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main.lua
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main.lua
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local menuengine = require "menuengine"
local animator = require 'animator'
local sick = require 'sick'
--menuengine.settings.sndMove = love.audio.newSource("pick.wav", "static")
--menuengine.settings.sndSuccess = love.audio.newSource("accept.wav", "static")
gameStates = {MainMenu = 1, SinglePlayer = 2, GameOver = 3, Instructions = 4, HighScore = 5, ScoreEntry = 6}
gameState = gameStates.MainMenu
local mainmenu
local pausemenu
--Flip this to true if being used with an Ultimark iPac2 or iPac4 with default config layout.
isArcadeBuild = true
font = love.graphics.newImageFont("assets/imagefont51.png",
" abcdefghijklmnopqrstuvwxyz" ..
"ABCDEFGHIJKLMNOPQRSTUVWXYZ0" ..
"123456789.,!?-+/():;%&`'*#=[]\"")
pauseFont = love.graphics.newFont((30) * 64/30)
widthChecker = love.graphics.getWidth()
heightChecker = love.graphics.getHeight()
blockSize = 64
blockDrawSize = 30
blockDrawRatio = blockSize/30
maxSpeedScore = 3000
minTimerSpeed = .2
windowChanged = true
isPaused = false
gameOver = false
hiSpeedMode = true
--Name Entry Variables
alphabet = {'A', 'B', 'C', 'D', 'E', 'F', 'G', 'H', 'I', 'J', 'K', 'L', 'M', 'O', 'P', 'Q', 'R', 'S', 'T', 'U', 'V', 'W', 'X', 'Y', 'Z', '!', ' '}
nameChar1 = 1
nameChar2 = 27
nameChar3 = 27
scoreEntryID = 1 --Which NameChar we are currently editing.
scoreCursor = love.graphics.newImage('assets/cursorWhite.png')
--Sound variables
--Menu
sound_menuSuccess = love.audio.newSource("/assets/Sound/BlipActivate.wav", "static")
sound_menuMove = love.audio.newSource("/assets/Sound/BlipSound1.wav", "static")
--Block and Dropping noises
sound_gameTimerDrop = love.audio.newSource("/assets/Sound/TimerDrop.wav", "static")
sound_gameHardDrop = love.audio.newSource("/assets/Sound/BurstSound.wav", "static")
sound_gameBlockLock = love.audio.newSource("/assets/Sound/ThudTinySound.wav", "static")
sound_gameInitialClear = love.audio.newSource("/assets/Sound/ThudSound.wav", "static")
sound_gameBlockSpin = love.audio.newSource("/assets/Sound/BlipSound2.wav", "static")
sound_gameBlockReset = love.audio.newSource("/assets/Sound/MysticAppearance.wav", "static")
sound_gameAddJunkBlock = love.audio.newSource("/assets/Sound/BlipSound2.wav", "static")
--Clearing noises
sound_clearBlue = love.audio.newSource("/assets/Sound/ClearBlue.wav", "static")
sound_clearGreen = love.audio.newSource("/assets/Sound/ClearGreen.wav", "static")
sound_clearPurple = love.audio.newSource("/assets/Sound/ClearPurple.wav", "static")
sound_clearYellow = love.audio.newSource("/assets/Sound/ClearYellow.wav", "static")
sound_clearJunk = love.audio.newSource("/assets/Sound/JunkBlockLoad.wav", "static")
--State noises
sound_gameOver = love.audio.newSource("/assets/Sound/GameOverBurst.wav", "static")
--Music
sound_VGM = {}
--Main Menu functions
local function start_game()
reset()
gameState = gameStates.SinglePlayer
loadSinglePlayer()
resetMusic()
initializeDrawBlockSize()
end
local function view_instructions()
gameState = gameStates.Instructions
end
local function enter_score()
nameChar1 = 1
nameChar2 = 27
nameChar3 = 27
gameState = gameStates.ScoreEntry
end
local function view_highscore()
gameState = gameStates.HighScore
end
--Pause Menu Functions
local function quit_to_menu()
love.audio.stop()
gameState = gameStates.MainMenu
isPaused = false
end
local function quit()
love.event.quit(0)
end
local function unpause_game()
isPaused = false
end
function reset()
inert = {}
for y = 0, gridYCount do
inert[y] = {}
for x = 0, gridXCount do
inert[y][x] = colorBlank
end
end
resetPlayerBlock(player1)
timer = 0
player1.score = 0
isPaused = false
gameOver = false
end
function love.load(arg)
--profilerLoad()
highscore.set("/scores", 10, "Empty", 0)
highscore.load()
loadMusic()
math.randomseed(os.time())
loadSinglePlayer()
loadMainMenu()
loadBirdQuads(blockDrawRatio)
end
love.frame = 0
function love.update(dt)
--profilerUpdate()
timerCalcu = calculateTimerLimit(player1.score)
if gameState == gameStates.MainMenu then
mainmenu:update()
elseif gameState == gameStates.SinglePlayer then
if(isPaused == false and gameOver == false ) then
timer = timer + dt
if timer >= timerCalcu then
timer = timer - timerCalcu
sound_gameTimerDrop:play()
updatePlayer(player1)
end
elseif(isPaused == true) then
pausemenu:update()
end
end
end
menuTimer = 0
function love.draw(dt)
if gameState == gameStates.MainMenu then
drawMenu(menuTimer)
menuTimer = menuTimer+1
elseif gameState == gameStates.SinglePlayer then
drawSinglePlayer()
elseif gameState == gameStates.Instructions then
drawInstructions(menuTimer)
menuTimer = menuTimer+1
elseif gameState == gameStates.HighScore then
drawHighScores(menuTimer)
menuTimer = menuTimer+1
elseif gameState == gameStates.ScoreEntry then
drawScoreEntry(menuTimer)
menuTimer = menuTimer+1
end
--profilerDraw()
end
--Profiler Functions
function profilerLoad()
love.profiler = require('profile')
love.profiler.hookall("Lua")
love.profiler.start()
end
function profilerUpdate()
love.frame = love.frame + 1
if love.frame%100 == 0 then
love.report = love.profiler.report('time', 20)
love.profiler.reset()
end
end
function profilerDraw()
love.graphics.print(love.report or "Please wait...")
end
--Music
function loadMusic()
vg0 = love.audio.newSource("/assets/Music/BlockDrop_VGM0.ogg", "stream")
vg0:setLooping(true)
vg1 = love.audio.newSource("/assets/Music/BlockDrop_VGM1.ogg", "stream")
vg1:setLooping(true)
sound_VGM = {
vg0,
vg1,
}
end
function resetMusic()
love.audio.stop()
number = love.math.random( #sound_VGM )
sound_VGM[number]:play()
end
--Single Player Specific Functions
function loadSinglePlayer()
loadPauseMenu()
--Playfield attributes
gridXCount = 6
gridYCount = 12
gridOrigin = {0, 0}
gridAspect = {gridXCount, gridYCount}
gridHeight = 600
gridWidth = 480
gridBlockWidth = 32
playfieldExtrasXOffset = gridXCount + 3
ScoreUILocY = 2
CharPlatLocY = ScoreUILocY + 9
oldWidth = love.graphics.getWidth()
oldHeight = love.graphics.getWidth()
--Block Attributes
blockSize = 64
if(widthChecker > 2200) then
blockDrawSize = 64
else
blockDrawSize = 30
end
blockDrawRatio = blockDrawSize/blockSize
blocksPGBY = {}
colorBlank = 0
colorPurple = 1
colorGreen = 2
colorBlue = 3
colorYellow = 4
colorGray = 5
--Tile Attributes
tilesBG = {} -- Ocean and Geometry
tilesUI = {} -- Score and info windows
tileBGQuads = {} -- Ocean and Geometry (Quads)
tileUIQuads = {} -- Score and info windows (Quads)
tilesBigBag = {} -- Score Bag tiles
tilesTinyBag = {} -- Compressed Score Bag tiles
--Quad related variables
bgOceanMap = {}
tilesetOceanBatch = {}
playfieldMap = {}
tilesetPlayfieldBatch = {}
basicBG = love.graphics.newImage('assets/gamebackground.png')
--Misc Sprites
shadowSprite = love.graphics.newImage('assets/shadow.png')
--Timers
timerLimit = 1.0
--Grid of Inert Blocks
inert = {}
--Player location attributes
rotations = {right = {x = 1, y = 0}, down = {x = 0, y = 1}, left = {x = -1, y = 0}, up = {x = 0, y = -1}}
playStates = {controlStep = 0, gravityStep = 1, gridFixStep = 2, gravityCheckStep = 3}
player1 =
{
originPoint = {x = 3, y = 1},
location = {x = 3, y = 1},
rotation = rotations.right,
drawLocation = {x = 3, y = 1},
drawLocation2 = {x = 3 + rotations.right.x, y = 1 + rotations.right.y},
canDrop = false,
blockColors = {color1 = math.random(1,4), color2 = math.random(1,4)},
nextBlockColors = {color1 = math.random(1,4), color2 = math.random(1,4)},
playState = playStates.controlStep,
gravityLocation = {x = 0, y1 = 0, x2 = 1, y2 = 0},
gravityGrid = {}, --Holds a list of blocks that need to be dropped after a clear.
inertClone = {},
score = 0,
tinyBagCount =
{
BagL0 = 0,
BagL1 = 0,
BagL2 = 0,
BagL3 = 0,
BagL4 = 0,
},
gemDeliveryArray={}, --Holds a list of gems to be delivered to the Gem Bag
junkDeliveryArray={}, --Holds a list of junk gems to be delivered
junkCountdownStep = 0, --The count for how many turns it's been since a Junk Block dropped
junkCountdownMax = 1,
}
isPaused = false
gameOver = false
loadBlocks()
loadBGTiles()
loadBGQuads()
setOceanBGMap()
setPlayfieldMap((widthChecker/blockDrawSize)/4 - gridXCount/3 ,(heightChecker/blockDrawSize)/2 - gridYCount/2)
loadUITiles()
loadMiscTiles()
loadUIFont()
reset()
end
function drawBlock(block, x, y)
love.graphics.draw(blocksPGBY[block],x * blockDrawSize,y * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
function drawBlockResize(block, x, y, size)
love.graphics.draw(blocksPGBY[block],x * blockDrawSize,y * blockDrawSize,0, blockDrawRatio * size, blockDrawRatio * size)
end
function drawBlockShadow(x, y)
love.graphics.draw(shadowSprite,x * blockDrawSize,y * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
function drawPlayfieldTile(x, offsetX, y, offsetY)
if(x == 0) then
if(y == 0) then
love.graphics.draw(tilesBG[1],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Top left)
elseif(y == gridYCount) then
love.graphics.draw(tilesBG[65],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Bottom left)
else --(Middle left section)
mod = y % 3 --Used for randomization
if(mod == 0) then
love.graphics.draw(tilesBG[17],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
elseif(mod == 1) then
love.graphics.draw(tilesBG[33],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
else
love.graphics.draw(tilesBG[49],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
end
elseif(x == gridXCount) then
if(y == 0) then
love.graphics.draw(tilesBG[5],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Top right)
elseif(y == gridYCount) then
love.graphics.draw(tilesBG[69],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Bottom right)
else --(Middle right section)
mod = y % 3 --Used for randomization
if(mod == 0) then
love.graphics.draw(tilesBG[21],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
elseif(mod == 1) then
love.graphics.draw(tilesBG[37],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
else
love.graphics.draw(tilesBG[53],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
end
else
mod = y % 3
if(y == 0) then
if(mod == 0) then
love.graphics.draw(tilesBG[2],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
elseif(mod == 1) then
love.graphics.draw(tilesBG[3],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
else
love.graphics.draw(tilesBG[4],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
elseif(y == gridYCount) then
if(mod == 0) then
love.graphics.draw(tilesBG[66],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
elseif(mod == 1) then
love.graphics.draw(tilesBG[67],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
else
love.graphics.draw(tilesBG[68],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
else --(Middlesection)
mod =((x + y) % 6)
if(mod == 0) then
love.graphics.draw(tilesBG[50],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
elseif(mod == 4) then
love.graphics.draw(tilesBG[52],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
else
love.graphics.draw(tilesBG[51],(x + offsetX) * blockDrawSize, (y + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
end
end
end
function drawPlayfieldBorder(offsetX, offsetY)
--Above the Top and Below the Bottom: Left, Right, Middle
for i = -1, gridXCount + 1 do
if(i == -1) then
love.graphics.draw(tilesBG[127],(i + offsetX) * blockDrawSize, (-1 + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
love.graphics.draw(tilesBG[143],(i + offsetX) * blockDrawSize, (gridYCount+1 + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
elseif (i == gridXCount + 1) then
love.graphics.draw(tilesBG[128],(i + offsetX) * blockDrawSize, (-1 + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
love.graphics.draw(tilesBG[144],(i + offsetX) * blockDrawSize, (gridYCount+1 + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
else
love.graphics.draw(tilesBG[173],(i + offsetX) * blockDrawSize, (-1 + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
love.graphics.draw(tilesBG[124],(i + offsetX) * blockDrawSize, (gridYCount+1 + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
end
--Line the sides
for i = 0, gridYCount do
love.graphics.draw(tilesBG[142],(-1 + offsetX) * blockDrawSize, (i + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
love.graphics.draw(tilesBG[139],(gridXCount + 1 + offsetX) * blockDrawSize, (i + offsetY) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
end
function setPlayfieldMap(offsetX, offsetY)
floor = math.floor
local widthCalc = gridXCount
local heightCalc = gridYCount
local localWidthCheck = (floor(widthChecker/16/4))
local rotator = 0
tilesetPlayfieldBatch:clear()
for x = 0, widthCalc + 2 do
playfieldMap[x] = {}
for y = 0, heightCalc + 2 do
if(x == 0) then--we are on the far left column
if(y == 0) then--we are in the top left corner
playfieldMap[x][y] = 127
elseif(y > 0 and y < heightCalc + 2) then--we are in the middle left column
playfieldMap[x][y] = 142
else--We are in the bottom left corner
playfieldMap[x][y] = 143
end
elseif(x > 0 and x < widthCalc + 2) then--we are in the middle columns
if(y == 0) then--we are in the top row
playfieldMap[x][y] = 173
elseif(y == heightCalc + 2) then--We are in the bottom row
playfieldMap[x][y] = 124
else--We're in the middle and are a SPECIAL CASE!!!!
drawPlayfieldTileQuad(x, offsetX, y, offsetY)
end
elseif(x == widthCalc + 2) then--we are on the far left column
if(y == 0) then--we are in the top right corner
playfieldMap[x][y] = 128
elseif(y > 0 and y < heightCalc + 2) then--we are in the middle right column
playfieldMap[x][y] = 139
else--We are in the bottom right corner
playfieldMap[x][y] = 144
end
else--Catch all condition
playfieldMap[x][y] = 127
end
tilesetPlayfieldBatch:add(tileBGQuads[playfieldMap[x][y]], (x + offsetX - 1) *blockDrawSize, (y + offsetY -1) *blockDrawSize, 0, blockDrawRatio, blockDrawRatio)
end
end
tilesetPlayfieldBatch:flush()
end
function drawPlayfieldTileQuad(x, offsetX, y, offsetY)
if(x == 1) then
if(y == 1) then
playfieldMap[x][y] = 1 --(Top left)
elseif(y == gridYCount + 1) then
playfieldMap[x][y] = 65 --(Bottom left)
else --(Middle left section)
mod = y % 3 --Used for randomization
if(mod == 0) then
playfieldMap[x][y] = 17
elseif(mod == 1) then
playfieldMap[x][y] = 33
else
playfieldMap[x][y] = 49
end
end
elseif(x == gridXCount + 1) then
if(y == 1) then
playfieldMap[x][y] = 5 --(Top right)
elseif(y == gridYCount + 1) then
playfieldMap[x][y] = 69 --(Bottom right)
else --(Middle right section)
mod = y % 3 --Used for randomization
if(mod == 0) then
playfieldMap[x][y] = 21
elseif(mod == 1) then
playfieldMap[x][y] = 37
else
playfieldMap[x][y] = 53
end
end
else
mod = y % 3
if(y == 1) then
if(mod == 0) then
playfieldMap[x][y] = 2
elseif(mod == 1) then
playfieldMap[x][y] = 3
else
playfieldMap[x][y] = 4
end
elseif(y == gridYCount + 1) then
if(mod == 0) then
playfieldMap[x][y] = 66
elseif(mod == 1) then
playfieldMap[x][y] = 67
else
playfieldMap[x][y] = 68
end
else --(Middlesection)
mod =((x + y) % 6)
if(mod == 0) then
playfieldMap[x][y] = 50
elseif(mod == 4) then
playfieldMap[x][y] = 52
else
playfieldMap[x][y] = 51
end
end
end
tilesetPlayfieldBatch:add(tileBGQuads[playfieldMap[x][y]], (x + offsetX - 1) *blockDrawSize, (y + offsetY -1) *blockDrawSize, 0, blockDrawRatio, blockDrawRatio)
end
function drawPlayfieldQuad(offsetX, offsetY)
if(windowChanged) then
setPlayfieldMap(offsetX, offsetY)
end
love.graphics.draw(tilesetPlayfieldBatch, 1, 1, 0, 1, 1)
end
function drawCharacterPlatform(x, offsetX, y, offsetY)
xLoc = x + offsetX
yLoc = y + offsetY
--Top Row
love.graphics.draw(tilesBG[56],(xLoc) * blockDrawSize, (yLoc) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
love.graphics.draw(tilesBG[57],(xLoc + 1) * blockDrawSize, (yLoc) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
love.graphics.draw(tilesBG[58],(xLoc + 2) * blockDrawSize, (yLoc) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
--Bottom Row
love.graphics.draw(tilesBG[72],(xLoc) * blockDrawSize, (yLoc + 1) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
love.graphics.draw(tilesBG[73],(xLoc + 1) * blockDrawSize, (yLoc + 1) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
love.graphics.draw(tilesBG[74],(xLoc + 2) * blockDrawSize, (yLoc+ 1) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
function drawBagSprites(x, offsetX, y, offsetY, player)
xLoc = x + offsetX
yLoc = y + offsetY
fill = calculateBagFill(player)
--Draw Gem Bag
love.graphics.draw(shadowSprite,(xLoc + .5) * blockDrawSize, (yLoc - .3) * blockDrawSize,0, blockDrawRatio * 2, blockDrawRatio * 2)
love.graphics.draw(tilesBigBag[fill],(xLoc + .5) * blockDrawSize, (yLoc -.5) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
function drawTinyBagSprites(x, offsetX, y, offsetY, player)
row = 0
if(player.tinyBagCount.BagL4 > 0) then
love.graphics.draw(tilesTinyBag[4],(x + 1 + offsetX) * blockDrawSize, (y + offsetY + row) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
drawTextCentered(x + 2, offsetX, y + row, offsetY, "x")
drawTextCentered(x + 3, offsetX, y + row, offsetY, tostring(player.tinyBagCount.BagL4))
row = row + 1
end
if(player.tinyBagCount.BagL3 > 0) then
love.graphics.draw(tilesTinyBag[3],(x + 1 + offsetX) * blockDrawSize, (y + offsetY + row) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
drawTextCentered(x + 2, offsetX, y + row, offsetY, "x")
drawTextCentered(x + 3, offsetX, y + row, offsetY, tostring(player.tinyBagCount.BagL3))
row = row + 1
end
if(player.tinyBagCount.BagL2 > 0) then
love.graphics.draw(tilesTinyBag[2],(x + 1 + offsetX) * blockDrawSize, (y + offsetY + row) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
drawTextCentered(x + 2, offsetX, y + row, offsetY, "x")
drawTextCentered(x + 3, offsetX, y + row, offsetY, tostring(player.tinyBagCount.BagL2))
row = row + 1
end
if(player.tinyBagCount.BagL1 > 0) then
love.graphics.draw(tilesTinyBag[1],(x + 1 + offsetX) * blockDrawSize, (y + offsetY + row) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
drawTextCentered(x + 2, offsetX, y + row, offsetY, "x")
drawTextCentered(x + 3, offsetX, y + row, offsetY, tostring(player.tinyBagCount.BagL1))
row = row + 1
end
if(player.tinyBagCount.BagL0 > 0) then
love.graphics.draw(tilesTinyBag[0],(x + 1 + offsetX) * blockDrawSize, (y + offsetY + row) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
drawTextCentered(x + 2, offsetX, y + row, offsetY, "x")
drawTextCentered(x + 3, offsetX, y + row, offsetY, tostring(player.tinyBagCount.BagL0))
row = row + 1
end
end
function calculateBagFill(player)
floor = math.floor
fillLevel = 0 -- The number we should give the draw call to put into the array.
bagCount = 0 -- How many tiny bags our score has earned us.
tempScore = player.score + 0 -- The remainder of the score after extracting out the tiny bags
if(tempScore > 500) then --First figure out how many times we need to reduce the score
bagCount = floor(player.score/500)
tempScore = player.score - (500 * bagCount)
end
if(tempScore >= 400) then
fillLevel = 4
elseif(tempScore >= 300) then
fillLevel = 3
elseif(tempScore >= 200) then
fillLevel = 2
elseif(tempScore >= 100) then
fillLevel = 1
end
if(bagCount >= 625) then
player.tinyBagCount.BagL4 = floor(bagCount/625)
bagCount = bagCount - player.tinyBagCount.BagL4
end
if(bagCount >= 125) then
player.tinyBagCount.BagL3 = floor(bagCount/125)
bagCount = bagCount - player.tinyBagCount.BagL3
end
if(bagCount >=25) then
player.tinyBagCount.BagL2 = floor(bagCount/25)
bagCount = bagCount - player.tinyBagCount.BagL2
end
if(bagCount >=5) then
player.tinyBagCount.BagL1 = floor(bagCount/5)
bagCount = bagCount - player.tinyBagCount.BagL1
end
if(bagCount > 0 and bagCount < 5) then
player.tinyBagCount.BagL0 = bagCount
end
return fillLevel
end
function calculateTimerLimit(playerScore)
min = math.min
timerCalc = lerp(1.0, minTimerSpeed, min(1, playerScore/maxSpeedScore))
return timerCalc
end
function addToGemDeliveryArray(player, gemColor, gemXLoc, gemYLoc)
gem =
{
color = gemColor,
x = gemXLoc,
y = gemYLoc,
location = 0,
}
--table.insert(player.gemDeliveryArray, gem)
if(gemColor == colorBlue) then
sound_clearBlue:play()
elseif(gemColor == colorGreen) then
sound_clearGreen:play()
elseif(gemColor == colorPurple) then
sound_clearPurple:play()
elseif(gemColor == colorYellow) then
sound_clearYellow:play()
end
player.gemDeliveryArray[#player.gemDeliveryArray+1] = gem
end
function drawGemDelivery(player, offsetX, offsetY)
if(#player.gemDeliveryArray > 0) then
for i,v in ipairs(player.gemDeliveryArray) do
if(v.location <= 1) then
bagX = playfieldExtrasXOffset + offsetX + (.5 * v.location) + 1--(v.location * 1.5)
bagY = CharPlatLocY + offsetY + (.5 * v.location) - .5--(v.location * 1.5)
xLoc = lerp(v.x + offsetX, bagX, v.location)
--Find the horizontal difference between the two numbers
--Then take the percentage traveled by multiplying it by a number from 0 to 1
-- Then add it to the original number to get the horizontal location
yLoc = lerp(v.y + offsetY,bagY, v.location)
--Do the same for Y
drawBlockResize(v.color, xLoc, yLoc, 1 -v.location)
v.location = v.location + .05
else
if(v.color == colorBlue) then
sound_clearBlue:play()
elseif(v.color == colorGreen) then
sound_clearGreen:play()
elseif(v.color == colorPurple) then
sound_clearPurple:play()
elseif(v.color == colorYellow) then
sound_clearYellow:play()
end
table.remove(player.gemDeliveryArray, i)
end
end
end
end
function drawGemDeliveryPause(player, offsetX, offsetY)
if(#player.gemDeliveryArray > 0) then
for i,v in ipairs(player.gemDeliveryArray) do
if(v.location <= 1) then
local bagX = playfieldExtrasXOffset + offsetX + (.5 * v.location) + 1--(v.location * 1.5)
local bagY = CharPlatLocY + offsetY + (.5 * v.location) - .5--(v.location * 1.5)
local xLoc = lerp(v.x + offsetX, bagX, v.location)
--Find the horizontal difference between the two numbers
--Then take the percentage traveled by multiplying it by a number from 0 to 1
-- Then add it to the original number to get the horizontal location
local yLoc = lerp(v.y + offsetY,bagY, v.location)
--Do the same for Y
drawBlockResize(v.color, xLoc, yLoc, 1 -v.location)
end
end
end
end
function addToJunkDeliveryArray(player, gemColor, gemXLoc, gemYLoc)
junk =
{
color = gemColor,
x = gemXLoc,
y = gemYLoc,
location = 0,
}
sound_clearJunk:play()
--table.insert(player.junkDeliveryArray, junk)
player.junkDeliveryArray[#player.junkDeliveryArray+1] = junk
end
function drawJunkDelivery(player, offsetX, offsetY)
if(#player.junkDeliveryArray > 0) then
for i,v in ipairs(player.junkDeliveryArray) do
if(v.location <= 1) then
sizeLerp = lerp(1.5, 1, v.location)
drawBlockResize(5, v.x + offsetX - (.5 * (1-v.location)), v.y + offsetY - (.5 * (1-v.location)), sizeLerp)
v.location = v.location + .05
else
table.remove(player.junkDeliveryArray, i)
end
end
end
end
function drawJunkDeliveryPause(player, offsetX, offsetY)
if(#player.junkDeliveryArray > 0) then
for i,v in ipairs(player.junkDeliveryArray) do
if(v.location <= 1) then
sizeLerp = lerp(1.5, 1, v.location)
drawBlockResize(5, v.x + offsetX, v.y + offsetY, sizeLerp)
end
end
end
end
function addJunkToInertArray(inertArray, column, player)
colOpenSpot = findOpenSpotInColumn(column)
inertArray[colOpenSpot][column] = 5
addToJunkDeliveryArray(player, 5, column, colOpenSpot)
sound_clearJunk:play()
end
function junkSpotStep(player)
random = math.random
if(player.junkCountdownStep < player.junkCountdownMax) then
player.junkCountdownStep = player.junkCountdownStep + 1
else
addJunkToInertArray(inert, random(0, gridXCount), player)
player.junkCountdownStep = 0;
end
end
function drawUIBox(gridXLoc, offsetX, xCount, gridYLoc, offsetY, yCount)
max = math.max
xLoc = gridXLoc + offsetX
yLoc = gridYLoc + offsetY
xCount = max(0, xCount-1)
yCount = max(0, yCount-1)
if(xCount == 0 and yCount == 0) then --Size 0,0
love.graphics.draw(tilesUI[16],(xLoc) * blockDrawSize, (yLoc) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
elseif(xCount == 0 and yCount > 0) then --Single width column
for y = 0, yCount do
if(y == 0) then
love.graphics.draw(tilesUI[4],(xLoc) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Top)
elseif(y == yCount) then
love.graphics.draw(tilesUI[12],(xLoc) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Bottom )
else --(Middle sections)
love.graphics.draw(tilesUI[8],(xLoc) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
end
elseif(xCount > 0 and yCount == 0) then --Single height row
for x = 0, xCount do
if(x == 0) then
love.graphics.draw(tilesUI[13],(xLoc + x) * blockDrawSize, (yLoc) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Left)
elseif(x == xCount) then
love.graphics.draw(tilesUI[15],(xLoc+ x) * blockDrawSize, (yLoc) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Right)
else --(Middle sections)
love.graphics.draw(tilesUI[14],(xLoc + x) * blockDrawSize, (yLoc) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
end
else
for x = 0, xCount do
for y = 0, yCount do
if(x == 0) then
if(y == 0) then
love.graphics.draw(tilesUI[1],(xLoc + x) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Top left)
elseif(y == yCount) then
love.graphics.draw(tilesUI[9],(xLoc + x) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Bottom left)
else --(Middle left section)
love.graphics.draw(tilesUI[5],(xLoc + x) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
elseif(x == xCount) then
if(y == 0) then
love.graphics.draw(tilesUI[3],(xLoc + x) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Top right)
elseif(y == yCount) then
love.graphics.draw(tilesUI[11],(xLoc + x) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Bottom right)
else --(Middle right section)
love.graphics.draw(tilesUI[7],(xLoc + x) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
else
if(y == 0) then
love.graphics.draw(tilesUI[2],(xLoc + x) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Top Middle)
elseif(y == yCount) then
love.graphics.draw(tilesUI[10],(xLoc + x) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Bottom Middle)
else
love.graphics.draw(tilesUI[6],(xLoc + x) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(MIDDLE MIDDLE)
end
end
end
end
end
end
function drawUINongridBox(xLoc, xCount, yLoc, yCount)
max = math.max
xLoc = xLoc - .25
yLoc = yLoc - .25
xCount = max(0, xCount-1)
yCount = max(0, yCount-1)
if(xCount == 0 and yCount == 0) then --Size 0,0
love.graphics.draw(tilesUI[16],(xLoc) * blockDrawSize, (yLoc) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
elseif(xCount == 0 and yCount > 0) then --Single width column
for y = 0, yCount do
if(y == 0) then
love.graphics.draw(tilesUI[4],(xLoc) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Top)
elseif(y == yCount) then
love.graphics.draw(tilesUI[12],(xLoc) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Bottom )
else --(Middle sections)
love.graphics.draw(tilesUI[8],(xLoc) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
end
elseif(xCount > 0 and yCount == 0) then --Single height row
for x = 0, xCount do
if(x == 0) then
love.graphics.draw(tilesUI[13],(xLoc + x) * blockDrawSize, (yLoc) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Left)
elseif(x == xCount) then
love.graphics.draw(tilesUI[15],(xLoc+ x) * blockDrawSize, (yLoc) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Right)
else --(Middle sections)
love.graphics.draw(tilesUI[14],(xLoc + x) * blockDrawSize, (yLoc) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
end
else
for x = 0, xCount do
for y = 0, yCount do
if(x == 0) then
if(y == 0) then
love.graphics.draw(tilesUI[1],(xLoc + x) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Top left)
elseif(y == yCount) then
love.graphics.draw(tilesUI[9],(xLoc + x) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Bottom left)
else --(Middle left section)
love.graphics.draw(tilesUI[5],(xLoc + x) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
elseif(x == xCount) then
if(y == 0) then
love.graphics.draw(tilesUI[3],(xLoc + x) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Top right)
elseif(y == yCount) then
love.graphics.draw(tilesUI[11],(xLoc + x) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Bottom right)
else --(Middle right section)
love.graphics.draw(tilesUI[7],(xLoc + x) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
end
else
if(y == 0) then
love.graphics.draw(tilesUI[2],(xLoc + x) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Top Middle)
elseif(y == yCount) then
love.graphics.draw(tilesUI[10],(xLoc + x) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(Bottom Middle)
else
love.graphics.draw(tilesUI[6],(xLoc + x) * blockDrawSize, (yLoc + y) * blockDrawSize,0, blockDrawRatio, blockDrawRatio) --(MIDDLE MIDDLE)
end
end
end
end
end
end
function drawScoreUI(x, offsetX, y, offsetY)
xLoc = x + offsetX
yLoc = y + offsetY
--Top Row
love.graphics.draw(tilesUI[1],(xLoc) * blockDrawSize, (yLoc) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
love.graphics.draw(tilesUI[2],(xLoc + 1) * blockDrawSize, (yLoc) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
love.graphics.draw(tilesUI[3],(xLoc + 2) * blockDrawSize, (yLoc) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
--Middle Row
love.graphics.draw(tilesUI[5],(xLoc) * blockDrawSize, (yLoc + 1) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
love.graphics.draw(tilesUI[6],(xLoc + 1) * blockDrawSize, (yLoc + 1) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
love.graphics.draw(tilesUI[7],(xLoc + 2) * blockDrawSize, (yLoc+ 1) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
--Second Middle Row
love.graphics.draw(tilesUI[5],(xLoc) * blockDrawSize, (yLoc + 2) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
love.graphics.draw(tilesUI[6],(xLoc + 1) * blockDrawSize, (yLoc + 2) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)
love.graphics.draw(tilesUI[7],(xLoc + 2) * blockDrawSize, (yLoc+ 2) * blockDrawSize,0, blockDrawRatio, blockDrawRatio)