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what? €79??? where did you buy that one? here it's like €150...--edit--same as my nr of posts btw xp
I hope TI will not block it soon
Quote from: apcalc on December 02, 2011, 11:04:09 pmWow! Extremely impressive! Can I get information on how to draw to the Nspire CX's screen? I would like to start updating my stuff (particularly nPlayer) and I need this info to proceed! The buffer has 16-bit pixel entries with 5 bits for red (mask 0xF800), 6 bits for green (mask 0x07E0), and 5 bits for blue (mask 0x001F). You can also change the color settings by interfacing with the LCD controller (look up PrimeCell PL111). The address of the buffer can be read from 0xC0000010 on all Nspire models.
Wow! Extremely impressive! Can I get information on how to draw to the Nspire CX's screen? I would like to start updating my stuff (particularly nPlayer) and I need this info to proceed!
Quote from: calc84maniac on December 03, 2011, 12:13:32 amQuote from: apcalc on December 02, 2011, 11:04:09 pmWow! Extremely impressive! Can I get information on how to draw to the Nspire CX's screen? I would like to start updating my stuff (particularly nPlayer) and I need this info to proceed! The buffer has 16-bit pixel entries with 5 bits for red (mask 0xF800), 6 bits for green (mask 0x07E0), and 5 bits for blue (mask 0x001F). You can also change the color settings by interfacing with the LCD controller (look up PrimeCell PL111). The address of the buffer can be read from 0xC0000010 on all Nspire models.Could we have some code sample which would display black, white, red, green & blue pixels?Many things seem different and unfortunately HackSpire is not up to date.
unsigned short (*buffer)[320] = *(unsigned short (**)[320])0xC0000010;