jameslittle230

void R2Image::
blendOtherImageTranslated(R2Image * otherImage)
{
  R2Image *output = new R2Image(*otherImage);
  std::vector<Feature> features = this->Harris(3); // passed by value
  std::vector<Feature>::iterator it;

  int searchSpaceXDim = this->Width() / 10; // half the search space dimension
  int searchSpaceYDim = this->Height() / 10;
  int windowDimension = 12; // half the window dimension

jameslittle230

#include <vector>
#include <iostream>
#include "svd.h"

using namespace std;

struct Point {
    double x, y;
};

jameslittle230

std::vector<Feature> R2Image::
Harris(double sigma)
{
  std::cout << "Computing harris filter" << std::endl;
  const R2Image self = *this;
  R2Image *t1 = new R2Image(self); t1->SobelX(); t1->Square();
  R2Image *t2 = new R2Image(self); t2->SobelY(); t2->Square();
  R2Image *t3 = new R2Image(Width(), Height());
  R2Image *t4 = new R2Image(Width(), Height());

jameslittle230

void R2Image::
blendOtherImageTranslated(R2Image * otherImage)
{
  R2Image *output = new R2Image(*otherImage);
	std::vector<Feature> features = *(this->Harris(3));
  int searchSpaceXDim = this->Width() / 10; // half the search space dimension
  int searchSpaceYDim = this->Height() / 10;
  int windowDimension = 12; // half the window dimension

  std::vector<Feature>::iterator it;

jameslittle230

void R2Image::
Harris(double sigma)
{
  std::cout << "Computing harris filter" << std::endl;
  const R2Image self = *this;
  R2Image *t1 = new R2Image(self); t1->SobelX(); t1->Square();
  R2Image *t2 = new R2Image(self); t2->SobelY(); t2->Square();
  R2Image *t3 = new R2Image(Width(), Height());
  R2Image *t4 = new R2Image(Width(), Height());

jameslittle230

void R2Image::
Blur(double sigma)
{
  R2Image *temp = new R2Image(width, height);

  // Generate 1D kernel
  int k_rad = 3 * sigma;
  int k_len = 6 * sigma + 1;
  double *k = (double *) malloc(k_len * sizeof(double));
  double sum = 0.0;

jameslittle230

void R2Image::
SobelX(void)
{
	R2Image *output = new R2Image(width, height);

  double sobel_x[3][3] = {
    {-1, 0, 1},
    {-2, 0, 2},
    {-1, 0, 1}
  };

jameslittle230

{
	"version": 1,
	"size": [15, 15],
	"values": ["I", "C", "A", "R", "U", "S", " ", "F", "R", "E", "E", " ", "F", "A", "N", 
		       "T", "H", "R", "U", "S", "T", " ", "R", "A", "D", "S", " ", "A", "D", "O", 
		       "S", "I", "M", "M", "E", "R", " ", "O", "D", "C", "T", "O", "J", "O", "E", 
		       "O", "L", "Y", " ", "S", "A", "N", "D", "A", "N", "D", "M", "E", "R", "O", 
		       "P", "I", "M", "A", " ", "I", "N", "O", "R", " ", " ", "S", "T", "E", "M", 
		       "E", "D", "U", "C", "A", "T", "E", " ", "G", "I", "G", " ", "A", "D", "A", 
		       "N", "O", "L", "T", "E", " ", " ", "R", "U", "N", "I", "N", " ", " ", " ", 

jameslittle230

set output to "paused"
if application "Spotify" is running then
	tell application "Spotify" to set spotifyState to (player state as text)
	
	if spotifyState is "playing" then
		set output to "playing"
	end if
end if

if application "iTunes" is running then

jameslittle230

if application "Spotify" is running and application "iTunes" is not running then
	tell application "Spotify"
		if player state is stopped then
			set display to ""
		else
			set track_artist to artist of current track
			set track_name to name of current track
			set track_duration to duration of current track
			set seconds_played to player position
			set state to ""