Flags that indicate the channel that will be used, the treatment of the input pixel values, the mathematical operation, and the treatment of the output pixel values.
public ApplyMathematicalLogicCommandFlags Flags { get; set; } Public Property Flags As Leadtools.Imageprocessing.Color.ApplyMathematicalLogicCommandFlags public Leadtools.Imageprocessing.Color.ApplyMathematicalLogicCommandFlags Flags {get; set;} @property (nonatomic, assign) LTApplyMathematicalLogicCommandFlags flags public int getFlags()public void setFlags(int value)
<br/>get_Flags();<br/>set_Flags(value);<br/>Object.defineProperty('Flags'); public:property Leadtools.Imageprocessing.Color.ApplyMathematicalLogicCommandFlags Flags {Leadtools.Imageprocessing.Color.ApplyMathematicalLogicCommandFlags get();void set ( Leadtools.Imageprocessing.Color.ApplyMathematicalLogicCommandFlags );}
Flags that indicate the channel that will be used, the treatment of the input pixel values, the mathematical operation, and the treatment of the output pixel values. Use a bitwise OR ( ¦ ) to specify one flag from each group.
In order to speed up widely used image processing filters in LEADTOOLS, the grayscale value (master channel) of a colored image is calculated using the following formulas:
#define CalcGrayValue(r, g, b) ((L_UCHAR)(((L_UCHAR) (((2 * (L_UINT) (r)) + (5 * (L_UINT) (g)) + (L_UINT) (b) + 4) / 8))))#define CalcGrayValue16(r, g, b) ((L_UINT16) (((2 * (L_UINT32) (r)) + (5 * (L_UINT32) (g)) + (L_UINT32) (b) + 4) / 8))#define CalcGrayValue32(r, g, b) ((L_UINT32) (((2 * (L_UINT32) (r)) + (5 * (L_UINT32) (g)) + (L_UINT32) (b) + 4) / 8))
For more information, refer to Flags for ApplyMathematicalLogicCommand
.
Refer to ApplyMathematicalLogicCommand example.
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