Hi
I have a question about the relationship between RGB data and 1-bit monochrome patterns in 1440Hz monochrome model.
I used Pico 2.0 before. In the application report (DLPA021A-January 2010 - Revised October 2011), if I understand correctly, the figure (Figure 5, Page 9) indicates that the correspondence is as follows
1-bit pattern 0-7 -> Bits 0-7 of Blue
1-bit pattern 8-15 -> Bits 0-7 of Red
1-bit pattern 16-23 -> Bits 0-7 of Green
which means the RGB order should be B->R->G
Since Pico 2.0 has been dismantled, I am now using DLP Lightcrafter to implement the same function. I find there is a matlab function 'LCRBitplanes.m' provided to convert 1-bit planes to 24-bit RGB image (http://software-dl.ti.com/dlp/embedded/catalog/dlp3000/matlab/LCRBitplanes.m).
The function seems to indicate the correspondence is as follows
pattern1_00.bmp - pattern1_07.bmp -> Bits 0-7 of Red (8-bit RED)
pattern1_08.bmp - pattern_1_15.bmp -> Bits 0-7 of Green (8-bit green)
pattern1_16.bmp - pattern_1_23.bmp -> Bits 0-7 of Blue (8-bit Blue)
which means the RGB order should be R->G->B
I would like to know if the change from (B->R->G) to (R->G-B) is a true difference between Pico 2.0 and DLP Lightcrafter or there is something I misunderstand.
Thanks,
Boyuan
