kriskowal

package main

var lineArtRuneOffsets = []uint8{
	// Index NnSsEeWs NnSsEeWw Rune
	0x00, // 00000000 -------- " "
	0x01, // 00000001 -------w "╴"
	0x01, // 00000010 -------w "╴"
	0x10, // 00000011 ------W- "╸"
	0x02, // 00000100 -----e-- "╶"
	0x03, // 00000101 -----e-w "─"

kriskowal

// @generated
/*eslint semi:[0], no-native-reassign:[0]*/
global = this;
(function (modules) {

    // Bundle allows the run-time to extract already-loaded modules from the
    // boot bundle.
    var bundle = {};
    var main;

kriskowal

Starting with @snowyu’s proposal I infer some design principles:

1. This language is designed to be easy to render using existing Markdown, YAML, and syntax highlighters.
2. The language should break out to TypeScript that is evaluated in the scope of a global object that represents all of the play state.
3. The Markdown script is a Markdown subset that uses inline backtick expressions to break out to an annotation language that carry semantics.
4. The annotation language embeds the TypeScript grammar for evaluating expressions.

My iteration on this design adds some detail:

1. We use a Markdown variant that forbids arbitrary HTML, adds semantics to list item notation, and uses backticks for annotations.

kriskowal

- TYPE ITEMTYPE:
  - A: THREAD
  - ONE: THREAD
  - MANY: THREAD
- TYPE ITEM:
  - TYPE: ITEMTYPE
  - COUNT: NUMBER

- ITEMTYPE ARROWTYPE:
  - A: an

kriskowal

idle.then(series([
    delay(1000),
    () => console.log('A'),
    parallel([
        series([delay(333), () => console.log('1/3')]),
        series([delay(666), () => console.log('2/3')]),
        series([delay(999), () => console.log('3/3')]),
    ]),
    delay(1000),
    () => console.log('B'),

kriskowal

#!/bin/bash
jq -Rr 'split(",")' | jq -scr '

    def table_to_edges: . as [$src, $dst, $weight] |
        {$src, $dst, weight: $weight | tonumber};

    def edges_to_table: . as {$src, $dst, $weight} |
        [$src, $dst, $weight];

    def graph_to_edges:

kriskowal

#!/bin/bash
jq -Rr 'split(",")' | jq -scr '

    def table_to_edges: . as [$src, $dst, $weight] |
        {$src, $dst, weight: $weight | tonumber};

    def edges_to_table: . as {$src, $dst, $weight} |
        [$src, $dst, $weight];

    def graph_to_edges:

kriskowal

Authors of GG Individual Contributor License Agreement

Thank you for your interest in contributing to open source software projects (“Projects”) made available by Authors of GG (“Authors”). This Individual Contributor License Agreement (“Agreement”) sets out the terms governing any source code, object code, bug fixes, configuration changes, tools, specifications, documentation, data, materials, feedback, information or other works of authorship that you submit or have submitted, in any form and in any manner, to Authors in respect of any of the Projects (collectively “Contributions”). If you have any questions respecting this Agreement, please

kriskowal

package main

import (
	"fmt"
	"image"
	"image/color"
	"image/draw"
	"image/png"
	"os"
	"sync"

kriskowal

var origin = entities[0].position;
for (var i = 0; i < entities.length; i++) {
    var entity = entities[i];
    entity.relativePosition.copyFrom(entity.position).subThis(origin);
    entity.distance = entity.relativePosition.distance();
    entity.direction = Math.atan2(entity.relativePosition.y, entity.relativePosition.x);
    entity.distortion = res*Math.atan2(entity.distance, elevation)/Math.PI;
    entity.projection.x = Math.cos(entity.direction) * entity.distortion;
    entity.projection.y = Math.sin(entity.direction) * entity.distortion;
    drawVessel(entity.projection.x, entity.projection.y, entity.orientation);