def glslFunction():
p = gen.Program()
inp = p.addConstant("Vec3", [0, 0, 0], ssaid="pos")
r = shape.toGraph(p, inp)
v = p.addConstant("Vec3", [1.0, 1.0, 1.0])
out = p.addInstruction("Vec4", "vec4", [r, v])
p.addInstruction("", "return", [out], ssaid="return")
p = gen.glslDump(p)
return (p[0], p[1])
def glslFunction():
p=gen.Program()
inp = p.addConstant("Vec3", [0,0,0], ssaid="pos")
r = shape.toGraph(p, inp)
v = p.addConstant("Vec3", [1.0,1.0,1.0])
out = p.addInstruction("Vec4", "vec4",[r, v])
p = gen.glslDump(p)
#print("code" + str(p))
return (p[0], p[1]+"\n return "+out.ssaid+";")
def glslF():
dfgeom.resetIdx()
#print("")
#print("================================================")
#print("idx: "+str(dfgeom.getIdx()))
p=gen.Program()
inp = p.addConstant("Vec3", [0,0,0], ssaid="pos")
r = shape.toGraph(p, inp)
v = p.addConstant("Vec3", [1.0,1.0,1.0])
out = p.addInstruction("Vec4", "vec4",[r, v])
p = gen.glslDump(p)
#print("code" + str(p))
dfgeom.idx = 0
return (p[0], gen.toStr(p[1])+"\n return "+out.ssaid+";")