Observed: No Game instance and no Play Scene.
Expected: A Game instance and a Play Scene.
Related to #9
Initialize the game and create a barebones Play scene.
src/main.ts to import PlayScene and create a new Phaser.Game instance with a configuration object.PlayScene to the Phaser.Game instance.src/scenes/PlayScene.ts to define the PlayScene class, extending Phaser.Scene.constructor, preload, create, and update methods in PlayScene.PlayScene as the default export.For more details, open the Copilot Workspace session.
Observed: No method to generate textures
Expected: A utility class to generate a solid color texture with the specified dimensions and name. The method will be used to generate textures for use in Sprites and TilemapImages.
Related to #11
Add a utility class to generate solid color textures.
src/utils/TextureGenerator.ts with TextureGenerator class.
generateTexture method to create a solid color texture with specified dimensions and name.Phaser.GameObjects.Graphics to draw the texture and add it to the game's texture manager.src/scenes/PlayScene.ts to use TextureGenerator.
TextureGenerator in PlayScene.create method to call TextureGenerator.generateTexture and use the generated texture.For more details, open the Copilot Workspace session.
Observed: No tilemap
Expected: A class that encapsulates a configurable tilemap. The class uses the generateTexture utility method to generate two different color textures for use as tilesetImages in the tilemap layer. One of the tilesetImages represents empty space and the other tilesetImage represents filled space. The filled spaces will be used for collision detection.
Related to #13
Add a TilemapManager class to manage the tilemap and update PlayScene to use it.
TilemapManager Class
src/utils/TilemapManager.ts.TilemapManager class to encapsulate a configurable tilemap.TextureGenerator.generateTexture to create textures for empty and filled spaces.TilemapManager class.setTile to set tiles in the tilemap.PlayScene Update
TilemapManager class in src/scenes/PlayScene.ts.TilemapManager in the create method.setTile method in the create method.For more details, open the Copilot Workspace session.
Observation: The private properties of TilemapManager are not definitively assigned in the constructor and this leads to a typescript warning.
Expected: Encapsulate the private properties of TilemapManager into an object that is a property on TilemapManager.
Related to #15
Refactor the TilemapManager to encapsulate private properties into an object.
tilemapData to encapsulate scene, tilemap, emptyTileset, filledTileset, and layer.tilemapData with the scene and call createTilemap.createTilemap to accept scene as a parameter and return a new tilemapData object.tilemapData for null after they are created and throw an error if any found.setupCollision to use tilemapData for accessing layer and filledTileset.setTile to use tilemapData for accessing tilemap, filledTileset, emptyTileset, and layer.For more details, open the Copilot Workspace session.
Observed: There is no map generator
Expected: A procedural map generator that returns an array of booleans representing filled and unfilled spaces. The output of the generator is used to populate the MapManager tilemap.
Related to #17
Implement a procedural map generator using a cellular automata algorithm and integrate it with the existing tilemap management system.
Map Generator: Add MapGenerator class in src/utils/MapGenerator.ts with a static method generateMap that generates a 2D array of booleans using a cellular automata algorithm.
Tilemap Manager: Update TilemapManager class in src/utils/TilemapManager.ts to use the MapGenerator for populating the tilemap.
MapGenerator class.populateTilemap that takes a 2D array of booleans and sets the tiles accordingly.MapGenerator to generate the map and call populateTilemap in the constructor.Play Scene: Update PlayScene class in src/scenes/PlayScene.ts to use the MapGenerator and TilemapManager.
MapGenerator class.MapGenerator and pass it to TilemapManager.populateTilemap method of TilemapManager with the generated map in the create method.For more details, open the Copilot Workspace session.
Observed: TilemapManager does not have a TilemapData type
Expected: Define a TilemapData type to match the tilemapData parameter.
Related to #21
Refactor TilemapManager to be stateless and accept a TilemapData object as a parameter.
For more details, open the Copilot Workspace session.
Observed: No method to find a non-filled tile
Expected: A method on the TileManager class to find a random non-filled tile
Related to #23
Add a method to find a random non-filled tile in the TilemapManager class.
findRandomNonFilledTile method to TilemapManager class in src/utils/TilemapManager.ts.x and y properties.For more details, open the Copilot Workspace session.
Observed: No physics enabled
Expected: The Phaser Game should have Arcade Physics enabled.
Implement a class that reads keyboard state on a per-frame basis and updates in inputs object. The inputs object has booleans to indicate up, down, left, right, down. The inputs are updated according to key states.
Related to #36
Implement an InputManager class to handle keyboard input and update the game state accordingly.
InputManager Class:
src/utils/InputManager.ts file.InputManager class to read keyboard state using Phaser.inputs object with booleans for up, down, left, right.inputs object based on key states.PlayScene Modifications:
InputManager class in src/scenes/PlayScene.ts.InputManager in the create method.inputs object in the update method based on keyboard state.For more details, open the Copilot Workspace session.
The game needs a player. The player navigates the map using the cursor keys. The player is unable to pass through filled tiles. The player falls if not standing on a tile. The player's image is generated by generateTexture. The player's implementation should use a state machine. The following states are allowed: IDLE, RUNNING, JUMPING, FALLING, GLIDING.
Related to #38
Add Player class and implement state machine for player movement and state transitions.
Player class in src/objects/Player.ts to handle player movement, state transitions, and image generation using generateTexture. Implement a state machine with states IDLE, RUNNING, JUMPING, FALLING, and GLIDING. Define empty onEnter, onExit, and onExecute methods for each state. Use currentState and nextState properties to manage state transitions. Add width/height parameters to the Player constructor.src/scenes/PlayScene.ts to import the Player class, create an instance of the Player class in the create method, add the player to the physics world, and update the player in the update method based on inputs.src/utils/InputManager.ts to include a method for checking if the player is jumping.For more details, open the Copilot Workspace session.
Observed: The player hangs in mid air.
Expected: The player should be pulled down by gravity.
Related to #42
Add gravity to the player in the game.
Phaser.Game configuration under the physics property.For more details, open the Copilot Workspace session.
Related to #47
Add optional border parameter to generateTexture method in TextureGenerator.ts
border interface with color and thickness properties.generateTexture method to accept an optional border parameter.border parameter is provided.Update calls to generateTexture method to include optional border parameter
Player.ts to include a red border with thickness 2.TilemapManager.ts to include a black border with thickness 1.For more details, open the Copilot Workspace session.
Related to #49
Add collision handling for the player with filled tiles.
Player Class (src/objects/Player.ts):
handleCollision method to manage collision events.PlayScene Class (src/scenes/PlayScene.ts):
create method.update method.For more details, open the Copilot Workspace session.
Related to #54
Add a text object to display the player's current state above the player sprite.
Phaser.GameObjects.Text object to Player class to display the player's current state.updateState method.getStateText method to return the current state's text representation.For more details, open the Copilot Workspace session.
Related to #59
Define a new type Inputs for the inputs object in src/utils/InputManager.ts.
InputManager.ts
Inputs with properties up, down, left, and right, all of which are boolean.inputs object to be of type Inputs.getInputs method to Inputs.Player.ts
Inputs type from src/utils/InputManager.ts.updateState method to accept an inputs object of type Inputs.For more details, open the Copilot Workspace session.
Related to #61
Type the stateMachine in the Player class.
State interface to type the stateMachine object.stateMachine object to use the State interface.stateMachine object uses the PlayerState enum to define its keys.For more details, open the Copilot Workspace session.
Related to #63
Pass the Inputs object as a parameter to the state machine's onEnter, onExecute, and onExit methods in the Player class.
State interface to include inputs: Inputs as a parameter in the onEnter, onExecute, and onExit methods.stateMachine object to include inputs: Inputs as a parameter in the onEnter, onExecute, and onExit methods for each state (IDLE, RUNNING, JUMPING, FALLING, GLIDING).updateState method to pass the inputs object to the onEnter, onExecute, and onExit methods.For more details, open the Copilot Workspace session.
The following conditions are necessary for the state transitions to occur:
Related to #65
Implement logic for transitioning from player state IDLE to JUMPING.
isBlockedFromBelow method to check if the player is blocked from below using body.blocked.down.onEnter method for the PlayerState.JUMPING state to add a vertical impulse to the player.onExecute method for the PlayerState.IDLE state to check for the up input and the collision condition to transition to the JUMPING state.For more details, open the Copilot Workspace session.
When the player jumps the initial state is JUMPING and the player is moving upwards. When the player start's moving downward, the state should transition to FALLING.
Related to #67
Update the onExecute method for the JUMPING state to transition to FALLING when the player starts moving downward.
onExecute method for the JUMPING state.FALLING if the player's vertical velocity is greater than zero.For more details, open the Copilot Workspace session.
If the player is FALLING and blocked from below, transition to IDLE. In the IDLE state the player has no vertical velocity.
Related to #69
Add logic for transitioning from FALLING to IDLE when blocked from below.
PlayerState.IDLE state's onEnter method to set the player's vertical velocity to zero.PlayerState.FALLING state's onExecute method to transition to IDLE if the player is blocked from below.For more details, open the Copilot Workspace session.
If the player is in IDLE state and the inputs for left or right are true, then transition to the RUNNING state. In the RUNNING state the player's horizontal velocity is set according to the left or right input. If left, move left. If right, move right. If both left and right, do not move. If neither left or right is down, transition to IDLE.
Related to #71
Add logic for state transition from IDLE to RUNNING state in Player.ts.
onExecute method in PlayerState.IDLE to check for left or right inputs and transition to PlayerState.RUNNING.onEnter method in PlayerState.RUNNING to set initial horizontal velocity based on left or right inputs.onExecute method in PlayerState.RUNNING to set horizontal velocity based on left or right inputs.onExecute method in PlayerState.RUNNING to transition to PlayerState.IDLE if neither left nor right inputs are true.For more details, open the Copilot Workspace session.
If the player is IDLE and not blocked from below, transition to state FALLING
If the player is FALLING and the left or right inputs are true, transition to GLIDING. In the GLIDING state, if the left or right inputs are true then add a left or right impulse. If neither left or right input is true then transition to FALLING. If the player is FALLING and blocked from below then transition to IDLE.
Related to #75
Add logic for transition from FALLING to GLIDING state.
onExecute method in FALLING state to check for left or right inputs and transition to GLIDING state.onExecute method in GLIDING state to handle left and right inputs to add a left or right impulse.onExecute method in GLIDING state to transition to FALLING state if neither left nor right input is true.onExecute method in GLIDING state to transition to FALLING state if both left and right inputs are true.For more details, open the Copilot Workspace session.
If the player is in the GLIDING state and blocked from below, transition to the RUNNING state.
Related to #78
Add logic for transition from GLIDING to RUNNING state when blocked from below.
onExecute method for the GLIDING state in src/objects/Player.ts to check if the player is blocked from below.For more details, open the Copilot Workspace session.
If the player is RUNNING and the player is not blocked from below, transition the player to GLIDING.
Related to #77
NetworkError when attempting to fetch resource.
For more details, open the Copilot Workspace session.
If both left and right inputs are true, do not add horizontal impulse.
Related to #81
Add horizontal impulse to the player in JUMPING state based on left or right inputs.
onEnter method for the JUMPING state to set horizontal velocity based on left or right inputs.onExecute method for the JUMPING state to adjust horizontal velocity based on left or right inputs.For more details, open the Copilot Workspace session.
If the player is JUMPING and the left or right input is true, add a left or right impulse. If both left and right are true, remove the horizontal impulse. If neither input is true, remove the horizontal impulse.
Related to #83
Update the onEnter method for the JUMPING state to add horizontal impulse based on left and right inputs.
onEnter method to adjust the horizontal velocity by adding or subtracting 10 based on left and right inputs.For more details, open the Copilot Workspace session.
If the player is RUNNING and the up input is true, transition to the JUMPING state.
Related to #85
Add logic for player transition from RUNNING to JUMPING
onExecute method for the RUNNING state to check for the up input.For more details, open the Copilot Workspace session.
Currently velocity is set using a literal value, for example: setVelocity(150). Use a constant in a central location instead, for example: setVelocity(-RUNNING_VELOCITY). Do this for gliding, running, and gliding velocities.
Related to #87
Define velocity constants as static properties within the Player class and replace literal values with these constants.
RUNNING_VELOCITY, GLIDING_VELOCITY, and JUMPING_VELOCITY to the Player class.Player class.For more details, open the Copilot Workspace session.
Related to #97
Refactor to combine the properties of TilemapData into TilemapManager and eliminate the TilemapData class.
TilemapData type definition from src/utils/TilemapManager.ts.scene, tilemap, emptyTileset, filledTileset, and layer to TilemapManager class.createTilemap method to initialize class properties instead of returning TilemapData.setTile, populateTilemap, and findRandomNonFilledTile to use class properties directly.create method in src/scenes/PlayScene.ts to use TilemapManager properties directly instead of TilemapData.handlePlayerCollision method in src/scenes/PlayScene.ts to use TilemapManager properties directly instead of TilemapData.For more details, open the Copilot Workspace session.
Related to #89
Implement a GRAPPLING state for the player.
InputManager class and update the Inputs type to include the grappling input.findFirstFilledTileAbove to the TilemapManager class to return the first filled tile above a given position.PlayerState enum and the stateMachine object in the Player class.Player class for setting the currently active map.For more details, open the Copilot Workspace session.
Related to #89
Implement a GRAPPLING state for the player.
TilemapManager.ts
getFirstFilledTileAbove to determine the first filled tile above a given (x,y) coordinate, taking a TilemapData parameter.Player.ts
setCurrentMap to set the current map the player is in.computeGrapplingHookAnchor to compute the grappling hook anchor tile.InputManager.ts
Inputs object.update method to handle the grappling input.PlayScene.ts
setCurrentMap method.update method.For more details, open the Copilot Workspace session.
Related to #89
Implement a GRAPPLING state for the player.
findFirstFilledTileAbove to TilemapManager to determine the first filled tile above a given (x,y) coordinate.GRAPPLING state to the PlayerState enum and the state machine in Player.ts.
Player.ts to set the current map and compute the grappling hook anchor tile.Inputs type and the InputManager class (left shift key).For more details, open the Copilot Workspace session.
Related to #89
Implement a GRAPPLING state for the player.
getFirstFilledTileAbove in TilemapManager to determine the first filled tile above a given (x, y) coordinate.Inputs type and InputManager class to handle grappling input (left shift key).Player class.PlayerState enum and state machine in the Player class.
Player class.PlayScene.For more details, open the Copilot Workspace session.
Related to #102
Add a method to the MapGenerator that adds a border of filled tiles around the generated map.
addBorder method to MapGenerator class in src/utils/MapGenerator.ts to add a border of filled tiles around the provided mapData.create method in PlayScene class in src/scenes/PlayScene.ts to use the updated MapGenerator to generate maps with a border of filled tiles.For more details, open the Copilot Workspace session.
* Remove the grapplingLine * Add tint to anchored tile * Use getTileWorldXY instead of manual computation
PlayCurrently the player gets stuck in the JUMPING state if blocked from below while in JUMPING state. If the player becomes blocked from below while JUMPING, transition to IDLE.
Related to #111
Update the JUMPING state to transition to IDLE if blocked from below.
onExecute method for the JUMPING state to see if the player is blocked from below.IDLE state if the player is blocked from below while in the JUMPING state.For more details, open the Copilot Workspace session.
If the player enters the GRAPPLING state, add a vertical line to the scene that connects the player's center to the bottom edge of the anchored tile. The line should shorten or lengthen as the player moves up or down. Remove the line when the GRAPPLING state exits.
Related to #113
Add a grappling line while in the GRAPPLING state.
grapplingLine property to the Player class to store the line object.onEnter method of the GRAPPLING state.onExecute method of the GRAPPLING state.onExit method of the GRAPPLING state.For more details, open the Copilot Workspace session.
When the grappling hook is deployed, a quick tween should scale the line from 0.5% to 100%, and the reverse when retracted.
Related to #115
Add tweening to the deployment and retraction of the grappling hook line.
Phaser.Tweens in src/objects/Player.ts.onEnter method of the GRAPPLING state, add a tween to scale the grappling line from 0.5% to 100%.onExit method of the GRAPPLING state, add a tween to scale the grappling line from 100% to 0.5% before destroying it.For more details, open the Copilot Workspace session.
Textures should be generated only once, then referred to by classes that use them. Because currently textures would be generated twice if two instances of MapManager were created. Ideally all the textures should be created in a single method, and each referenced by with a name assigned to a const and referenced that way.
Related to #117
Move texture generation out of the MapManager and Player classes into a separate module.
src/utils/TextureManager.ts to handle texture generation and storage.src/objects/Player.ts to use TextureManager for player texture instead of generating it.src/utils/TilemapManager.ts to use TextureManager for empty and filled tile textures instead of generating them.TextureGenerator.generateTexture in Player and TilemapManager classes.TextureManager to be referenced by other classes.For more details, open the Copilot Workspace session.
Related to #122
Merge the TextureGenerator and TextureManager into a unified class.
TextureGenerator from src/utils/TextureManager.ts.generateTexture method from TextureGenerator to TextureManager.generateTexture call within TextureManager to use the new method.src/utils/TextureGenerator.ts file.For more details, open the Copilot Workspace session.
Related to #128
Add texture parameters to the Textures structure and update texture generation methods accordingly.
name, height, width, count, color, margin, spacing to Textures structure in src/utils/TextureManager.ts.generateTextureIfNotExists method to take a parameter from the Textures structure.generateTexture method to render a row of 'count' rectangles of specified dimensions and color using specified spacing and margin.addTilesetImage in src/utils/TilemapManager.ts to use parameters from the Textures structure.For more details, open the Copilot Workspace session.
count greater than 1, draw the first rectangle with no variation and subsequent rectangles with a very slight color/texture variation.count for filled tiles to be 10.Related to #130
Introduce color variations for generated textures and update tilemap logic.
generateTexture method in src/utils/TextureManager.ts to introduce slight color variations for subsequent rectangles when count is greater than 1.count to 10 for FILLED_TILE in Textures object.populateTilemap method in src/utils/TilemapManager.ts to randomly pick a filled tile from the available set when placing a filled tile.TextureManager.Textures texture that have a count > 1.setupCollision method to account for tilesets that have more than 1 tile.For more details, open the Copilot Workspace session.
Related to #130
Unexpected error. Please try again in some time
For more details, open the Copilot Workspace session.
Related to #130
Add texture variation and update tile count for filled tiles.
src/utils/TextureManager.ts to apply slight color/texture variation for textures with count greater than 1.FILLED_TILE texture count to 10 in src/utils/TextureManager.ts.createTilemap in src/utils/TilemapManager.ts to set the starting GID to account for previously created tilesetImages and number of tiles contained. Add a running count of the starting GID to avoid computing each time.populateTilemap in src/utils/TilemapManager.ts to randomly pick a tile from the appropriate tileset image.setupCollision in src/utils/TilemapManager.ts to use the full range of GIDs for collisions and anchor tile computations, using the tileset images 'total' property.For more details, open the Copilot Workspace session.
Related to #134
Add optional noise to generated textures.
noise field to the Textures structure in src/utils/TextureManager.ts.generateTexture method to add value noise to the filled rectangles if the noise field is set to true.applyValueNoise method to generate and apply value noise to the filled rectangles.For more details, open the Copilot Workspace session.
Each map should contain 10 pieces of loot scattered throughout the maze. The piece of loot should be removed when the player overlaps it.
Related to #136
Add loot to the map and handle collision with the player.
Textures entry for LOOT colored green without noise in src/utils/TextureManager.ts.src/utils/TilemapManager.ts.src/scenes/PlayScene.ts.src/objects/Player.ts.For more details, open the Copilot Workspace session.
Related to #136
Add loot to the map and handle player collision with loot.
src/utils/TextureManager.ts.src/utils/TilemapManager.ts.src/utils/TilemapManager.ts.src/objects/Player.ts.src/scenes/PlayScene.ts.For more details, open the Copilot Workspace session.
Related to #136
Add loot to the map and handle player overlap with loot items.
Textures entry for LOOT colored green without noise in src/utils/TextureManager.ts.src/scenes/PlayScene.ts.src/scenes/PlayScene.ts.src/scenes/PlayScene.ts.src/scenes/PlayScene.ts.For more details, open the Copilot Workspace session.
If the player presses the 'r' key, regenerate the map. Regeneration means remove all filled tiles and repopulate with a new map.
Related to #141
Add functionality to regenerate the map when the 'r' key is pressed.
InputManager.ts
regenerate to the Inputs type.update method to check the state of the 'r' key.PlayScene.ts
regenerateMap to remove all filled tiles and repopulate with a new map.regenerateMap.regenerateMap when the 'r' key is pressed in the update method.tilemapManager to use this.tilemapManager.For more details, open the Copilot Workspace session.