treytomes

import "events"
import "json"
import "listUtil"
import "qa"
import "stringUtil"
import "tc"
import "textUtil"

Shape = {}
Shape.make = function(x, y)

treytomes

import "events"
import "json"
import "stringUtil"
import "tc"

Ellipse = {}
Ellipse.make = function(x, y, width, height, color=null, penSize=1)
	if color == null then color == gfx.color
	self.className = "Ellipse"
	self.left = x - width / 2

treytomes

import "tc"
import "stringUtil"

Ellipse = {}
Ellipse.make = function(x, y, width, height, color=null, penSize=1)
	if color == null then color == gfx.color
	self.left = x - width / 2
	self.bottom = y - height / 2
	self.width = width
	self.height = height

treytomes

MIN_X = -10
MAX_X = 10
MIN_Y = -10
MAX_Y = 10

RANGE_X = MAX_X - MIN_X + 1
RANGE_Y = MAX_Y - MIN_Y + 1

// Transform grid coordinates into screen coordinates.
transform = function(x, y)

treytomes

// Metaballs / Marching Squares Demo
// https://jamie-wong.com/2014/08/19/metaballs-and-marching-squares/
// https://jurasic.dev/marching_squares/
import "tc"

GRID_RESOLUTION = 24
PRINT_SAMPLES = false
SHOW_GRID = false
DRAW_CIRCLES = true
FILL_RECTS = false

treytomes

import "json"
import "stringUtil"

wikiApiUrl = "https://miniscript.org/w/api.php"

formatParams = function(params)
	query = []
	for key in params.indexes	
		query.push "{0}={1}".fill([ key, params[key] ])
	end for

treytomes

// Play a familiar tune.

bpm = 200
bps = bpm / 60
spb = 1 / bps

notes = {
    "R": 0,
    "C4": 60,
    "C5": 72,

treytomes

////
// Weird experiment to see what Rust-style traits might look like in MiniScript.
////

import "listUtil"
import "stringUtil"

PartialEq = {}
PartialEq.eq = function(other)
    return refEquals(self, other)

treytomes

import "qa"

// Split a quoted string on a delimiter.
string.splitQuote = function(delim)
    a = self.split("""")
    b = []
    for n in a.indexes
        if n % 2 == 0 then
            b += a[n].trim.split(delim)
        else

treytomes

import "qa"

Scenario = {}

Scenario.init = function(name)
	self.name = name
	return self
end function

Scenario.Given = {}