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I would recommend SourceCoder. Simply upload the image and voila, tons of output formats, one of which should be plain black-and-white image hex.
You can convert it to a .8xi file with TI-Screen Capture (see TI-Connect/Tools) and send it to your calc. From there, include [PicX]->Y, where PicX is whatever Pic variable you stored your bitmap in, and Y any Axe variable or static pointer. You'll need the said Pic variable every time you'll compile your program, but you can archive it. It's exactly the same as typing it in in hex, just a hundred times less annoying.
Something to get rid of all downsides could be to use TI-Screen Capture to convert as a Pic, then use TokenIDE and Wabbitemu to quickly coin a program that converts the Pic into an appvar.
QuoteYou can convert it to a .8xi file with TI-Screen Capture (see TI-Connect/Tools) and send it to your calc. From there, include [PicX]->Y, where PicX is whatever Pic variable you stored your bitmap in, and Y any Axe variable or static pointer. You'll need the said Pic variable every time you'll compile your program, but you can archive it. It's exactly the same as typing it in in hex, just a hundred times less annoying.This would be really nice because it would save space, but it doesn't work when I try. After I store it to my variable, do I use the bitmap command?
.RUNClrDrawDispGraph([Pic1])Repeat getkey(15)End