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catatonicTrepidation/gist:11b62a19bb5337b8cd08

Created November 5, 2015 08:05
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Polka
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gistfile1.txt
public void behindPolka(int xRadius, int yRadius, int xPeriod, int yPeriod, int[] color, int gradiant)
{
double i = 1.0;
Pixel[][] pixels = getPixels2D();
//int[][] colors = {{10,0,0},{0,10,0},{0,0,10}};
double xDistance = 0;
double yDistance = 0;
//int finalEdgeRow = 0;
int finalEdgeCol = -1;
boolean paintable = true;
double d = 0;
/* if(color == 0)
{
for (int row = 0; row < pixels.length; row++)
{
for(int col = 0; col < pixels[0].length; col++)
{
//Use modulo to see distance of pixel to nearest period/checkpoint
xDistance = row%((yRadius+yPeriod)/2);
yDistance = col%((xRadius+xPeriod)/2);
d = Math.sqrt(Math.pow(xDistance, 2) + Math.pow(yDistance, 2));
if(d <= xRadius)
pixels[row][col].setColor(Color.RED);
}
}
}*/
for (int row = 0; row < pixels.length; row++)
{
paintable = true;
finalEdgeCol = -1;
for(int col = 0; col < pixels[0].length; col++)
{
if(gradiant == 1)
i += 0.001;
if(pixels[row][col].getBlue() <= 160 && pixels[row][col].getGreen() <= 165 && pixels[row][col].getRed() <= 190)
{
paintable = false;
finalEdgeCol = col;
}
if(paintable)
{
//Use modulo to see distance of pixel to nearest period/checkpoint
yDistance = yRadius - row%(yPeriod + yRadius*2);
xDistance = xRadius - col%(xPeriod + xRadius*2);
d = Math.sqrt(Math.pow(xDistance, 2) + Math.pow(yDistance, 2));
//System.out.println((row%((yRadius+yPeriod))));
//if(d <= xRadius)
//pixels[row][col].setColor(Color.RED);
/*if(xDistance == 0)
{
pixels[row][col].setColor(Color.PINK);
}
if(yDistance == 0)
{
pixels[row][col].setColor(Color.GREEN);
}*/
/* if(d <= 30)
{
pixels[row][col].setColor(Color.ORANGE);
}*/
if(d <= yRadius)
{
pixels[row][col].setRed((int)(pixels[row][col].getRed() + color[0] * i));
pixels[row][col].setGreen((int)(pixels[row][col].getGreen() + color[1] * i));
pixels[row][col].setBlue((int)(pixels[row][col].getBlue() + color[2] * i));
}
}
if(col == pixels[0].length - 1 && finalEdgeCol >= 0)
{
for(int col2 = finalEdgeCol; col2 < pixels[0].length; col2++)
{
//Use modulo to see distance of pixel to nearest period/checkpoint
yDistance = yRadius - row%(yPeriod + yRadius*2);
xDistance = xRadius - col2%(xPeriod + xRadius*2);
d = Math.sqrt(Math.pow(xDistance, 2) + Math.pow(yDistance, 2));
if(d <= yRadius)
{
pixels[row][col2].setRed((int)(pixels[row][col2].getRed() + color[0] * i));
pixels[row][col2].setGreen((int)(pixels[row][col2].getGreen() + color[1] * i));
pixels[row][col2].setBlue((int)(pixels[row][col2].getBlue() + color[2] * i));
}
}
}
}
}
}
public void betweenPolka(int sRow, int sCol, int xRadius, int yRadius, int xPeriod, int yPeriod, int[] color, int gradiant)
{
double i = 1.0 + 0.001*sRow;
Pixel[][] pixels = getPixels2D();
//int[][] colors = {{10,0,0},{0,10,0},{0,0,10}};
double xDistance = 0;
double yDistance = 0;
//int finalEdgeRow = 0;
int finalEdgeCol = -1;
double d = 0;
/* if(color == 0)
{
for (int row = 0; row < pixels.length; row++)
{
for(int col = 0; col < pixels[0].length; col++)
{
//Use modulo to see distance of pixel to nearest period/checkpoint
xDistance = row%((yRadius+yPeriod)/2);
yDistance = col%((xRadius+xPeriod)/2);
d = Math.sqrt(Math.pow(xDistance, 2) + Math.pow(yDistance, 2));
if(d <= xRadius)
pixels[row][col].setColor(Color.RED);
}
}
}*/
for (int row = sRow; row < pixels.length - 30; row++)
{
if(gradiant == 1)
i += 0.001;
for(int col = sCol; col < pixels[0].length; col++)
{
if(pixels[row][col].getBlue() <= 160 && pixels[row][col].getGreen() <= 195 && pixels[row][col].getRed() <= 240)
{
break;
}
//Use modulo to see distance of pixel to nearest period/checkpoint
yDistance = yRadius - row%(yPeriod + yRadius*2);
xDistance = xRadius - col%(xPeriod + xRadius*2);
d = Math.sqrt(Math.pow(xDistance, 2) + Math.pow(yDistance, 2));
//System.out.println((row%((yRadius+yPeriod))));
//if(d <= xRadius)
//pixels[row][col].setColor(Color.RED);
/*if(xDistance == 0)
{
pixels[row][col].setColor(Color.PINK);
}
if(yDistance == 0)
{
pixels[row][col].setColor(Color.GREEN);
}*/
/* if(d <= 30)
{
pixels[row][col].setColor(Color.ORANGE);
}*/
if(d <= yRadius)
{
pixels[row][col].setRed((int)(pixels[row][col].getRed() + color[0] * i));
pixels[row][col].setGreen((int)(pixels[row][col].getGreen() + color[1] * i));
pixels[row][col].setBlue((int)(pixels[row][col].getBlue() + color[2] * i));
}
}
for(int col = sCol-1; col >= 0; col--)
{
if(pixels[row][col].getBlue() <= 160 && pixels[row][col].getGreen() <= 195 && pixels[row][col].getRed() <= 240)
{
break;
}
//Use modulo to see distance of pixel to nearest period/checkpoint
yDistance = yRadius - row%(yPeriod + yRadius*2);
xDistance = xRadius - col%(xPeriod + xRadius*2);
d = Math.sqrt(Math.pow(xDistance, 2) + Math.pow(yDistance, 2));
//System.out.println((row%((yRadius+yPeriod))));
//if(d <= xRadius)
//pixels[row][col].setColor(Color.RED);
/*if(xDistance == 0)
{
pixels[row][col].setColor(Color.PINK);
}
if(yDistance == 0)
{
pixels[row][col].setColor(Color.GREEN);
}*/
/* if(d <= 30)
{
pixels[row][col].setColor(Color.ORANGE);
}*/
if(d <= yRadius)
{
pixels[row][col].setRed((int)(pixels[row][col].getRed() + color[0] * i));
pixels[row][col].setGreen((int)(pixels[row][col].getGreen() + color[1] * i));
pixels[row][col].setBlue((int)(pixels[row][col].getBlue() + color[2] * i));
}
}
}
i = 1.0 + 0.001*sRow;
for (int row = sRow-1; row >= 400; row--)
{
if(gradiant == 1)
i -= 0.001;
for(int col = sCol; col < pixels[0].length; col++)
{
if(pixels[row][col].getBlue() <= 160 && pixels[row][col].getGreen() <= 195 && pixels[row][col].getRed() <= 240)
{
break;
}
//Use modulo to see distance of pixel to nearest period/checkpoint
yDistance = yRadius - row%(yPeriod + yRadius*2);
xDistance = xRadius - col%(xPeriod + xRadius*2);
d = Math.sqrt(Math.pow(xDistance, 2) + Math.pow(yDistance, 2));
//System.out.println((row%((yRadius+yPeriod))));
//if(d <= xRadius)
//pixels[row][col].setColor(Color.RED);
/*if(xDistance == 0)
{
pixels[row][col].setColor(Color.PINK);
}
if(yDistance == 0)
{
pixels[row][col].setColor(Color.GREEN);
}*/
/* if(d <= 30)
{
pixels[row][col].setColor(Color.ORANGE);
}*/
if(d <= yRadius)
{
pixels[row][col].setRed((int)(pixels[row][col].getRed() + color[0] * i));
pixels[row][col].setGreen((int)(pixels[row][col].getGreen() + color[1] * i));
pixels[row][col].setBlue((int)(pixels[row][col].getBlue() + color[2] * i));
}
}
for(int col = sCol-1; col >= 0; col--)
{
if(pixels[row][col].getBlue() <= 160 && pixels[row][col].getGreen() <= 195 && pixels[row][col].getRed() <= 240)
{
break;
}
//Use modulo to see distance of pixel to nearest period/checkpoint
yDistance = yRadius - row%(yPeriod + yRadius*2);
xDistance = xRadius - col%(xPeriod + xRadius*2);
d = Math.sqrt(Math.pow(xDistance, 2) + Math.pow(yDistance, 2));
//System.out.println((row%((yRadius+yPeriod))));
//if(d <= xRadius)
//pixels[row][col].setColor(Color.RED);
/*if(xDistance == 0)
{
pixels[row][col].setColor(Color.PINK);
}
if(yDistance == 0)
{
pixels[row][col].setColor(Color.GREEN);
}*/
/* if(d <= 30)
{
pixels[row][col].setColor(Color.ORANGE);
}*/
if(d <= yRadius)
{
pixels[row][col].setRed((int)(pixels[row][col].getRed() + color[0] * i));
pixels[row][col].setGreen((int)(pixels[row][col].getGreen() + color[1] * i));
pixels[row][col].setBlue((int)(pixels[row][col].getBlue() + color[2] * i));
}
}
}
}
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