Kirkman

CASE
		WHEN to_int("Crime" / 10000) = 1 THEN 'homicide'
		WHEN to_int("Crime" / 10000) = 2 THEN 'rape'
		WHEN to_int("Crime" / 10000) = 3 THEN 'robbery'
		WHEN to_int("Crime" / 10000) = 4 THEN 'assault'
		WHEN to_int("Crime" / 10000) = 5 THEN 'burglary'
		WHEN to_int("Crime" / 10000) = 6 THEN 'larceny'
		WHEN to_int("Crime" / 10000) = 7 THEN 'auto'
		WHEN to_int("Crime" / 10000) = 8 THEN 'arson' ELSE ''
END

Kirkman

window.addEventListener("load", function() {
	document.querySelectorAll('.ct-chart').forEach(this_chart => {
		let this_id = this_chart.getAttribute('data-chartid');
		const obj = ChartTool.read(this_id);
		this_id = this_id.replace('ct-','');
		ChartTool.update(this_id,obj.data);
	});
});

Kirkman

Make sure you're using homebrew for adding libraries like nspr.

1. Need to specify clang so that SpiderMonkey will compile

   CC=clang CXX=clang++ make install SYMLINK=1
   

Kirkman

in2csv -v -t -f csv -e utf16 data.txt > data.csv

Kirkman

# Connect the color sensor
cs = ColorSensor(); assert cs.connected

# List of modes available here: http://www.ev3dev.org/docs/sensors/lego-ev3-color-sensor/
cs.mode = 'COL-REFLECT'

# Get current color value
color_value = cs.value()

Kirkman

#! /usr/bin/env python2
# -*- coding: utf-8 -*-
#
# This routine is adapted from: https://gist.github.com/jdiaz5513/9218791
#
# Things I changed:
# * Cache the results of color_distance() lookups, for a big speed-up.
# * Adjusted the RGB values for ANSI_COLORS to match original CGA values
# * Changed default fill character to a PC-ANSI shaded block character
# * Added some timer code to help with optimizing the conversion routine

Kirkman

For future reference, here is the sequence of commands that resulted in
success for me:

cd /sbbs
export CVSROOT=:pserver:anonymous@cvs.synchro.net:/cvsroot/sbbs
./src/cleanall.sh RELEASE=1
cvs update -d exec
cvs update src 3rdp
cd /sbbs/src/sbbs3; make RELEASE=1 clean; make RELEASE=1 USE_DOSEMU=1
cd /sbbs/src/sbbs3/scfg; make RELEASE=1 clean; make RELEASE=1 USE_DOSEMU=1

Kirkman

load("sbbsdefs.js");
load("frame.js");

var cols = console.screen_columns;
var rows = console.screen_rows;

var _tiles = [];
var frame = new Frame(
	1,
	1,

Kirkman

function maskFrame(theFrame,maskChar,maskAttr) {
	var x, y, xl, yl;
	xl = theFrame.data.length;
	for (x=0; x<xl; x++) {
		yl = theFrame.data[x].length;
		for (y=0; y<yl; y++) {
			var theChar = theFrame.data[x][y];
			if (theChar.ch == maskChar && theChar.attr == maskAttr) {
				theFrame.data[x][y].ch = undefined;
				theFrame.data[x][y].attr = undefined;

Kirkman

function gamePlay() {
	player.sprite = new Sprite.Profile("girl-walking", bgFrame, 18, 9, 'e', 'stand');

	// Mask the sprite. 219 = solid block. 2 = green
	maskFrame( player.sprite.frame, ascii(219), 2 );
	player.sprite.frame.draw();

	var userInput = '';
	while( ascii(userInput) != 13 ) {
		userInput = console.getkey(K_UPPER | K_NOCRLF);