233 bool Operator::isMatrixMultiply(const Type& left, const Type& right) {  in isMatrixMultiply()  argument
238         return right.isMatrix() || right.isVector();  in isMatrixMultiply()
240     return left.isVector() && right.isMatrix();  in isMatrixMultiply()
249                                    const Type& right,  in determineBinaryType()  argument
259             return right.canCoerceTo(left, allowNarrowing);  in determineBinaryType()
263             CoercionCost rightToLeft = right.coercionCost(left),  in determineBinaryType()
264                          leftToRight = left.coercionCost(right);  in determineBinaryType()
274                     *outLeftType = &right;  in determineBinaryType()
275                     *outRightType = &right;  in determineBinaryType()
289                    right.canCoerceTo(*context.fTypes.fBool, allowNarrowing);  in determineBinaryType()
293             *outRightType = &right;  in determineBinaryType()
294             *outResultType = &right;  in determineBinaryType()
304     const Type& rightComponentType = right.componentType();  in determineBinaryType()
310     if (this->isMatrixMultiply(left, right)) {  // left * right  in determineBinaryType()
312         if (!this->determineBinaryType(context, left.componentType(), right.componentType(),  in determineBinaryType()
318         *outRightType = &(*outResultType)->toCompound(context, right.columns(), right.rows());  in determineBinaryType()
320         int rightColumns = right.columns(), rightRows = right.rows();  in determineBinaryType()
321         if (right.isVector()) {  in determineBinaryType()
342     if (leftIsVectorOrMatrix && validMatrixOrVectorOp && right.isScalar()) {  in determineBinaryType()
344         if (!this->determineBinaryType(context, left.componentType(), right,  in determineBinaryType()
356     bool rightIsVectorOrMatrix = right.isVector() || right.isMatrix();  in determineBinaryType()
360         if (!this->determineBinaryType(context, left, right.componentType(),  in determineBinaryType()
365         *outRightType = &(*outRightType)->toCompound(context, right.columns(), right.rows());  in determineBinaryType()
367             *outResultType = &(*outResultType)->toCompound(context, right.columns(), right.rows());  in determineBinaryType()
372     CoercionCost rightToLeftCost = right.coercionCost(left);  in determineBinaryType()
374                                                 : left.coercionCost(right);  in determineBinaryType()
376     if ((left.isScalar() && right.isScalar()) || (leftIsVectorOrMatrix && validMatrixOrVectorOp)) {  in determineBinaryType()
389             *outLeftType = &right;  in determineBinaryType()
390             *outRightType = &right;  in determineBinaryType()
391             *outResultType = &right;  in determineBinaryType()