coating", gui, 2.0)
lordcrc@384	4990	if thinfilm.get() == "true":
lordcrc@384	4991	(str,link) = c((str,link), luxFloatSliderTexture("film", keyname, 200.0, 1.0, 1500.0, "film", "thickness of film coating in nanometers", mat, gui, level+1))
lordcrc@384	4992	(str,link) = c((str,link), luxIORFloatTexture("filmindex", keyname, 1.5, 1.0, 6.0, "film IOR", "film coating index of refraction", mat, gui, level+1))
lordcrc@384	4993	has_bump_options = 1
lordcrc@384	4994	has_object_options = 1
lordcrc@384	4995	has_emission_options = 1
lordcrc@384	4996	has_compositing_options = 1
lordcrc@384	4997
lordcrc@384	4998	if mattype.get() == "matte":
lordcrc@384	4999	orennayar = luxProp(mat, keyname+".orennayar", "false")
lordcrc@384	5000	(str,link) = c((str,link), luxSpectrumTexture("Kd", keyname, "1.0 1.0 1.0", 1.0, "diffuse", "", mat, gui, level+1))
lordcrc@384	5001	luxCollapse("orennayar", orennayar, "Oren-Nayar", "Enable Oren-Nayar BRDF", gui, 2.0)
lordcrc@384	5002	if orennayar.get() == "true":
lordcrc@384	5003	(str,link) = c((str,link), luxFloatTexture("sigma", keyname, 0.0, 0.0, 100.0, "sigma", "sigma value for Oren-Nayar BRDF", mat, gui, level+1))
lordcrc@384	5004	has_bump_options = 1
lordcrc@384	5005	has_object_options = 1
lordcrc@384	5006	has_emission_options = 1
lordcrc@384	5007	has_compositing_options = 1
lordcrc@384	5008
lordcrc@384	5009	if mattype.get() == "mattetranslucent":
lordcrc@384	5010	orennayar = luxProp(mat, keyname+".orennayar", "false")
lordcrc@384	5011	(str,link) = c((str,link), luxSpectrumTexture("Kr", keyname, "1.0 1.0 1.0", 1.0, "reflection", "", mat, gui, level+1))
lordcrc@384	5012	(str,link) = c((str,link), luxSpectrumTexture("Kt", keyname, "1.0 1.0 1.0", 1.0, "transmission", "", mat, gui, level+1))
lordcrc@384	5013	luxCollapse("orennayar", orennayar, "Oren-Nayar", "Enable Oren-Nayar BRDF", gui, 2.0)
lordcrc@384	5014	if orennayar.get() == "true":
lordcrc@384	5015	(str,link) = c((str,link), luxFloatTexture("sigma", keyname, 0.0, 0.0, 100.0, "sigma", "", mat, gui, level+1))
lordcrc@384	5016	has_bump_options = 1
lordcrc@384	5017	has_object_options = 1
lordcrc@384	5018	has_emission_options = 1
lordcrc@384	5019	has_compositing_options = 1
lordcrc@384	5020
lordcrc@384	5021	if mattype.get() == "metal":
lordcrc@384	5022	if gui: gui.newline("name:", 0, level+1)
lordcrc@384	5023	metalname = luxProp(mat, kn+"metal.name", "")
lordcrc@384	5024	metals = ["aluminium","amorphous carbon","silver","gold","copper"]
lordcrc@384	5025
lordcrc@384	5026	if not(metalname.get() in metals):
lordcrc@384	5027	metals.append(metalname.get())
lordcrc@384	5028	metallink = luxOption("name", metalname, metals, "name", "", gui, 1.88)
lordcrc@384	5029	if gui: Draw.Button("...", evtLuxGui, gui.x, gui.y-gui.h, gui.h, gui.h, "click to select a nk file",lambda e,v:Window.FileSelector(lambda s:metalname.set(s), "Select nk file"))
lordcrc@384	5030	link += luxstr(metallink)
lordcrc@384	5031	anisotropic = luxProp(mat, kn+"metal.anisotropic", "false")
lordcrc@384	5032	if gui:
lordcrc@384	5033	gui.newline("")
lordcrc@384	5034	Draw.Toggle("A", evtLuxGui, gui.x-gui.h, gui.y-gui.h, gui.h, gui.h, anisotropic.get()=="true", "anisotropic roughness", lambda e,v:anisotropic.set(["false","true"][bool(v)]))
lordcrc@384	5035	if anisotropic.get()=="true":
lordcrc@384	5036	(str,link) = c((str,link), luxExponentTexture("uroughness", keyname, 0.002, 0.0, 1.0, "u-exponent", "", mat, gui, level+1))
lordcrc@384	5037	(str,link) = c((str,link), luxExponentTexture("vroughness", keyname, 0.002, 0.0, 1.0, "v-exponent", "", mat, gui, level+1))
lordcrc@384	5038	else:
lordcrc@384	5039	(s, l) = luxExponentTexture("uroughness", keyname, 0.002, 0.0, 1.0, "exponent", "", mat, gui, level+1)
lordcrc@384	5040	(str,link) = c((str,link), (s, l))
lordcrc@384	5041	link += l.replace("uroughness", "vroughness", 1)
lordcrc@384	5042
lordcrc@384	5043	has_bump_options = 1
lordcrc@384	5044	has_object_options = 1
lordcrc@384	5045	has_emission_options = 1
lordcrc@384	5046	has_compositing_options = 1
lordcrc@384	5047
lordcrc@384	5048	if mattype.get() == "mirror":
lordcrc@384	5049	(str,link) = c((str,link), luxSpectrumTexture("Kr", keyname, "1.0 1.0 1.0", 1.0, "reflection", "", mat, gui, level+1))
lordcrc@384	5050	thinfilm = luxProp(mat, keyname+".thinfilm", "false")
lordcrc@384	5051	luxCollapse("thinfilm", thinfilm, "Thin Film Coating", "Enable Thin Film Coating", gui, 2.0)
lordcrc@384	5052	if thinfilm.get() == "true":
lordcrc@384	5053	(str,link) = c((str,link), luxFloatSliderTexture("film", keyname, 200.0, 1.0, 1500.0, "film", "thickness of film coating in nanometers", mat, gui, level+1))
lordcrc@384	5054	(str,link) = c((str,link), luxIORFloatTexture("filmindex", keyname, 1.5, 1.0, 6.0, "film IOR", "film coating index of refraction", mat, gui, level+1))
lordcrc@384	5055
lordcrc@384	5056	has_bump_options = 1
lordcrc@384	5057	has_object_options = 1
lordcrc@384	5058	has_emission_options = 1
lordcrc@384	5059	has_compositing_options = 1
lordcrc@384	5060
lordcrc@384	5061	if mattype.get() == "roughglass":
lordcrc@384	5062	(str,link) = c((str,link), luxSpectrumTexture("Kr", keyname, "1.0 1.0 1.0", 1.0, "reflection", "", mat, gui, level+1))
lordcrc@384	5063	(str,link) = c((str,link), luxSpectrumTexture("Kt", keyname, "1.0 1.0 1.0", 1.0, "transmission", "", mat, gui, level+1))
lordcrc@384	5064	anisotropic = luxProp(mat, kn+"roughglass.anisotropic", "false")
lordcrc@384	5065	if gui:
lordcrc@384	5066	gui.newline("")
lordcrc@384	5067	Draw.Toggle("A", evtLuxGui, gui.x-gui.h, gui.y-gui.h, gui.h, gui.h, anisotropic.get()=="true", "anisotropic roughness", lambda e,v:anisotropic.set(["false","true"][bool(v)]))
lordcrc@384	5068	if anisotropic.get()=="true":
lordcrc@384	5069	(str,link) = c((str,link), luxExponentTexture("uroughness", keyname, 0.002, 0.0, 1.0, "u-exponent", "", mat, gui, level+1))
lordcrc@384	5070	(str,link) = c((str,link), luxExponentTexture("vroughness", keyname, 0.002, 0.0, 1.0, "v-exponent", "", mat, gui, level+1))
lordcrc@384	5071	else:
lordcrc@384	5072	(s, l) = luxExponentTexture("uroughness", keyname, 0.002, 0.0, 1.0, "exponent", "", mat, gui, level+1)
lordcrc@384	5073	(str,link) = c((str,link), (s, l))
lordcrc@384	5074	link += l.replace("uroughness", "vroughness", 1)
lordcrc@384	5075	(str,link) = c((str,link), luxIORFloatTexture("index", keyname, 1.5, 1.0, 6.0, "IOR", "", mat, gui, level+1))
lordcrc@384	5076	chromadisp = luxProp(mat, keyname+".chromadisp", "false")
lordcrc@384	5077	luxCollapse("chromadisp", chromadisp, "Dispersive Refraction", "Enable Chromatic Dispersion", gui, 2.0)
lordcrc@384	5078	if chromadisp.get() == "true":
lordcrc@384	5079	(str,link) = c((str,link), luxCauchyBFloatTexture("cauchyb", keyname, 0.0, 0.0, 1.0, "cauchyb", "", mat, gui, level+1))
lordcrc@384	5080	has_bump_options = 1
lordcrc@384	5081	has_object_options = 1
lordcrc@384	5082	has_emission_options = 1
lordcrc@384	5083	has_compositing_options = 1
lordcrc@384	5084
lordcrc@384	5085	if mattype.get() == "shinymetal":
lordcrc@384	5086	(str,link) = c((str,link), luxSpectrumTexture("Kr", keyname, "1.0 1.0 1.0", 1.0, "reflection", "", mat, gui, level+1))
lordcrc@384	5087	(str,link) = c((str,link), luxSpectrumTexture("Ks", keyname, "1.0 1.0 1.0", 1.0, "specular", "", mat, gui, level+1))
lordcrc@384	5088	anisotropic = luxProp(mat, kn+"shinymetal.anisotropic", "false")
lordcrc@384	5089	if gui:
lordcrc@384	5090	gui.newline("")
lordcrc@384	5091	Draw.Toggle("A", evtLuxGui, gui.x-gui.h, gui.y-gui.h, gui.h, gui.h, anisotropic.get()=="true", "anisotropic roughness", lambda e,v:anisotropic.set(["false","true"][bool(v)]))
lordcrc@384	5092	if anisotropic.get()=="true":
lordcrc@384	5093	(str,link) = c((str,link), luxExponentTexture("uroughness", keyname, 0.002, 0.0, 1.0, "u-exponent", "", mat, gui, level+1))
lordcrc@384	5094	(str,link) = c((str,link), luxExponentTexture("vroughness", keyname, 0.002, 0.0, 1.0, "v-exponent", "", mat, gui, level+1))
lordcrc@384	5095	else:
lordcrc@384	5096	(s, l) = luxExponentTexture("uroughness", keyname, 0.002, 0.0, 1.0, "exponent", "", mat, gui, level+1)
lordcrc@384	5097	(str,link) = c((str,link), (s, l))
lordcrc@384	5098	link += l.replace("uroughness", "vroughness", 1)
lordcrc@384	5099
lordcrc@384	5100	thinfilm = luxProp(mat, keyname+".thinfilm", "false")
lordcrc@384	5101	luxCollapse("thinfilm", thinfilm, "Thin Film Coating", "Enable Thin Film Coating", gui, 2.0)
lordcrc@384	5102	if thinfilm.get() == "true":
lordcrc@384	5103	(str,link) = c((str,link), luxFloatSliderTexture("film", keyname, 200.0, 1.0, 1500.0, "film", "thickness of film coating in nanometers", mat, gui, level+1))
lordcrc@384	5104	(str,link) = c((str,link), luxIORFloatTexture("filmindex", keyname, 1.5, 1.0, 6.0, "film IOR", "film coating index of refraction", mat, gui, level+1))
lordcrc@384	5105
lordcrc@384	5106	has_bump_options = 1
lordcrc@384	5107	has_object_options = 1
lordcrc@384	5108	has_emission_options = 1
lordcrc@384	5109	has_compositing_options = 1
lordcrc@384	5110
lordcrc@384	5111	if mattype.get() == "glossy":
lordcrc@384	5112	(str,link) = c((str,link), luxSpectrumTexture("Kd", keyname, "1.0 1.0 1.0", 1.0, "diffuse", "", mat, gui, level+1))
lordcrc@384	5113	useior = luxProp(mat, keyname+".useior", "false")
lordcrc@384	5114	if gui:
lordcrc@384	5115	gui.newline("")
lordcrc@384	5116	Draw.Toggle("I", evtLuxGui, gui.x-gui.h, gui.y-gui.h, gui.h, gui.h, useior.get()=="true", "Use IOR/Reflective index input", lambda e,v:useior.set(["false","true"][bool(v)]))
lordcrc@384	5117	if useior.get() == "true":
lordcrc@384	5118	(str,link) = c((str,link), luxIORFloatTexture("index", keyname, 1.5, 1.0, 50.0, "IOR", "", mat, gui, level+1))
lordcrc@384	5119	link += " \"color Ks\" [1.0 1.0 1.0]"
lordcrc@384	5120	else:
lordcrc@384	5121	(str,link) = c((str,link), luxSpectrumTexture("Ks", keyname, "1.0 1.0 1.0", 1.0, "specular", "", mat, gui, level+1))
lordcrc@384	5122	link += " \"float index\" [0.0]"
lordcrc@384	5123	anisotropic = luxProp(mat, kn+"glossy.anisotropic", "false")
lordcrc@384	5124	if gui:
lordcrc@384	5125	gui.newline("")
lordcrc@384	5126	Draw.Toggle("A", evtLuxGui, gui.x-gui.h, gui.y-gui.h, gui.h, gui.h, anisotropic.get()=="true", "anisotropic roughness", lambda e,v:anisotropic.set(["false","true"][bool(v)]))
lordcrc@384	5127	if anisotropic.get()=="true":
lordcrc@384	5128	(str,link) = c((str,link), luxExponentTexture("uroughness", keyname, 0.002, 0.0, 1.0, "u-exponent", "", mat, gui, level+1))
lordcrc@384	5129	(str,link) = c((str,link), luxExponentTexture("vroughness", keyname, 0.002, 0.0, 1.0, "v-exponent", "", mat, gui, level+1))
lordcrc@384	5130	else:
lordcrc@384	5131	(s, l) = luxExponentTexture("uroughness", keyname, 0.002, 0.0, 1.0, "exponent", "", mat, gui, level+1)
lordcrc@384	5132	(str,link) = c((str,link), (s, l))
lordcrc@384	5133	link += l.replace("uroughness", "vroughness", 1)
lordcrc@384	5134
lordcrc@384	5135	absorption = luxProp(mat, keyname+".useabsorption", "false")
lordcrc@384	5136	luxCollapse("absorption", absorption, "Absorption", "Enable Coating Absorption", gui, 2.0)
lordcrc@384	5137	if absorption.get() == "true":
lordcrc@384	5138	(str,link) = c((str,link), luxSpectrumTexture("Ka", keyname, "0.2 0.2 0.2", 1.0, "absorption", "", mat, gui, level+1))
lordcrc@384	5139	(str,link) = c((str,link), luxFloatTexture("d", keyname, 0.15, 0.0, 15.0, "depth", "", mat, gui, level+1))
lordcrc@384	5140	has_bump_options = 1
lordcrc@384	5141	has_object_options = 1
lordcrc@384	5142	has_emission_options = 1
lordcrc@384	5143	has_compositing_options = 1
lordcrc@384	5144
lordcrc@384	5145	if mattype.get() == 'null':
lordcrc@384	5146	has_emission_options = 1
lordcrc@384	5147
lordcrc@384	5148	# Bump mapping options (common)
lordcrc@384	5149	if (has_bump_options == 1):
lordcrc@384	5150	usebump = luxProp(mat, keyname+".usebump", "false")
lordcrc@384	5151	luxCollapse("usebump", usebump, "Bump Map", "Enable Bump Mapping options", gui, 2.0)
lordcrc@384	5152	if usebump.get() == "true":
tom@408	5153	(str,link) = c((str,link), luxFloatTexture("bumpmap", keyname, 0.0, -1.0, 1.0, "bumpmap", "bumpmap scale in meters - i.e. 0.01 = 1 cm", mat, gui, level+1))
lordcrc@384	5154
lordcrc@384	5155	# emission options (common)
lordcrc@384	5156	if (level == 0):
lordcrc@384	5157	if (has_emission_options == 1):
lordcrc@384	5158	if gui: gui.newline("", 2, level, None, [0.6,0.6,0.4])
lordcrc@384	5159	useemission = luxProp(mat, "emission", "false")
lordcrc@384	5160	luxCollapse("useemission", useemission, "Emission", "Enable emission options", gui, 2.0)
lordcrc@384	5161	if useemission.get() == "true":
lordcrc@384	5162	# emission GUI is here but lux export will be done later
lordcrc@384	5163	luxLight("", "", mat, gui, level)
lordcrc@384	5164	else: luxProp(mat, "emission", "false").set("false") # prevent from exporting later
lordcrc@384	5165
lordcrc@384	5166
lordcrc@384	5167	# Compositing options (common)
lordcrc@384	5168	# Note - currently only display options when using distributedpath integrator
lordcrc@384	5169	integratortype = luxProp(Scene.GetCurrent(), "sintegrator.type", "bidirectional")
lordcrc@384	5170	if (integratortype.get() == "distributedpath" and level == 0):
lordcrc@384	5171	if (has_compositing_options == 1):
lordcrc@384	5172	if gui: gui.newline("", 2, level, None, [0.4,0.4,0.6])
lordcrc@384	5173	usecompo = luxProp(mat, "compo", "false")
lordcrc@384	5174	luxCollapse("compo", usecompo, "Compositing", "Enable Compositing options", gui, 2.0)
lordcrc@384	5175	if usecompo.get() == "true":
lordcrc@384	5176	if gui: gui.newline("", 2, level, None, [0.35,0.35,0.55])
lordcrc@384	5177	usecompoviz = luxProp(mat, "compo_viz", "false")
lordcrc@384	5178	luxCollapse("compo_viz", usecompoviz, "Visibility", "Enable Visibility Compositing options", gui, 2.0)
lordcrc@384	5179	if usecompoviz.get() == "true":
lordcrc@384	5180	if gui: gui.newline("View", 2, level, None, [0.35,0.35,0.55])
lordcrc@384	5181	compovizmat = luxProp(mat, "compo_viz_mat", "true")
lordcrc@384	5182	link += luxBool("compo_visible_material", compovizmat, "Material", "Enable View Visibility of Material", gui, 1.0)
lordcrc@384	5183	compovizemi = luxProp(mat, "compo_viz_emi", "true")
lordcrc@384	5184	link += luxBool("compo_visible_emission", compovizemi, "Emission", "Enable View Visibility of Emission", gui, 1.0)
lordcrc@384	5185
lordcrc@384	5186	if gui: gui.newline("Indirect", 2, level, None, [0.35,0.35,0.55])
lordcrc@384	5187	compovizmati = luxProp(mat, "compo_viz_mati", "true")
lordcrc@384	5188	link += luxBool("compo_visible_indirect_material", compovizmati, "Material", "Enable InDirect Visibility of Material", gui, 1.0)
lordcrc@384	5189	compovizemii = luxProp(mat, "compo_viz_emii", "true")
lordcrc@384	5190	link += luxBool("compo_visible_indirect_emission", compovizemii, "Emission", "Enable InDirect Visibility of Emission", gui, 1.0)
lordcrc@384	5191
lordcrc@384	5192	if gui: gui.newline("", 2, level, None, [0.4,0.4,0.6])
lordcrc@384	5193	overridealpha = luxProp(mat, "compo_o_alpha", "false")
lordcrc@384	5194	link += luxCollapse("compo_override_alpha", overridealpha, "Override Alpha", "Enable Manual control of alpha value", gui, 2.0)
lordcrc@384	5195	if overridealpha.get() == "true":
lordcrc@384	5196	if gui: gui.newline("Alpha", 2, level, None, [0.4,0.4,0.6])
lordcrc@384	5197	link += luxFloat("compo_override_alpha_value", luxProp(mat, "compo_o_alpha_v", 0.0), 0.0, 1.0, "Alpha", "Alpha Value", gui, 2.0, 1)
lordcrc@384	5198	usecolorkey = luxProp(mat, "compo_usekey", "false")
lordcrc@384	5199	if gui: gui.newline("", 2, level, None, [0.35,0.35,0.55])
lordcrc@384	5200	link += luxCollapse("compo_use_key", usecolorkey, "Chroma Key", "Enable Chroma Object key", gui, 2.0)
lordcrc@384	5201	if usecolorkey.get() == "true":
lordcrc@384	5202	if gui: gui.newline("Key", 2, level, None, [0.35,0.35,0.55])
lordcrc@384	5203	link += luxRGB("compo_key_color", luxProp(mat, "compo_key_color", "0.0 0.0 1.0"), 1.0, "key", "", gui, 2.0)
lordcrc@384	5204
lordcrc@384	5205	# transformation options (common)
lordcrc@384	5206	if (level == 0) and mattype.get() not in ['portal', 'null']:
lordcrc@384	5207	if gui: gui.newline("", 2, level, None, [0.6,0.6,0.4])
lordcrc@384	5208	usetransformation = luxProp(mat, "transformation", "false")
lordcrc@384	5209	luxCollapse("usetransformation", usetransformation, "Texture Transformation", "Enable transformation option", gui, 2.0)
lordcrc@384	5210	if usetransformation.get() == "true":
lordcrc@384	5211	scale = luxProp(mat, "3dscale", 1.0)
lordcrc@384	5212	rotate = luxProp(mat, "3drotate", "0 0 0")
lordcrc@384	5213	translate = luxProp(mat, "3dtranslate", "0 0 0")
lordcrc@384	5214	if gui:
lordcrc@384	5215	gui.newline("scale:", -2, level, icon_map3dparam)
lordcrc@384	5216	luxVectorUniform("scale", scale, 0.001, 1000.0, "scale", "scale-vector", gui, 2.0)
lordcrc@384	5217	gui.newline("rot:", -2, level, icon_map3dparam)
lordcrc@384	5218	luxVector("rotate", rotate, -360.0, 360.0, "rotate", "rotate-vector", gui, 2.0)
lordcrc@384	5219	gui.newline("move:", -2, level, icon_map3dparam)
lordcrc@384	5220	luxVector("translate", translate, -1000.0, 1000.0, "move", "translate-vector", gui, 2.0)
lordcrc@384	5221	str = ("TransformBegin\n\tScale %f %f %f\n"%( 1.0/scale.getVector()[0],1.0/scale.getVector()[1],1.0/scale.getVector()[2] ))+("\tRotate %f 1 0 0\n\tRotate %f 0 1 0\n\tRotate %f 0 0 1\n"%rotate.getVector())+("\tTranslate %f %f %f\n"%translate.getVector()) + str + "TransformEnd\n"
lordcrc@384	5222
lordcrc@384	5223	# Object options (common)
lordcrc@384	5224	if (level == 0) and (has_object_options == 1):
lordcrc@384	5225	if gui: gui.newline("Mesh:", 2, level, icon, [0.6,0.6,0.4])
lordcrc@384	5226	usesubdiv = luxProp(mat, "subdiv", "false")
lordcrc@384	5227	luxBool("usesubdiv", usesubdiv, "Subdivision", "Enable Loop Subdivision options", gui, 1.0)
lordcrc@384	5228	usedisp = luxProp(mat, "dispmap", "false")
lordcrc@384	5229	luxBool("usedisp", usedisp, "Displacement Map", "Enable Displacement mapping options", gui, 1.0)
lordcrc@384	5230	if usesubdiv.get() == "true" or usedisp.get() == "true":
lordcrc@384	5231	luxInt("sublevels", luxProp(mat, "sublevels", 2), 0, 12, "sublevels", "The number of levels of object subdivision", gui, 2.0)
lordcrc@384	5232	sharpbound = luxProp(mat, "sharpbound", "false")
lordcrc@384	5233	luxBool("sharpbound", sharpbound, "Sharpen Bounds", "Sharpen boundaries during subdivision", gui, 1.0)
lordcrc@384	5234	nsmooth = luxProp(mat, "nsmooth", "true")
lordcrc@384	5235	luxBool("nsmooth", nsmooth, "Smooth", "Smooth faces during subdivision", gui, 1.0)
lordcrc@384	5236	if usedisp.get() == "true":
lordcrc@384	5237	(str,ll) = c((str,link), luxDispFloatTexture("dispmap", keyname, 0.1, -10, 10.0, "dispmap", "Displacement Mapping amount", mat, gui, level+1))
lordcrc@384	5238	luxFloat("sdoffset", luxProp(mat, "sdoffset", 0.0), 0.0, 1.0, "Offset", "Offset for displacement map", gui, 2.0)
lordcrc@384	5239	usesubdiv.set("true")
lordcrc@384	5240
lordcrc@384	5241	if mattype.get() == "light":
lordcrc@384	5242	return (str, link)
lordcrc@384	5243
lordcrc@384	5244	str += "MakeNamedMaterial \"%s\"%s\n"%(matname, link)
lordcrc@384	5245	return (str, " \"string %s\" [\"%s\"]"%(luxname, matname))
lordcrc@384	5246
lordcrc@384	5247
lordcrc@384	5248	def luxMaterial(mat, gui=None):
lordcrc@384	5249	str = ""
lordcrc@384	5250	if mat:
lordcrc@384	5251	if luxProp(mat, "type", "").get()=="": # lux material not defined yet
lordcrc@384	5252	print("Blender material \"%s\" has no lux material definition, converting..."%(mat.getName()))
lordcrc@384	5253	try:
lordcrc@384	5254	convertMaterial(mat) # try converting the blender material to a lux material
lordcrc@384	5255	except: pass
lordcrc@384	5256	(str, link) = luxMaterialBlock("", "", "", mat, gui, 0)
lordcrc@384	5257	if luxProp(mat, "type", "matte").get() != "light":
lordcrc@384	5258	link = "NamedMaterial \"%s\""%(mat.getName())
lordcrc@384	5259	# export emission options (no gui)
lordcrc@384	5260	useemission = luxProp(mat, "emission", "false")
lordcrc@384	5261	if useemission.get() == "true":
lordcrc@384	5262	lightgroup = luxProp(mat, "light.lightgroup", "default")
lordcrc@384	5263	if luxProp(Scene.GetCurrent(), "nolg", "false").get()!="true":
lordcrc@384	5264	link += "\n\tLightGroup \"%s\"\n"%lightgroup.get()
lordcrc@384	5265
lordcrc@384	5266	(estr, elink) = luxLight("", "", mat, None, 0)
lordcrc@384	5267	str += estr
lordcrc@384	5268	link += "\n\tAreaLightSource \"area\" "+elink
lordcrc@384	5269
lordcrc@384	5270	luxProp(mat, "link", "").set("".join(link))
lordcrc@384	5271
lordcrc@384	5272	return str
lordcrc@384	5273
lordcrc@384	5274
lordcrc@384	5275	def luxVolume(mat, gui=None):
lordcrc@384	5276	str = ""
lordcrc@384	5277	if mat:
lordcrc@384	5278	(str, link) = luxMaterialBlock("", "", "", mat, gui, 0)
lordcrc@384	5279	luxProp(mat, "link", "").set("".join(link))
lordcrc@384	5280	return str
lordcrc@384	5281
lordcrc@384	5282	runRenderAfterExport = None
lordcrc@384	5283	def CBluxExport(default, run):
lordcrc@384	5284	global runRenderAfterExport
lordcrc@384	5285	runRenderAfterExport = run
lordcrc@384	5286	if default:
lordcrc@384	5287	datadir = luxProp(Scene.GetCurrent(), "datadir", "").get()
lordcrc@384	5288	if datadir=="": datadir = Blender.Get("datadir")
tom@407	5289	import os.path
tom@407	5290	if not os.path.exists(datadir):
tom@407	5291	Draw.PupMenu("ERROR: output directory does not exist!")
tom@407	5292	if LuxIsGUI:
tom@407	5293	Draw.Redraw()
tom@407	5294	return
lordcrc@384	5295	filename = datadir + os.sep + "default.lxs"
lordcrc@384	5296	save_still(filename)
lordcrc@384	5297	else:
lordcrc@384	5298	Window.FileSelector(save_still, "Export", sys.makename(Blender.Get("filename"), ".lxs"))
lordcrc@384	5299
lordcrc@384	5300
lordcrc@384	5301	def CBluxAnimExport(default, run, fileselect=True):
lordcrc@384	5302	if default:
lordcrc@384	5303	datadir = luxProp(Scene.GetCurrent(), "datadir", "").get()
lordcrc@384	5304	if datadir=="": datadir = Blender.Get("datadir")
tom@407	5305	import os.path
tom@407	5306	if not os.path.exists(datadir):
tom@407	5307	Draw.PupMenu("ERROR: output directory does not exist!")
tom@407	5308	if LuxIsGUI:
tom@407	5309	Draw.Redraw()
tom@407	5310	return
lordcrc@384	5311	filename = datadir + os.sep + "default.lxs"
lordcrc@384	5312	save_anim(filename)
lordcrc@384	5313	else:
lordcrc@384	5314	if fileselect:
lordcrc@384	5315	Window.FileSelector(save_anim, "Export", sys.makename(Blender.Get("filename"), ".lxs"))
lordcrc@384	5316	else:
lordcrc@384	5317	datadir = luxProp(Scene.GetCurrent(), "datadir", "").get()
lordcrc@384	5318	if datadir=="": datadir = Blender.Get("datadir")
lordcrc@384	5319	filename = sys.makename(Blender.Get("filename") , ".lxs")
lordcrc@384	5320	save_anim(filename)
lordcrc@384	5321
lordcrc@384	5322
lordcrc@384	5323	# convert a Blender material to lux material
lordcrc@384	5324	def convertMaterial(mat):
lordcrc@384	5325	def dot(str):
lordcrc@384	5326	if str != "": return str+"."
lordcrc@384	5327	return str
lordcrc@384	5328	def ddot(str):
lordcrc@384	5329	if str != "": return str+":"
lordcrc@384	5330	return str
lordcrc@384	5331	def mapConstDict(value, constant_dict, lux_dict, default=None):
lordcrc@384	5332	for k,v in constant_dict.items():
lordcrc@384	5333	if (v == value) and (lux_dict.has_key(k)):
lordcrc@384	5334	return lux_dict[k]
lordcrc@384	5335	return default
lordcrc@384	5336
lordcrc@384	5337	def convertMapping(name, tex):
lordcrc@384	5338	if tex.texco == Texture.TexCo["UV"]:
lordcrc@384	5339	luxProp(mat, dot(name)+"mapping","").set("uv")
lordcrc@384	5340	luxProp(mat, dot(name)+"uscale", 1.0).set(tex.size[0])
lordcrc@384	5341	luxProp(mat, dot(name)+"vscale", 1.0).set(-tex.size[1])
lordcrc@384	5342	luxProp(mat, dot(name)+"udelta", 0.0).set(tex.ofs[0]+0.5*(1.0-tex.size[0]))
lordcrc@384	5343	luxProp(mat, dot(name)+"vdelta", 0.0).set(-tex.ofs[1]-0.5*(1.0-tex.size[1]))
lordcrc@384	5344	if tex.mapping != Texture.Mappings["FLAT"]:
lordcrc@384	5345	print("Material Conversion Warning: for UV-texture-input only FLAT mapping is supported\n")
lordcrc@384	5346	else:
lordcrc@384	5347	if tex.mapping == Texture.Mappings["FLAT"]:
jensverwiebe@409	5348	luxProp(mat, dot(name)+"mapping","").set("planar") # make planar-mapping convert correctly from blender(WYSIWYG)- jens
jensverwiebe@409	5349	luxProp(mat, dot(name)+"v1", "1.0 1.0 1.0").setVector((0.5*tex.size[0], 0.0, 0.0))
jensverwiebe@409	5350	luxProp(mat, dot(name)+"v2", "0.0 0.0 0.0").setVector((0.0, -0.5*tex.size[1], -0.0))
jensverwiebe@409	5351	luxProp(mat, dot(name)+"udelta", 0.0).set(tex.ofs[0]+0.5)
jensverwiebe@409	5352	luxProp(mat, dot(name)+"vdelta", 0.0).set(-tex.ofs[1]-0.5)
lordcrc@384	5353	elif tex.mapping == Texture.Mappings["TUBE"]:
lordcrc@384	5354	luxProp(mat, dot(name)+"mapping","").set("cylindrical")
lordcrc@384	5355	elif tex.mapping == Texture.Mappings["SPHERE"]:
lordcrc@384	5356	luxProp(mat, dot(name)+"mapping","").set("spherical")
lordcrc@384	5357	else: luxProp(mat, dot(name)+"mapping","").set("planar")
jensverwiebe@409	5358
lordcrc@384	5359	luxProp(mat, dot(name)+"3dscale", "1.0 1.0 1.0").setVector((1.0/tex.size[0], 1.0/tex.size[1], 1.0/tex.size[2]))
lordcrc@384	5360	luxProp(mat, dot(name)+"3dtranslate", "0.0 0.0 0.0").setVector((-tex.ofs[0], -tex.ofs[1], -tex.ofs[2]))
lordcrc@384	5361
lordcrc@384	5362	def convertColorband(colorband):
lordcrc@384	5363	# colorbands are not supported in lux - so lets extract a average low-side and high-side color
lordcrc@384	5364	cb = [colorband[0]] + colorband[:] + [colorband[-1]]
lordcrc@384	5365	cb[0][4], cb[-1][4] = 0.0, 1.0
lordcrc@384	5366	low, high = [0.0, 0.0, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0]
lordcrc@384	5367	for i in range(1, len(cb)):
lordcrc@384	5368	for c in range(4):
lordcrc@384	5369	low[c] += (cb[i-1][c](1.0-cb[i-1][4]) + cb[i][c](1.0-cb[i][4])) * (cb[i][4]-cb[i-1][4])
lordcrc@384	5370	high[c] += (cb[i-1][c]cb[i-1][4] + cb[i][c]cb[i][4]) * (cb[i][4]-cb[i-1][4])
lordcrc@384	5371	return low, high
lordcrc@384	5372
lordcrc@384	5373	def createLuxTexture(name, tex):
lordcrc@384	5374	texture = tex.tex
lordcrc@384	5375	convertMapping(name, tex)
lordcrc@384	5376	if (texture.type == Texture.Types["IMAGE"]) and (texture.image) and (texture.image.filename!=""):
lordcrc@384	5377	luxProp(mat, dot(name)+"texture", "").set("imagemap")
lordcrc@384	5378	luxProp(mat, dot(name)+"filename", "").set(texture.image.filename)
lordcrc@384	5379	luxProp(mat, dot(name)+"wrap", "").set(mapConstDict(texture.extend, Texture.ExtendModes, {"REPEAT":"repeat", "EXTEND":"clamp", "CLIP":"black"}, ""))
lordcrc@384	5380	else:
lordcrc@384	5381	if tex.texco != Texture.TexCo["GLOB"]:
lordcrc@384	5382	print("Material Conversion Warning: procedural textures supports global mapping only\n")
lordcrc@384	5383	noiseDict = {"BLENDER":"blender_original", "CELLNOISE":"cell_noise", "IMPROVEDPERLIN":"improved_perlin", "PERLIN":"original_perlin", "VORONOICRACKLE":"voronoi_crackle", "VORONOIF1":"voronoi_f1", "VORONOIF2":"voronoi_f2", "VORONOIF2F1":"voronoi_f2f1", "VORONOIF3":"voronoi_f3", "VORONOIF4":"voronoi_f4"}
lordcrc@384	5384	luxProp(mat, dot(name)+"bright", 1.0).set(texture.brightness)
lordcrc@384	5385	luxProp(mat, dot(name)+"contrast", 1.0).set(texture.contrast)
lordcrc@384	5386	if texture.type == Texture.Types["CLOUDS"]:
lordcrc@384	5387	luxProp(mat, dot(name)+"texture", "").set("blender_clouds")
lordcrc@384	5388	luxProp(mat, dot(name)+"mtype", "").set(mapConstDict(texture.stype, Texture.STypes, {"CLD_DEFAULT":"default", "CLD_COLOR":"color"}, ""))
lordcrc@384	5389	luxProp(mat, dot(name)+"noisetype", "").set({"soft":"soft_noise", "hard":"hard_noise"}[texture.noiseType])
lordcrc@384	5390	luxProp(mat, dot(name)+"noisesize", 0.25).set(texture.noiseSize)
lordcrc@384	5391	luxProp(mat, dot(name)+"noisedepth", 2).set(texture.noiseDepth)
lordcrc@384	5392	luxProp(mat, dot(name)+"noisebasis", "").set(mapConstDict(texture.noiseBasis, Texture.Noise, noiseDict, ""))
lordcrc@384	5393	elif texture.type == Texture.Types["WOOD"]:
lordcrc@384	5394	luxProp(mat, dot(name)+"texture", "").set("blender_wood")
lordcrc@384	5395	luxProp(mat, dot(name)+"mtype", "").set(mapConstDict(texture.stype, Texture.STypes, {"WOD_BANDS":"bands", "WOD_RINGS":"rings", "WOD_BANDNOISE":"bandnoise", "WOD_RINGNOISE":"ringnoise"}, ""))
lordcrc@384	5396	luxProp(mat, dot(name)+"noisebasis2", "").set(mapConstDict(texture.noiseBasis2, Texture.Noise, {"SINE":"sin", "SAW":"saw", "TRI":"tri"}, ""))
lordcrc@384	5397	luxProp(mat, dot(name)+"noisebasis", "").set(mapConstDict(texture.noiseBasis, Texture.Noise, noiseDict, ""))
lordcrc@384	5398	luxProp(mat, dot(name)+"noisetype", "").set({"soft":"soft_noise", "hard":"hard_noise"}[texture.noiseType])
lordcrc@384	5399	luxProp(mat, dot(name)+"noisesize", 0.25).set(texture.noiseSize)
lordcrc@384	5400	luxProp(mat, dot(name)+"turbulance", 0.25).set(texture.turbulence)
lordcrc@384	5401	elif texture.type == Texture.Types["MUSGRAVE"]:
lordcrc@384	5402	luxProp(mat, dot(name)+"texture", "").set("blender_musgrave")
lordcrc@384	5403	luxProp(mat, dot(name)+"mtype", "").set(mapConstDict(texture.stype, Texture.STypes, {"MUS_MFRACTAL":"multifractal", "MUS_RIDGEDMF":"ridged_multifractal", "MUS_HYBRIDMF":"hybrid_multifractal", "MUS_HTERRAIN":"hetero_terrain", "MUS_FBM":"fbm"}, ""))
lordcrc@384	5404	luxProp(mat, dot(name)+"noisebasis", "").set(mapConstDict(texture.noiseBasis, Texture.Noise, noiseDict, ""))
lordcrc@384	5405	luxProp(mat, dot(name)+"noisesize", 0.25).set(texture.noiseSize)
lordcrc@384	5406	# bug in blender python API: value of "hFracDim" is casted to Integer instead of Float (reported to Ideasman42 - will be fixed after Blender 2.47)
lordcrc@384	5407	if texture.hFracDim != 0.0: luxProp(mat, dot(name)+"h", 1.0).set(texture.hFracDim) # bug in blender API, "texture.hFracDim" returns a Int instead of a Float
lordcrc@384	5408	else: luxProp(mat, dot(name)+"h", 1.0).set(0.5) # use a default value
lordcrc@384	5409	# bug in blender python API: values "offset" and "gain" are missing in Python-API (reported to Ideasman42 - will be fixed after Blender 2.47)
lordcrc@384	5410	try:
lordcrc@384	5411	luxProp(mat, dot(name)+"offset", 1.0).set(texture.offset)
lordcrc@384	5412	luxProp(mat, dot(name)+"gain", 1.0).set(texture.gain)
lordcrc@384	5413	except AttributeError: pass
lordcrc@384	5414	luxProp(mat, dot(name)+"lacu", 2.0).set(texture.lacunarity)
lordcrc@384	5415	luxProp(mat, dot(name)+"octs", 2.0).set(texture.octs)
lordcrc@384	5416	luxProp(mat, dot(name)+"outscale", 1.0).set(texture.iScale)
lordcrc@384	5417	elif texture.type == Texture.Types["MARBLE"]:
lordcrc@384	5418	luxProp(mat, dot(name)+"texture", "").set("blender_marble")
lordcrc@384	5419	luxProp(mat, dot(name)+"mtype", "").set(mapConstDict(texture.stype, Texture.STypes, {"MBL_SOFT":"soft", "MBL_SHARP":"sharp", "MBL_SHARPER":"sharper"}, ""))
lordcrc@384	5420	luxProp(mat, dot(name)+"noisetype", "").set({"soft":"soft_noise", "hard":"hard_noise"}[texture.noiseType])
lordcrc@384	5421	luxProp(mat, dot(name)+"turbulance", 0.25).set(texture.turbulence)
lordcrc@384	5422	luxProp(mat, dot(name)+"noisedepth", 2).set(texture.noiseDepth)
lordcrc@384	5423	luxProp(mat, dot(name)+"noisebasis", "").set(mapConstDict(texture.noiseBasis, Texture.Noise, noiseDict, ""))
lordcrc@384	5424	luxProp(mat, dot(name)+"noisebasis2", "").set(mapConstDict(texture.noiseBasis2, Texture.Noise, {"SINE":"sin", "SAW":"saw", "TRI":"tri"}, ""))
lordcrc@384	5425	luxProp(mat, dot(name)+"noisesize", 0.25).set(texture.noiseSize)
lordcrc@384	5426	elif texture.type == Texture.Types["VORONOI"]:
lordcrc@384	5427	luxProp(mat, dot(name)+"texture", "").set("blender_voronoi")
lordcrc@384	5428	luxProp(mat, dot(name)+"distmetric", "").set({0:"actual_distance", 1:"distance_squared", 2:"manhattan", 3:"chebychev", 4:"minkovsky_half", 5:"minkovsky_four", 6:"minkovsky"}[texture.distMetric])
lordcrc@384	5429	luxProp(mat, dot(name)+"outscale", 1.0).set(texture.iScale)
lordcrc@384	5430	luxProp(mat, dot(name)+"noisesize", 0.25).set(texture.noiseSize)
lordcrc@384	5431	luxProp(mat, dot(name)+"minkosky_exp", 2.5).set(texture.exp)
lordcrc@384	5432	luxProp(mat, dot(name)+"w1", 1.0).set(texture.weight1)
lordcrc@384	5433	luxProp(mat, dot(name)+"w2", 0.0).set(texture.weight2)
lordcrc@384	5434	luxProp(mat, dot(name)+"w3", 0.0).set(texture.weight3)
lordcrc@384	5435	luxProp(mat, dot(name)+"w4", 0.0).set(texture.weight4)
lordcrc@384	5436	elif texture.type == Texture.Types["NOISE"]:
lordcrc@384	5437	luxProp(mat, dot(name)+"texture", "").set("blender_noise")
lordcrc@384	5438	elif texture.type == Texture.Types["DISTNOISE"]:
lordcrc@384	5439	luxProp(mat, dot(name)+"texture", "").set("blender_distortednoise")
lordcrc@384	5440	luxProp(mat, dot(name)+"distamount", 1.0).set(texture.distAmnt)
lordcrc@384	5441	luxProp(mat, dot(name)+"noisesize", 0.25).set(texture.noiseSize)
lordcrc@384	5442	luxProp(mat, dot(name)+"noisebasis", "").set(mapConstDict(texture.noiseBasis, Texture.Noise, noiseDict, ""))
lordcrc@384	5443	luxProp(mat, dot(name)+"noisebasis2", "").set(mapConstDict(texture.noiseBasis2, Texture.Noise, noiseDict, ""))
lordcrc@384	5444	elif texture.type == Texture.Types["MAGIC"]:
lordcrc@384	5445	luxProp(mat, dot(name)+"texture", "").set("blender_magic")
lordcrc@384	5446	luxProp(mat, dot(name)+"turbulance", 0.25).set(texture.turbulence)
lordcrc@384	5447	luxProp(mat, dot(name)+"noisedepth", 2).set(texture.noiseDepth)
lordcrc@384	5448	elif texture.type == Texture.Types["STUCCI"]:
lordcrc@384	5449	luxProp(mat, dot(name)+"texture", "").set("blender_stucci")
lordcrc@384	5450	luxProp(mat, dot(name)+"mtype", "").set(mapConstDict(texture.stype, Texture.STypes, {"STC_PLASTIC":"Plastic", "MSTC_WALLIN":"Wall In", "STC_WALLOUT":"Wall Out"}, ""))
lordcrc@384	5451	luxProp(mat, dot(name)+"noisetype", "").set({"soft":"soft_noise", "hard":"hard_noise"}[texture.noiseType])
lordcrc@384	5452	luxProp(mat, dot(name)+"noisesize", 0.25).set(texture.noiseSize)
lordcrc@384	5453	luxProp(mat, dot(name)+"turbulance", 0.25).set(texture.turbulence)
lordcrc@384	5454	luxProp(mat, dot(name)+"noisebasis", "").set(mapConstDict(texture.noiseBasis, Texture.Noise, noiseDict, ""))
lordcrc@384	5455	elif texture.type == Texture.Types["BLEND"]:
lordcrc@384	5456	luxProp(mat, dot(name)+"texture", "").set("blender_blend")
lordcrc@384	5457	luxProp(mat, dot(name)+"type", "").set(mapConstDict(texture.stype, Texture.STypes, {"BLN_LIN":"lin", "BLN_QUAD":"quad", "BLN_EASE":"ease", "BLN_DIAG":"diag", "BLN_SPHERE":"sphere", "BLN_HALO":"halo", "BLN_RADIAL":"radial"}, ""))
lordcrc@384	5458	luxProp(mat, dot(name)+"flipXY", "false").set({0:"false", 1:"true"}[texture.rot90])
lordcrc@384	5459	else:
lordcrc@384	5460	print("Material Conversion Warning: SORRY, this procedural texture isn\'t implemented in conversion\n")
lordcrc@384	5461
lordcrc@384	5462	def convertTextures(basename, texs, type="float", channel="col", val=1.0):
lordcrc@384	5463	tex = texs.pop()
lordcrc@384	5464	texture = tex.tex
lordcrc@384	5465	isImagemap = (texture.type == Texture.Types["IMAGE"]) and (texture.image) and (texture.image.filename!="")
lordcrc@384	5466	if channel == "col":
lordcrc@384	5467	if texture.flags & Texture.Flags["COLORBAND"] > 0:
lordcrc@384	5468	cbLow, cbHigh = convertColorband(texture.colorband)
lordcrc@384	5469	val1, alpha1, val2, alpha2 = (cbLow[0],cbLow[1],cbLow[2]), cbLow[3]tex.colfac, (cbHigh[0], cbHigh[1], cbHigh[2]), cbHigh[3]tex.colfac
lordcrc@384	5470	if tex.noRGB:
lordcrc@384	5471	lum1, lum2 = (val1[0]+val1[1]+val1[2])/3.0, (val2[0]+val2[1]+val2[2])/3.0
lordcrc@384	5472	val1, val2 = (tex.col[0]lum1,tex.col[1]lum1,tex.col[2]lum1), (tex.col[0]lum2,tex.col[1]lum2,tex.col[2]lum2)
lordcrc@384	5473	elif isImagemap and not(tex.noRGB): val1, alpha1, val2, alpha2 = (0.0,0.0,0.0), tex.colfac, (1.0,1.0,1.0), tex.colfac
lordcrc@384	5474	else: val1, alpha1, val2, alpha2 = tex.col, 0.0, tex.col, tex.colfac
lordcrc@384	5475	elif channel == "nor": val1, alpha1, val2, alpha2 = tex.norfac * 0.01, 0.0, tex.norfac * 0.01, 1.0
lordcrc@384	5476	else: val1, alpha1, val2, alpha2 = 1.0, 0.0, 1.0, tex.varfac
lordcrc@384	5477	if (tex.neg)^((channel=="nor") and (tex.mtNor<0)): val1, alpha1, val2, alpha2 = val2, alpha2, val1, alpha1
lordcrc@384	5478	luxProp(mat, dot(basename)+"textured", "").set("true")
lordcrc@384	5479
lordcrc@384	5480	name = basename
lordcrc@384	5481	if (alpha1 < 1.0) or (alpha2 < 1.0): # texture with transparency
lordcrc@384	5482	luxProp(mat, dot(basename)+"texture", "").set("mix")
lordcrc@384	5483	if alpha1 == alpha2: # constant alpha
lordcrc@384	5484	luxProp(mat, ddot(basename)+"amount.value", 1.0).set(alpha1)
lordcrc@384	5485	else:
lordcrc@384	5486	createLuxTexture(ddot(basename)+"amount", tex)
lordcrc@384	5487	luxProp(mat, ddot(basename)+"amount:tex1.value", 1.0).set(alpha1)
lordcrc@384	5488	luxProp(mat, ddot(basename)+"amount:tex2.value", 1.0).set(alpha2)
lordcrc@384	5489	# transparent to next texture
lordcrc@384	5490	name = ddot(basename)+"tex1"
lordcrc@384	5491	if len(texs) > 0:
lordcrc@384	5492	convertTextures(ddot(basename)+"tex1", texs, type, channel, val)
lordcrc@384	5493	else:
lordcrc@384	5494	if type=="float": luxProp(mat, ddot(basename)+"tex1.value", 1.0).set(val)
lordcrc@384	5495	else: luxProp(mat, ddot(basename)+"tex1.value", "1.0 1.0 1.0").setRGB((val[0], val[1], val[2]))
lordcrc@384	5496	name = ddot(basename)+"tex2"
lordcrc@384	5497	if val1 == val2: # texture with different colors / value
lordcrc@384	5498	if type == "col": luxProp(mat, dot(name)+"value", "1.0 1.0 1.0").setRGB(val1)
lordcrc@384	5499	else: luxProp(mat, dot(name)+"value", 1.0).set(val1)
lordcrc@384	5500	else:
lordcrc@384	5501	createLuxTexture(name, tex)
lordcrc@384	5502	if type == "col": luxProp(mat, ddot(name)+"tex1.value", "1.0 1.0 1.0").setRGB(val1)
lordcrc@384	5503	else: luxProp(mat, ddot(name)+"tex1.value", 1.0).set(val1)
lordcrc@384	5504	if type == "col": luxProp(mat, ddot(name)+"tex2.value", "1.0 1.0 1.0").setRGB(val2)
lordcrc@384	5505	else: luxProp(mat, ddot(name)+"tex2.value", 1.0).set(val2)
lordcrc@384	5506
lordcrc@384	5507
lordcrc@384	5508	def convertDiffuseTexture(name):
lordcrc@384	5509	texs = []
lordcrc@384	5510	for tex in mat.getTextures():
lordcrc@384	5511	if tex and (tex.mapto & Texture.MapTo["COL"] > 0) and (tex.tex) and (tex.tex.type != Texture.Types["NONE"]): texs.append(tex)
lordcrc@384	5512	if len(texs) > 0:
lordcrc@384	5513	luxProp(mat, name, "").setRGB((mat.ref, mat.ref, mat.ref))
lordcrc@384	5514	convertTextures(name, texs, "col", "col", (mat.R, mat.G, mat.B))
lordcrc@384	5515	def convertSpecularTexture(name):
lordcrc@384	5516	texs = []
lordcrc@384	5517	for tex in mat.getTextures():
lordcrc@384	5518	if tex and (tex.mapto & Texture.MapTo["CSP"] > 0) and (tex.tex) and (tex.tex.type != Texture.Types["NONE"]): texs.append(tex)
lordcrc@384	5519	if len(texs) > 0:
lordcrc@384	5520	luxProp(mat, name, "").setRGB((mat.refmat.spec, mat.refmat.spec, mat.ref*mat.spec))
lordcrc@384	5521	convertTextures(name, texs, "col", "col", (mat.specR, mat.specG, mat.specB))
lordcrc@384	5522	def convertMirrorTexture(name):
lordcrc@384	5523	texs = []
lordcrc@384	5524	for tex in mat.getTextures():
lordcrc@384	5525	if tex and (tex.mapto & Texture.MapTo["CMIR"] > 0) and (tex.tex) and (tex.tex.type != Texture.Types["NONE"]): texs.append(tex)
lordcrc@384	5526	if len(texs) > 0:
lordcrc@384	5527	luxProp(mat, name, "").setRGB((mat.ref, mat.ref, mat.ref))
lordcrc@384	5528	convertTextures(name, texs, "col", "col", (mat.mirR, mat.mirG, mat.mirB))
lordcrc@384	5529	def convertBumpTexture(basename):
lordcrc@384	5530	texs = []
lordcrc@384	5531	for tex in mat.getTextures():
lordcrc@384	5532	if tex and (tex.mapto & Texture.MapTo["NOR"] > 0) and (tex.tex) and (tex.tex.type != Texture.Types["NONE"]): texs.append(tex)
lordcrc@384	5533	if len(texs) > 0:
lordcrc@384	5534	name = basename+":bumpmap"
lordcrc@384	5535	luxProp(mat, basename+".usebump", "").set("true")
lordcrc@384	5536	luxProp(mat, dot(name)+"textured", "").set("true")
lordcrc@384	5537	luxProp(mat, name, "").set(1.0)
lordcrc@384	5538	convertTextures(name, texs, "float", "nor", 0.0)
lordcrc@384	5539
lordcrc@384	5540	def makeMatte(name):
lordcrc@384	5541	luxProp(mat, dot(name)+"type", "").set("matte")
lordcrc@384	5542	luxProp(mat, name+":Kd", "").setRGB((mat.Rmat.ref, mat.Gmat.ref, mat.B*mat.ref))
lordcrc@384	5543	convertDiffuseTexture(name+":Kd")
lordcrc@384	5544	convertBumpTexture(name)
lordcrc@384	5545	def makeGlossy(name, roughness):
lordcrc@384	5546	luxProp(mat, dot(name)+"type", "").set("glossy")
lordcrc@384	5547	luxProp(mat, name+":Kd", "").setRGB((mat.Rmat.ref, mat.Gmat.ref, mat.B*mat.ref))
lordcrc@384	5548	luxProp(mat, name+":Ks", "").setRGB((mat.specRmat.spec0.5, mat.specGmat.spec0.5, mat.specBmat.spec0.5))
lordcrc@384	5549	luxProp(mat, name+":uroughness", 0.0).set(roughness)
lordcrc@384	5550	luxProp(mat, name+":vroughness", 0.0).set(roughness)
lordcrc@384	5551	convertDiffuseTexture(name+":Kd")
lordcrc@384	5552	convertSpecularTexture(name+":Ks")
lordcrc@384	5553	convertBumpTexture(name)
lordcrc@384	5554	def makeMirror(name):
lordcrc@384	5555	luxProp(mat, dot(name)+"type", "").set("mirror")
lordcrc@384	5556	luxProp(mat, name+":Kr", "").setRGB((mat.mirR, mat.mirG, mat.mirB))
lordcrc@384	5557	convertMirrorTexture(name+":Kr")
lordcrc@384	5558	convertBumpTexture(name)
lordcrc@384	5559	def makeGlass(name):
lordcrc@384	5560	luxProp(mat, dot(name)+"type", "").set("glass")
lordcrc@384	5561	luxProp(mat, name+":Kr", "").setRGB((0.0, 0.0, 0.0))
lordcrc@384	5562	luxProp(mat, name+":Kt", "").setRGB((mat.R, mat.G, mat.B))
lordcrc@384	5563	luxProp(mat, name+":index.iorusepreset", "").set("false")
lordcrc@384	5564	luxProp(mat, name+":index", 0.0).set(mat.getIOR())
lordcrc@384	5565	convertMirrorTexture(name+":Kr")
lordcrc@384	5566	convertDiffuseTexture(name+":Kt")
lordcrc@384	5567	convertBumpTexture(name)
lordcrc@384	5568	def makeRoughglass(name, roughness):
lordcrc@384	5569	luxProp(mat, dot(name)+"type", "").set("roughglass")
lordcrc@384	5570	luxProp(mat, name+":Kr", "").setRGB((0.0, 0.0, 0.0))
lordcrc@384	5571	luxProp(mat, name+":Kt", "").setRGB((mat.R, mat.G, mat.B))
lordcrc@384	5572	luxProp(mat, name+":index.iorusepreset", "").set("false")
lordcrc@384	5573	luxProp(mat, name+":index", 0.0).set(mat.getIOR())
lordcrc@384	5574	luxProp(mat, name+":uroughness", 0.0).set(roughness)
lordcrc@384	5575	luxProp(mat, name+":vroughness", 0.0).set(roughness)
lordcrc@384	5576	convertMirrorTexture(name+":Kr")
lordcrc@384	5577	convertDiffuseTexture(name+":Kt")
lordcrc@384	5578	convertBumpTexture(name)
lordcrc@384	5579	print("convert Blender material \"%s\" to lux material"%(mat.name))
lordcrc@384	5580	mat.properties['luxblend'] = {}
lordcrc@384	5581	if mat.emit > 0.0001:
lordcrc@384	5582	luxProp(mat, "type", "").set("light")
lordcrc@384	5583	luxProp(mat, "light.l", "").setRGB((mat.R, mat.G, mat.B))
lordcrc@384	5584	luxProp(mat, "light.gain", 1.0).set(mat.emit)
lordcrc@384	5585	return
lordcrc@384	5586	alpha = mat.alpha
lordcrc@384	5587	if not(mat.mode & Material.Modes.RAYTRANSP): alpha = 1.0
lordcrc@384	5588	alpha0name, alpha1name = "", ""
lordcrc@384	5589	if (alpha > 0.0) and (alpha < 1.0):
lordcrc@384	5590	luxProp(mat, "type", "").set("mix")
lordcrc@384	5591	luxProp(mat, ":amount", 0.0).set(alpha)
lordcrc@384	5592	alpha0name, alpha1name = "mat2", "mat1"
lordcrc@384	5593	if alpha > 0.0:
lordcrc@384	5594	mirror = mat.rayMirr
lordcrc@384	5595	if not(mat.mode & Material.Modes.RAYMIRROR): mirror = 0.0
lordcrc@384	5596	mirror0name, mirror1name = alpha1name, alpha1name
lordcrc@384	5597	if (mirror > 0.0) and (mirror < 1.0):
lordcrc@384	5598	luxProp(mat, dot(alpha1name)+"type", "").set("mix")
lordcrc@384	5599	luxProp(mat, alpha1name+":amount", 0.0).set(1.0 - mirror)
lordcrc@384	5600	mirror0name, mirror1name = ddot(alpha1name)+"mat1", ddot(alpha1name)+"mat2"
lordcrc@384	5601	if mirror > 0.0:
lordcrc@384	5602	if mat.glossMir < 1.0: makeGlossy(mirror1name, 1.0-mat.glossMir**2)
lordcrc@384	5603	else: makeMirror(mirror1name)
lordcrc@384	5604	if mirror < 1.0:
lordcrc@384	5605	if mat.spec > 0.0: makeGlossy(mirror0name, 1.0/mat.hard)
lordcrc@384	5606	else: makeMatte(mirror0name)
lordcrc@384	5607	if alpha < 1.0:
lordcrc@384	5608	if mat.glossTra < 1.0: makeRoughnessGlass(alpha0name, 1.0-mat.glossTra**2)
lordcrc@384	5609	else: makeGlass(alpha0name)
lordcrc@384	5610
lordcrc@384	5611	def convertAllMaterials():
lordcrc@384	5612	for mat in Material.Get(): convertMaterial(mat)
lordcrc@384	5613
lordcrc@384	5614
lordcrc@384	5615
lordcrc@384	5616
lordcrc@384	5617	### Connect LRMDB ###
lordcrc@384	5618	ConnectLrmdb = False
lordcrc@384	5619	try:
lordcrc@384	5620	import socket # try import of socket library
lordcrc@384	5621	ConnectLrmdb = True
lordcrc@384	5622	def downloadLRMDB(mat, id):
lordcrc@384	5623	if id.isalnum():
lordcrc@384	5624	DrawProgressBar(0.0,'Getting Material #'+id)
lordcrc@384	5625	try:
lordcrc@384	5626	HOST = 'www.luxrender.net'
lordcrc@384	5627	GET = '/lrmdb/en/material/download/'+id
lordcrc@384	5628	PORT = 80
lordcrc@384	5629	sock = socket.socket(socket.AF_INET, socket.SOCK_STREAM)
lordcrc@384	5630	sock.connect((HOST, PORT))
lordcrc@384	5631	sock.send("GET %s HTTP/1.0\r\nHost: %s\r\n\r\n" % (GET, HOST))
lordcrc@384	5632	data = sock.recv(1024)
lordcrc@384	5633	str = ""
lordcrc@384	5634	while len(data):
lordcrc@384	5635	str += data
lordcrc@384	5636	data = sock.recv(1024)
lordcrc@384	5637	sock.close()
lordcrc@384	5638	if str.split("\n", 1)[0].find("200") < 0:
lordcrc@384	5639	print("ERROR: server error: %s"%(str.split("\n",1)[0]))
lordcrc@384	5640	return None
lordcrc@384	5641	str = (str.split("\r\n\r\n")[1]).strip()
lordcrc@384	5642	if (str[0]=="{") and (str[-1]=="}"):
lordcrc@384	5643	return str2MatTex(str)
lordcrc@384	5644	print("ERROR: downloaded data is not a material or texture")
lordcrc@384	5645	except:
lordcrc@384	5646	print("ERROR: download failed")
lordcrc@384	5647
lordcrc@384	5648	DrawProgressBar(1.0,'')
lordcrc@384	5649	else:
lordcrc@384	5650	print("ERROR: material id is not valid")
lordcrc@384	5651	return None
lordcrc@384	5652
lordcrc@384	5653
lordcrc@384	5654	#===========================================================================
lordcrc@384	5655	# COOKIETRANSPORT
lordcrc@384	5656	#===========================================================================
lordcrc@384	5657
lordcrc@384	5658	#---------------------------------------------------------------------------
lordcrc@384	5659	# IMPORTS
lordcrc@384	5660	import cookielib, urllib2, xmlrpclib
lordcrc@384	5661
lordcrc@384	5662	#---------------------------------------------------------------------------
lordcrc@384	5663	# pilfered from
lordcrc@384	5664	# https://fedorahosted.org/python-bugzilla/browser/bugzilla.py?rev=e6f699f06e92b1e49b1b8d2c8fbe89d9425a4a9a
lordcrc@384	5665	class CookieTransport(xmlrpclib.Transport):
lordcrc@384	5666	'''
lordcrc@384	5667	A subclass of xmlrpclib.Transport that supports cookies.
lordcrc@384	5668	'''
lordcrc@384	5669
lordcrc@384	5670	cookiejar = None
lordcrc@384	5671	scheme = 'http'
lordcrc@384	5672	verbose = None
lordcrc@384	5673
lordcrc@384	5674	# Cribbed from xmlrpclib.Transport.send_user_agent
lordcrc@384	5675	def send_cookies(self, connection, cookie_request):
lordcrc@384	5676	'''
lordcrc@384	5677	Send all the cookie data that we have received
lordcrc@384	5678	'''
lordcrc@384	5679
lordcrc@384	5680	if self.cookiejar is None:
lordcrc@384	5681	self.cookiejar = cookielib.CookieJar()
lordcrc@384	5682	elif self.cookiejar:
lordcrc@384	5683	# Let the cookiejar figure out what cookies are appropriate
lordcrc@384	5684	self.cookiejar.add_cookie_header(cookie_request)
lordcrc@384	5685	# Pull the cookie headers out of the request object...
lordcrc@384	5686	cookielist = list()
lordcrc@384	5687	for header, value in cookie_request.header_items():
lordcrc@384	5688	if header.startswith('Cookie'):
lordcrc@384	5689	cookielist.append([header, value])
lordcrc@384	5690	# ...and put them over the connection
lordcrc@384	5691	for header, value in cookielist:
lordcrc@384	5692	connection.putheader(header, value)
lordcrc@384	5693
lordcrc@384	5694	# This is the same request() method from xmlrpclib.Transport,
lordcrc@384	5695	# with a couple additions noted below
lordcrc@384	5696	def request(self, host, handler, request_body, verbose=0):
lordcrc@384	5697	'''
lordcrc@384	5698	Handle the request
lordcrc@384	5699	'''
lordcrc@384	5700
lordcrc@384	5701	host_connection = self.make_connection(host)
lordcrc@384	5702	if verbose:
lordcrc@384	5703	host_connection.set_debuglevel(1)
lordcrc@384	5704
lordcrc@384	5705	# ADDED: construct the URL and Request object for proper cookie handling
lordcrc@384	5706	request_url = "%s://%s/" % (self.scheme, host)
lordcrc@384	5707	cookie_request = urllib2.Request(request_url)
lordcrc@384	5708
lordcrc@384	5709	self.send_request(host_connection, handler, request_body)
lordcrc@384	5710	self.send_host(host_connection, host)
lordcrc@384	5711
lordcrc@384	5712	# ADDED. creates cookiejar if None.
lordcrc@384	5713	self.send_cookies(host_connection, cookie_request)
lordcrc@384	5714	self.send_user_agent(host_connection)
lordcrc@384	5715	self.send_content(host_connection, request_body)
lordcrc@384	5716
lordcrc@384	5717	errcode, errmsg, headers = host_connection.getreply()
lordcrc@384	5718
lordcrc@384	5719	# ADDED: parse headers and get cookies here
lordcrc@384	5720	class CookieResponse:
lordcrc@384	5721	'''
lordcrc@384	5722	fake a response object that we can fill with the headers above
lordcrc@384	5723	'''
lordcrc@384	5724
lordcrc@384	5725	def __init__(self, headers):
lordcrc@384	5726	self.headers = headers
lordcrc@384	5727
lordcrc@384	5728	def info(self):
lordcrc@384	5729	return self.headers
lordcrc@384	5730
lordcrc@384	5731	cookie_response = CookieResponse(headers)
lordcrc@384	5732
lordcrc@384	5733	# Okay, extract the cookies from the headers
lordcrc@384	5734	self.cookiejar.extract_cookies(cookie_response, cookie_request)
lordcrc@384	5735
lordcrc@384	5736	# And write back any changes
lordcrc@384	5737	# DH THIS DOESN'T WORK
lordcrc@384	5738	# self.cookiejar.save(self.cookiejar.filename)
lordcrc@384	5739
lordcrc@384	5740	if errcode != 200:
lordcrc@384	5741	raise xmlrpclib.ProtocolError(
lordcrc@384	5742	host + handler,
lordcrc@384	5743	errcode, errmsg,
lordcrc@384	5744	headers
lordcrc@384	5745	)
lordcrc@384	5746
lordcrc@384	5747	self.verbose = verbose
lordcrc@384	5748
lordcrc@384	5749	try:
lordcrc@384	5750	sock = host_connection._conn.sock
lordcrc@384	5751	except AttributeError:
lordcrc@384	5752	sock = None
lordcrc@384	5753
lordcrc@384	5754	return self._parse_response(host_connection.getfile(), sock)
lordcrc@384	5755
lordcrc@384	5756
lordcrc@384	5757	#===========================================================================
lordcrc@384	5758	# LRMDB Integration
lordcrc@384	5759	#===========================================================================
lordcrc@384	5760	class lrmdb:
lordcrc@384	5761	host = 'http://www.luxrender.net/lrmdb/ixr'
lordcrc@384	5762
lordcrc@384	5763	username = ""
lordcrc@384	5764	password = ""
lordcrc@384	5765	logged_in = False
lordcrc@384	5766
lordcrc@384	5767	SERVER = None
lordcrc@384	5768
lordcrc@384	5769	last_error_str = None
lordcrc@384	5770
lordcrc@384	5771	def last_error(self):
lordcrc@384	5772	return self.last_error_str #'LRMDB Connector: %s' %
lordcrc@384	5773
lordcrc@384	5774	def login(self):
lordcrc@384	5775	try:
lordcrc@384	5776	result = self.SERVER.user.login(
lordcrc@384	5777	self.username,
lordcrc@384	5778	self.password
lordcrc@384	5779	)
lordcrc@384	5780	if not result:
lordcrc@384	5781	raise
lordcrc@384	5782	else:
lordcrc@384	5783	self.logged_in = True
lordcrc@384	5784	return True
lordcrc@384	5785	except:
lordcrc@384	5786	self.last_error_str = 'Login Failed'
lordcrc@384	5787	self.logged_in = False
lordcrc@384	5788	return False
lordcrc@384	5789
lordcrc@384	5790	def submit_object(self, mat, basekey, tex):
lordcrc@384	5791	if not self.check_creds(): return False
lordcrc@384	5792
lordcrc@384	5793	try:
lordcrc@384	5794	result = 'Unknown Error'
lordcrc@384	5795
lordcrc@384	5796	if tex:
lordcrc@384	5797	name = Draw.PupStrInput('Name: ', '', 32)
lordcrc@384	5798	else:
lordcrc@384	5799	name = mat.name
lordcrc@384	5800
lordcrc@384	5801	result = self.SERVER.object.submit(
lordcrc@384	5802	name,
lordcrc@384	5803	MatTex2dict( getMatTex(mat, basekey, tex), tex )
lordcrc@384	5804	)
lordcrc@384	5805	if result is not True:
lordcrc@384	5806	raise
lordcrc@384	5807	else:
lordcrc@384	5808	return True
lordcrc@384	5809	except:
lordcrc@384	5810	self.last_error_str = 'Submit failed: %s' % result
lordcrc@384	5811	return False
lordcrc@384	5812
lordcrc@384	5813	def check_creds(self):
lordcrc@384	5814	if self.SERVER is None:
lordcrc@384	5815	try:
lordcrc@384	5816	self.SERVER = xmlrpclib.ServerProxy(self.host, transport=CookieTransport())
lordcrc@384	5817	except:
lordcrc@384	5818	self.last_error_str = 'ServerProxy init failed'
lordcrc@384	5819	return False
lordcrc@384	5820
lordcrc@384	5821
lordcrc@384	5822	if not self.logged_in:
lordcrc@384	5823	#if self.username is "":
lordcrc@384	5824	self.request_username()
lordcrc@384	5825
lordcrc@384	5826	#if self.password is "":
lordcrc@384	5827	self.request_password()
lordcrc@384	5828
lordcrc@384	5829	return self.login()
lordcrc@384	5830	else:
lordcrc@384	5831	return True
lordcrc@384	5832
lordcrc@384	5833	def request_username(self):
lordcrc@384	5834	self.username = Draw.PupStrInput("Username:", self.username, 32)
lordcrc@384	5835
lordcrc@384	5836	def request_password(self):
lordcrc@384	5837	self.password = Draw.PupStrInput("Password:", self.password, 32)
lordcrc@384	5838
lordcrc@384	5839	lrmdb_connector = lrmdb()
lordcrc@384	5840
lordcrc@384	5841
lordcrc@384	5842	except: print("WARNING: LRMDB support not available")
lordcrc@384	5843
lordcrc@384	5844
lordcrc@384	5845
lordcrc@384	5846	### MatTex functions ###
lordcrc@384	5847	### MatTex : is a dictionary of material or texture properties
lordcrc@384	5848
lordcrc@384	5849	def getMatTex(mat, basekey='', tex=False):
lordcrc@384	5850	global usedproperties, usedpropertiesfilterobj
lordcrc@384	5851	usedproperties = {}
lordcrc@384	5852	usedpropertiesfilterobj = mat
lordcrc@384	5853	luxMaterial(mat)
lordcrc@384	5854	dict = {}
lordcrc@384	5855	for k,v in usedproperties.items():
lordcrc@384	5856	if k[:len(basekey)]==basekey:
lordcrc@384	5857	if k[-9:] != '.textured':
lordcrc@384	5858	name = k[len(basekey):]
lordcrc@384	5859	if name == ".type": name = "type"
lordcrc@384	5860	dict[name] = v
lordcrc@384	5861	dict["__type__"] = ["material","texture"][bool(tex)]
lordcrc@384	5862	return dict
lordcrc@384	5863
lordcrc@384	5864	def putMatTex(mat, dict, basekey='', tex=None):
lordcrc@384	5865	if dict and (tex!=None) and (tex ^ (dict.has_key("__type__") and (dict["__type__"]=="texture"))):
lordcrc@384	5866	print("ERROR: Can't apply %s as %s"%(["texture","material"][bool(tex)],["material","texture"][bool(tex)]))
lordcrc@384	5867	return
lordcrc@384	5868	if dict:
lordcrc@384	5869	# remove all current properties in mat that starts with basekey
lordcrc@384	5870	try:
lordcrc@384	5871	d = mat.properties['luxblend']
lordcrc@384	5872	for k,v in d.convert_to_pyobject().items():
lordcrc@384	5873	kn = k
lordcrc@384	5874	if k[:7]=="__hash:": # decode if entry is hashed (cause of 32chars limit)
lordcrc@384	5875	l = v.split(" = ")
lordcrc@384	5876	kn = l[0]
lordcrc@384	5877	if kn[:len(basekey)]==basekey:
lordcrc@384	5878	del mat.properties['luxblend'][k]
lordcrc@384	5879	except: print("error") # pass
lordcrc@384	5880	# assign loaded properties
lordcrc@384	5881	for k,v in dict.items():
lordcrc@384	5882	try:
lordcrc@384	5883	if (basekey!="") and (k=="type"): k = ".type"
lordcrc@384	5884	# zuegs: following two lines should fix issue http://www.luxrender.net/forum/viewtopic.php?f=16&t=1618&p=14512#p14512
lordcrc@384	5885	if (basekey!="") and ((k[0]!=".") and (k[0]!=":")): k = ":"+k
lordcrc@384	5886	if (basekey=="") and (k[0:4]==":mat"): k = k[1:]
lordcrc@384	5887	luxProp(mat, basekey+k, None).set(v)
lordcrc@384	5888	if k[-8:] == '.texture':
lordcrc@384	5889	luxProp(mat, basekey+k[:-8]+'.textured', 'false').set('true')
lordcrc@384	5890	except: pass
lordcrc@384	5891
lordcrc@384	5892
lordcrc@384	5893	LBX_VERSION = '0.7'
lordcrc@384	5894
lordcrc@384	5895	def MatTex2dict(d, tex = None):
lordcrc@384	5896	global LBX_VERSION
lordcrc@384	5897
lordcrc@384	5898	if LBX_VERSION == '0.6':
lordcrc@384	5899
lordcrc@384	5900	if tex is not None and tex == True:
lordcrc@384	5901	d['LUX_DATA'] = 'TEXTURE'
lordcrc@384	5902	else:
lordcrc@384	5903	d['LUX_DATA'] = 'MATERIAL'
lordcrc@384	5904
lordcrc@384	5905	d['LUX_VERSION'] = '0.6'
lordcrc@384	5906
lordcrc@384	5907	return d
lordcrc@384	5908
lordcrc@384	5909	elif LBX_VERSION == '0.7':
lordcrc@384	5910	definition = []
lordcrc@384	5911	for k in d.keys():
lordcrc@384	5912	if type(d[k]) == types.IntType:
lordcrc@384	5913	t = 'integer'
lordcrc@384	5914	if type(d[k]) == types.FloatType:
lordcrc@384	5915	t = 'float'
lordcrc@384	5916	if type(d[k]) == types.BooleanType:
lordcrc@384	5917	t = 'bool'
lordcrc@384	5918	if type(d[k]) == types.StringType:
lordcrc@384	5919	l=None
lordcrc@384	5920	try:
lordcrc@384	5921	l = d[k].split(" ")
lordcrc@384	5922	except: pass
lordcrc@384	5923	if l==None or len(l)!=3:
lordcrc@384	5924	t = 'string'
lordcrc@384	5925	else:
lordcrc@384	5926	t = 'vector'
lordcrc@384	5927
lordcrc@384	5928	definition.append([ t, k, d[k] ])
lordcrc@384	5929
lordcrc@384	5930
lordcrc@384	5931	lbx = {
lordcrc@384	5932	'type': d['__type__'],
lordcrc@384	5933	'version': '0.7',
lordcrc@384	5934	'definition': definition,
lordcrc@384	5935	'metadata': [
lordcrc@384	5936	['string', 'generator', 'luxblend'],
lordcrc@384	5937	]
lordcrc@384	5938	}
lordcrc@384	5939
lordcrc@384	5940	return lbx
lordcrc@384	5941
lordcrc@384	5942	def format_dictStr(dictStr):
lordcrc@384	5943	result = ''
lordcrc@384	5944	pos = 0
lordcrc@384	5945	indentStr = ' '
lordcrc@384	5946	newLine = '\n'
lordcrc@384	5947
lordcrc@384	5948	for char in dictStr:
lordcrc@384	5949	if char in ['}', ']']:
lordcrc@384	5950	result += newLine
lordcrc@384	5951	pos -= 1
lordcrc@384	5952	for j in range(0,pos):
lordcrc@384	5953	result += indentStr
lordcrc@384	5954
lordcrc@384	5955	result += char
lordcrc@384	5956
lordcrc@384	5957	if char in [',', '{', '[']:
lordcrc@384	5958	result += newLine
lordcrc@384	5959	if char in ['{', '[']:
lordcrc@384	5960	pos += 1
lordcrc@384	5961	for j in range(0,pos):
lordcrc@384	5962	result += indentStr
lordcrc@384	5963
lordcrc@384	5964	return result
lordcrc@384	5965
lordcrc@384	5966
lordcrc@384	5967	def MatTex2str(d, tex = None):
lordcrc@384	5968	global LBX_VERSION
lordcrc@384	5969
lordcrc@384	5970	if LBX_VERSION == '0.6':
lordcrc@384	5971	return format_dictStr(str( MatTex2dict(d, tex) )) #.replace(", \'", ",\n\'")
lordcrc@384	5972
lordcrc@384	5973	elif LBX_VERSION == '0.7':
lordcrc@384	5974	return format_dictStr(str( MatTex2dict(d, tex) )) #.replace("], \'", "],\r\n\'").replace("[","\r\n\t[")
lordcrc@384	5975
lordcrc@384	5976
lordcrc@384	5977	def str2MatTex(s, tex = None): # todo: this is not absolutely save from attacks!!!
lordcrc@384	5978	global LBX_VERSION
lordcrc@384	5979
lordcrc@384	5980	s = s.strip()
lordcrc@384	5981	if (s[0]=='{') and (s[-1]=='}'):
lordcrc@384	5982	d = eval(s, dict(__builtins__=None))
lordcrc@384	5983	if type(d)==types.DictType:
lordcrc@384	5984
lordcrc@384	5985
lordcrc@384	5986	if LBX_VERSION == '0.6':
lordcrc@384	5987
lordcrc@384	5988	if tex is not None and tex == True:
lordcrc@384	5989	test_str = 'TEXTURE'
lordcrc@384	5990	else:
lordcrc@384	5991	test_str = 'MATERIAL'
lordcrc@384	5992
lordcrc@384	5993	if ('LUX_DATA' in d.keys() and d['LUX_DATA'] == test_str) \
lordcrc@384	5994	and ('LUX_VERSION' in d.keys() and (d['LUX_VERSION'] == '0.6' or d['LUX_VERSION'] == 0.6)):
lordcrc@384	5995	return d
lordcrc@384	5996	else:
lordcrc@384	5997	reason = 'Missing/incorrect metadata'
lordcrc@384	5998
lordcrc@384	5999	elif LBX_VERSION == '0.7':
lordcrc@384	6000
lordcrc@384	6001	def lb_list_to_dict(list):
lordcrc@384	6002	d = {}
lordcrc@384	6003	for t, k, v in list:
lordcrc@384	6004	if t == 'float':
lordcrc@384	6005	v = float(v)
lordcrc@384	6006
lordcrc@384	6007	d[k] = v
lordcrc@384	6008	return d
lordcrc@384	6009
lordcrc@384	6010	if ('version' in d.keys() and d['version'] in ['0.6', '0.7']) \
lordcrc@384	6011	and ('type' in d.keys() and d['type'] in ['material', 'texture']) \
lordcrc@384	6012	and ('definition' in d.keys()):
lordcrc@384	6013
lordcrc@384	6014
lordcrc@384	6015	try:
lordcrc@384	6016	definition = lb_list_to_dict(d['definition'])
lordcrc@384	6017
lordcrc@384	6018	if 'metadata' in d.keys():
lordcrc@384	6019	definition.update( lb_list_to_dict(d['metadata']) )
lordcrc@384	6020
lordcrc@384	6021	return definition
lordcrc@384	6022	except:
lordcrc@384	6023	reason = 'Incorrect LBX definition data'
lordcrc@384	6024	else:
lordcrc@384	6025	reason = 'Missing/incorrect metadata'
lordcrc@384	6026	else:
lordcrc@384	6027	reason = 'Unknown LBX version'
lordcrc@384	6028	else:
lordcrc@384	6029	reason = 'Not a parsed dict'
lordcrc@384	6030	else:
lordcrc@384	6031	reason = 'Not a stored dict'
lordcrc@384	6032
lordcrc@384	6033
lordcrc@384	6034	print("ERROR: string to material/texture conversion failed: %s" % reason)
lordcrc@384	6035	return None
lordcrc@384	6036
lordcrc@384	6037
lordcrc@384	6038	luxclipboard = None # global variable for copy/paste content
lordcrc@384	6039	def showMatTexMenu(mat, basekey='', tex=False):
lordcrc@384	6040	global luxclipboard, ConnectLrmdb
lordcrc@384	6041	if tex: menu="Texture menu:%t"
lordcrc@384	6042	else: menu="Material menu:%t"
lordcrc@384	6043	menu += "\|Copy%x1"
lordcrc@384	6044	try:
lordcrc@384	6045	if luxclipboard and (not(tex) ^ (luxclipboard["__type__"]=="texture")): menu +="\|Paste%x2"
lordcrc@384	6046	except: pass
lordcrc@384	6047	if (tex):
lordcrc@384	6048	menu += "\|Load LBT%x3\|Save LBT%x4"
lordcrc@384	6049	else:
lordcrc@384	6050	menu += "\|Load LBM%x3\|Save LBM%x4"
lordcrc@384	6051	if ConnectLrmdb:
lordcrc@384	6052	menu += "\|Download from DB%x5" #not(tex) and
lordcrc@384	6053	menu += "\|Upload to DB%x6"
lordcrc@384	6054
lordcrc@384	6055	# menu += "\|%l\|dump material%x99\|dump clipboard%x98"
lordcrc@384	6056	r = Draw.PupMenu(menu)
lordcrc@384	6057	if r==1:
lordcrc@384	6058	luxclipboard = getMatTex(mat, basekey, tex)
lordcrc@384	6059	elif r==2: putMatTex(mat, luxclipboard, basekey, tex)
lordcrc@384	6060	elif r==3:
lordcrc@384	6061	scn = Scene.GetCurrent()
lordcrc@384	6062	if (tex):
lordcrc@384	6063	Window.FileSelector(lambda fn:loadMatTex(mat, fn, basekey, tex), "load texture", luxProp(scn, "lux", "").get()+os.sep+".lbt")
lordcrc@384	6064	else:
lordcrc@384	6065	Window.FileSelector(lambda fn:loadMatTex(mat, fn, basekey, tex), "load material", luxProp(scn, "lux", "").get()+os.sep+".lbm")
lordcrc@384	6066	elif r==4:
lordcrc@384	6067	scn = Scene.GetCurrent()
lordcrc@384	6068	if (tex):
lordcrc@384	6069	Window.FileSelector(lambda fn:saveMatTex(mat, fn, basekey, tex), "save texture", luxProp(scn, "lux", "").get()+os.sep+".lbt")
lordcrc@384	6070	else:
lordcrc@384	6071	Window.FileSelector(lambda fn:saveMatTex(mat, fn, basekey, tex), "save material", luxProp(scn, "lux", "").get()+os.sep+".lbm")
lordcrc@384	6072	elif r==5:
lordcrc@384	6073	if not tex:
lordcrc@384	6074	id = Draw.PupStrInput("Material ID:", "", 32)
lordcrc@384	6075	else:
lordcrc@384	6076	id = Draw.PupStrInput("Texture ID:", "", 32)
lordcrc@384	6077	if id: putMatTex(mat, downloadLRMDB(mat, id), basekey, tex)
lordcrc@384	6078	elif r==6:
lordcrc@384	6079	global lrmdb_connector
lordcrc@384	6080	if not lrmdb_connector.submit_object(mat, basekey, tex):
lordcrc@384	6081	msg = lrmdb_connector.last_error()
lordcrc@384	6082	else:
lordcrc@384	6083	msg = 'OK'
lordcrc@384	6084
lordcrc@384	6085	Draw.PupMenu("Upload: "+msg+".%t\|OK")
lordcrc@384	6086	# elif r==99:
lordcrc@384	6087	# for k,v in mat.properties['luxblend'].convert_to_pyobject().items(): print(k+"="+repr(v))
lordcrc@384	6088	# elif r==98:
lordcrc@384	6089	# for k,v in luxclipboard.items(): print(k+"="+repr(v))
lordcrc@384	6090	# prin()
lordcrc@384	6091	Draw.Redraw()
lordcrc@384	6092
lordcrc@384	6093
lordcrc@384	6094	def saveMatTex(mat, fn, basekey='', tex=False):
lordcrc@384	6095	global LuxIsGUI
lordcrc@384	6096	d = getMatTex(mat, basekey, tex)
lordcrc@384	6097	file = open(fn, 'w')
lordcrc@384	6098	file.write(MatTex2str(d, tex))
lordcrc@384	6099	file.close()
lordcrc@384	6100	if LuxIsGUI: Draw.Redraw()
lordcrc@384	6101
lordcrc@384	6102
lordcrc@384	6103	def loadMatTex(mat, fn, basekey='', tex=None):
lordcrc@384	6104	global LuxIsGUI
lordcrc@384	6105	file = open(fn, 'r')
lordcrc@384	6106	data = file.read()
lordcrc@384	6107	file.close()
lordcrc@384	6108	data = str2MatTex(data, tex)
lordcrc@384	6109	putMatTex(mat, data, basekey, tex)
lordcrc@384	6110	if LuxIsGUI: Draw.Redraw()
lordcrc@384	6111
lordcrc@384	6112
lordcrc@384	6113	activemat = None
lordcrc@384	6114	def setactivemat(mat):
lordcrc@384	6115	global activemat
lordcrc@384	6116	activemat = mat
lordcrc@384	6117
lordcrc@384	6118
lordcrc@384	6119	# scrollbar
lordcrc@384	6120	class scrollbar:
lordcrc@384	6121	def __init__(self):
lordcrc@384	6122	self.position = 0 # current position at top (inside 0..height-viewHeight)
lordcrc@384	6123	self.height = 0 # total height of the content
lordcrc@384	6124	self.viewHeight = 0 # height of window
lordcrc@384	6125	self.x = 0 # horizontal position of the scrollbar
lordcrc@384	6126	self.scrolling = self.over = False # start without scrolling ;)
lordcrc@384	6127	def calcRects(self):
lordcrc@384	6128	# Blender doesn't give us direct access to the window size yet, but it does set the
lordcrc@384	6129	# GL scissor box for it, so we can get the size from that. (thx to Daniel Dunbar)
lordcrc@384	6130	size = BGL.Buffer(BGL.GL_FLOAT, 4)
lordcrc@384	6131	BGL.glGetFloatv(BGL.GL_SCISSOR_BOX, size)
lordcrc@384	6132	size = size.list # [winx, winy, width, height]
lordcrc@384	6133	self.winrect = size[:]
lordcrc@384	6134	self.viewHeight = size[3]
lordcrc@384	6135	size[0], size[1] = size[2]-20, 0 # [scrollx1, scrolly1, scrollx2, scrolly2]
lordcrc@384	6136	self.rect = size[:]
lordcrc@384	6137	if self.position < 0: self.position = 0
lordcrc@384	6138	if self.height < self.viewHeight: self.height = self.viewHeight
lordcrc@384	6139	if self.position > self.height-self.viewHeight: self.position = self.height-self.viewHeight
lordcrc@384	6140	self.factor = (size[3]-size[1]-4)/self.height
lordcrc@384	6141	self.sliderRect = [size[0]+2, size[3]-2-(self.position+self.viewHeight)self.factor, size[2]-2, size[3]-2-self.positionself.factor]
lordcrc@384	6142	def draw(self):
lordcrc@384	6143	self.calcRects()
lordcrc@384	6144	BGL.glColor3f(0.5,0.5,0.5); BGL.glRectf(self.rect[0],self.rect[1],self.rect[2],self.rect[3])
lordcrc@384	6145	if self.over or self.scrolling: BGL.glColor3f(1.0,1.0,0.7)
lordcrc@384	6146	else: BGL.glColor3f(0.7,0.7,0.7)
lordcrc@384	6147	BGL.glRectf(self.sliderRect[0],self.sliderRect[1],self.sliderRect[2],self.sliderRect[3])
lordcrc@384	6148	def getTop(self):
lordcrc@384	6149	return self.viewHeight+self.position
lordcrc@384	6150	def scroll(self, delta):
lordcrc@384	6151	self.position = self.position + delta
lordcrc@384	6152	self.calcRects()
lordcrc@384	6153	Draw.Redraw()
lordcrc@384	6154	def Mouse(self):
lordcrc@384	6155	self.calcRects()
lordcrc@384	6156	coord, buttons = Window.GetMouseCoords(), Window.GetMouseButtons()
lordcrc@384	6157	over = (coord[0]>=self.winrect[0]+self.rect[0]) and (coord[0]<=self.winrect[0]+self.rect[2]) and \
lordcrc@384	6158	(coord[1]>=self.winrect[1]+self.rect[1]) and (coord[1]<=self.winrect[1]+self.rect[3])
lordcrc@384	6159	if Window.MButs.L and buttons > 0:
lordcrc@384	6160	if self.scrolling:
lordcrc@384	6161	if self.factor > 0: self.scroll((self.lastcoord[1]-coord[1])/self.factor)
lordcrc@384	6162	Draw.Redraw()
lordcrc@384	6163	elif self.over:
lordcrc@384	6164	self.scrolling = True
lordcrc@384	6165	self.lastcoord = coord
lordcrc@384	6166	elif self.scrolling:
lordcrc@384	6167	self.scrolling = False
lordcrc@384	6168	Draw.Redraw()
lordcrc@384	6169	if self.over != over: Draw.Redraw()
lordcrc@384	6170	self.over = over
lordcrc@384	6171
lordcrc@384	6172	scrollbar = scrollbar()
lordcrc@384	6173
lordcrc@384	6174
lordcrc@384	6175	# gui main draw
lordcrc@384	6176	def luxDraw():
lordcrc@384	6177	global icon_luxblend
lordcrc@384	6178
lordcrc@384	6179	BGL.glClear(BGL.GL_COLOR_BUFFER_BIT)
lordcrc@384	6180
lordcrc@384	6181	y = int(scrollbar.getTop()) # 420
lordcrc@384	6182	BGL.glColor3f(0.1,0.1,0.1); BGL.glRectf(0,0,440,y)
jensverwiebe@414	6183	BGL.glColor3f(1.0,0.5,0.0); BGL.glRasterPos2i(130,y-21); Draw.Text("v0.6")
lordcrc@384	6184	BGL.glColor3f(0.9,0.9,0.9)
lordcrc@384	6185
lordcrc@384	6186	drawLogo(icon_luxblend, 6, y-25)
lordcrc@384	6187
lordcrc@384	6188	scn = Scene.GetCurrent()
lordcrc@384	6189	if scn:
lordcrc@384	6190	luxpage = luxProp(scn, "page", 0)
lordcrc@384	6191	gui = luxGui(y-70)
lordcrc@384	6192
lordcrc@384	6193	# render presets
lordcrc@384	6194	BGL.glRasterPos2i(10,y-45); Draw.Text("Render presets:")
lordcrc@384	6195	luxpreset = luxProp(scn, "preset", "1C - Final - medium MLT/Path Tracing (indoor) (recommended)")
lordcrc@384	6196	presets = getScenePresets()
lordcrc@384	6197	presetskeys = presets.keys()
lordcrc@384	6198	presetskeys.sort()
lordcrc@384	6199	presetskeys.insert(0, "")
lordcrc@384	6200	presetsstr = "presets: %t"
lordcrc@384	6201	for i, v in enumerate(presetskeys): presetsstr = "%s %%x%d\|%s"%(v, i, presetsstr)
lordcrc@384	6202	try: i = presetskeys.index(luxpreset.get())
lordcrc@384	6203	except ValueError: i = 0
lordcrc@384	6204	Draw.Menu(presetsstr, evtLuxGui, 110, y-50, 220, 18, i, "", lambda e,v: luxpreset.set(presetskeys[v]))
lordcrc@384	6205	Draw.Button("save", evtSavePreset, 330, y-50, 40, 18, "create a render-settings preset")
lordcrc@384	6206	Draw.Button("del", evtDeletePreset, 370, y-50, 40, 18, "delete a render-settings preset")
lordcrc@384	6207
lordcrc@384	6208	# if preset is selected load values
lordcrc@384	6209	if luxpreset.get() != "":
lordcrc@384	6210	try:
lordcrc@384	6211	d = presets[luxpreset.get()]
lordcrc@384	6212	for k,v in d.items(): scn.properties['luxblend'][k] = v
lordcrc@384	6213	except: pass
lordcrc@384	6214
lordcrc@384	6215	Draw.Button("Material", evtLuxGui, 10, y-70, 80, 16, "", lambda e,v:luxpage.set(0))
lordcrc@384	6216	Draw.Button("Cam/Env", evtLuxGui, 90, y-70, 80, 16, "", lambda e,v:luxpage.set(1))
lordcrc@384	6217	Draw.Button("Render", evtLuxGui, 170, y-70, 80, 16, "", lambda e,v:luxpage.set(2))
lordcrc@384	6218	Draw.Button("Output", evtLuxGui, 250, y-70, 80, 16, "", lambda e,v:luxpage.set(3))
lordcrc@384	6219	Draw.Button("System", evtLuxGui, 330, y-70, 80, 16, "", lambda e,v:luxpage.set(4))
lordcrc@384	6220	if luxpage.get() == 0:
lordcrc@384	6221	BGL.glColor3f(1.0,0.5,0.0);BGL.glRectf(10,y-74,90,y-70);BGL.glColor3f(0.9,0.9,0.9)
lordcrc@384	6222	obj = scn.objects.active
lordcrc@384	6223	if obj:
lordcrc@384	6224	if (obj.getType() == "Lamp"):
lordcrc@384	6225	ltype = obj.getData(mesh=1).getType() # data
lordcrc@384	6226	if (ltype == Lamp.Types["Area"]): luxLight("Area LIGHT", "", obj, gui, 0)
lordcrc@384	6227	elif (ltype == Lamp.Types["Spot"]): luxSpot("Spot LIGHT", "", obj, gui, 0)
lordcrc@384	6228	elif (ltype == Lamp.Types["Lamp"]): luxLamp("Point LIGHT", "", obj, gui, 0)
lordcrc@384	6229	else:
lordcrc@384	6230	matfilter = luxProp(scn, "matlistfilter", "false")
lordcrc@384	6231	mats = getMaterials(obj, True)
lordcrc@384	6232	if (activemat == None) and (len(mats) > 0):
lordcrc@384	6233	setactivemat(mats[0])
lordcrc@384	6234	if matfilter.get() == "false":
lordcrc@384	6235	mats = Material.Get()
lordcrc@384	6236	matindex = 0
lordcrc@384	6237	for i, v in enumerate(mats):
lordcrc@384	6238	if v==activemat: matindex = i
lordcrc@384	6239	matnames = [m.getName() for m in mats]
lordcrc@384	6240	menustr = "Material: %t"
lordcrc@384	6241	for i, v in enumerate(matnames): menustr = "%s %%x%d\|%s"%(v, i, menustr)
lordcrc@384	6242	gui.newline("MATERIAL:", 8)
lordcrc@384	6243	r = gui.getRect(1.1, 1)
lordcrc@384	6244	Draw.Button("C", evtConvertMaterial, r[0]-gui.h, gui.y-gui.h, gui.h, gui.h, "convert blender material to lux material")
lordcrc@384	6245	Draw.Menu(menustr, evtLuxGui, r[0], r[1], r[2], r[3], matindex, "", lambda e,v: setactivemat(mats[v]))
lordcrc@384	6246	luxBool("", matfilter, "filter", "only show active object materials", gui, 0.5)
lordcrc@384	6247
lordcrc@384	6248	Draw.Button("L", evtLoadMaterial, gui.x, gui.y-gui.h, gui.h, gui.h, "load a material preset")
lordcrc@384	6249	Draw.Button("S", evtSaveMaterial, gui.x+gui.h, gui.y-gui.h, gui.h, gui.h, "save a material preset")
lordcrc@384	6250	Draw.Button("D", evtDeleteMaterial, gui.x+gui.h*2, gui.y-gui.h, gui.h, gui.h, "delete a material preset")
lordcrc@384	6251	if len(mats) > 0:
lordcrc@384	6252	setactivemat(mats[matindex])
lordcrc@384	6253	luxMaterial(activemat, gui)
lordcrc@384	6254	if luxpage.get() == 1:
lordcrc@384	6255	BGL.glColor3f(1.0,0.5,0.0);BGL.glRectf(90,y-74,170,y-70);BGL.glColor3f(0.9,0.9,0.9)
lordcrc@384	6256	cam = scn.getCurrentCamera()
lordcrc@384	6257	if cam:
lordcrc@384	6258	r = gui.getRect(1.1, 1)
lordcrc@384	6259	luxCamera(cam.data, scn.getRenderingContext(), gui)
lordcrc@384	6260	gui.newline("", 10)
lordcrc@384	6261	luxEnvironment(scn, gui)
lordcrc@384	6262	if luxpage.get() == 2:
lordcrc@384	6263	BGL.glColor3f(1.0,0.5,0.0);BGL.glRectf(170,y-74,250,y-70);BGL.glColor3f(0.9,0.9,0.9)
lordcrc@384	6264	r = gui.getRect(1.1, 1)
lordcrc@384	6265	luxSampler(scn, gui)
lordcrc@384	6266	gui.newline("", 10)
lordcrc@384	6267	luxSurfaceIntegrator(scn, gui)
lordcrc@384	6268	gui.newline("", 10)
lordcrc@384	6269	luxVolumeIntegrator(scn, gui)
lordcrc@384	6270	gui.newline("", 10)
lordcrc@384	6271	luxPixelFilter(scn, gui)
lordcrc@384	6272	if luxpage.get() == 3:
lordcrc@384	6273	BGL.glColor3f(1.0,0.5,0.0);BGL.glRectf(250,y-74,330,y-70);BGL.glColor3f(0.9,0.9,0.9)
lordcrc@384	6274	r = gui.getRect(1.1, 1)
lordcrc@384	6275	luxFilm(scn, gui)
lordcrc@384	6276	if luxpage.get() == 4:
lordcrc@384	6277	BGL.glColor3f(1.0,0.5,0.0);BGL.glRectf(330,y-74,410,y-70);BGL.glColor3f(0.9,0.9,0.9)
lordcrc@384	6278	luxSystem(scn, gui)
lordcrc@384	6279	gui.newline("", 10)
lordcrc@384	6280	luxAccelerator(scn, gui)
lordcrc@384	6281	gui.newline("MATERIALS:", 10)
lordcrc@384	6282	r = gui.getRect(2,1)
lordcrc@384	6283	Draw.Button("convert all blender materials", 0, r[0], r[1], r[2], r[3], "convert all blender-materials to lux-materials", lambda e,v:convertAllMaterials())
lordcrc@384	6284	gui.newline("SETTINGS:", 10)
lordcrc@384	6285	r = gui.getRect(2,1)
lordcrc@384	6286	Draw.Button("save defaults", 0, r[0], r[1], r[2], r[3], "save current settings as defaults", lambda e,v:saveluxdefaults())
lordcrc@384	6287	y = gui.y - 80
lordcrc@384	6288	if y > 0: y = 0 # bottom align of render button
lordcrc@384	6289	run = luxProp(scn, "run", "true")
lordcrc@384	6290	dlt = luxProp(scn, "default", "true")
lordcrc@384	6291	pipe = luxProp(scn, "pipe", "false")
lordcrc@384	6292	clay = luxProp(scn, "clay", "false")
lordcrc@384	6293	nolg = luxProp(scn, "nolg", "false")
lordcrc@384	6294	lxs = luxProp(scn, "lxs", "true")
lordcrc@384	6295	lxo = luxProp(scn, "lxo", "true")
lordcrc@384	6296	lxm = luxProp(scn, "lxm", "true")
lordcrc@384	6297	lxv = luxProp(scn, "lxv", "true")
lordcrc@384	6298	net = luxProp(scn, "netrenderctl", "false")
lordcrc@384	6299	donet = luxProp(scn, "donetrender", "true")
lordcrc@384	6300
lordcrc@384	6301	global render_status_text
lordcrc@384	6302	global render_status
lordcrc@384	6303
lordcrc@384	6304	if render_status == True:
lordcrc@384	6305	BGL.glRasterPos2i(10,y+20)
lordcrc@384	6306	Draw.Text(render_status_text)
lordcrc@384	6307	else:
lordcrc@384	6308	BGL.glRasterPos2i(10,y+5)
lordcrc@384	6309	Draw.Text(render_status_text, "tiny")
lordcrc@384	6310
doug@410	6311	def check_pipe_def_exclusion(m, v):
doug@410	6312	if m == 'd':
doug@410	6313	dlt.set(["false","true"][bool(v)])
doug@410	6314
doug@410	6315	if dlt.get() == 'true':
doug@410	6316	pipe.set('false')
doug@410	6317	elif m == 'p':
doug@410	6318	pipe.set(["false","true"][bool(v)])
doug@410	6319
doug@410	6320	if pipe.get() == 'true':
doug@410	6321	dlt.set('false')
doug@410	6322
lordcrc@384	6323	if (run.get()=="true"):
lordcrc@384	6324	Draw.Button("Render", 0, 10, y+20, 100, 36, "Render with Lux", lambda e,v:CBluxExport(dlt.get()=="true" or pipe.get()=="true", True))
lordcrc@384	6325	Draw.Button("Render Anim", 0, 110, y+20, 100, 36, "Render animation with Lux", lambda e,v:CBluxAnimExport(dlt.get()=="true" or pipe.get()=="true", True))
lordcrc@384	6326	else:
lordcrc@384	6327	Draw.Button("Export", 0, 10, y+20, 100, 36, "Export", lambda e,v:CBluxExport(dlt.get()=="true" or pipe.get()=="true", False))
lordcrc@384	6328	Draw.Button("Export Anim", 0, 110, y+20, 100, 36, "Export animation", lambda e,v:CBluxAnimExport(dlt.get()=="true" or pipe.get()=="true", False))
lordcrc@384	6329
lordcrc@384	6330	Draw.Toggle("run", evtLuxGui, 265, y+40, 30, 16, run.get()=="true", "start Lux after export", lambda e,v: run.set(["false","true"][bool(v)]))
lordcrc@384	6331
lordcrc@384	6332	if (pipe.get() == 'false' and dlt.get() == 'true') or run.get()=='false':
doug@410	6333	Draw.Toggle("def", evtLuxGui, 295, y+40, 55, 16, dlt.get()=="true", "write to default lxs file", lambda e,v: check_pipe_def_exclusion('d',v))
lordcrc@384	6334	elif pipe.get() == 'true' and dlt.get() == 'false':
doug@410	6335	Draw.Toggle("pipe", evtLuxGui, 295, y+40, 55, 16, pipe.get()=="true", "do not write any lxs file", lambda e,v: check_pipe_def_exclusion('p',v))
lordcrc@384	6336	else:
doug@410	6337	Draw.Toggle("def", evtLuxGui, 295, y+40, 25, 16, dlt.get()=="true", "write to default lxs file", lambda e,v: check_pipe_def_exclusion('d',v))
doug@410	6338	Draw.Toggle("pipe", evtLuxGui, 320, y+40, 30, 16, pipe.get()=="true", "do not write any lxs file", lambda e,v: check_pipe_def_exclusion('p',v))
lordcrc@384	6339
lordcrc@384	6340	Draw.Toggle("clay", evtLuxGui, 350, y+40, 30, 16, clay.get()=="true", "all materials are rendered as white-matte", lambda e,v: clay.set(["false","true"][bool(v)]))
lordcrc@384	6341	Draw.Toggle("noLG", evtLuxGui, 380, y+40, 35, 16, nolg.get()=="true", "disables all light groups", lambda e,v: nolg.set(["false","true"][bool(v)]))
lordcrc@384	6342
lordcrc@384	6343	if pipe.get() == "false":
lordcrc@384	6344	Draw.Toggle(".lxs", 0, 265, y+20, 37, 16, lxs.get()=="true", "export .lxs scene file", lambda e,v: lxs.set(["false","true"][bool(v)]))
lordcrc@384	6345	Draw.Toggle(".lxo", 0, 302, y+20, 38, 16, lxo.get()=="true", "export .lxo geometry file", lambda e,v: lxo.set(["false","true"][bool(v)]))
lordcrc@384	6346	Draw.Toggle(".lxm", 0, 340, y+20, 37, 16, lxm.get()=="true", "export .lxm material file", lambda e,v: lxm.set(["false","true"][bool(v)]))
lordcrc@384	6347	Draw.Toggle(".lxv", 0, 377, y+20, 38, 16, lxv.get()=="true", "export .lxv volume file", lambda e,v: lxv.set(["false","true"][bool(v)]))
lordcrc@384	6348
lordcrc@384	6349	BGL.glColor3f(0.9, 0.9, 0.9)
lordcrc@384	6350
lordcrc@384	6351	BGL.glRasterPos2i(330,y+5) ; Draw.Text("Press Q or ESC to quit.", "tiny")
lordcrc@384	6352	scrollbar.height = scrollbar.getTop() - y
lordcrc@384	6353	scrollbar.draw()
lordcrc@384	6354
lordcrc@384	6355	render_status_text = ''
lordcrc@384	6356	render_status = False
lordcrc@384	6357
lordcrc@384	6358	mouse_xr=1
lordcrc@384	6359	mouse_yr=1
lordcrc@384	6360
lordcrc@384	6361	activeObject = None
lordcrc@384	6362	activeEvent = None
lordcrc@384	6363	lastEventTime = 0
lordcrc@384	6364	key_tabs = {
lordcrc@384	6365	Draw.ONEKEY: 0,
lordcrc@384	6366	Draw.TWOKEY: 1,
lordcrc@384	6367	Draw.THREEKEY: 2,
lordcrc@384	6368	Draw.FOURKEY: 3,
lordcrc@384	6369	Draw.FIVEKEY: 4,
lordcrc@384	6370	}
lordcrc@384	6371	def luxEvent(evt, val): # function that handles keyboard and mouse events
lordcrc@384	6372	global activeObject, activemat, activeEvent, lastEventTime, key_tabs
lordcrc@384	6373	if evt == Draw.ESCKEY or evt == Draw.QKEY:
lordcrc@384	6374	stop = Draw.PupMenu("OK?%t\|Cancel export %x1")
lordcrc@384	6375	if stop == 1:
lordcrc@384	6376	Draw.Exit()
lordcrc@384	6377	return
lordcrc@384	6378	scn = Scene.GetCurrent()
lordcrc@384	6379	if scn:
lordcrc@384	6380	if scn.objects.active != activeObject:
lordcrc@384	6381	activeObject = scn.objects.active
lordcrc@384	6382	activemat = None
lordcrc@384	6383	Window.QRedrawAll()
lordcrc@384	6384	if (evt == Draw.MOUSEX) or (evt == Draw.MOUSEY): scrollbar.Mouse()
lordcrc@384	6385	if evt == Draw.WHEELUPMOUSE: scrollbar.scroll(-16)
lordcrc@384	6386	if evt == Draw.WHEELDOWNMOUSE: scrollbar.scroll(16)
lordcrc@384	6387	if evt == Draw.PAGEUPKEY: scrollbar.scroll(-50)
lordcrc@384	6388	if evt == Draw.PAGEDOWNKEY: scrollbar.scroll(50)
lordcrc@384	6389
lordcrc@384	6390	# scroll to [T]op and [B]ottom
lordcrc@384	6391	if evt == Draw.TKEY:
lordcrc@384	6392	scrollbar.scroll(-scrollbar.position)
lordcrc@384	6393	if evt == Draw.BKEY:
lordcrc@384	6394	scrollbar.scroll(100000) # Some large number should be enough ?!
lordcrc@384	6395
lordcrc@384	6396	# R key shortcut to launch render
lordcrc@384	6397	# E key shortcut to export current scene (not render)
lordcrc@384	6398	# P key shortcut to preview current material
lordcrc@384	6399	# These keys need time and process-complete locks
lordcrc@384	6400	if evt in [Draw.RKEY, Draw.EKEY, Draw.PKEY]:
lordcrc@384	6401	if activeEvent == None and (sys.time() - lastEventTime) > 5:
lordcrc@384	6402	lastEventTime = sys.time()
lordcrc@384	6403	if evt == Draw.RKEY:
lordcrc@384	6404	activeEvent = 'RKEY'
lordcrc@384	6405	CBluxExport(luxProp(scn, "default", "true").get() == "true" or luxProp(scn, "pipe", "false").get() == "true", True)
lordcrc@384	6406	activeEvent = None
lordcrc@384	6407	if evt == Draw.EKEY:
lordcrc@384	6408	activeEvent = 'EKEY'
lordcrc@384	6409	CBluxExport(luxProp(scn, "default", "true").get() == "true" or luxProp(scn, "pipe", "false").get() == "true", False)
lordcrc@384	6410	activeEvent = None
lordcrc@384	6411	if evt == Draw.PKEY:
lordcrc@384	6412	activeEvent = 'PKEY'
lordcrc@384	6413	if activemat != None:
lordcrc@384	6414	Preview_Update(activemat, '', True, 0, None, None, None)
lordcrc@384	6415	activeEvent = None
lordcrc@384	6416
lordcrc@384	6417	# Switch GUI tabs with number keys
lordcrc@384	6418	if evt in key_tabs.keys():
lordcrc@384	6419	luxProp(scn, "page", 0).set(key_tabs[evt])
lordcrc@384	6420	luxDraw()
lordcrc@384	6421	Window.QRedrawAll()
lordcrc@384	6422
lordcrc@384	6423
lordcrc@384	6424	# Handle icon button events - note - radiance - this is a work in progress! :)
lordcrc@384	6425	# if evt == Draw.LEFTMOUSE and not val:
lordcrc@384	6426	# size=BGL.Buffer(BGL.GL_FLOAT, 4)
lordcrc@384	6427	# BGL.glGetFloatv(BGL.GL_SCISSOR_BOX, size)
lordcrc@384	6428	# size= [int(s) for s in size]
lordcrc@384	6429	# mx, my = Window.GetMouseCoords()
lordcrc@384	6430	# mousex = mx - size[0]
lordcrc@384	6431	# print("mousex = %i"%mousex)
lordcrc@384	6432	# #if((mousex > 2) and (mousex < 25)):
lordcrc@384	6433	# # Mouse clicked in left button bar
lordcrc@384	6434	# if((mousex > 399) and (mousex < 418)):
lordcrc@384	6435	# # Mouse clicked in right button bar
lordcrc@384	6436	# mousey = my - size[1] - scrollbar.position
lordcrc@384	6437	# print("mousey = %i"%mousey)
lordcrc@384	6438
lordcrc@384	6439
lordcrc@384	6440	def luxButtonEvt(evt): # function that handles button events
lordcrc@384	6441	global usedproperties, usedpropertiesfilterobj
lordcrc@384	6442	if evt == evtLuxGui:
lordcrc@384	6443	Draw.Redraw()
lordcrc@384	6444	if evt == evtSavePreset:
lordcrc@384	6445	scn = Scene.GetCurrent()
lordcrc@384	6446	if scn:
lordcrc@384	6447	name = Draw.PupStrInput("preset name: ", "")
lordcrc@384	6448	if name != "":
lordcrc@384	6449	usedproperties = {}
lordcrc@384	6450	usedpropertiesfilterobj = None
lordcrc@384	6451	luxSurfaceIntegrator(scn)
lordcrc@384	6452	luxSampler(scn)
lordcrc@384	6453	luxPixelFilter(scn)
lordcrc@384	6454	# luxFilm(scn)
lordcrc@384	6455	luxAccelerator(scn)
lordcrc@384	6456	# luxEnvironment(scn)
lordcrc@384	6457	saveScenePreset(name, usedproperties.copy())
lordcrc@384	6458	luxProp(scn, "preset", "").set(name)
lordcrc@384	6459	Draw.Redraw()
lordcrc@384	6460	if evt == evtDeletePreset:
lordcrc@384	6461	presets = getScenePresets().keys()
lordcrc@384	6462	presets.sort()
lordcrc@384	6463	presetsstr = "delete preset: %t"
lordcrc@384	6464	for i, v in enumerate(presets): presetsstr += "\|%s %%x%d"%(v, i)
lordcrc@384	6465	r = Draw.PupMenu(presetsstr, 20)
lordcrc@384	6466	if r >= 0:
lordcrc@384	6467	saveScenePreset(presets[r], None)
lordcrc@384	6468	Draw.Redraw()
lordcrc@384	6469
lordcrc@384	6470	if evt == evtLoadMaterial:
lordcrc@384	6471	if activemat:
lordcrc@384	6472	mats = getMaterialPresets()
lordcrc@384	6473	matskeys = mats.keys()
lordcrc@384	6474	matskeys.sort()
lordcrc@384	6475	matsstr = "load preset: %t"
lordcrc@384	6476	for i, v in enumerate(matskeys): matsstr += "\|%s %%x%d"%(v, i)
lordcrc@384	6477	r = Draw.PupMenu(matsstr, 20)
lordcrc@384	6478	if r >= 0:
lordcrc@384	6479	name = matskeys[r]
lordcrc@384	6480	try:
lordcrc@384	6481	# for k,v in mats[name].items(): activemat.properties['luxblend'][k] = v
lordcrc@384	6482	for k,v in mats[name].items(): luxProp(activemat, k, None).set(v)
lordcrc@384	6483	except: pass
lordcrc@384	6484	Draw.Redraw()
lordcrc@384	6485	if evt == evtSaveMaterial:
lordcrc@384	6486	if activemat:
lordcrc@384	6487	name = Draw.PupStrInput("preset name: ", "")
lordcrc@384	6488	if name != "":
lordcrc@384	6489	usedproperties = {}
lordcrc@384	6490	usedpropertiesfilterobj = activemat
lordcrc@384	6491	luxMaterial(activemat)
lordcrc@384	6492	saveMaterialPreset(name, usedproperties.copy())
lordcrc@384	6493	Draw.Redraw()
lordcrc@384	6494	if evt == evtDeleteMaterial:
lordcrc@384	6495	matskeys = getMaterialPresets().keys()
lordcrc@384	6496	matskeys.sort()
lordcrc@384	6497	matsstr = "delete preset: %t"
lordcrc@384	6498	for i, v in enumerate(matskeys): matsstr += "\|%s %%x%d"%(v, i)
lordcrc@384	6499	r = Draw.PupMenu(matsstr, 20)
lordcrc@384	6500	if r >= 0:
lordcrc@384	6501	saveMaterialPreset(matskeys[r], None)
lordcrc@384	6502	Draw.Redraw()
lordcrc@384	6503	if evt == evtConvertMaterial:
lordcrc@384	6504	if activemat: convertMaterial(activemat)
lordcrc@384	6505	Draw.Redraw()
lordcrc@384	6506	if evt == evtLoadMaterial2:
lordcrc@384	6507	if activemat:
lordcrc@384	6508	scn = Scene.GetCurrent()
lordcrc@384	6509	Window.FileSelector(lambda fn:loadMatTex(activemat, fn), "load material", luxProp(scn, "lux", "").get()+os.sep+".lbm")
lordcrc@384	6510	if evt == evtSaveMaterial2:
lordcrc@384	6511	if activemat:
lordcrc@384	6512	scn = Scene.GetCurrent()
lordcrc@384	6513	Window.FileSelector(lambda fn:saveMaterial(activemat, fn), "save material", luxProp(scn, "lux", "").get()+os.sep+".lbm")
lordcrc@384	6514
lordcrc@384	6515
lordcrc@384	6516	def setFocus(target):
lordcrc@384	6517	currentscene = Scene.GetCurrent()
lordcrc@384	6518	camObj = currentscene.objects.camera # currentscene.getCurrentCamera()
lordcrc@384	6519	if target == "S":
lordcrc@384	6520	try:
lordcrc@384	6521	refLoc = (Object.GetSelected()[0]).getLocation()
lordcrc@384	6522	except:
lordcrc@384	6523	print("select an object to focus\n")
lordcrc@384	6524	elif target == "C":
lordcrc@384	6525	refLoc = Window.GetCursorPos()
lordcrc@384	6526	else:
lordcrc@384	6527	refLoc = (Object.Get(target)).getLocation()
lordcrc@384	6528	dist = Mathutils.Vector(refLoc) - Mathutils.Vector(camObj.getLocation())
lordcrc@384	6529	camDir = camObj.getMatrix()[2]*(-1.0)
lordcrc@384	6530	camObj.getData(mesh=1).dofDist = (camDir[0]dist[0]+camDir[1]dist[1]+camDir[2]*dist[2])/camDir.length # data
lordcrc@384	6531
lordcrc@384	6532
lordcrc@384	6533	# Parse command line arguments for batch mode rendering if supplied
lordcrc@384	6534
lordcrc@384	6535	try:
lordcrc@384	6536	batchindex = osys.argv.index('--batch')
lordcrc@384	6537	pyargs = osys.argv[osys.argv.index('--batch')+1:]
lordcrc@384	6538	except: pyargs = []
lordcrc@384	6539
lordcrc@384	6540	if (pyargs != []) and (batchindex != 0):
jensverwiebe@414	6541	print("\n\nLuxBlend v0.6 - BATCH mode\n")
lordcrc@384	6542	LuxIsGUI = False
lordcrc@384	6543
lordcrc@384	6544	scene = Scene.GetCurrent()
lordcrc@384	6545	context = scene.getRenderingContext()
lordcrc@384	6546
lordcrc@384	6547	luxpath = ""
lordcrc@384	6548	import getopt
lordcrc@384	6549	o, a = getopt.getopt(pyargs, 's:e:o:t:l:',["scale=","haltspp=","run=", "lbm=", "lbt="])
lordcrc@384	6550
lordcrc@384	6551	opts = {}
lordcrc@384	6552	for k,v in o:
lordcrc@384	6553	opts[k] = v
lordcrc@384	6554
lordcrc@384	6555	if (opts.has_key('--run')) and (opts['--run'] == 'false'):
lordcrc@384	6556	print("Run: false")
lordcrc@384	6557	luxProp(scene, "run", "true").set("false")
lordcrc@384	6558	else:
lordcrc@384	6559	luxProp(scene, "run", "true").set("true")
lordcrc@384	6560
lordcrc@384	6561	if opts.has_key('--scale'):
lordcrc@384	6562	print("Zoom: %s" %opts['--scale'])
lordcrc@384	6563	luxProp(scene, "film.scale", "100 %").set(opts['--scale'])
lordcrc@384	6564
lordcrc@384	6565	if opts.has_key('--haltspp'):
lordcrc@384	6566	print("haltspp: %s" %opts['--haltspp'])
lordcrc@384	6567	luxProp(scene, "haltspp", 0).set(int(opts['--haltspp']))
lordcrc@384	6568
lordcrc@384	6569	if opts.has_key('-s'):
lordcrc@384	6570	print("Start frame: %s" %opts['-s'])
lordcrc@384	6571	context.startFrame(int(opts['-s']))
lordcrc@384	6572	else:
lordcrc@384	6573	print("Error: Start frame not supplied (-s)"); osys.exit(1)
lordcrc@384	6574	if opts.has_key('-e'):
lordcrc@384	6575	print("End frame: %s" %opts['-e'])
lordcrc@384	6576	context.endFrame(int(opts['-e']))
lordcrc@384	6577	else:
lordcrc@384	6578	print("Error: End frame not supplied (-e)"); osys.exit(1)
lordcrc@384	6579	if opts.has_key('-l'):
lordcrc@384	6580	print("Path to lux binary: %s" %opts['-l'])
lordcrc@384	6581	luxbatchconsolemode = luxProp(scene, "luxbatchc", "false")
lordcrc@384	6582	luxbatchconsolemode.set("true")
lordcrc@384	6583	luxpathprop = luxProp(scene, "lux", "")
lordcrc@384	6584	luxpathprop.set(opts['-l'])
lordcrc@384	6585	else:
lordcrc@384	6586	print("Error: path to lux binary not supplied (-l)"); osys.exit(1)
lordcrc@384	6587	if opts.has_key('-o'):
lordcrc@384	6588	print("Image output path: %s" %opts['-o'])
lordcrc@384	6589	luxProp(scene, "overrideoutputpath", "").set(opts['-o'])
lordcrc@384	6590	else:
lordcrc@384	6591	print("Error: image output path not supplied (-o)"); osys.exit(1)
lordcrc@384	6592	if opts.has_key('-t'):
lordcrc@384	6593	print("Temporary export path: %s" %opts['-t'])
lordcrc@384	6594	luxProp(scene, "datadir", "").set(opts['-t'])
lordcrc@384	6595	else:
lordcrc@384	6596	print("Error: Temporary export path not supplied (-t)"); osys.exit(1)
lordcrc@384	6597
lordcrc@384	6598	if opts.has_key('--lbm'):
lordcrc@384	6599	print("Load material: %s" %opts['--lbm'])
lordcrc@384	6600	mat = Material.Get("Material")
lordcrc@384	6601	if mat: loadMatTex(mat, opts['--lbm'])
lordcrc@384	6602	else:
lordcrc@384	6603	print("Error: No material with name \"Material\" found (--lbm)"); osys.exit(1)
lordcrc@384	6604
lordcrc@384	6605	if opts.has_key('--lbt'):
lordcrc@384	6606	print("Load material: %s" %opts['--lbt'])
lordcrc@384	6607	mat = Material.Get("Material")
lordcrc@384	6608	if mat: loadMatTex(mat, opts['--lbt'], ':Kd')
lordcrc@384	6609	else:
lordcrc@384	6610	print("Error: No material with name \"Material\" found (--lbt)"); osys.exit(1)
lordcrc@384	6611
lordcrc@384	6612	# CBluxAnimExport(True, True)
lordcrc@384	6613	CBluxAnimExport(True, True, False) # as by zukazuka (http://www.luxrender.net/forum/viewtopic.php?f=11&t=1288)
lordcrc@384	6614	osys.exit(0)
lordcrc@384	6615
lordcrc@384	6616	else:
jensverwiebe@414	6617	print("\n\nLuxBlend v0.6 - UI mode\n")
lordcrc@384	6618	from Blender.Window import DrawProgressBar
lordcrc@384	6619	LuxIsGUI = True
lordcrc@384	6620
lordcrc@384	6621	Draw.Register(luxDraw, luxEvent, luxButtonEvt) # init GUI
lordcrc@384	6622
lordcrc@384	6623	luxpathprop = luxProp(Scene.GetCurrent(), "lux", "")
lordcrc@384	6624	luxpath = luxpathprop.get()
lordcrc@384	6625	luxrun = luxProp(Scene.GetCurrent(), "run", True).get()
lordcrc@384	6626	checkluxpath = luxProp(Scene.GetCurrent(), "checkluxpath", True).get()
lordcrc@384	6627
lordcrc@384	6628	if checkluxpath and luxrun:
lordcrc@384	6629	if (luxpath is None) or (sys.exists(luxpath)<=0):
doug@411	6630	# luxpath not valid, so delete entry from .blend scene file
lordcrc@384	6631	luxpathprop.delete()
lordcrc@384	6632	# and re-get luxpath, so we get the path from default-settings
lordcrc@384	6633	luxpath = luxpathprop.get()
doug@411	6634	#
tom@412	6635	LUXRENDER_ROOT = os.getenv('LUXRENDER_ROOT')
doug@411	6636	if LUXRENDER_ROOT is not None:
tom@413	6637	LUXRENDER_ROOT = LUXRENDER_ROOT + os.sep
doug@411	6638	luxpathprop.set(LUXRENDER_ROOT)
doug@411	6639	luxpath = LUXRENDER_ROOT
doug@411	6640	if sys.exists(luxpath)>0:
doug@411	6641	print('LuxRender path set from LUXRENDER_ROOT environment variable')
doug@411	6642	saveluxdefaults()
doug@411	6643
lordcrc@384	6644	if (luxpath is None) or (sys.exists(luxpath)<=0):
lordcrc@384	6645	print("WARNING: LuxPath \"%s\" is not valid\n"%(luxpath))
lordcrc@384	6646	scn = Scene.GetCurrent()
lordcrc@384	6647	if scn:
lordcrc@384	6648	r = Draw.PupMenu("Installation: Set path to the lux render software?%t\|Yes%x1\|No%x0\|Never%x2")
lordcrc@384	6649	if r == 1:
lordcrc@384	6650	Window.FileSelector(lambda s:luxProp(scn, "lux", "").set(Blender.sys.dirname(s)+os.sep), "Select file in Lux path")
lordcrc@384	6651	saveluxdefaults()
lordcrc@384	6652	if r == 2:
lordcrc@384	6653	newluxdefaults["checkluxpath"] = False
lordcrc@384	6654	saveluxdefaults()
lordcrc@384	6655	else :
jeanphi@391	6656	print("Lux path check disabled\n")

author	jensverwiebe
	Tue Oct 13 20:33:01 2009 +0200 (2009-10-13)
changeset 414	bc1e3bef1607
parent 413	728fbc9db8b2
child 416	6ad00238e6be
child 423	83cdf52989cd
permissions	-rw-r--r--