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activate application "ManyCam"
global targetPosition


tell application "System Events" to tell window 1 of process "ManyCam"
	click radio button "Sources" of radio group 1
	local cameraGroupRow
	local cameraGroup
	local StillImageRow
	local clickme

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// Proof of concept for using horizontal interlacing with scrolling text to improve resolution.

#include <Adafruit_GFX.h>

#include <gamma.h>

#include <Adafruit_NeoMatrix.h>
#include <Adafruit_NeoPixel.h>

#ifndef PSTR

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import geb.spock.GebReportingSpec
import groovy.util.logging.Log4j2

import geb.Module
import geb.Page

/**
 * The old 0.10.0 module syntax doesn't work in 0.12.2, failing apparently
 * because the Geb code still contains a getPage() call.
 *

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;
; in an atari 8-bit routine that deals with bitmaps on a 320x192 screen, this is all you need
; to advance to the next row
        lda ptr1
        clc
        adc #40
        sta ptr1
        bcc :+
        inc ptr1+1
;

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  processor 6502 

; This is supposed to generate a Matrix code rain effect.
;
; It is designed to be run inside a loop in BASIC, so that
; RUN/STOP and keyboard checks can be done from BASIC.
; For the C64 $C000 build, for example, you could do
; something like this: 
;    FOR X=1 TO 3000:SYS 49152:NEXT X
;

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#!/usr/local/bin/python3
#
# Usage: { sleep 2; ./pd.py; } | nc c64-address.lan 6400
#
# Open up CCGMS 2019 in ASCII mode and the wifi modem
# will receive everything.

from dead import *
import time
import sys

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Although I grew up with the Commodore 64, I didn't do very much graphics programming on it. So when I actually tried to, I was surprised by the quirk of the VIC-II chip that there were blocks of RAM that were essentially invisible to the VIC-II chip because it always mapped the character set ROM there. This ROM only made sense as a character set, but you could also see it in bitmap mode, in sprites, and even in screen memory.

I'd never seen it in screen memory, but today I decided to see if I could. I looked up what I needed to online, typed POKE 53272,69, and there it was, five columns of strange patterns, with 125 PETSCII character glyphs each rendered as eight PETSCII glyphs. You could kind of work out how the top row must map to @ABCD, how the right side or that row kind of showed the same symmetry as the letters B, C, and D did. It was a tenuous resemblance at best, but it was there.

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#!/usr/bin/env python3

print("tmap")


import os,sys,re

class Grid:
    def __init__(self, fn):
        self.trees = set()

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#!/usr/bin/env python3

print("22: recursive combat")

# I tried to program this without admitting that there
# are only two players.

import sys, os,math

from collections import deque, defaultdict

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#!/usr/bin/env python3
#
# https://adventofcode.com/2021/day/5

def walk(start,end):
    if (start > end):
        return range(start,end-1,-1)
    return range(start,end+1)

class Segment: