x86 - MUL function in assembly - Stack Overflow The mul instruction is a little bit strange because some of its operands are implicit That is, they are not explicitly specified as parameters For the mul instruction, the destination operand is hard-coded as the ax register The source operand is the one that you pass as a parameter: it can be either a register or a memory location
mysql - SQL keys, MUL vs PRI vs UNI - Stack Overflow What is the difference between MUL, PRI and UNI in MySQL? I'm working on a MySQL query, using the command: desc mytable; One of the fields is shown as being a MUL key, others show up as UNI or P
MUL Instruction in x86 Assembly - Stack Overflow The x86 mul instruction always multiplies the accumulator register (EAX, AX, or AL) by whichever operand you provide in the instruction: The dword-sized mul ecx will multiply EAX with ECX and leave its double-length product in the register combo EDX:EAX
How does python choose between __mul__ and __rmul__ It seems that a * b calls b __rmul__(a) However, in this case, a __mul__(b) is implemented and gives the expected result, and np ndarray is apparently not the subclass of list So, my question is, what is really going on in this example, and how does python choose between the binary arithmetic operations and their reflected operands? UPDATE: Thanks to hpaulj, something more interesting is
c++ - HLSL mul () variables clarification - Stack Overflow The parameters for HLSL's mul( x, y) indicated here: say that if x is a vector, it is treated as a row vector if y is a vector, it is treated as a column vector Does this then follow through mean
Using the __mul__ method with a number and different class object I am working on a class for polynomials and I would like to use the mul method to multiply two different polynomials when both inputs are polynomials, but also be able to use the method to multiply a polynomial with a scalar