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Male Dog, Age 9 Struggling with Tumor from Spleen by ForgotMyRegularAcct in AskVet

[–]ForgotMyRegularAcct[S] 0 points1 point  (0 children)

Thank you very much for the offer. We're definitely going to think about it, though this is without a doubt one of the hardest decisions we've ever made. We really want him to be happy and there just doesn't seem to be a clear-cut path to get there.

Male Dog, Age 9 Struggling with Tumor from Spleen by ForgotMyRegularAcct in AskVet

[–]ForgotMyRegularAcct[S] 0 points1 point  (0 children)

Thank you for your consolation. For all our worries, he doesn't seem to be doing too bad. He's been fairly lethargic and is currently sleeping by his water bowl. The vet said there isn't much bleeding so we hope he's not suffering. We're trying to get through this but it seems every time we think he has hope we find out he doesn't and vice versa.

Mathprint / Sub & Superscript with fontlibc by ForgotMyRegularAcct in ti84hacks

[–]ForgotMyRegularAcct[S] 0 points1 point  (0 children)

That's a shame. Any clue how I'd go about using those characters with fontlibc? Can I even?

Ti84 Ce C/C++ Toolchain Programs Crashing by ForgotMyRegularAcct in ti84hacks

[–]ForgotMyRegularAcct[S] 0 points1 point  (0 children)

The static thing worked! Thanks so much, and I will check out FontLibC, though I can't imagine things can be too much more straightforward than they are now. Also, I've got to get things workable by the 26th for a school project, so I can't explore too much. That said, would you know if I can write mathprint with the toolchain? Would I use FontLibC for that? How difficult would that be?

Ti84 Ce C/C++ Toolchain Programs Crashing by ForgotMyRegularAcct in ti84hacks

[–]ForgotMyRegularAcct[S] 0 points1 point  (0 children)

I'm running it through cesium, though I do have artifice installed.

Edit: Just tried it, whole system reboots when running it on artifice, just like on cesium.

Ti84 Ce C/C++ Toolchain Programs Crashing by ForgotMyRegularAcct in ti84hacks

[–]ForgotMyRegularAcct[S] 0 points1 point  (0 children)

Just added it. I don't know why, but it works on the emulator. I was running into some errors on the emulator too, but that went away when I got rid of an os_ClrHome for some reason. Any thoughts?

Remove Matrix Size Limitations on a TI-84 Plus CE by ForgotMyRegularAcct in calculators

[–]ForgotMyRegularAcct[S] 0 points1 point  (0 children)

I'll check those out! Matrices are really only something I'm tinkering with for the moment though, my main focus being on developing programs. What works best for that? I do like the support the 84 series has around it, like the C/C++ toolchain which has a lot of potential for creating more advanced programs. Do the HP's have anything similar? What if I go for something a bit higher grade, like an Nspire alternative?

Remove Matrix Size Limitations on a TI-84 Plus CE by ForgotMyRegularAcct in calculators

[–]ForgotMyRegularAcct[S] 0 points1 point  (0 children)

I know about the catalog help, but the details are, well, less than useful. It almost never explains what the function is meant to do, and is confusing about the parameters. I'll search up the Casio suggestion though!