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#include "../GfxDevice.h"
using namespace std;
using namespace Luax;
namespace_begin(AsuraEngine)
namespace_begin(Graphics)
LUAX_REGISTRY(GfxDevice)
{
LUAX_REGISTER_METHODS(state,
{ "SetMatrixMode", _SetMatrixMode },
{ "GetMatrixMode", _GetMatrixMode },
{ "PushMatrix", _PushMatrix },
{ "PopMatrix", _PopMatrix },
{ "LoadIdentity", _LoadIdentity },
{ "Rotate", _Rotate },
{ "Translate", _Translate },
{ "Scale", _Scale },
{ "Ortho", _Ortho },
{ "GetMatrixDepth", _GetMatrixDepth },
{ "GetMatrixIndex", _GetMatrixIndex },
{ "UseShader", _UseShader },
{ "UnuseShader", _UnuseShader }
);
}
LUAX_POSTPROCESS(GfxDevice)
{
LUAX_REGISTER_ENUM(state, "EMatrixMode",
{ "PROJECTION", MATRIX_MODE_PROJECTION },
{ "0", 0 },
{ "MODEL", MATRIX_MODE_MODEL },
{ "1", 1 },
{ "VIEW", MATRIX_MODE_VIEW },
{ "2", 2 }
);
LUAX_REGISTER_ENUM(state, "EGLParams",
{ "MAX_TEXTURE_UNIT", GL_PARAM_MAX_TEXTURE_UNIT },
{ "1", 1 }
);
}
// gfxdevice:SetMatrixMode()
LUAX_IMPL_METHOD(GfxDevice, _SetMatrixMode)
{
LUAX_PREPARE(L, GfxDevice);
return 0;
}
// gfxdevice:GetMatrixMode()
LUAX_IMPL_METHOD(GfxDevice, _GetMatrixMode)
{
LUAX_PREPARE(L, GfxDevice);
return 0;
}
// gfxdevice:PushMatrix()
LUAX_IMPL_METHOD(GfxDevice, _PushMatrix)
{
LUAX_PREPARE(L, GfxDevice);
return 0;
}
// gfxdevice:PopMatrix()
LUAX_IMPL_METHOD(GfxDevice, _PopMatrix)
{
LUAX_PREPARE(L, GfxDevice);
return 0;
}
// gfxdevice:LoadIdentity()
LUAX_IMPL_METHOD(GfxDevice, _LoadIdentity)
{
LUAX_PREPARE(L, GfxDevice);
return 0;
}
// gfxdevice:Rotate()
LUAX_IMPL_METHOD(GfxDevice, _Rotate)
{
LUAX_PREPARE(L, GfxDevice);
return 0;
}
// gfxdevice:Translate()
LUAX_IMPL_METHOD(GfxDevice, _Translate)
{
LUAX_PREPARE(L, GfxDevice);
return 0;
}
// gfxdevice:Scale()
LUAX_IMPL_METHOD(GfxDevice, _Scale)
{
LUAX_PREPARE(L, GfxDevice);
return 0;
}
// gfxdevice:Ortho()
LUAX_IMPL_METHOD(GfxDevice, _Ortho)
{
LUAX_PREPARE(L, GfxDevice);
return 0;
}
// gfxdevice:GetMatrixDepth()
LUAX_IMPL_METHOD(GfxDevice, _GetMatrixDepth)
{
LUAX_PREPARE(L, GfxDevice);
return 0;
}
// gfxdevice:GetMatrixIndex()
LUAX_IMPL_METHOD(GfxDevice, _GetMatrixIndex)
{
LUAX_PREPARE(L, GfxDevice);
return 0;
}
// gfxdevice:UseShader()
LUAX_IMPL_METHOD(GfxDevice, _UseShader)
{
LUAX_PREPARE(L, GfxDevice);
return 0;
}
// gfxdevice:UnuseShader()
LUAX_IMPL_METHOD(GfxDevice, _UnuseShader)
{
LUAX_PREPARE(L, GfxDevice);
return 0;
}
}
}
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