mrbid

/*
	James William Fletcher (github.com/mrbid)
		February 2021

	Mission critical file increments.
	https://james-william-fletcher.medium.com/mission-critical-integer-increment-operations-from-php-c1c71fb42451

	This file is compiled to a program that any
	service can externally execute to ensure
	a file increment or decrement operation

mrbid

/*
	James William Fletcher (github.com/mrbid)
		August 2021

	Mission critical file increments. Variant 2.
	https://james-william-fletcher.medium.com/mission-critical-integer-increment-operations-from-php-c1c71fb42451

	This file is compiled to a program that any
	service can externally execute to ensure
	a file increment or decrement operation

mrbid

/*
    James William Fletcher (github.com/mrbid)
        August 2021

    Mission critical file increments. Variant 3.
    https://james-william-fletcher.medium.com/mission-critical-integer-increment-operations-from-php-c1c71fb42451

    This file is compiled to a program that any
    service can externally execute to ensure
    a file increment or decrement operation

mrbid

/*
    James William Fletcher (github.com/mrbid)
        August 2021

    Simple math function benchmark using RDTSC.
    https://james-william-fletcher.medium.com/rdtsc-the-only-way-to-benchmark-fc84562ef734
*/
#define _GNU_SOURCE
#include <stdio.h>
#include <stdlib.h>

mrbid

/*
    James William Fletcher (github.com/mrbid)
        August 2021

    Simple math function benchmark using RDTSC.
    https://james-william-fletcher.medium.com/rdtsc-the-only-way-to-benchmark-fc84562ef734
*/
#define _GNU_SOURCE
#include <stdio.h>
#include <stdlib.h>

mrbid

/*
    James William Fletcher (github.com/mrbid)
        August 2021

    Benchmarking random float functions.
    https://james-william-fletcher.medium.com/benchmarking-random-float-functions-in-c-13b9febb3d5b
*/
#include <stdio.h>
#include <stdlib.h>
#include <stdint.h>

mrbid

/*
    James William Fletcher (github.com/mrbid)
        August 2021

    Benchmarking random float functions using
    the box muller transformation.
    
    https://james-william-fletcher.medium.com/benchmarking-random-float-functions-in-c-13b9febb3d5b
*/
#include <stdio.h>

mrbid

/*
    James William Fletcher (github.com/mrbid)
        October 2022

    compile: gcc random_float_bench_2022.c -Ofast -lm -o main

    Benchmarking random float functions, an update to the original in August 2021:
    https://gist.github.com/mrbid/51ed2963c88981452a5f87a3b072f8fb
    https://james-william-fletcher.medium.com/benchmarking-random-float-functions-in-c-13b9febb3d5b
*/

mrbid

# Code adapted from the original article by Orhan G. Yalçın
# https://towardsdatascience.com/fast-neural-style-transfer-in-5-minutes-with-tensorflow-hub-magenta-110b60431dcc
# For use in the following article concerning Real-Time NST in ioQuake3:
# https://james-william-fletcher.medium.com/real-time-neural-style-transfer-in-quake3-71cd5f6c3e4
import tensorflow as tf
import tensorflow_hub as hub
import sys
import time
import os

mrbid

/*
    James William Fletcher (github.com/mrbid)
    https://gist.github.com/mrbid/deacf1f19ec521de68d1c017977a2653

    This code is an adaption of;
    https://stackoverflow.com/questions/34176795/any-efficient-way-of-converting-ximage-data-to-pixel-map-e-g-array-of-rgb-quad/38298349#38298349

    It will loop indefinitely generating a new output to /dev/shm/dbuff.png every time the existing dbuff.png is deleted.

    It should generate ~60 fps when compiled with GCC, or around 16 fps with clang for some reason. ¯\_(ツ)_/¯