456 	PVRTVECTOR3f		* const pvBin,  in PVRTVertexTangentBitangent()  argument
472 		pvBin->x = 0;  in PVRTVertexTangentBitangent()
473 		pvBin->y = 0;  in PVRTVertexTangentBitangent()
474 		pvBin->z = 0;  in PVRTVertexTangentBitangent()
494 		pvBin->x = 0;  in PVRTVertexTangentBitangent()
495 		pvBin->y = 0;  in PVRTVertexTangentBitangent()
496 		pvBin->z = 0;  in PVRTVertexTangentBitangent()
539 		PVRTMatrixVec3CrossProductF(*pvBin, *pvTan, *pvNor);  in PVRTVertexTangentBitangent()
541 		_ASSERT(PVRTMatrixVec3DotProductF(*pvBin, AlignedVector) > 0.0f);  in PVRTVertexTangentBitangent()
552 		PVRTMatrixVec3NormalizeF(*pvBin, *pvBin);  in PVRTVertexTangentBitangent()
556 		_ASSERT(PVRTMatrixVec3DotProductF(*pvBin, *pvBin) > 0.9f);  in PVRTVertexTangentBitangent()
616 		PVRTVECTOR3f	pvBin[cnMaxSharedVtx];		// Bitangent (one per triangle referencing this vtx)  in PVRTVertexGenerateTangentSpace()  member
690 			&psVtxData[nIdx0].pvBin[psVtxData[nIdx0].n],  in PVRTVertexGenerateTangentSpace()
697 			&psVtxData[nIdx1].pvBin[psVtxData[nIdx1].n],  in PVRTVertexGenerateTangentSpace()
704 			&psVtxData[nIdx2].pvBin[psVtxData[nIdx2].n],  in PVRTVertexGenerateTangentSpace()
735 					if(PVRTMatrixVec3DotProductF(psVtx->pvBin[nCurr], psCmp->pvBin[j]) < fSplitDifference)  in PVRTVertexGenerateTangentSpace()
744 					psCmp->pvBin[psCmp->n] = psVtx->pvBin[nCurr];  in PVRTVertexGenerateTangentSpace()
755 				psTSpass[nTSpassLen].pvBin[0] = psVtx->pvBin[nCurr];  in PVRTVertexGenerateTangentSpace()
776 				pfPos1[0] += psVtx->pvBin[i].x;  in PVRTVertexGenerateTangentSpace()
777 				pfPos1[1] += psVtx->pvBin[i].y;  in PVRTVertexGenerateTangentSpace()
778 				pfPos1[2] += psVtx->pvBin[i].z;  in PVRTVertexGenerateTangentSpace()