C# Class netfx.effects

Public Methods

Method	Description
adjust ( BitmapW image, float pr, float pg, float pb, float pa ) : BitmapW	#### Adjust [-255,255 for each channel]
alpha ( BitmapW image, float p ) : BitmapW	#### Alpha [-100, 100]
blur ( BitmapW image, string p ) : BitmapW	#### Blur ['simple', 'gaussian']
brighten ( BitmapW image, float p ) : BitmapW	#### Brighten [-100, 100]
contrast ( BitmapW image, float p ) : BitmapW	#### Constrast [-100, 100]
expose ( BitmapW image, float p ) : BitmapW	#### Expose [-100, 100]
fill ( BitmapW image, int r, int g, int b ) : BitmapW	#### Fill [No Range]
gamma ( BitmapW image, float p ) : BitmapW	#### Gamma [-100, 100]
invert ( BitmapW image ) : BitmapW	#### Invert
noise ( BitmapW image, int p ) : BitmapW	#### Noise [0 - 100]
posterize ( BitmapW image, float p ) : BitmapW	#### Posterize [1, 255]
saturate ( BitmapW image, float p ) : BitmapW	#### Saturate [-100, 100]
sepia ( BitmapW image ) : BitmapW	#### Sepia
sharpen ( BitmapW image ) : BitmapW	#### Sharpen
subtract ( BitmapW image ) : BitmapW	#### Subtract [No Range]
vignette ( BitmapW image, int r, int g, int b ) : BitmapW	#### Vignette (red,green,blue) of the vignette effect to apply

Private Methods

Method	Description
approx_distance ( int dx, int dy ) : int
contrastc ( float f, float c ) : float
convolve ( BitmapW image, float kernel, int kw, int kh ) : BitmapW
curves ( BitmapW image, Point s, Point c1, Point c2, Point e ) : BitmapW
dist ( int x1, int y1, int x2, int y2 ) : int

Method Details

adjust() public method

#### Adjust [-255,255 for each channel]

public adjust ( BitmapW image, float pr, float pg, float pb, float pa ) : BitmapW
image	BitmapW
pr	float
pg	float
pb	float
pa	float
return	BitmapW

alpha() public method

#### Alpha [-100, 100]

public alpha ( BitmapW image, float p ) : BitmapW
image	BitmapW
p	float
return	BitmapW

blur() public method

#### Blur ['simple', 'gaussian']

public blur ( BitmapW image, string p ) : BitmapW
image	BitmapW
p	string
return	BitmapW

brighten() public method

#### Brighten [-100, 100]

public brighten ( BitmapW image, float p ) : BitmapW
image	BitmapW
p	float
return	BitmapW

contrast() public method

#### Constrast [-100, 100]

public contrast ( BitmapW image, float p ) : BitmapW
image	BitmapW
p	float
return	BitmapW

expose() public method

#### Expose [-100, 100]

public expose ( BitmapW image, float p ) : BitmapW
image	BitmapW
p	float
return	BitmapW

fill() public method

#### Fill [No Range]

public fill ( BitmapW image, int r, int g, int b ) : BitmapW
image	BitmapW
r	int
g	int
b	int
return	BitmapW

gamma() public method

#### Gamma [-100, 100]

public gamma ( BitmapW image, float p ) : BitmapW
image	BitmapW
p	float
return	BitmapW

invert() public method

#### Invert

public invert ( BitmapW image ) : BitmapW
image	BitmapW
return	BitmapW

noise() public method

#### Noise [0 - 100]

public noise ( BitmapW image, int p ) : BitmapW
image	BitmapW
p	int
return	BitmapW

posterize() public method

#### Posterize [1, 255]

public posterize ( BitmapW image, float p ) : BitmapW
image	BitmapW
p	float
return	BitmapW

saturate() public method

#### Saturate [-100, 100]

public saturate ( BitmapW image, float p ) : BitmapW
image	BitmapW
p	float
return	BitmapW

sepia() public method

#### Sepia

public sepia ( BitmapW image ) : BitmapW
image	BitmapW
return	BitmapW

sharpen() public method

#### Sharpen

public sharpen ( BitmapW image ) : BitmapW
image	BitmapW
return	BitmapW

subtract() public method

#### Subtract [No Range]

public subtract ( BitmapW image ) : BitmapW
image	BitmapW
return	BitmapW

vignette() public method

#### Vignette (red,green,blue) of the vignette effect to apply

public vignette ( BitmapW image, int r, int g, int b ) : BitmapW
image	BitmapW
r	int
g	int
b	int
return	BitmapW