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material.go
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package osg
import (
"github.com/flywave/go-osg/model"
)
func checkAmbient(pro interface{}) bool {
return true
}
func readAmbient(is *OsgIstream, pro interface{}) {
mt := pro.(*model.Material)
frontAndBack := false
is.Read(&frontAndBack)
is.PROPERTY.Name = "Front"
is.Read(is.PROPERTY)
var val1 [4]float32
is.Read(&val1)
var val2 [4]float32
is.PROPERTY.Name = "Front"
is.Read(is.PROPERTY)
is.Read(&val2)
if frontAndBack {
mt.SetAmbient(model.GLFRONTANDBACK, val1)
} else {
mt.SetAmbient(model.GLFRONT, val1)
mt.SetAmbient(model.GLBACK, val2)
}
}
func writeAmbient(os *OsgOstream, pro interface{}) {
mt := pro.(*model.Material)
os.Write(mt.AmbientFrontAndBack)
os.PROPERTY.Name = "Front"
os.Write(os.PROPERTY)
os.Write(mt.GetAmbient(model.GLFRONT))
os.PROPERTY.Name = "Back"
os.Write(os.PROPERTY)
os.Write(mt.GetAmbient(model.GLBACK))
os.Write(os.CRLF)
}
func checkDiffuse(pro interface{}) bool {
return true
}
func readDiffuse(is *OsgIstream, pro interface{}) {
mt := pro.(*model.Material)
frontAndBack := false
is.Read(&frontAndBack)
is.PROPERTY.Name = "Front"
is.Read(is.PROPERTY)
var val1 [4]float32
is.Read(&val1)
var val2 [4]float32
is.PROPERTY.Name = "Front"
is.Read(is.PROPERTY)
is.Read(&val2)
if frontAndBack {
mt.SetDiffuse(model.GLFRONTANDBACK, val1)
} else {
mt.SetDiffuse(model.GLFRONT, val1)
mt.SetDiffuse(model.GLBACK, val2)
}
}
func writeDiffuse(os *OsgOstream, pro interface{}) {
mt := pro.(*model.Material)
os.Write(mt.DiffuseFrontAndBack)
os.PROPERTY.Name = "Front"
os.Write(os.PROPERTY)
os.Write(mt.GetDiffuse(model.GLFRONT))
os.PROPERTY.Name = "Back"
os.Write(os.PROPERTY)
os.Write(mt.GetDiffuse(model.GLBACK))
os.Write(os.CRLF)
}
func checkSpecular(pro interface{}) bool {
return true
}
func readSpecular(is *OsgIstream, pro interface{}) {
mt := pro.(*model.Material)
frontAndBack := false
is.Read(&frontAndBack)
is.PROPERTY.Name = "Front"
is.Read(is.PROPERTY)
var val1 [4]float32
is.Read(&val1)
var val2 [4]float32
is.PROPERTY.Name = "Front"
is.Read(is.PROPERTY)
is.Read(&val2)
if frontAndBack {
mt.SetSpecular(model.GLFRONTANDBACK, val1)
} else {
mt.SetSpecular(model.GLFRONT, val1)
mt.SetSpecular(model.GLBACK, val2)
}
}
func writeSpecular(os *OsgOstream, pro interface{}) {
mt := pro.(*model.Material)
os.Write(mt.SpecularFrontAndBack)
os.PROPERTY.Name = "Front"
os.Write(os.PROPERTY)
os.Write(mt.GetSpecular(model.GLFRONT))
os.PROPERTY.Name = "Back"
os.Write(os.PROPERTY)
os.Write(mt.GetSpecular(model.GLBACK))
os.Write(os.CRLF)
}
func checkEmission(pro interface{}) bool {
return true
}
func readEmission(is *OsgIstream, pro interface{}) {
mt := pro.(*model.Material)
frontAndBack := false
is.Read(&frontAndBack)
is.PROPERTY.Name = "Front"
is.Read(is.PROPERTY)
var val1 [4]float32
is.Read(&val1)
var val2 [4]float32
is.PROPERTY.Name = "Front"
is.Read(is.PROPERTY)
is.Read(&val2)
if frontAndBack {
mt.SetEmission(model.GLFRONTANDBACK, val1)
} else {
mt.SetEmission(model.GLFRONT, val1)
mt.SetEmission(model.GLBACK, val2)
}
}
func writeEmission(os *OsgOstream, pro interface{}) {
mt := pro.(*model.Material)
os.Write(mt.EmissionFrontAndBack)
os.PROPERTY.Name = "Front"
os.Write(os.PROPERTY)
os.Write(mt.GetEmission(model.GLFRONT))
os.PROPERTY.Name = "Back"
os.Write(os.PROPERTY)
os.Write(mt.GetEmission(model.GLBACK))
os.Write(os.CRLF)
}
func checkShininess(pro interface{}) bool {
return true
}
func readShininess(is *OsgIstream, pro interface{}) {
mt := pro.(*model.Material)
frontAndBack := false
is.Read(&frontAndBack)
is.PROPERTY.Name = "Front"
is.Read(is.PROPERTY)
var val1 float32
is.Read(&val1)
var val2 float32
is.PROPERTY.Name = "Front"
is.Read(is.PROPERTY)
is.Read(&val2)
if frontAndBack {
mt.SetShininess(model.GLFRONTANDBACK, val1)
} else {
mt.SetShininess(model.GLFRONT, val1)
mt.SetShininess(model.GLBACK, val2)
}
}
func writeShininess(os *OsgOstream, pro interface{}) {
mt := pro.(*model.Material)
os.Write(mt.ShininessFrontAndBack)
os.PROPERTY.Name = "Front"
os.Write(os.PROPERTY)
os.Write(mt.GetShininess(model.GLFRONT))
os.PROPERTY.Name = "Back"
os.Write(os.PROPERTY)
os.Write(mt.GetShininess(model.GLBACK))
os.Write(os.CRLF)
}
func getColorMode(obj interface{}) interface{} {
mt := obj.(*model.Material)
return &mt.Cmod
}
func setColorMode(obj interface{}, pro interface{}) {
mt := obj.(*model.Material)
mt.Cmod = pro.(int)
}
func init() {
fn := func() interface{} {
mt := model.NewMaterial()
return mt
}
wrap := NewObjectWrapper("Material", fn, "osg::Object osg::StateAttribute osg::Material")
ser1 := NewEnumSerializer("ColorMode", getColorMode, setColorMode)
ser1.Add("AMBIENT", model.AMBIENT)
ser1.Add("DIFFUSE", model.DIFFUSE)
ser1.Add("SPECULAR", model.SPECULAR)
ser1.Add("EMISSION", model.EMISSION)
ser1.Add("AMBIENTANDDIFFUSE", model.AMBIENTANDDIFFUSE)
ser1.Add("MTLOFF", model.MTLOFF)
wrap.AddSerializer(ser1, RWENUM)
ser2 := NewUserSerializer("Ambient", checkAmbient, readAmbient, writeAmbient)
ser3 := NewUserSerializer("Diffuse", checkDiffuse, readDiffuse, writeDiffuse)
ser4 := NewUserSerializer("Specular", checkSpecular, readSpecular, writeSpecular)
ser5 := NewUserSerializer("Emission", checkEmission, readEmission, writeEmission)
ser6 := NewUserSerializer("Shininess", checkShininess, readShininess, writeShininess)
wrap.AddSerializer(ser2, RWUSER)
wrap.AddSerializer(ser3, RWUSER)
wrap.AddSerializer(ser4, RWUSER)
wrap.AddSerializer(ser5, RWUSER)
wrap.AddSerializer(ser6, RWUSER)
GetObjectWrapperManager().AddWrap(wrap)
}