A helper Color class for the Processing language. I hated all the crap I had to write every time I wanted to add two colors together.
int red;
int green;
int blue;
There are 3 constructors
Color();
Color( color c );
Color( Color C );
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The first constructor takes nothing for parameters and returns the color black. The newly created Color can then have its R, G, and B values set manually.
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The second constructor takes the Processing color type and creates a new Color based on its R, G, and B values.
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The third constructor takes another Color object and creates a copy of that color.
boolean equals( Color other );
boolean equals( color other );
Takes either a Color object or Processing color type and returns true or false if the two colors equal.
void divideByFactor( int factor );
void divideByFactor( float factor );
Takes in a factor and divides each component R, G, and B value by that factor.
void multiplyByFactor( int factor );
void multiplyByFactor( float factor );
Takes in a factor and muliplies each component R, G, and B value by that factor.
void addColor( Color other );
void addColor( color other );
Adds this Color or color to the other color.
WARNING: the values of R, G, and B are not clamped to 255.
void subtractColor( Color other );
void subtractColor( color other );
Subtracts this Color or color from the other color.
WARNING: the values of R, G, and B are not clamped to 0.
color getColor();
Returns the Processing color representation of Color
double getColorSquaredDistance( Color other );
Returns the squared distance (less calulation intensive) between two Color values. This has nothing to do with the Color's position in the image.
double getColorDistance( Color other );
Returns the distance between two Color values. This has nothing to do with the Color's position in the image.
String toString();
Returns the string representation of the Color. The string is in the format: ( R, G, B ).