From 90414609a9f933e92150197e233b3bb0c85f5513 Mon Sep 17 00:00:00 2001 From: Noah Petherbridge Date: Fri, 24 May 2024 21:05:54 -0700 Subject: [PATCH] Update doodad tool documentation --- cmd/doodad/README.md | 262 +++++++++++++++++++++++++++++++++--- cmd/doodad/commands/show.go | 15 ++- 2 files changed, 254 insertions(+), 23 deletions(-) diff --git a/cmd/doodad/README.md b/cmd/doodad/README.md index 87d9c8b..4cd7be8 100644 --- a/cmd/doodad/README.md +++ b/cmd/doodad/README.md @@ -1,21 +1,116 @@ # doodad.exe -The doodad tool is a command line interface for interacting with Levels and -Doodad files, collectively referred to as "Doodle drawings" or just "drawings" -for short. +The `doodad` tool is a command line interface for interacting with Levels and Doodad files, collectively referred to as "Doodle drawings" or just "drawings" for short. It provides many useful features for custom content creators that are not available in the game's user interface. -# Commands +- [doodad.exe](#doodadexe) +- [Quick Start](#quick-start) + - [Creating a custom doodad](#creating-a-custom-doodad) + - [Creating a custom Level Pack](#creating-a-custom-level-pack) +- [Usage](#usage) +- [Features in Depth](#features-in-depth) + - [$ `doodad convert`: to and from image files](#-doodad-convert-to-and-from-image-files) + - [$ `doodad show`: Get information about a level or doodad](#-doodad-show-get-information-about-a-level-or-doodad) + - [Editing Level or Doodad Properties](#editing-level-or-doodad-properties) +- [Where to Find It](#where-to-find-it) -## doodad convert +# Quick Start -Convert between standard image files (bitmap or PNG) and Doodle drawings -(levels or doodads). +## Creating a custom doodad -This command can be used to "export" a Doodle drawing as a PNG (when run against -a Level file, it may export a massive PNG image containing the entire level). -It may also "import" a new Doodle drawing from an image on disk. +This is an example how to fully create a custom doodad using PNG images for their sprites. The game's built-in doodads are all built in this way: -Example: +```bash +# Create the initial doodad from PNG images making up its layers. +% doodad convert --title "Bird (red)" --author "Myself" \ + left-1.png left-2.png right-1.png right-2.png \ + bird-red.doodad + +# Attach my custom JavaScript to program the doodad. +% doodad install-script bird.js bird-red.doodad + +# Note: `doodad show --script` can get the script back out. + +# Set tags and options on my doodad +% doodad edit-doodad --tag "category=creatures" \ + --tag "color=blue" \ + --option "No A.I.=bool" \ + bird-red.doodad + +# See the Guidebook for more information! +``` + +## Creating a custom Level Pack + +The doodad tool is currently the best way to create a custom Level Pack for the game. Level Packs will appear in the Story Mode selector, and you can install local levelpacks by putting them in that folder of your Profile Directory. + +```bash +# First Quest +doodad levelpack create -t "First Quest" -d "The first story mode campaign." \ + -a "$AUTHOR" --doodads none --free 1 \ + "levelpacks/builtin-100-FirstQuest.levelpack" \ + "levels/Castle.level" \ + "levels/Boat.level" \ + "levels/Jungle.level" \ + "levels/Thief 1.level" \ + "levels/Desert-1of2.level" \ + "levels/Desert-2of2.level" \ + "levels/Shapeshifter.level" +``` + +Some useful options you can set on your levelpack: + +* Title: defaults to your first level's title. +* Description: for the Story Mode picker. +* Free levels: if you want progressive unlocking of levels, specify how many levels are unlocked to start with (at least 1). Otherwise all levels are unlocked. +* Doodads: by default any custom doodad will be bundled with the levelpack. + * Options for `--doodads` are `none`, `custom` (default), and `all` + * Use `none` if your levelpack uses _only_ built-in doodads. + +# Usage + +See `doodad --help` for documentation of the available commands and their options; a recent example of which is included here. + +``` +NAME: + doodad - command line interface for Doodle + +USAGE: + doodad [global options] command [command options] + +VERSION: + v0.14.1 (open source) build N/A. Built on 2024-05-24T19:23:33-07:00 + +COMMANDS: + convert convert between images and Doodle drawing files + edit-doodad update metadata for a Doodad file + edit-level update metadata for a Level file + install-script install the JavaScript source to a doodad + levelpack create and manage .levelpack archives + resave load and re-save a level or doodad file to migrate to newer file format versions + show show information about a level or doodad file + help, h Shows a list of commands or help for one command + +GLOBAL OPTIONS: + --debug enable debug level logging (default: false) + --help, -h show help + --version, -v print the version +``` + +The `--help` or `-h` flag can be given to subcommands too, which often have their own commands and flags. For example, `doodad convert -h` + +# Features in Depth + +## $ `doodad convert`: to and from image files + +This command can convert between image files (BMP or PNG) and Doodle drawings (levels and doodads) in both directions. + +For custom doodad authors this means you can draw your sprites in a much more capable image editing tool, and create a doodad from PNG images. The game's built-in doodads are all created in this way. + +This command can also be used to "export" a drawing as a PNG image: when run against a Level file, it may export a massive PNG image containing the entire level! Basically the "Giant Screenshot" function from the level editor. + +It can also create a Level from a screenshot, generating the Palette from the distinct colors found (for you to assign properties to in the editor, for e.g. solid geometry). + +Examples: ```bash # Export a full screenshot of your level @@ -24,20 +119,149 @@ $ doodad convert mymap.level screenshot.png # Create a new level based from a PNG image. $ doodad convert scanned-drawing.png new-level.level +# Create a doodad from a series of PNG images as its layers. +$ doodad convert -t "My Button" up.png down.png my-button.doodad + # Create a new doodad based from a BMP image, and in this image the chroma # color (transparent) is #FF00FF instead of white as default. $ doodad convert --key '#FF00FF' button.png button.doodad ``` -Supported image types: +Supported image types to convert to or from: -* PNG (8-bit or 24-bit, with transparent pixels or chroma key) +* PNG (8-bit or 24-bit, with transparent pixels or chroma) * BMP (bitmap image with chroma key) -The chrome key defaults to white (`#FFFFFF`), so pixels of that color are -treated as transparent and ignored. For PNG images, if a pixel is fully -transparent (alpha channel 0%) it will also be skipped. +The chrome key defaults to white (`#FFFFFF`), so pixels of that color are treated as transparent and ignored. For PNG images, if a pixel is fully transparent (alpha channel 0%) it will also be skipped. So the easiest format to use are PNG images with transparent pixels. -When converting an image into a drawing, the unique colors identified in the -drawing are extracted into the palette. You will need to later edit the palette -to assign meaning to the colors. +When converting an image into a Level or Doodad, the unique colors identified in the drawing are extracted to create the **Palette**. You will need to later edit the palette to assign meaning to the colors (giving them names or level properties). In particular, when importing a Level you'd want to mark which colors are solid ground. + +## $ `doodad show`: Get information about a level or doodad + +The `doodad show` command can return metadata and debug the contents of a Level or Doodad file. + +``` +% doodad show Example.level +===== Level: Example.level ===== +Headers: + File format: zipfile + File version: 1 + Game version: 0.14.0 + Level UUID: d136fef3-1a3a-453c-b616-05aca8dd6840 + Level title: Lesson 1: Controls + Author: Noah P + Password: + Locked: false + +Game Rules: + Difficulty: Normal (0) + Survival: false + +Palette: + - Swatch name: solid + Attributes: solid + Color: #777777 + - Swatch name: decoration + Attributes: none + Color: #ff66ff + - Swatch name: fire + Attributes: fire,water + Color: #ff0000 + - Swatch name: semisolid + Attributes: semi-solid + Color: #cccccc + +Level Settings: + Page type: Bounded + Max size: 2550x3300 + Wallpaper: notebook.png + +Attached Files: + assets/screenshots/large.png: 63377 bytes + assets/screenshots/medium.png: 25807 bytes + assets/screenshots/small.png: 6837 bytes + assets/screenshots/tiny.png: 7414 bytes + +Actors: + Level contains 16 actors + Use -actors or -verbose to serialize Actors + +Chunks: + Pixels Per Chunk: 128^2 + Number Generated: 102 + Coordinate Range: (0,0) ... (1919,2047) + World Dimensions: 1919x2047 + Use -chunks or -verbose to serialize Chunks +``` + +Or for a doodad: + +``` +% doodad show example.doodad +===== Doodad: example.doodad ===== +Headers: + File format: zipfile + File version: 1 + Game version: 0.14.1 + Doodad title: Fire Region + Author: Noah + Dimensions: Rect<0,0,128,128> + Hitbox: Rect<0,0,128,128> + Locked: true + Hidden: false + Script size: 378 bytes + +Tags: + category: technical + +Options: + str name = fire + +Palette: + - Swatch name: Color<#8a2b2b+ff> + Attributes: solid + Color: #8a2b2b + +Layer 0: fire-128 +Chunks: + Pixels Per Chunk: 128^2 + Number Generated: 1 + Coordinate Range: (0,0) ... (127,127) + World Dimensions: 127x127 + Use -chunks or -verbose to serialize Chunks +``` + +## Editing Level or Doodad Properties + +The `edit-doodad` and `edit-level` subcommands allow setting properties on your custom files programmatically. + +Properties you can set for both file types include: + +* Metadata like the Title and Author name +* Lock your drawing from being edited in-game + +For Doodads, you can set their Tags and Options, Hitbox, etc. - most of the useful settings are supported, as the game's built-in doodads use this program! + +# Where to Find It + +The `doodad` tool ships with the official releases of the game, and may be found in one of the following places: + +* **Windows:** doodad.exe should be in the same place as sketchymaze.exe (e.g. in the ZIP file) +* **Mac OS:** it is available inside the "Sketchy Maze.app" bundle, in the "Contents/MacOS" folder next to the `sketchymaze` binary. + + Invoke it from a terminal like: + + ```bash + alias doodad="/Applications/Sketchy Maze.app/Contents/MacOS/doodad" + doodad -h + ``` +* **Linux:** the doodad binary should be in the same place as the sketchymaze program itself: + * In the .tar.gz file + * In /opt/sketchymaze if installed by an .rpm or .deb package + * AppImage: `./SketchyMaze.AppImage doodad` will invoke the doodad command. + * Flatpak: `flatpak run com.sketchymaze.Doodle doodad` will invoke the doodad command. Invoke it from a terminal like: + + ```bash + alias doodad="flatpak run com.sketchymaze.Doodle doodad" + doodad -h + ``` \ No newline at end of file diff --git a/cmd/doodad/commands/show.go b/cmd/doodad/commands/show.go index ff8f0b5..77af6de 100644 --- a/cmd/doodad/commands/show.go +++ b/cmd/doodad/commands/show.go @@ -185,7 +185,7 @@ func showLevel(c *cli.Context, filename string) error { } // Serialize chunk information. - showChunker(c, lvl.Chunker) + showChunker(c, lvl.Chunker, 0) fmt.Println("") return nil @@ -251,7 +251,7 @@ func showDoodad(c *cli.Context, filename string) error { for i, layer := range dd.Layers { fmt.Printf("Layer %d: %s\n", i, layer.Name) - showChunker(c, layer.Chunker) + showChunker(c, layer.Chunker, i) } fmt.Println("") @@ -268,7 +268,7 @@ func showPalette(pal *level.Palette) { fmt.Println("") } -func showChunker(c *cli.Context, ch *level.Chunker) { +func showChunker(c *cli.Context, ch *level.Chunker, layer int) { var ( worldSize = ch.WorldSize() chunkSize = int(ch.Size) @@ -279,9 +279,16 @@ func showChunker(c *cli.Context, ch *level.Chunker) { visualize = c.Bool("visualize-rle") specificChunk = c.String("chunk") ) + + // If it's a Zipfile, count its chunks. + var chunkCount = len(ch.Chunks) + if ch.Zipfile != nil { + chunkCount = len(level.ChunksInZipfile(ch.Zipfile, layer)) + } + fmt.Println("Chunks:") fmt.Printf(" Pixels Per Chunk: %d^2\n", ch.Size) - fmt.Printf(" Number Generated: %d\n", len(ch.Chunks)) + fmt.Printf(" Number Generated: %d\n", chunkCount) fmt.Printf(" Coordinate Range: (%d,%d) ... (%d,%d)\n", worldSize.X, worldSize.Y,