sgs_Create* [functions]

SGSONE sgs_CreateVec2( SGS_CTX, sgs_Variable* var, XGM_VT x, XGM_VT y )

SGSONE sgs_CreateVec3( SGS_CTX, sgs_Variable* var, XGM_VT x, XGM_VT y, XGM_VT z )

SGSONE sgs_CreateVec4( SGS_CTX, sgs_Variable* var, XGM_VT x, XGM_VT y, XGM_VT z, XGM_VT w )

SGSONE sgs_CreateAABB2( SGS_CTX, sgs_Variable* var, XGM_VT x1, XGM_VT y1, XGM_VT x2, XGM_VT y2 )

SGSONE sgs_CreateAABB3( SGS_CTX, sgs_Variable* var, const XGM_VT* v3f1, const XGM_VT* v3f2 )

SGSONE sgs_CreateColor( SGS_CTX, sgs_Variable* var, XGM_VT r, XGM_VT g, XGM_VT b, XGM_VT a )

SGSONE sgs_CreateQuat( SGS_CTX, sgs_Variable* var, XGM_VT x, XGM_VT y, XGM_VT z, XGM_VT w )

SGSONE sgs_CreateMat3( SGS_CTX, sgs_Variable* var, const XGM_VT* v9f, int transpose )

SGSONE sgs_CreateMat4( SGS_CTX, sgs_Variable* var, const XGM_VT* v16f, int transpose )

SGSONE sgs_CreateFloatArray( SGS_CTX, sgs_Variable* var, const XGM_VT* vfn, sgs_SizeVal size )

SGSONE sgs_CreateVec2p( SGS_CTX, sgs_Variable* var, const XGM_VT* v2f )

SGSONE sgs_CreateVec3p( SGS_CTX, sgs_Variable* var, const XGM_VT* v3f )

SGSONE sgs_CreateVec4p( SGS_CTX, sgs_Variable* var, const XGM_VT* v4f )

SGSONE sgs_CreateAABB2p( SGS_CTX, sgs_Variable* var, const XGM_VT* v4f )

SGSONE sgs_CreateAABB3p( SGS_CTX, sgs_Variable* var, const XGM_VT* v6f )

SGSONE sgs_CreateColorp( SGS_CTX, sgs_Variable* var, const XGM_VT* v4f )

SGSONE sgs_CreateColorvp( SGS_CTX, sgs_Variable* var, const XGM_VT* vf, int numfloats )

SGSONE sgs_CreateQuatp( SGS_CTX, sgs_Variable* var, const XGM_VT* v4f )

push/initialize a variable of the right type to the specified arguments

Notes:

• if var == NULL, variable is pushed to stack
• functions here always return 1 (SGSONE), making them suitable for a "return sgs_Create***" construct
• v*f - array of the specified number of XGM_VT values
• sgs_InitColorvp accepts 0, 1, 2, 3 or 4 for numfloats
  • if 0: R, G, B, A = 0
  • if 1: R, G, B, A = arg1
  • if 2: R, G, B = arg1; A = arg2
  • if 3: R = arg1; G = arg2; B = arg3; A = 1
  • otherwise arguments are mapped to components sequentially
• the p postfix for functions means that function accepts arrays instead of plain values, if that's what the non -p function takes