Added a scoring system handled by a Scorekeeper class and called by CoreState & its dependencies
Targets have new mechanisms and interactions with staged Pieces, and have better graphics
Pieces can be held in multiple slots and locked/copied by user controls
Address issues #51, #52, #53, #54
Specifics
Constants: tweaked some game constants for better gameplay
Debug: default to false
GameState: idleMoveIncluded arg has been dropped back into CoreState
Cell: now has a decaying lightColor which is added to compute currentColor
EmptyCell: added animation parameters and border
Target: added more complete features
Targets have the option to either disappear or grow after TTL is reached
Targets have types represented by mainCells, if filled it transfers the mainCell to the first non-normal piece in the stage, effectively giving a power-up
Targets destroy an area one block further from each of its original edges
Mounting and unmounting to switch between animation modes after being consumed from a TargetStage
TargetStage: Target spawning and power-ups have been worked out
Changed max length to 5
Add 5 holding slots to effectively create a Palette; was originally planned as separate class but it was actually really easy to just implement into the TargetStage itself
1/10 chance of generating non-normal cells, the goal is to have the targets provide power-ups
Action: added a LOCK action enum, which triggers CoreState copying the current piece into the PieceStage and effectively locking the current piece for 5 moves.
GameController: Changed and added controls
LOCK GameAction is triggered by C, rather than holding
HOLD triggered by numkeys 1-5 and holds the current piece in the corresponding slot
CoreState: gameplay and graphic improvements
set timer to -1 on drops to immediately consume the next piece; before would have to wait for another idleMoveIncluded to advance
Add cell's baseColor to lightColor upon placing
Copy mainCells so that different grid indices don't point to and update the same one multiple times
Set emptyCell meters to 1 upon initialization for graphics
Create 3x3 targets instead of 2x2
Scorekeeper: a very basic scoring system, contained in this class
Score is incremented each time the game advances based on target combo, line combo, and number of each cleared
Combos are incremented or reset as well based on number of lines and targets cleared in one move
Scorekeeper is currently called by FillCheck
(Unimplemented) Added a basic strike counter to be called whenever certain things happen in the game like overgrown or disappearing targets, or when a piece is placed out of bounds
Scoresheet: really basic score render just to put something in renderScoresheet() for demoing
graphics/utils/Functions: A lot of graphics use oscillations, so a sinusoid function which takes in an Object for arguments would be better organization.
Destructuring the functional arguments as an Object will have to be looked into; it really helps to keep the code organized but the destructuring and extra referencing might slow down a very frequently called function.
Summary
Specifics
Constants: tweaked some game constants for better gameplay Debug: default to false GameState: idleMoveIncluded arg has been dropped back into CoreState Cell: now has a decaying lightColor which is added to compute currentColor
Target: added more complete features
TargetStage: Target spawning and power-ups have been worked out
Action: added a LOCK action enum, which triggers CoreState copying the current piece into the PieceStage and effectively locking the current piece for 5 moves.
GameController: Changed and added controls
CoreState: gameplay and graphic improvements
Scorekeeper: a very basic scoring system, contained in this class
Scoresheet: really basic score render just to put something in renderScoresheet() for demoing
graphics/utils/Functions: A lot of graphics use oscillations, so a sinusoid function which takes in an Object for arguments would be better organization.