197 void C_VECScale ( const Vec *src, Vec *dst, f32 scale )  in C_VECScale()  argument
201     ASSERTMSG( ( dst  != 0),  VEC_SCALE_2  );  in C_VECScale()
204     dst->x = src->x * scale;  in C_VECScale()
205     dst->y = src->y * scale;  in C_VECScale()
206     dst->z = src->z * scale;  in C_VECScale()
216 void PSVECScale ( const Vec *src, Vec *dst, f32 scale )  in PSVECScale()  argument
234     __PSQ_ST(dst, D1_XY, 0, 1);  in PSVECScale()
240     __PSQ_STX(dst, 8, D1_Z, 1, 0);  in PSVECScale()
288 void PSVECNormalize ( const Vec *vec1, Vec *dst )  in PSVECNormalize()  argument
336     __PSQ_ST(dst, v1_xy, 0, 0);  in PSVECNormalize()
343     __PSQ_STX(dst, 8, v1_z, 1, 0);  in PSVECNormalize()
604     Vec *dst  in PSVECCrossProduct()  argument
644     __PSQ_ST(dst, fp9, 1, 0);  in PSVECCrossProduct()
650     __PSQ_STX(dst, 4, fp10, 0, 0);  in PSVECCrossProduct()
739 void C_VECReflect ( const Vec *src, const Vec *normal, Vec *dst )  in C_VECReflect()  argument
747     ASSERTMSG( (dst != 0),     VEC_REFLECT_3  );  in C_VECReflect()
767     dst->x = (2.0f * uN.x * cosA) - uI.x;  in C_VECReflect()
768     dst->y = (2.0f * uN.y * cosA) - uI.y;  in C_VECReflect()
769     dst->z = (2.0f * uN.z * cosA) - uI.z;  in C_VECReflect()
771     C_VECNormalize( dst, dst );  in C_VECReflect()
945 void C_MTXMultVec ( MTX_CONST Mtx m, const Vec *src, Vec *dst )  in C_MTXMultVec()  argument
951     ASSERTMSG( (dst != 0), MTX_MULTVEC_3 );  in C_MTXMultVec()
959     dst->x = vTmp.x;  in C_MTXMultVec()
960     dst->y = vTmp.y;  in C_MTXMultVec()
961     dst->z = vTmp.z;  in C_MTXMultVec()
971 void PSMTXMultVec ( MTX_CONST Mtx m, const Vec *src, Vec *dst )  in PSMTXMultVec()  argument
1010     __PSQ_ST(dst, fp6, 1, 0);  in PSMTXMultVec()
1029     __PSQ_STX(dst, 4, fp12, 1, 0);  in PSMTXMultVec()
1039     __PSQ_STX(dst, 8, fp6, 1, 0);  in PSMTXMultVec()
1136 void C_MTXMultVecSR ( MTX_CONST Mtx m, const Vec *src, Vec *dst )  in C_MTXMultVecSR()  argument
1142     ASSERTMSG( (dst != 0), MTX_MULTVECSR_3 );  in C_MTXMultVecSR()
1150     dst->x = vTmp.x;  in C_MTXMultVecSR()
1151     dst->y = vTmp.y;  in C_MTXMultVecSR()
1152     dst->z = vTmp.z;  in C_MTXMultVecSR()
1162 void PSMTXMultVecSR ( MTX_CONST Mtx m, const Vec *src, Vec *dst )  in PSMTXMultVecSR()  argument
1209     __PSQ_ST(dst, fp9, 1, 0);  in PSMTXMultVecSR()
1214     __PSQ_STX(dst, 4, fp11, 1, 0);  in PSMTXMultVecSR()
1219     __PSQ_STX(dst, 8, fp13, 1, 0);  in PSMTXMultVecSR()