Description of the data generation mode and various supported network modes in the UV version.
Diagrammatic sketch:
Description of the data generation method:
1.1 Empty
Blank data
1.2 Spot color
Ink out according to the spot color channel.
1.3 ImgDensity
Output according to the gray value of the image.
1.4 UnImgDensity
The output is reversed according to the gray value of the image.
1.5 Empty Image Base
All pixels were output at 100% ink volume.
1.6 Substrate
All pixels in the colored area are output at 100% ink, and the white area is not out
1.7 ColorSubstrate
The colored area is output in reverse according to the color gray value, and the white area is not out.
1.8 UnColorDensity
Color area is not out, the white area is all spread.
Gou options【Alpha as white】:
Alpha as white—As the white comes out, the transparent area comes out
Alpha is not white—The transparent area never no white ink
Description of adding network mode:
2.1 Single point mode
The actual network-adding mode is 1 BIT _ DITHER
Features: This method must be selected when using the 1-bit nozzle.
2.2 High-speed mode
The actual network-adding mode is 2 BIT _ EXPRESS
Features: suitable for 2 Bit nozzle, fast speed, slightly poor accuracy, inhibition drawing
effect.
2.3 The uniform mode
The actual network-adding mode is 2 BIT _ KMPCS _ MIX
Features: Suitable for 2 Bit nozzle, moderate accuracy, speed effect, inhibition
drawing effect.
2.4 Uniform mode (large midpoint)
The actual mode is 2 BIT _ KMPCS _ MIX _ LM
Features: suitable for 2 Bit, and only support the large midpoint output nozzle, precision,
speed effect is moderate, and has the inhibition of wire drawing effect.
2.5 Uniform mode (small dots)
The actual mode is 2 BIT _ KMPCS _ MIX _ MS
Features: suitable for 2 Bit, and only support the small and medium point output nozzle,
accuracy, speed effect is moderate, has the inhibition of wire drawing effect.
2.6 High precision mode
The actual network-adding mode is 2 BIT _ KMPCS _ UV
Features: Suitable for 2-bit nozzle, with high precision and slow speed.
2.7 Pure small dot mode
The actual network-adding mode is 2 BIT _ SMALLDOT
Features: suitable for 2 Bit nozzle, pure small point output, high precision, fine image, ink
volume is too shallow.
2.8 Pure midpoint mode
The actual network-adding mode is 2 BIT _ MIDDLEDOT
Features: Suitable for 2 Bit nozzle, pure midpoint output, high precision, shallow ink
volume.
2.9 Pure big point mode
The actual network-adding mode is 2 BIT _ LARGEDOT
Features: Suitable for 2 Bit nozzle, pure large point output, light color part with low
accuracy.
2.10 Exquisite mode
The actual mode is 2 BIT _ LMPCS.
Features: suitable for 2 Bit nozzle, three-stage network, the printing effect is more
delicate.
How to make special color channels:
1. Put the picture in the PhotoShop and use the box tool to select the area to print white
ink
2. Select the channel and click the right expansion-build a new special color channel
3. Establish a new special color channel (color and density data will not affect the actual
printing white ink thickness)
4. Click the F8 button or open the window-information, open the information bar, and the K value in the information bar represents the thickness of white ink, the higher the K value, the thicker the thickness of white ink, K: 100 indicates that the thickness of white ink is 100%
