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var player ;
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var tmp = { } ;
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var needCanvasUpdate = true ;
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var NaNalert = false ;
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var gameEnded = false ;
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let VERSION = {
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num : "1.2.2" ,
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name : "This changes everything!"
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}
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function startPlayerBase ( ) {
return {
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tab : "tree" ,
time : Date . now ( ) ,
autosave : true ,
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notify : { } ,
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msDisplay : "always" ,
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offlineProd : true ,
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versionType : "Modding" ,
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version : VERSION . num ,
beta : VERSION . beta ,
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timePlayed : 0 ,
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keepGoing : false ,
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hasNaN : false ,
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points : new Decimal ( 10 ) ,
}
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}
function getStartPlayer ( ) {
playerdata = startPlayerBase ( )
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for ( layer in layers ) {
playerdata [ layer ] = layers [ layer ] . startData ( )
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playerdata [ layer ] . buyables = getStartBuyables ( layer )
playerdata [ layer ] . spentOnBuyables = new Decimal ( 0 )
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playerdata [ layer ] . upgrades = [ ]
playerdata [ layer ] . milestones = [ ]
playerdata [ layer ] . challs = [ ]
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}
return playerdata
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}
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function getPointGen ( ) {
let gain = new Decimal ( 1 )
if ( player . c . upgrades . includes ( 12 ) ) gain = gain . times ( layers . c . upgrades [ "12" ] . effect ( ) )
return gain
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}
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// Function to determine if the player is in a challenge
function inChallenge ( layer , id ) {
if ( player . c . active == x ) return true
if ( layers [ layer ] . challs [ id ] . countsAs )
return layers [ layer ] . challs [ id ] . countsAs . includes ( id )
}
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function convertToDecimal ( ) {
player . points = new Decimal ( player . points )
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for ( layer in layers ) {
player [ layer ] . points = new Decimal ( player [ layer ] . points )
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if ( player [ layer ] . best != undefined ) player [ layer ] . best = new Decimal ( player [ layer ] . best )
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if ( player [ layer ] . total !== undefined ) player [ layer ] . total = new Decimal ( player [ layer ] . total )
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player [ layer ] . spentOnBuyables = new Decimal ( player [ layer ] . spentOnBuyables )
if ( player [ layer ] . buyables != undefined ) {
for ( id in player [ layer ] . buyables )
player [ layer ] . buyables [ id ] = new Decimal ( player [ layer ] . buyables [ id ] )
}
player [ layer ] . best = new Decimal ( player [ layer ] . best )
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if ( layers [ layer ] . convertToDecimal ) layers [ layer ] . convertToDecimal ( ) ;
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}
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}
function getResetGain ( layer ) {
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if ( tmp . gainExp [ layer ] . eq ( 0 ) ) return new Decimal ( 0 )
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if ( layers [ layer ] . type == "static" ) {
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if ( ( ! layers [ layer ] . canBuyMax ( ) ) || tmp . layerAmt [ layer ] . lt ( tmp . layerReqs [ layer ] ) ) return new Decimal ( 1 )
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let gain = tmp . layerAmt [ layer ] . div ( tmp . layerReqs [ layer ] ) . div ( tmp . gainMults [ layer ] ) . max ( 1 ) . log ( layers [ layer ] . base ) . times ( tmp . gainExp [ layer ] ) . pow ( Decimal . pow ( layers [ layer ] . exponent , - 1 ) )
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return gain . floor ( ) . sub ( player [ layer ] . points ) . add ( 1 ) . max ( 1 ) ;
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} else {
if ( tmp . layerAmt [ layer ] . lt ( tmp . layerReqs [ layer ] ) ) return new Decimal ( 0 )
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let gain = tmp . layerAmt [ layer ] . div ( tmp . layerReqs [ layer ] ) . pow ( layers [ layer ] . exponent ) . times ( tmp . gainMults [ layer ] ) . pow ( tmp . gainExp [ layer ] )
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if ( gain . gte ( "e1e7" ) ) gain = gain . sqrt ( ) . times ( "e5e6" )
return gain . floor ( ) . max ( 0 ) ;
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}
}
function getNextAt ( layer ) {
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if ( tmp . gainExp [ layer ] . eq ( 0 ) ) return new Decimal ( 1 / 0 )
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if ( layers [ layer ] . type == "static" ) {
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let amt = player [ layer ] . points
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let extraCost = Decimal . pow ( layers [ layer ] . base , amt . pow ( layers [ layer ] . exponent ) . div ( tmp . gainExp [ layer ] ) ) . times ( tmp . gainMults [ layer ] )
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let cost = extraCost . times ( tmp . layerReqs [ layer ] ) . max ( tmp . layerReqs [ layer ] )
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if ( layers [ layer ] . resCeil ) cost = cost . ceil ( )
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return cost ;
} else {
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let next = tmp . resetGain [ layer ] . add ( 1 )
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if ( next . gte ( "e1e7" ) ) next = next . div ( "e5e6" ) . pow ( 2 )
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next = next . root ( tmp . gainExp [ layer ] ) . div ( tmp . gainMults [ layer ] ) . root ( layers [ layer ] . exponent ) . times ( tmp . layerReqs [ layer ] ) . max ( tmp . layerReqs [ layer ] )
if ( layers [ layer ] . resCeil ) next = next . ceil ( )
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return next ;
}
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}
function rowReset ( row , layer ) {
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for ( lr in ROW _LAYERS [ row ] ) {
if ( layers [ lr ] . doReset )
layers [ lr ] . doReset ( layer )
else
if ( layers [ layer ] . row > layers [ lr ] . row ) fullLayerReset ( lr )
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}
}
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function fullLayerReset ( layer ) {
player [ layer ] = layers [ layer ] . startData ( ) ;
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player [ layer ] . upgrades = [ ]
player [ layer ] . milestones = [ ]
player [ layer ] . challs = [ ]
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resetBuyables ( layer )
}
function resetBuyables ( layer ) {
if ( layers [ layer ] . buyables )
player [ layer ] . buyables = getStartBuyables ( layer )
player [ layer ] . spentOnBuyables = new Decimal ( 0 )
}
function getStartBuyables ( layer ) {
let data = { }
if ( layers [ layer ] . buyables ) {
for ( id in layers [ layer ] . buyables )
if ( ! isNaN ( id ) )
data [ id ] = new Decimal ( 0 )
}
return data
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}
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function addPoints ( layer , gain ) {
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player [ layer ] . points = player [ layer ] . points . add ( gain ) . max ( 0 )
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if ( player [ layer ] . best ) player [ layer ] . best = player [ layer ] . best . max ( player [ layer ] . points )
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if ( player [ layer ] . total ) player [ layer ] . total = player [ layer ] . total . add ( gain )
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}
function generatePoints ( layer , diff ) {
addPoints ( layer , tmp . resetGain [ layer ] . times ( diff ) )
}
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var prevOnReset
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function doReset ( layer , force = false ) {
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let row = layers [ layer ] . row
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if ( ! force ) {
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if ( tmp . layerAmt [ layer ] . lt ( tmp . layerReqs [ layer ] ) ) return ;
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let gain = tmp . resetGain [ layer ]
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if ( layers [ layer ] . type == "static" ) {
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if ( tmp . layerAmt [ layer ] . lt ( tmp . nextAt [ layer ] ) ) return ;
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gain = ( layers [ layer ] . canBuyMax ( ) ? gain : 1 )
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}
if ( layers [ layer ] . onPrestige )
layers [ layer ] . onPrestige ( gain )
addPoints ( layer , gain )
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updateMilestones ( layer )
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if ( ! player [ layer ] . unl ) {
player [ layer ] . unl = true ;
needCanvasUpdate = true ;
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if ( layers [ layer ] . incr _order ) {
for ( lr in layers [ layer ] . incr _order )
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if ( ! player [ lr ] . unl ) player [ lr ] . order ++
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}
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}
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tmp . layerAmt [ layer ] = new Decimal ( 0 ) // quick fix
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}
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if ( layers [ layer ] . resetsNothing && layers [ layer ] . resetsNothing ( ) ) return
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for ( layerResetting in layers ) {
if ( row >= layers [ layerResetting ] . row && ( ! force || layerResetting != layer ) ) completeChall ( layerResetting )
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}
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prevOnReset = { ... player } //Deep Copy
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player . points = ( row == 0 ? new Decimal ( 0 ) : new Decimal ( 10 ) )
for ( let x = row ; x >= 0 ; x -- ) rowReset ( x , layer )
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prevOnReset = undefined
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updateTemp ( )
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updateTemp ( )
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}
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function respecBuyables ( layer ) {
if ( ! layers [ layer ] . buyables ) return
if ( ! layers [ layer ] . buyables . respec ) return
if ( ! confirm ( "Are you sure you want to respec? This will force you to do a \"" + layer + "\" reset as well!" ) ) return
layers [ layer ] . buyables . respec ( )
}
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function canAffordUpg ( layer , id ) {
upg = layers [ layer ] . upgrades [ id ]
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cost = tmp . upgrades [ layer ] [ id ] . cost
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return canAffordPurchase ( layer , upg , cost )
}
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function hasUpg ( layer , id ) {
return ( player [ layer ] . upgrades . includes ( id ) )
}
function hasMilestone ( layer , id ) {
return ( player [ layer ] . milestones . includes ( id ) )
}
function hasChall ( layer , id ) {
return ( player [ layer ] . challs . includes ( id ) )
}
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function canAffordPurchase ( layer , thing , cost ) {
if ( thing . currencyInternalName ) {
let name = thing . currencyInternalName
if ( thing . currencyLayer ) {
let lr = thing . currencyLayer
return ! ( player [ lr ] [ name ] . lt ( cost ) )
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}
else {
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return ! ( player [ name ] . lt ( cost ) )
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}
}
else {
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return ! ( player [ layer ] . points . lt ( cost ) )
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}
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}
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function buyUpg ( layer , id ) {
if ( ! player [ layer ] . unl ) return
if ( ! layers [ layer ] . upgrades [ id ] . unl ( ) ) return
if ( player [ layer ] . upgrades . includes ( id ) ) return
upg = layers [ layer ] . upgrades [ id ]
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cost = tmp . upgrades [ layer ] [ id ] . cost
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if ( upg . currencyInternalName ) {
let name = upg . currencyInternalName
if ( upg . currencyLayer ) {
let lr = upg . currencyLayer
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if ( player [ lr ] [ name ] . lt ( cost ) ) return
player [ lr ] [ name ] = player [ lr ] [ name ] . sub ( cost )
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}
else {
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if ( player [ name ] . lt ( cost ) ) return
player [ name ] = player [ name ] . sub ( cost )
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}
}
else {
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if ( player [ layer ] . points . lt ( cost ) ) return
player [ layer ] . points = player [ layer ] . points . sub ( cost )
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}
player [ layer ] . upgrades . push ( id ) ;
if ( upg . onPurchase != undefined )
upg . onPurchase ( )
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}
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function buyBuyable ( layer , id ) {
if ( ! player [ layer ] . unl ) return
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if ( ! tmp . buyables [ layer ] [ id ] . unl ) return
if ( ! tmp . buyables [ layer ] [ id ] . canAfford ) return
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layers [ layer ] . buyables [ id ] . buy ( )
}
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function resetRow ( row ) {
if ( prompt ( 'Are you sure you want to reset this row? It is highly recommended that you wait until the end of your current run before doing this! Type "I WANT TO RESET THIS" to confirm' ) != "I WANT TO RESET THIS" ) return
let pre _layers = ROW _LAYERS [ row - 1 ]
let layers = ROW _LAYERS [ row ]
let post _layers = ROW _LAYERS [ row + 1 ]
rowReset ( row + 1 , post _layers [ 0 ] )
doReset ( pre _layers [ 0 ] , true )
for ( let layer in layers ) {
player [ layers [ layer ] ] . unl = false
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if ( player [ layers [ layer ] ] . order ) player [ layers [ layer ] ] . order = 0
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}
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player . points = new Decimal ( 10 )
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updateTemp ( ) ;
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resizeCanvas ( ) ;
}
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function startChall ( layer , x ) {
if ( ! player [ layer ] . unl ) return
if ( player [ layer ] . active == x ) {
completeChall ( layer , x )
delete player [ layer ] . active
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} else {
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player [ layer ] . active = x
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}
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doReset ( layer , true )
updateChallTemp ( layer )
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}
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function canCompleteChall ( layer , x )
{
if ( x != player [ layer ] . active ) return
let chall = layers [ layer ] . challs [ x ]
if ( chall . currencyInternalName ) {
let name = chall . currencyInternalName
if ( chall . currencyLayer ) {
let lr = chall . currencyLayer
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return ! ( player [ lr ] [ name ] . lt ( readData ( chall . goal ) ) )
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}
else {
return ! ( player [ name ] . lt ( chall . cost ) )
}
}
else {
return ! ( player [ layer ] . points . lt ( chall . cost ) )
}
}
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function completeChall ( layer , x ) {
var x = player [ layer ] . active
if ( ! x ) return
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if ( ! canCompleteChall ( layer , x ) ) return
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if ( ! player [ layer ] . challs . includes ( x ) ) {
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needCanvasUpdate = true
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player [ layer ] . challs . push ( x ) ;
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if ( layers [ layer ] . challs [ x ] . onComplete ) layers [ layer ] . challs [ x ] . onComplete ( )
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}
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delete player [ layer ] . active
updateChallTemp ( layer )
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}
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VERSION . withoutName = "v" + VERSION . num + ( VERSION . pre ? " Pre-Release " + VERSION . pre : VERSION . pre ? " Beta " + VERSION . beta : "" )
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VERSION . withName = VERSION . withoutName + ( VERSION . name ? ": " + VERSION . name : "" )
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const ENDGAME = new Decimal ( "e280000000" ) ;
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function gameLoop ( diff ) {
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if ( player . points . gte ( ENDGAME ) || gameEnded ) gameEnded = 1
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if ( isNaN ( diff ) ) diff = 0
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if ( gameEnded && ! player . keepGoing ) {
diff = 0
player . tab = "gameEnded"
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}
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if ( player . devSpeed ) diff *= player . devSpeed
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addTime ( diff )
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for ( layer in layers ) {
if ( layers [ layer ] . update ) layers [ layer ] . update ( diff ) ;
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}
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for ( layer in layers ) {
if ( layers [ layer ] . automate ) layers [ layer ] . automate ( ) ;
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}
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for ( layer in layers ) {
if ( layers [ layer ] . milestones ) updateMilestones ( layer ) ;
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}
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if ( player . hasNaN && ! NaNalert ) {
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clearInterval ( interval ) ;
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player . autosave = false ;
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NaNalert = true ;
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alert ( "We have detected a corruption in your save. Please visit https://discord.gg/wwQfgPa for help." )
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}
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}
function hardReset ( ) {
if ( ! confirm ( "Are you sure you want to do this? You will lose all your progress!" ) ) return
player = getStartPlayer ( )
save ( ) ;
window . location . reload ( ) ;
}
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var ticking = false
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var interval = setInterval ( function ( ) {
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if ( player === undefined || tmp === undefined ) return ;
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if ( ticking ) return ;
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if ( gameEnded && ! player . keepGoing ) return ;
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ticking = true
let now = Date . now ( )
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let diff = ( now - player . time ) / 1e3
if ( player . offTime !== undefined ) {
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if ( player . offTime . remain > modInfo . offlineLimit * 3600000 ) player . offlineTime . remain = modInfo . offlineLimit * 3600000
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if ( player . offTime . remain > 0 ) {
let offlineDiff = Math . max ( player . offTime . remain / 10 , diff )
player . offTime . remain -= offlineDiff
diff += offlineDiff
}
if ( ! player . offlineProd || player . offTime . remain <= 0 ) delete player . offTime
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}
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if ( player . devSpeed ) diff *= player . devSpeed
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player . time = now
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if ( needCanvasUpdate ) resizeCanvas ( ) ;
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updateTemp ( ) ;
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gameLoop ( diff )
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ticking = false
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} , 50 )