This method changes the colors of an image according to the pattern of a sine wave.
            
            
            
            Syntax
            
            
            
            
            'Declaration
 
Public Shared Sub DirectionalLight( _
   ByVal  As ImGearRasterPage, _
   ByVal  As Single, _
   ByVal () As Single, _
   ByVal  As Single, _
   ByVal  As Single, _
   ByVal  As Single _
) 
             
        
            
            'Usage
 
Dim page As ImGearRasterPage
Dim direction As Single
Dim amplitude() As Single
Dim frequency As Single
Dim phase As Single
Dim attenuation As Single
 
ImGearEffects.DirectionalLight(page, direction, amplitude, frequency, phase, attenuation)
             
        
            
            public static void DirectionalLight( 
   ImGearRasterPage ,
   float ,
   float[] ,
   float ,
   float ,
   float 
)
             
        
            
            public: static void DirectionalLight( 
   ImGearRasterPage* ,
   float ,
   float[]* ,
   float ,
   float ,
   float 
) 
             
        
            
            public:
static void DirectionalLight( 
   ImGearRasterPage^ ,
   float ,
   array<float>^ ,
   float ,
   float ,
   float 
) 
             
        
             
        
            Parameters
- page
 
- Image to apply direct light effect to.
 - direction
 
- Direction to apply the effect across the image. The value is specified as an
            angle in degrees and ranges from 0 to 360.
 - amplitude
 
- Controls the magnitude of color adjustment for each channel of the image.
            The number of elements of the array is typically set to the number of channels in the image. Each
            value should range from 0 to 2, although higher values are possible. 0 represents no change in the
            image color. Higher values represent more intense change. Color changes are clipped, so higher
            values result in a harder edge to the waveform.
 - frequency
 
- Frequency of sine wave. The value should be from 0 to 0.5. The higher the
            frequency, the more bars will be visible.
 - phase
 
- Phase of sine wave. The value should be from 0 to 2*PI (approximately 6.28). As
            the phase is changed, the alignment of the bars is changed. This can be used to line up the bars
            with image content or boundaries.
 - attenuation
 
- Attenuation of sine wave. The value should be from -0.01 to 0.01.
            Attenuation adjusts how much the amplitude of the sine wave is decreased or increased as the sine
            wave proceeds. It can be used to cause the lighting to fade or intensify.
 
            
             
            
            
            
            
            
            
            
            
            
            
            
            See Also