Javguit

Relased v1.0010 with some changes, including auto modes (max min avg sum substract), autocontrol rework and some fixes

R101, R102, Q101 and Q102 are the switching portions controlled by the Pin 5 of the pro micro. this combined with D101, L101, C102 conform the step down portion of the circuit. R105, R104 and A0 is the feedback circuit that is read by the A0 pin. C101, R103 and D102 are the sensor (RPM) portion of the circuit that is read by the RX pin.

I've been working for a while building a board to add fan connectos and a software to control it as well as the internal fans. The software i created uses the LibreHardwareMonitor library to gain control of the fans and retrieve the temp and rpm values. Here's the github, please give it a try if you are feeling like it and let me know what you think! I'm still working on the wiki, but hopefully next week it'll be done! The board's schematics/pcb design are public as well as the controller's code (arduino pro micro) . So you can build your own board! Or even better, build your own custom board following the commands provided! Keep in mind that the board is optional, you can use the program without the board! https://github.com/javguit/fanController.Releases Software images: Board image: English is not my native language so please excuse me for any mistakes.

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First of all, I'm from Argentina so english is not my fist language, so i want to apologise beforehand for any mistakes. I'm a computer enthusiast and I love to program whatever comes to my mind, specially when it comes to benchmarking. Lately the "N Queens problem" has been in my mind since i read an article in the newspaper. The problem states that given N queens and an NxN chessboard, find a way to place the queens so that no two queens attack each other. As you can imagine its a pretty process intensive problem for big numbers of N (with an i7 950 @ 4.2ghz trying to find 1 solution for N = 40 took little more than 21 hours). Im still working in the multithread. As it stands right now, the program does the same process in each thread, that is if you want to find 1 solution with 10 threads, all 10 threads will find the same solution. The program also lets you chose if you want to separate the process in iterations, how much time you want to process each iteration and how much time you want to wait between each iteration. I programed this to simulate the normal use of a computer in order to break in an AS5 i bought (lol). Inputs: Output per thread: Output Summary: I hope you enjoy this as much as i enjoy making it. I'll be updating the program, so I'll be posting the updates here. nQueens.zip