| /* | |
| oh4_halftone.h - v1.1 - public domain | |
| Authored 2026 by Eric Scrivner | |
| no warranty implied; use at your own risk | |
| Before including, | |
| #define OH4_HALFTONE_IMPLEMENTATION | |
| in the file that you want to have the implementation. |
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Then, examine the current Claude instructions, commands and config <claude_instructions> /CLAUDE.md /.claude/commands/*
| #include "crank_indicator.h" | |
| int clockwise = 1; | |
| int crankIndicatorY = 210; | |
| int textOffset = 76; | |
| unsigned currentScale = 1; | |
| int currentFrame = 1; | |
| int frameCount = 0; | |
| int textFrameCount = 14; |
| -- W/Tape: i2c recording sequencer | |
| -- as shown in https://youtu.be/2RUHr-iX1VE?si=Ny_3t0TNqKlAaWoQ&t=1216 | |
| -- requires crow | |
| -- patch crow output 1 to an oscillator's v/8 | |
| -- patch crow output 2 to an envelope generator | |
| -- execute 'auto_rec()' to start recording loops at different speeds | |
| -- execute 'auto_play()' to play through each of the loops |
| -- W/Tape: clocked looping | |
| -- as shown in https://youtu.be/2RUHr-iX1VE?si=Ibf7IRycZX5VoLng&t=667 | |
| -- requires crow | |
| -- patch crow output 1 to an oscillator's v/8 | |
| -- patch crow output 2 to an envelope generator | |
| -- set THIS & THAT to 'loop' | |
| -- tap 'play' to get things rolling | |
| -- tap 'record' to arm recording |
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| /* | |
| * This is a collection of Playdate patterns compiled into a header-only library | |
| * for use in C SDK projects. | |
| * | |
| * The pattern definitions listed here are copied directly from Ivan Sergeev's | |
| * 'gfxp' library, which can be found here: https://github.com/ivansergeev/gfxp | |
| * | |
| * | |
| * USAGE: | |
| * |
| -- bezier curve drawing functions for playdate lua | |
| -- these are based on de Casteljau's algorithm | |
| -- this site has a nice interactive demo to compare both types of curve: https://pomax.github.io/bezierinfo/#flattening | |
| -- draws a curve starting at x1,y1, ending at x3,y3, with x2,y2 being a control point that "pulls" the curve towards it | |
| -- steps is the number of line segments to use, lower is better for performance, higher makes your curve look smoother | |
| -- the playdate is kinda slow, so it's recommended to find a relatively low step number that looks passable enough! | |
| function drawQuadraticBezier(x1, y1, x2, y2, x3, y3, steps) | |
| steps = steps or 8 | |
| local d = 1 / steps |
| #!/usr/bin/env python3 | |
| # | |
| # inputs: nmap.xml (nmap scan xml output), subdomains.csv (optional virtualhost info, hostname + ip address csv file) | |
| # output: url listing (useful for tools like EyeWitness) | |
| # | |
| # sample usage: ./nmap-http-url.py nmap.xml subdomains.csv | sort -u | gowitness file -f - | |
| # | |
| description = ''' | |
| Generate HTTP URLs from Nmap XML (and optionally additional VirtualHost listing, taken from e.g. subdomain enumeration). |
| // adpcm.h | |
| #define CLAMP(n, l, h) \ | |
| if (n < l) n = l; \ | |
| if (n > h) n = h; | |
| #define min(a,b) (((a) < (b)) ? (a) : (b)) | |
| static const int8_t indexTable[8] = | |
| { -1, -1, -1, -1, 2, 4, 6, 8 }; |
