I\'m just writing a small test integration between a native C++ DLL called \'fft.dll\' and a C# console application.
I\'m working on a C# Fractal Generator project right now that requires lots of Arithmetic with Complex numbers, and I\'m trying to think of ways to speed up the math. Below is a simplified set of code
I am trying to figure out how to use complex numbers in both my host and device code. I came across cuComplex (but can\'t find any documentation!) and float2 which at least gets a mention in the CUDA
i ran into something interesting about the python augmented assignment += it seems to be automatic data type conversion is not always done for a += b if a is a \'simpler\' data 开发者_如何学Ctype, wh
I\'ve got problems in using Mathematica with complex numbers. Am I doing something wrong? Two examples:
I have an assignment in C++ and I\'m having trouble getting started. The goal is to \"design a class that uses the following overloaded operators for complex numbers: >><< + - * / \"
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How to print ( with printf ) complex number? For example, if I have this code: #include <stdio.h>
FullSimplify fails to recognize that: a*Conjugate[b] + b*Conjugate[a] = 2 Re[a*b] I have some very complex equations that could be simplified greatly if Mathematica could recognize this simple ide
I found following pattern from RegexLibrary, and i don\'t know how use Match to get Re and Im values. I\'m new in Regex. Is it a correct way to get data from a p开发者_运维技巧attern?
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