TheVaffel

triangulate: triangulate.cpp
	g++ $< -o $@ -L ../HConLib/lib/ -I ../HConLib/include/ -mavx -std=gnu++17 -lFlatAlg -lOpenImageIO -lHGraf -g -O3

TheVaffel

Bash prompt with Git repository name and branch

Will give prompts of the form

host ~/working/dir $

when outside a Git repo, and of the form

host repository_name/path/from/repo/root (branch) $

TheVaffel

Lucas Kanade implementation

This is a simple demonstration of the Lucas-Kanade algorithm. It's not very readable, and I'm sorry for it. I never thought it would find its way onto the webs.

Depends on HConLib. To compile, you need to clone and build HConLib (running build.sh in the root of HConLib is usually sufficient). Then, use the line g++ lucas_kanade.cpp -I /path/to/HConLib/include/ -L /path/to/HConLib/lib/ -l HCam -l Winval -l HGraf -l FlatAlg -l X11 -std=c++11 -o lucas_kanade -O3 and you should be good

TheVaffel

//Webcamera utility

#ifndef INCLUDED_HCAM
#define INCLUDED_HCAM

#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include <assert.h>

TheVaffel

#define TJE_IMPLEMENTATION
#include "tiny_jpeg.h"
#include <string.h>

#include <algorithm>

#include <cstdio>

using namespace std;