#!BPY

# --------------------------------------------------
# ++++++++++++++++++++++++++++++++++++++++++++++++++
# ==================================================

""" 
Name: 't3d format (*.t3g)'
Blender: 125
Group: 'Export'
Tooltip: 't3g file'
"""

# ------------------------------------
# ++++++++++++++++++++++++++++++++++++
# ====================================

__author__ = ["SYT 2008"]
__url__ = ("http://starworld.syt.ru")
__version__ = "0.1.9"
__bpydoc__ = """\

T3g export script.

"""

# -----------------------
# +++++++++++++++++++++++
# =======================

import Blender

# --------------------------
# ++++++++++++++++++++++++++
# ==========================

def my_export(filename):

	# -=((( Otrkoem file dlya zapisi )))=-

	myfile = open(filename + '.t3g', 'w')
	myfile.write(". Конвертировано из BLENDERа \n")
	myfile.write(". СЮТ г. Железногорска \n")
	myfile.write(". Конвертор версии 0.1.9 beta \n")
	print 'Ќ з «® ®Ўа Ў®вЄЁ'

	# -=((( Poluchim spisok obyektov tekushey sceni )))=-

	MYOBJECTS = Blender.Scene.GetCurrent().getChildren()

	# -=((( Proydemsa po vsem objektam )))=-

	# export Meshey
	myfile.write(" 1 ")
	kol=0
		
	for object in MYOBJECTS:
		if object.getType() != 'Mesh': continue
		mesh = object.getData();
		faces = mesh.faces	
		for face in faces:
			kol=kol  # +1	
	kol=kol +1		
	myfile.write("%i " % kol)	 
	myfile.write(" 0 0 0 0 0 0 \n")
	# myfile.write(" 2 1 10 1 0 0 0 . center \n")
	
	for object in MYOBJECTS:
                # myfile.write(". ВСЕ!! %s \n" % object.name)			
	
		if object.getType() == 'Texture':
			myfile.write(". Texture %s \n" % object.name)			
		if object.getType() != 'Mesh':	continue
		print 'mesh:' + object.name
		mesh = object.getData();
		material = mesh.materials
		#mesh.transform(object.matrix, True)
		mesh.transform(object.matrixWorld)
		#print mesh.center
		faces = mesh.faces
		myfile.write(". %s \n" % object.name)
		Tcol = 7.0
		
		if (not material) :
				
			#myfile.write("7")
			Tcol = 7.0
						
		else :
			
			if object.getType() == 'Material':
				myfile.write(". Material %s \n" % material[0].name)

			mcol = material[0].rgbCol

                        
			Rcol = ((round(((mcol[0] *1000) /3.92156862745)/64))*64)
			Gcol = ((round(((mcol[1] *1000) /3.92156862745)/64))*64)
			Bcol = ((round(((mcol[2] *1000) /3.92156862745)/64))*64)

                        	
			if (Bcol == 64.0) :
				Bcol = 0
	
			if (Gcol == 64.0) :
				Gcol = 0.0
	
			if (Rcol == 64.0) :
				Rcol = 0.0
	
			if (Rcol == 0.0) & (Gcol == 0.0) & (Bcol == 0.0) :
				Tcol = 0.0
			
			if (Rcol == 0.0) & (Gcol == 0.0) & (Bcol == 128.0) & (Bcol <= 192.0) :
				Tcol = 1.0
						
			if (Rcol == 0.0) & (Gcol == 128.0) & (Gcol <= 128.0) & (Bcol == 0.0) :
				Tcol = 2.0	
		
			if (Rcol == 0.0) & (Gcol == 128.0) & (Bcol == 128.0) & (Gcol <= 192.0) & (Bcol <= 192.0) :
				Tcol = 3.0
			
			if (Rcol == 128.0) & (Rcol <= 192.0) & (Gcol == 0.0) & (Bcol == 0.0) :
				Tcol = 4.0
		
			if (Rcol == 128.0) & (Rcol <= 192.0) & (Gcol == 0.0) & (Bcol == 128.0) & (Bcol <= 192.0) :
				Tcol = 5.0
		
			if (Rcol >= 128.0) & (Gcol >= 128.0) & (Rcol <> 0.0) & (Gcol <> 0.0) & (Bcol == 0.0) :
				Tcol = 6.0
		
			if (Rcol == 192.0) & (Gcol == 192.0) & (Bcol == 192.0) :
				Tcol = 7.0
			
			if (Rcol >= 128.0) & (Gcol >= 128.0) & (Bcol >= 128.0) :
				Tcol = 8.0	
		
			if (Rcol <= 192.0) & (Gcol <= 192.0) & (Bcol >= 192.0) :
				Tcol = 9.0
		
			if (Rcol <= 192.0) & (Gcol >= 192.0) & (Bcol <= 192.0) :
				Tcol = 10.0 
						
			if (Rcol <= 192.0) & (Gcol >= 192.0) & (Bcol >= 192.0) :
				Tcol = 11.0
			
			if (Rcol >= 192.0) & (Gcol <= 192.0) & (Bcol <= 192.0) :
				Tcol = 12.0	
		
			if (Rcol >= 192.0) & (Gcol <= 192.0) & (Bcol >= 192.0) :
				Tcol = 13.0
			
			if (Rcol >= 192.0) & (Gcol >= 192.0) & (Bcol <= 192.0) :
				Tcol = 14.0
		
			if (Rcol >= 192.0) & (Gcol >= 192.0) & (Bcol >= 192.0) :
				Tcol = 15.0		
	
		for face in faces:
			#if (len(face.v)=2):
			myfile.write(" 2 4 %i " % (Tcol))	
			myfile.write("%i " % len(face.v))			
			K=len(face.v)
			#k=k+1
			II=0
			while K>0:
				X=face.v[II].co[0]*20
				Y=face.v[II].co[1]*20
				Z=face.v[II].co[2]*20
				myfile.write("%f %f %f " % ((X),(Y),(Z)))
				K=K-1
				II=II+1
				
			myfile.write("\n")
			
	# export Lamp
	for object in MYOBJECTS:
		if object.getType() != 'Lamp': continue
		print 'lamp:' + object.name
	# export Camer
	for object in MYOBJECTS:
		if object.getType() != 'Camera': continue
		print 'camera:' + object.name			
        # myfile.write(".   Список всех объектов")
        for object in MYOBJECTS:
	 	myfile.write(".  %s \n" % object.name)			
	
	myfile.close() 

# --------------------------------------------
# ++++++++++++++++++++++++++++++++++++++++++++
# ============================================
Blender.Window.FileSelector(my_export, "Export to t3g file")