R_constants: Set the geometry shader constants.

Author: CrossVR

src/Layers/xrRender/blenders/Blender_Recorder.cpp

@@ -169,7 +169,7 @@ void	CBlender_Compile::PassEnd			()
 	proto.vs		= RImplementation.Resources->_CreateVS			(pass_vs);
 	ctable.merge	(&proto.ps->constants);
 	ctable.merge	(&proto.vs->constants);
-#if defined(USE_DX10) || defined(USE_DX11)
+#if defined(USE_DX10) || defined(USE_DX11) || defined(USE_OGL)
 	proto.gs		= RImplementation.Resources->_CreateGS			(pass_gs);
 	ctable.merge	(&proto.gs->constants);
 #	ifdef	USE_DX11

src/Layers/xrRenderGL/glr_constants_cache.h

@@ -99,47 +99,55 @@ class	ECORE_API  R_constants
 	ICF void				set		(R_constant* C, const Fmatrix& A)		{
 		if (C->destination&RC_dest_pixel)		{ set(C, C->ps, A); }
 		if (C->destination&RC_dest_vertex)		{ set(C, C->vs, A); }
+		if (C->destination&RC_dest_geometry)		{ set(C, C->gs, A); }
 	}
 	ICF void				set		(R_constant* C, const Fvector4& A)		{
 		if (C->destination&RC_dest_pixel)		{ set(C, C->ps, A); }
 		if (C->destination&RC_dest_vertex)		{ set(C, C->vs, A); }
+		if (C->destination&RC_dest_geometry)		{ set(C, C->gs, A); }
 	}
 	ICF void				set		(R_constant* C, float x, float y, float z, float w)	{
 		if (C->destination&RC_dest_pixel)		{ set(C, C->ps, x, y, z, w); }
 		if (C->destination&RC_dest_vertex)		{ set(C, C->vs, x, y, z, w); }
+		if (C->destination&RC_dest_geometry)		{ set(C, C->gs, x, y, z, w); }
 	}
 
 	// scalars, non-array versions
 	ICF	void				set(R_constant* C, float A)
 	{
 		if (C->destination&RC_dest_pixel)		{ set(C, C->ps, A); }
 		if (C->destination&RC_dest_vertex)		{ set(C, C->vs, A); }
+		if (C->destination&RC_dest_geometry)		{ set(C, C->gs, A); }
 	}
 	ICF	void				set(R_constant* C, int A)
 	{
 		if (C->destination&RC_dest_pixel)		{ set(C, C->ps, A); }
 		if (C->destination&RC_dest_vertex)		{ set(C, C->vs, A); }
+		if (C->destination&RC_dest_geometry)		{ set(C, C->gs, A); }
 	}
 
 	// fp, array versions
 	ICF void				seta	(R_constant* C, u32 e, const Fmatrix& A)		{
 		R_constant_load L;
 		if (C->destination&RC_dest_pixel)		{ L = C->ps; }
 		if (C->destination&RC_dest_vertex)		{ L = C->vs; }
+		if (C->destination&RC_dest_geometry)		{ L = C->gs; }
 		L.location += e;
 		set(C, L, A);
 	}
 	ICF void				seta	(R_constant* C, u32 e, const Fvector4& A)		{
 		R_constant_load L;
 		if (C->destination&RC_dest_pixel)		{ L = C->ps; }
 		if (C->destination&RC_dest_vertex)		{ L = C->vs; }
+		if (C->destination&RC_dest_geometry)		{ L = C->gs; }
 		L.location += e;
 		set(C, L, A);
 	}
 	ICF void				seta	(R_constant* C, u32 e, float x, float y, float z, float w)	{
 		R_constant_load L;
 		if (C->destination&RC_dest_pixel)		{ L = C->ps; }
 		if (C->destination&RC_dest_vertex)		{ L = C->vs; }
+		if (C->destination&RC_dest_geometry)		{ L = C->gs; }
 		L.location += e;
 		set(C, L, x, y, z, w);