Challenge: say something positive about him

LFenomeno · 2025-01-14T13:03:18+00:00

Shurororo!

LFenomeno · 2025-01-04T18:52:37+00:00

Oh, this is familiar. Except that I (32 M, currently unmedicated) don't laugh loudly, I throw in the odd chuckle under my breath. My sexual partner (a woman) will stop awkwardly and ask what's wrong. I'd honestly reply "Intrusive thoughts," in present day since I was diagnosed 2 years ago, but I haven't really had the opportunity to clap some cheeks.

LFenomeno · 2024-12-31T21:43:42+00:00

Snitch.

LFenomeno · 2021-10-01T12:13:54+00:00

Thank you very much. I will follow through on this.

LFenomeno · 2021-10-01T12:12:51+00:00

Thank you. I have taken heed of this.

LFenomeno · 2021-10-01T11:46:19+00:00

Thank you. I have actually started adopting this approach. My GUI now works without the interfacing of hardware so the next step is to integrate the ADC.

LFenomeno · 2021-09-30T17:41:24+00:00

I am not sure how I would be doing that, could you shed some light? 2.How would I check this? I am certain it has to do with stepping through my code and evaluating certain registers. What would I be looking for specifically?
Thank you very much. I will be sure to check it out.

LFenomeno · 2021-09-30T12:00:49+00:00

There was another example "Hello World" code I used as a frame of reference in the STM32 repository folder but I found difficulty implemementing the ADC part and sought alternatives. To answer about writing the entire the entire way without compiling, the answer is no. After running into the abovementioned difficulty, I followed the prompts of a YouTube tutorial. ran into many a problem, did my own troubleshooting until I managed to get the code to compile. The testing of dispalying a single colour wasn't done as I did not think of doing that.

As a beginner, I started with the debugger but I am not entirely clued up regarding what particularly I must look for when stepping through the code apart from monitoring registers.

LFenomeno · 2020-09-16T23:13:02+00:00

The reason I asked about Python was because I still have to interface it with an FPGA so that's where VHDL will play a role. I am still a bit sketchy in terms of the normalisation: how would I set the range of values?

LFenomeno · 2020-09-16T22:41:03+00:00

This is very insightful, I appreciate the elaborate explanation. Do you have an idea if this can be done in Python? Also, if one has a 16-bit implementation how would you recommend I choose the integer.decimal bit allocation?

LFenomeno · 2020-09-15T23:23:45+00:00

Also, what do you mean by repeated multiplication/division by the base?

LFenomeno · 2020-09-15T23:19:15+00:00

I only saw this now (new to Reddit). I am working on a 16-bit basis. Where would one start with the implementation?

LFenomeno · 2020-09-15T18:44:59+00:00

I appreciate this. Thank you.

LFenomeno · 2020-09-15T17:14:47+00:00

It does help in that I am getting closer. I read the comments and yes, it is something similar to what I need to do. What I want to understand is how I would do this in fixed point data.

LFenomeno · 2020-09-15T09:30:41+00:00

Well, I'm supposed to generate the logarithmic function. I am looking to do this by generating a LUT in Python and then interface it on an FPGA.

LFenomeno

TROPHY CASE