Flags that indicate the color plane to update, whether to change the high bit and whether the LookupTable contains normal or stretched data.
[FlagsAttribute()]
public enum RemapIntensityCommandFlags
typedef NS_OPTIONS(NSUInteger, LTRemapIntensityCommandFlags)
public final class RemapIntensityCommandFlags
extends java.lang.Enum<RemapIntensityCommandFlags>
[FlagsAttribute()]
public enum class RemapIntensityCommandFlags
class RemapIntensityCommandFlags(Enum):
Master = 0
Red = 1
Green = 2
Blue = 3
ChangeHighBit = 16
Normal = 256
Value | Member | Description |
---|---|---|
0x00000000 | Master | All channels. |
0x00000001 | Red | Red channel only. |
0x00000002 | Green | Green channel only. |
0x00000003 | Blue | Blue channel only. |
0x00000010 | ChangeHighBit | Change the high bit of the image according to the used data of the LookupTable. |
0x00000100 | Normal | The data in the LookupTable is normal data, in this case the LookupTable length should be equal to 2^(HighBit - LowBit + 1). |
This enumeration has the FlagsAttribute attribute that allows a bitwise combination of its member values.
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))
Use a bitwise OR ( ¦ ) to specify one flag from each group.
Group | Flags |
Flags that indicate the color plane to update. | Master, Red, Green, Blue |
Flag that indicates whether or not to change the high bit. | ChangeHighBit |
Flag that indicates whether LookupTable contains normal or stretched data. | Normal |
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