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//This mod was made by Alex the transfem, https://discord.com/users/778753696804765696 on discord and https://www.tiktok.com/@alextheagenenby?_t=8hoCVI3NRhu&_r=1 on tiktok.
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function pixelInRange ( pixel , range ) {
let i = 0 ;
while ( i < range . length ) {
if ( pixel . x === range [ i ] [ 0 ] && pixel . y === range [ i ] [ 1 ] ) {
i ++ ;
return true ;
} else {
i ++ ;
}
}
return false ;
}
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function customExplosion ( pixel1 , pixel2 , radius , list ) {
let x = pixel1 . x ;
let y = pixel1 . y ;
deletePixel ( x , y ) ;
deletePixel ( pixel2 . x , pixel2 . y ) ;
explodeAt ( x , y , radius , list ) ;
} ;
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function reactPixels ( pixel1 , pixel2 ) {
var r = elements [ pixel1 . element ] . reactions [ pixel2 . element ] ;
if ( r . setting && settings [ r . setting ] === 0 ) {
return false ;
}
// r has the attribute "y" which is a range between two y values
// r.y example: [10,30]
// return false if y is defined and pixel1's y is not in the range
if ( r . tempMin !== undefined && pixel1 . temp < r . tempMin ) {
return false ;
}
if ( r . tempMax !== undefined && pixel1 . temp > r . tempMax ) {
return false ;
}
if ( r . burning1 !== undefined && Boolean ( pixel1 . burning ) !== r . burning1 ) {
return false ;
}
if ( r . burning2 !== undefined && Boolean ( pixel2 . burning ) !== r . burning2 ) {
return false ;
}
if ( r . charged && ! pixel . charge ) {
return false ;
}
if ( r . chance !== undefined && Math . random ( ) > r . chance ) {
return false ;
}
if ( r . y !== undefined && ( pixel1 . y < r . y [ 0 ] || pixel1 . y > r . y [ 1 ] ) ) {
return false ;
}
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if ( r . explosion !== undefined ) {
if ( r . radius !== undefined ) {
let radius = r . radius ;
let list = r . explosion . split ( "," ) ;
customExplosion ( pixel1 , pixel2 , radius , list ) ;
}
}
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if ( r . elem1 !== undefined ) {
// if r.elem1 is an array, set elem1 to a random element from the array, otherwise set it to r.elem1
if ( Array . isArray ( r . elem1 ) ) {
var elem1 = r . elem1 [ Math . floor ( Math . random ( ) * r . elem1 . length ) ] ;
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} else { var elem1 = r . elem1 ; }
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if ( elem1 == null ) {
deletePixel ( pixel1 . x , pixel1 . y ) ;
}
else {
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changePixel ( pixel1 , elem1 ) ;
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}
}
if ( r . charge1 ) { pixel1 . charge = r . charge1 ; }
if ( r . temp1 ) { pixel1 . temp += r . temp1 ; pixelTempCheck ( pixel1 ) ; }
if ( r . color1 ) { // if it's a list, use a random color from the list, else use the color1 attribute
pixel1 . color = pixelColorPick ( pixel1 , Array . isArray ( r . color1 ) ? r . color1 [ Math . floor ( Math . random ( ) * r . color1 . length ) ] : r . color1 ) ;
}
if ( r . attr1 ) { // add each attribute to pixel1
for ( var key in r . attr1 ) {
pixel1 [ key ] = r . attr1 [ key ] ;
}
}
if ( r . elem2 !== undefined ) {
// if r.elem2 is an array, set elem2 to a random element from the array, otherwise set it to r.elem2
if ( Array . isArray ( r . elem2 ) ) {
var elem2 = r . elem2 [ Math . floor ( Math . random ( ) * r . elem2 . length ) ] ;
} else { var elem2 = r . elem2 ; }
if ( elem2 == null ) {
deletePixel ( pixel2 . x , pixel2 . y ) ;
}
else {
changePixel ( pixel2 , elem2 ) ;
}
}
if ( r . charge2 ) { pixel2 . charge = r . charge2 ; }
if ( r . temp2 ) { pixel2 . temp += r . temp2 ; pixelTempCheck ( pixel2 ) ; }
if ( r . color2 ) { // if it's a list, use a random color from the list, else use the color2 attribute
pixel2 . color = pixelColorPick ( pixel2 , Array . isArray ( r . color2 ) ? r . color2 [ Math . floor ( Math . random ( ) * r . color2 . length ) ] : r . color2 ) ;
}
if ( r . attr2 ) { // add each attribute to pixel2
for ( var key in r . attr2 ) {
pixel2 [ key ] = r . attr2 [ key ] ;
}
}
if ( r . func ) { r . func ( pixel1 , pixel2 ) ; }
return r . elem1 !== undefined || r . elem2 !== undefined ;
}
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function customExplosion ( pixel1 , pixel2 , radius , list ) {
let x = pixel1 . x ;
let y = pixel1 . y ;
deletePixel ( x , y ) ;
deletePixel ( pixel2 . x , pixel2 . y ) ;
explodeAt ( x , y , radius , list ) ;
} ;
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let obj = { } ;
obj . items = "" ;
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elements . sodiumhydroxide = {
color : "#c9c5b1" ,
behavior : behaviors . LIQUID ,
reactions : {
"acid" : { "elem2" : "water" , } ,
"acid" : { "elem2" : "smoke" , } ,
"acid" : { "elem2" : "fire" , } ,
"acid" : { "elem2" : "fire" , } ,
"acid" : { "elem2" : "fire" , } ,
"acid_gas" : { "elem2" : "water" , } ,
"acid_gas" : { "elem2" : "smoke" , } ,
"acid_gas" : { "elem2" : "fire" , } ,
"acid_gas" : { "elem2" : "fire" , } ,
"acid_gas" : { "elem2" : "fire" , } ,
"vinegar" : { "elem1" : [ "sodium_acetate" , "water" ] , } ,
"aqua_regia" : { "elem1" : null , "elem2" : [ "fire" , "fire" , "hydrogen" ] , } ,
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"acidic_water" : { "elem1" : null , "elem2" : [ "water" , "pop" ] , } ,
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"nitric_acid" : { "elem1" : null , "elem2" : [ "fire" , "pop" , "hydrogen" ] , } ,
"chloroauric_acid" : { "elem1" : "gold" , "elem2" : [ "fire" , "fire" , "pop" ] , } ,
} ,
viscosity : 0.56 ,
//tempHigh: 64.7,
fireColor : "#fba600" ,
category : "liquids" ,
state : "liquid" ,
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density : 1.525 ,
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stain : - 0.25 ,
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name : "SodiumHydroxide" ,
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stateHigh : "sodiumhydroxidecrystals" ,
tempHigh : "1388" ,
}
elements . sodiumhydroxidecrystals = {
color : "#c9c5b1" ,
behavior : behaviors . POWDER ,
reactions : {
"acid" : { "elem2" : "smoke" , } ,
"acid" : { "elem2" : "fire" , } ,
"acid" : { "elem2" : "fire" , } ,
"acid" : { "elem2" : "fire" , } ,
"acid_gas" : { "elem2" : "smoke" , } ,
"acid_gas" : { "elem2" : "pop" , } ,
"acid_gas" : { "elem2" : "fire" , } ,
"acid_gas" : { "elem2" : "fire" , } ,
"water" : { "elem1" : null , "elem2" : "sodiumhydroxide" , } ,
"vinegar" : { "elem1" : null , "elem2" : "sodium_acetate" , } ,
"aqua_regia" : { "elem1" : null , "elem2" : [ "fire" , "fire" , "hydrogen" ] , } ,
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"acidic_water" : { "elem1" : null , "elem2" : [ "water" , "pop" ] , } ,
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"nitric_acid" : { "elem1" : null , "elem2" : [ "fire" , "pop" , "hydrogen" ] , } ,
"chloroauric_acid" : { "elem1" : "gold" , "elem2" : [ "fire" , "fire" , "pop" ] , } ,
} ,
//tempHigh: 64.7,
fireColor : "#fba600" ,
category : "powders" ,
state : "powder" ,
density : 2130 ,
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name : "SodiumHydroxideCrystals" ,
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}
elements . sodium . reactions = {
"chlorine" : {
"elem1" : "salt" ,
"elem2" : "pop"
} ,
"vinegar" : {
"elem1" : "sodium_acetate" ,
"elem2" : [
null ,
null ,
null ,
"hydrogen"
] ,
"attr1" : {
"foam" : 15
}
} ,
"water" : {
"elem1" : [
"sodiumhydroxide"
] ,
"chance" : 1 ,
"temp2" : 299.6
} ,
"salt_water" : {
"elem1" : [
"sodiumhydroxide" ,
"salt"
] ,
"chance" : 1 ,
"temp2" : 299.6
} ,
"sugar_water" : {
"elem1" : [
"sodiumhydroxide" ,
"sugar"
] ,
"chance" : 1 ,
"temp2" : 299.6
} ,
"acid" : {
"elem1" : "explosion" ,
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} ,
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"aqua_regia" : { "elem1" : null , "elem2" : [ "fire" , "pop" , "fire" , "fire" , "hydrogen" ] , } ,
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"acidic_water" : { "elem1" : null , "elem2" : [ "water" , "pop" , "pop" ] , } ,
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"nitric_acid" : { "elem1" : null , "elem2" : [ "fire" , "pop" , "pop" , "hydrogen" ] , } ,
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"chloroauric_acid" : { "elem1" : "gold" , "elem2" : [ "fire" , "fire" , "pop" ] , } ,
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} ;
elements . magnesium = {
color : "#e6e6e6" ,
reactions : {
"acid" : { "elem1" : "hydrogen" , "chance" : 0.02 , } ,
"aqua_regia" : { "elem1" : "hydrogen" , "chance" : 0.2 , "elem2" : "pop" , } ,
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} ,
behavior : behaviors . POWDER ,
fireColor : "#ffffff" ,
category : "powders" ,
state : "solid" ,
density : 1740 ,
burnTime : 500 ,
name : "Magnesium" ,
stateHigh : "molten_magnesium" ,
tempHigh : "650" ,
burn : 50 ,
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density : 1738 ,
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}
elements . molten _magnesium = {
color : [ "#fab298" , "#f78157" , "#ff9169" , "#ff9e7a" ] ,
behavior : behaviors . MOLTEN ,
fireColor : "#ffffff" ,
category : "states" ,
state : "liquid" ,
density : 1740 ,
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name : "MoltenMagnesium" ,
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temp : 650 ,
stateLow : "magnesium" ,
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tempLow : 600 ,
density : 1460 ,
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}
elements . acidic _water = {
burn : 0 ,
behavior : behaviors . LIQUID ,
reactions : {
"quicklime" : { "elem2" : [ "hydrogen" , "water" , "water" , "water" , "water" ] , "elem1" : null , } ,
"slaked_lime" : { "elem2" : [ "hydrogen" , "water" , "water" , "water" , "water" ] , "elem1" : null , } ,
"calcium" : { "elem2" : [ "hydrogen" , "fire" , "water" , "water" , "water" ] , "elem1" : null , } ,
"sodium" : { "elem2" : [ "hydrogen" , "fire" , "fire" , "pop" , "fire" ] , "elem1" : null , } ,
"sodiumhydroxide" : { "elem2" : [ "hydrogen" , "fire" , "pop" , "pop" , "water" ] , "elem1" : null , } ,
"sodiumhydroxidecrystals" : { "elem2" : [ "hydrogen" , "pop" , "water" , "water" ] , "elem1" : null , } ,
} ,
category : "liquids" ,
state : "liquid" ,
density : 1000 ,
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name : "AcidWater" ,
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density : 1100 ,
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}
elements . acid . ignore . push ( "magnesium" ) ;
elements . acid . ignore . push ( "sodiumhydroxide" ) ;
elements . acid . ignore . push ( "sodiumhydroxidecrystals" ) ;
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elements . acid . ignore . push ( "rubidiumhydroxide" ) ;
elements . acid . ignore . push ( "rubidiumhydroxidecrystals" ) ;
elements . acid . ignore . push ( "rubidiumsalt" ) ;
elements . acid . ignore . push ( "rubidium" ) ;
elements . acid . ignore . push ( "moltenrubidium" ) ;
elements . acid . ignore . push ( "potassium" ) ;
elements . acid . ignore . push ( "MoltenPotassium" ) ;
elements . acid . ignore . push ( "potassiumhydroxide" ) ;
elements . acid . ignore . push ( "potassiumhydroxidecrystals" ) ;
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elements . acid . ignore . push ( "water" ) ;
elements . acid . ignore . push ( "acidic_water" ) ;
elements . acid . ignore . push ( "gold" ) ;
elements . acid . ignore . push ( "chloroauric_acid" ) ;
elements . acid . ignore . push ( "nitric_acid" ) ;
elements . acid . ignore . push ( "aqua_regia" ) ;
elements . cwall = {
"color" : "rgb(128,128,128)" ,
"name" : "Conductive Wall" ,
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"behavior" : [ [ "XX" , "XX" , "XX" ] , [ "XX" , "XX" , "XX" ] , [ "XX" , "XX" , "XX" ] ] ,
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"category" : "solids" ,
"insulate" : false ,
"hardness" : 1 ,
"noMix" : true ,
"colorObject" : {
"r" : 128 ,
"g" : 128 ,
"b" : 128
} ,
}
elements . acid . reactions = {
"ash" : {
"elem1" : "neutral_acid" ,
"elem2" : null
} ,
"limestone" : {
"elem1" : "neutral_acid" ,
"elem2" : null
} ,
"quicklime" : {
"elem1" : "neutral_acid" ,
"elem2" : null
} ,
"slaked_lime" : {
"elem1" : "neutral_acid" ,
"elem2" : null
} ,
"borax" : {
"elem1" : "neutral_acid" ,
"elem2" : null
} ,
"ammonia" : {
"elem1" : "neutral_acid" ,
"elem2" : null
} ,
"bleach" : {
"elem1" : "neutral_acid" ,
"elem2" : null
} ,
"water" : {
"elem1" : "acidic_water" ,
} ,
"salt_water" : {
"elem1" : null ,
"elem2" : "water"
} ,
"sugar_water" : {
"elem1" : null ,
"elem2" : "water"
} ,
"charcoal" : {
"elem1" : null ,
"elem2" : "carbon_dioxide"
} ,
"rock" : {
"elem1" : null ,
"elem2" : "sand" ,
"chance" : 0.05
} ,
"baking_soda" : {
"elem1" : "salt_water" ,
"elem2" : [
"carbon_dioxide" ,
"foam"
]
} ,
"zinc" : { "elem1" : null , "elem2" : "zinc_chloride" , } ,
"iron" : { "elem1" : null , "elem2" : "iron_chloride" , } ,
"aluminum" : { "elem1" : null , "elem2" : "aluminum_chloride" , } ,
}
elements . chloroauric _acid = {
behavior : behaviors . POWDER ,
category : "powders" ,
state : "solid" ,
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name : "ChloroauricAcid" ,
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color : "#ba7b00" ,
tempHigh : 60 ,
stateHigh : "liquid_chloroauric_acid" ,
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density : 4400 ,
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}
elements . liquid _chloroauric _acid = {
behavior : behaviors . LIQUID ,
category : "states" ,
state : "liquid" ,
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name : "LiquidChloroauricAcid" ,
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color : "#ba7b00" ,
reactions : {
"sodiumhydroxide" : { "elem2" : "gold" , "elem1" : [ "water" , "pop" , "pop" , "fire" , "fire" ] , } ,
"sodiumhydroxidecrystals" : { "elem2" : "gold" , "elem1" : [ "water" , "pop" , "pop" , "fire" , "fire" ] , } ,
"sodium" : { "elem2" : "gold" , "elem1" : [ "fire" , "pop" , "pop" , "fire" , "fire" ] , } ,
"calcium" : { "elem2" : "gold" , "elem1" : [ "water" , "pop" , "water" , "fire" ] , } ,
} ,
tempLow : 59 ,
stateLow : "chloroauric_acid" ,
tempHigh : 115 ,
stateHigh : "gold" ,
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density : 2500 ,
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}
elements . nitrogen _oxide = {
behavior : behaviors . GAS ,
category : "gases" ,
state : "gas" ,
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name : "NitrogenOxide" ,
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color : "#961400" ,
reactions : {
"water" : { "elem1" : null , "elem2" : "nitric_acid" , } ,
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} ,
density : 2.62 ,
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}
elements . nitric _acid = {
behavior : behaviors . LIQUID ,
category : "liquids" ,
state : "liquid" ,
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name : "NitricAcid" ,
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color : "#ffffff" ,
reactions : { "acid" : { "elem1" : null , "elem2" : "aqua_regia" , } , } ,
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density : 1.51 ,
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}
elements . aqua _regia = {
"behavior" : [
[
"XX" ,
"DB%5" ,
"XX"
] ,
[
"DB%5 AND M2" ,
"XX" ,
"DB%5 AND M2"
] ,
[
"DB%5 AND M2" ,
"DB%10 AND M1" ,
"DB%5 AND M2"
]
] ,
"ignore" : [
"glass" ,
"rad_glass" ,
"glass_shard" ,
"rad_shard" ,
"stained_glass" ,
"baked_clay" ,
"acid_gas" ,
"neutral_acid" ,
"acid_cloud" ,
"water" ,
"salt_water" ,
"sugar_water" ,
"dirty_water" ,
"copper" ,
"gold" ,
"porcelain" ,
"plastic" ,
"bead" ,
"microplastic" ,
"molten_plastic" ,
"pool_water" ,
"chlorine" ,
"hydrogen" ,
"magnesium" ,
"sodiumhydroxide" ,
"sodiumhydroxidecrystals" ,
"water" ,
"acidic_water" ,
"gold" ,
"chloroauric_acid" ,
"acid_ice" ,
"acid" ,
"nitric_acid" ,
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"NaK" ,
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] ,
"reactions" : {
"ash" : {
"elem1" : "neutral_acid" ,
"elem2" : null
} ,
"limestone" : {
"elem1" : "neutral_acid" ,
"elem2" : null
} ,
"quicklime" : {
"elem1" : "neutral_acid" ,
"elem2" : null
} ,
"slaked_lime" : {
"elem1" : "neutral_acid" ,
"elem2" : null
} ,
"borax" : {
"elem1" : "neutral_acid" ,
"elem2" : null
} ,
"ammonia" : {
"elem1" : "neutral_acid" ,
"elem2" : null
} ,
"bleach" : {
"elem1" : "neutral_acid" ,
"elem2" : null
} ,
"water" : {
"elem1" : "acidic_water"
} ,
"salt_water" : {
"elem1" : null ,
"elem2" : "water"
} ,
"sugar_water" : {
"elem1" : null ,
"elem2" : "water"
} ,
"charcoal" : {
"elem1" : null ,
"elem2" : "carbon_dioxide"
} ,
"rock" : {
"elem1" : null ,
"elem2" : "sand" ,
"chance" : 0.05
} ,
"baking_soda" : {
"elem1" : "salt_water" ,
"elem2" : [
"carbon_dioxide" ,
"foam"
]
} ,
"gold" : {
"elem1" : null , "elem2" : "chloroauric_acid" , "temp2" : 20 ,
} ,
"gold_coin" : {
"elem1" : null , "elem2" : "chloroauric_acid" , "temp2" : 20 ,
} ,
} ,
"category" : "liquids" ,
"state" : "liquid" ,
"density" : 1049 ,
"stain" : - 0.1 ,
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name : "AquaRegia" ,
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"alias" : "HCl + HN03" ,
"movable" : true ,
"color" : "#ffdd9b" ,
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density : 1.3 ,
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}
elements . potassium = {
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behavior : behaviors . POWDER ,
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color : [ "#545454" , "#737373" , "#7d7d7d" , "#8f8f8f" ] ,
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"category" : "powders" ,
"state" : "powder" ,
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"alias" : "K" ,
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tempHigh : 63.65 ,
stateHigh : "MoltenPotassium" ,
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reactions : {
"water" : { "elem1" : "potassiumhydroxide" , "elem2" : [ "fire" , "fire" , "pop" , "water" ] , } ,
"acid" : { "elem1" : null , "elem2" : [ "water" , "smoke" , "fire" ] , } ,
"acid" : { "elem2" : "fire" , } ,
"acid" : { "elem2" : "fire" , } ,
"acid_gas" : { "elem1" : null , "elem2" : [ "water" , "smoke" , "fire" ] , } ,
"acid_gas" : { "elem2" : "fire" , } ,
"acid_gas" : { "elem2" : "fire" , } ,
"aqua_regia" : { "elem1" : null , "elem2" : [ "fire" , "pop" , "pop" , "fire" , "fire" , "hydrogen" ] , } ,
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"acidic_water" : { "elem1" : null , "elem2" : [ "water" , "pop" , "pop" ] , } ,
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"nitric_acid" : { "elem1" : null , "elem2" : [ "fire" , "pop" , "fire" , "pop" , "hydrogen" ] , } ,
"chloroauric_acid" : { "elem1" : "gold" , "elem2" : [ "fire" , "fire" , "pop" , "pop" ] , } ,
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"liquid_chloroauric_acid" : { "elem1" : "gold" , "elem2" : [ "fire" , "fire" , "pop" , "pop" ] , } ,
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} ,
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density : 862 ,
}
elements . MoltenPotassium = {
behavior : behaviors . LIQUID ,
color : [ "#9c9c9c" , "#8c8b8b" , "#7d7d7d" , "#999797" ] ,
state : "liquid" ,
name : "MoltenPotassium" ,
viscosity : 0.55 ,
reactions : {
water : { explosion : "fire,potassiumhydroxide,potassiumhydroxide,potassiumhydroxide,hydrogen,hydrogen,pop" , radius : 3 } ,
molten _sodium : { elem1 : null , elem2 : "NaK" } ,
acid : { explosion : "fire,fire,hydrogen,pop,pop,hydrogen" , radius : 5 } ,
chloroauric _acid : { elem1 : "gold" , explosion : "fire,fire,gold_coin,hydrogen,hydrogen,pop" , radius : 6 } ,
liquid _chloroauric _acid : { elem1 : "gold" , explosion : "fire,fire,gold_coin,hydrogen,hydrogen,pop" , radius : 6
} ,
aqua _regia : { explosion : "fire,fire,fire,fire,hydrogen,pop,hydrogen,pop" , radius : 7 } ,
nitric _acid : { explosion : "fire,fire,fire,hydrogen,pop" , radius : 6 } ,
acidic _water : { explosion : "fire,potassiumhydroxide,hydrogen,hydrogen" , radius : 4 } ,
} ,
temp : 70 ,
tempLow : 63.65 ,
stateLow : "potassium" ,
density : 862 ,
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}
elements . potassiumhydroxide = {
color : "#c9c5b1" ,
behavior : behaviors . LIQUID ,
reactions : {
"acid" : { "elem1" : null , "elem2" : [ "water" , "smoke" , "fire" ] , } ,
"acid" : { "elem2" : "fire" , } ,
"acid" : { "elem2" : "fire" , } ,
"acid_gas" : { "elem1" : null , "elem2" : [ "water" , "smoke" , "fire" ] , } ,
"acid_gas" : { "elem2" : "fire" , } ,
"acid_gas" : { "elem2" : "fire" , } ,
"aqua_regia" : { "elem1" : null , "elem2" : [ "fire" , "pop" , "pop" , "fire" , "fire" , "hydrogen" ] , } ,
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"acidic_water" : { "elem1" : null , "elem2" : [ "water" , "pop" , "pop" ] , } ,
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"nitric_acid" : { "elem1" : null , "elem2" : [ "fire" , "pop" , "fire" , "pop" , "hydrogen" ] , } ,
"chloroauric_acid" : { "elem1" : "gold" , "elem2" : [ "fire" , "pop" ] , }
} ,
viscosity : 0.56 ,
//tempHigh: 64.7,
fireColor : "#fba600" ,
category : "liquids" ,
state : "liquid" ,
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density : 2.12 ,
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stain : - 0.25 ,
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name : "PotassiumHydroxide" ,
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stateHigh : "potassiumhydroxidecrystals" ,
tempHigh : "1388" ,
}
elements . potassiumhydroxidecrystals = {
color : "#c9c5b1" ,
behavior : behaviors . POWDER ,
reactions : {
"acid" : { "elem2" : "smoke" , } ,
"acid" : { "elem2" : "fire" , } ,
"acid" : { "elem2" : "fire" , } ,
"acid" : { "elem2" : "fire" , } ,
"acid_gas" : { "elem2" : "smoke" , } ,
"acid_gas" : { "elem2" : "pop" , } ,
"acid_gas" : { "elem2" : "fire" , } ,
"acid_gas" : { "elem2" : "fire" , } ,
"water" : { "elem1" : null , "elem2" : "potassiumhydroxide" , } ,
"vinegar" : { "elem1" : null , "elem2" : "sodium_acetate" , } ,
"aqua_regia" : { "elem1" : null , "elem2" : [ "fire" , "pop" , "pop" , "fire" , "fire" , "hydrogen" ] , } ,
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"acidic_water" : { "elem1" : null , "elem2" : [ "water" , "pop" , "pop" ] , } ,
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"nitric_acid" : { "elem1" : null , "elem2" : [ "fire" , "pop" , "fire" , "pop" , "hydrogen" ] , } ,
"chloroauric_acid" : { "elem1" : "gold" , "elem2" : [ "fire" , "fire" , "pop" , "pop" ] , } ,
} ,
//tempHigh: 64.7,
fireColor : "#fba600" ,
category : "powders" ,
state : "powder" ,
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density : 2040 ,
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name : "PotassiumHydroxideCrystals" ,
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}
elements . supercooler = {
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name : "SuperCooler" ,
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category : "machines"
}
elements . supercooler . behavior = [ [ "XX" , "CO:10" , "XX" ] , [ "CO:10" , "XX" , "CO:10" ] , [ "XX" , "CO:10" , "XX" ] ]
elements . iron _chloride = {
color : [ "#010014" , "#a2ff94" ] ,
reactions : {
"dirty_water" : { "elem1" : "water" , } ,
"aluminum" : { "elem1" : "aluminum_chloride" , "elem2" : "iron" } ,
} ,
behavior : behaviors . POWDER ,
category : "powders" ,
state : "solid" ,
density : 1740 ,
burnTime : 500 ,
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name : "IronChloride" ,
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density : 2900 ,
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}
elements . aluminum _chloride = {
color : [ "#faff61" , "#f7f7e4" , "#ffffb5" ] ,
reactions : {
"dirty_water" : { "elem1" : "water" , } ,
} ,
behavior : behaviors . POWDER ,
category : "powders" ,
state : "solid" ,
density : 1740 ,
burnTime : 500 ,
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name : "AluminumChloride" ,
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density : 2440 ,
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}
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elements . zinc _chloride = {
color : [ "#faff61" , "#f7f7e4" , "#ffffb5" ] ,
reactions : {
"dirty_water" : { "elem1" : "water" , } ,
"water" : { "elem1" : null , "chance" : 0.2 } ,
} ,
behavior : behaviors . POWDER ,
category : "powders" ,
state : "solid" ,
density : 1740 ,
burnTime : 500 ,
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name : "ZincChloride" ,
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density : 2910 ,
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}
elements . acid . ignore . push ( "zinc" ) ;
elements . acid . ignore . push ( "iron" ) ;
elements . acid . ignore . push ( "aluminum" ) ;
elements . acid . ignore . push ( "zinc_chloride" ) ;
elements . acid . ignore . push ( "iron_chloride" ) ;
elements . acid . ignore . push ( "aluminum_chloride" ) ;
elements . kilonova = {
name : "Kilonova" ,
category : "energy" ,
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maxSize : 1 ,
temp : 100000000 ,
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}
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elements . supernova . behavior = [ [ "XX" , "XX" , "XX" ] , [ "XX" , "EX:80>plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,molten_iron,molten_uranium,oxygen,molten_sodium,sulfur_gas,neon,chlorine,molten_calcium,molten_nickel,molten_copper,molten_zinc,gallium_gas,hydrogen,hydrogen,hydrogen,hydrogen,helium,helium,helium AND CH:NeutronStar" , "XX" ] , [ "XX" , "XX" , "XX" ] ]
elements . kilonova . behavior = [ [ "XX" , "XX" , "XX" ] , [ "XX" , "EX:200>plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,plasma,molten_iron,molten_uranium,molten_lead,oxygen,molten_sodium,molten_gold,molten_tungsten,sulfur_gas,neon,chlorine,molten_calcium,molten_nickel,molten_copper,molten_zinc,gallium_gas,hydrogen,hydrogen,hydrogen,hydrogen,hydrogen,helium,helium,helium,helium AND CH:void" , "XX" ] , [ "XX" , "XX" , "XX" ] ]
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elements . NeutronStar = {
behavior : [ [ "XX" , "XX" , "XX" ] , [ "CR:light" , "XX" , "CR:light" ] , [ "XX" , "XX" , "XX" ] ] ,
name : "NeutronStar" ,
category : "energy" ,
maxSize : 1 ,
color : "#ffffff" ,
temp : 1000000000 ,
tempLow : - 100 ,
insulate : true ,
noMix : true ,
movable : false ,
stateLow : "kilonova" ,
reactions : {
"NeutronStar" : { "elem1" : "kilonova" , "temp1" : 100000000 , } ,
} ,
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density : 10 * * 17 ,
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}
elements . acid . ignore . push ( "pipe" ) ;
elements . acid . ignore . push ( "gold" ) ;
elements . acid . ignore . push ( "gold_coin" ) ;
if ( enabledMods . includes ( "mods/nousersthings.js" ) ) {
elements . acid . ignore . push ( "filter" ) ;
}
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elements . acid . ignore . push ( "NaK" ) ;
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elements . NaK = {
behavior : behaviors . LIQUID ,
category : "liquids" ,
state : "liquid" ,
alias : "Sodium-Potassium alloy" ,
color : "#848484" ,
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viscosity : 9.4 ,
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reactions : {
"water" : {
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func : function ( pixel1 , pixel2 ) { customExplosion ( pixel1 , pixel2 , 5 , [ "fire" , "fire" , "pop" , "hydrogen" , "sodiumhydroxide" , "potassiumhydroxide" , "sodiumhydroxide" , "potassiumhydroxide" , "sodiumhydroxide" , "potassiumhydroxide" ] ) }
} ,
acid : {
func : function ( pixel1 , pixel2 ) { customExplosion ( pixel1 , pixel2 , 6 , [ "fire" , "pop" , "hydrogen" , "water" , "pop" , "hydrogen" , "hydrogen" ] ) }
} ,
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acidic _water : {
func : function ( pixel1 , pel2 ) { customExplosion ( pixel1 , pixel2 , 3 , [ "pop" , "hydrogen" , "hydrogen" , "water" , "sodiumhyixdroxide" , "potassiumhydroxide" ] ) }
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} ,
chloroauric _acid : { elem1 : "gold" ,
func : function ( pixel1 , pixel2 ) { customExplosion ( pixel1 , pixel2 , 7 , [ "fire" , "fire" , "pop" , "hydrogen" , "gold_coin" , "hydrogen" , "pop" ] ) }
} ,
liquid _chloroauric _acid : { elem1 : "gold" ,
func : function ( pixel1 , pixel2 ) { customExplosion ( pixel1 , pixel2 , 7 , [ "fire" , "fire" , "pop" , "hydrogen" , "gold_coin" , "hydrogen" , "hydrogen" , "pop" ] ) }
} ,
nitric _acid : {
func : function ( pixel1 , pixel2 ) { customExplosion ( pixel1 , pixel2 , 6 , [ "fire" , "fire" , "pop" , "hydrogen" , "hydrogen" , "pop" ] ) }
} ,
aqua _regia : {
func : function ( pixel1 , pixel2 ) { customExplosion ( pixel1 , pixel2 , 9 , [ "fire" , "fire" , "pop" , "hydrogen" , "fire" , "fire" , "hydrogen" , "pop" , "flash" ] ) }
} ,
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} ,
density : 868 ,
} ;
elements . rubidium = {
behavior : behaviors . POWDER ,
category : "powders" ,
name : "Rubidium" ,
color : [ "#9e9e9e" , "#ababab" , "#bababa" , "#adadad" ] ,
tempHigh : 39.5 ,
stateHigh : "moltenrubidium" ,
reactions : {
chlorine : { elem1 : "rubidiumsalt" } ,
acid : { explosion : "fire,rubidiumsalt,water" , radius : 7 , } ,
aqua _regia : { explosion : "fire,rubidiumsalt,fire,water" , radius : 8 , } ,
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acidic _water : { explosion : "water,water,water,rubidiumsalt" , radius : 3 , } ,
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nitric _acid : { explosion : "fire,fire,hydrogen" , radius : 7 } ,
chloroauric _acid : { explosion : "fire,fire,hydrogen,gold_coin" , radius : 7 , } ,
liquid _chloroauric _acid : { explosion : "fire,fire,hydrogen,gold_coin" , radius : 7 , } ,
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water : { explosion : "fire,rubidiumhydroxide" , radius : 6 } ,
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} ,
density : 1532 ,
fireColor : "#d91e1e" ,
tick : function ( pixel ) {
pixel . burning = true ;
} ,
}
elements . moltenrubidium = {
density : 1532 ,
behavior : behaviors . LIQUID ,
viscosity : 8 ,
name : "MoltenRubidium" ,
category : "liquids" ,
color : [ "#adacac" , "#adadad" , "#c2c2c2" , "#b8b8b8" ] ,
reactions : {
chlorine : { elem1 : "rubidiumsalt" } ,
acid : { explosion : "fire,rubidiumsalt,water" , radius : 7 , } ,
aqua _regia : { explosion : "fire,rubidiumsalt,fire,water" , radius : 8 , } ,
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acidic _water : { explosion : "water,water,water,rubidiumsalt" , radius : 3 , } ,
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nitric _acid : { explosion : "fire,fire,hydrogen" , radius : 7 } ,
chloroauric _acid : { explosion : "fire,fire,hydrogen,gold_coin" , radius : 7 , } ,
liquid _chloroauric _acid : { explosion : "fire,fire,hydrogen,gold_coin" , radius : 7 , } ,
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water : { explosion : "fire,rubidiumhydroxide" , radius : 6 } ,
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} ,
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fireColor : "#d91e1e" ,
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tick : function ( pixel ) {
pixel . burning = true ;
} ,
tempLow : 38 ,
stateLow : "rubidium" ,
}
elements . rubidiumsalt = {
state : "powder" ,
name : "RubidiumSalt" ,
alias : "Rubidium Chloride or RbCl" ,
color : [ "#e6e6e6" , "#f5f5f5" , "#fafafa" , "#f0f0f0" ] ,
behavior : behaviors . POWDER ,
category : "powders" ,
density : 2800 ,
}
elements . irradiate = {
"color" : "rgb(25,150,25)" ,
"temp" : 2 ,
"category" : "tools" ,
"canPlace" : false ,
"desc" : "Use on irradiatable pixels to turn them radioactive." ,
"colorObject" : {
"r" : 25 ,
"g" : 150 ,
"b" : 25
} ,
tool : function ( pixel ) {
if ( pixel . element == "lead" ) {
changePixel ( pixel , "uranium" ) ;
} else if ( pixel . element == "glass" ) {
changePixel ( pixel , "rad_glass" ) ;
} else if ( pixel . element == "steam" ) {
changePixel ( pixel , "rad_steam" ) ;
} else if ( pixel . element == "cloud" || pixel . element == "rain_cloud" ) {
changePixel ( pixel , "rad_cloud" ) ;
} else if ( pixel . element == "water" ) {
changePixel ( pixel , "fallout" ) ;
}
} ,
}
elements . deradiate = {
name : "DE-radiate" ,
"color" : "rgb(255,255,255)" ,
"temp" : 2 ,
"category" : "tools" ,
"canPlace" : false ,
"desc" : "Use on irradiatable pixels to turn them radioactive." ,
"colorObject" : {
"r" : 25 ,
"g" : 150 ,
"b" : 25
} ,
tool : function ( pixel ) {
if ( pixel . element == "uranium" ) {
changePixel ( pixel , "lead" ) ;
} else if ( pixel . element == "rad_glass" ) {
changePixel ( pixel , "glass" ) ;
} else if ( pixel . element == "rad_steam" ) {
changePixel ( pixel , "steam" ) ;
} else if ( pixel . element == "rad_cloud" ) {
changePixel ( pixel , "cloud" ) ;
} else if ( pixel . element == "fallout" ) {
changePixel ( pixel , "water" ) ;
} else if ( pixel . element == "radiation" ) {
deletePixel ( pixel . x , pixel . y ) ;
}
} ,
} ;
elements . rubidiumhydroxide = {
burn : 50 ,
color : "#c9c5b1" ,
behavior : behaviors . LIQUID ,
reactions : {
chlorine : { elem1 : "rubidiumsalt" } ,
acid : { explosion : "fire,rubidiumsalt,water" , radius : 7 , } ,
aqua _regia : { explosion : "fire,rubidiumsalt,fire,water" , radius : 8 , } ,
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acidic _water : { explosion : "water,water,water,rubidiumsalt" , radius : 3 , } ,
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nitric _acid : { explosion : "fire,fire,hydrogen" , radius : 7 } ,
chloroauric _acid : { explosion : "fire,fire,hydrogen,gold_coin" , radius : 7 , } ,
liquid _chloroauric _acid : { explosion : "fire,fire,hydrogen,gold_coin" , radius : 7 , } ,
} ,
viscosity : 0.56 ,
//tempHigh: 64.7,
fireColor : "#d91e1e" ,
category : "liquids" ,
state : "liquid" ,
density : 2.12 ,
name : "RubidiumHydroxide" ,
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stateHigh : "rubidiumhydroxidecrystals" ,
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tempHigh : "1388" ,
}
elements . rubidiumhydroxidecrystals = {
burn : 50 ,
color : "#c9c5b1" ,
behavior : behaviors . POWDER ,
reactions : {
water : { elem1 : null , elem2 : "rubidiumhydroxide" , } ,
chlorine : { elem1 : "rubidiumsalt" } ,
acid : { explosion : "fire,rubidiumsalt,water" , radius : 7 , } ,
aqua _regia : { explosion : "fire,rubidiumsalt,fire,water" , radius : 8 , } ,
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acidic _water : { explosion : "water,water,water,rubidiumsalt" , radius : 3 , } ,
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nitric _acid : { explosion : "fire,fire,hydrogen" , radius : 7 } ,
chloroauric _acid : { explosion : "fire,fire,hydrogen,gold_coin" , radius : 7 , } ,
liquid _chloroauric _acid : { explosion : "fire,fire,hydrogen,gold_coin" , radius : 7 , } ,
} ,
fireColor : "#d91e1e" ,
category : "powders" ,
state : "powder" ,
density : 2.12 ,
name : "RubidiumHydroxideCrystals" ,
}
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elements . esuperheater = {
conduct : 1 ,
color : '#dd1111' ,
colorObject : {
"r" : 221 ,
"g" : 17 ,
"b" : 17
} ,
behavior : behaviors . WALL ,
behaviorOn : [
[
"XX" ,
"HT:10" ,
"XX"
] ,
[
"HT:10" ,
"XX" ,
"HT:10"
] ,
[
"XX" ,
"HT:10" ,
"XX"
]
] ,
category : "machines" ,
name : "e-superheater" ,
} ,
elements . efreezer = {
conduct : 1 ,
color : '#ffffff' ,
colorObject : {
"r" : 255 ,
"g" : 255 ,
"b" : 255
} ,
behavior : behaviors . WALL ,
behaviorOn : [
[
"XX" ,
"CO:10" ,
"XX"
] ,
[
"CO:10" ,
"XX" ,
"CO:10"
] ,
[
"XX" ,
"CO:10" ,
"XX"
]
] ,
category : "machines" ,
name : "e-freezer" ,
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}
let num = 0 ;
elements . morechemmixer = {
name : "MoreChemMixer" ,
behavior : behaviors . WALL ,
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category : "machines" ,
noMix : true ,
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onSelect : function ( pixel ) {
let item = prompt ( "enter range for mixing." ) ;
if ( /^\d+$/ . test ( item ) ) {
num = parseInt ( item ) ;
} else {
alert ( "that is not an integer." ) ;
}
} ,
tick : function ( pixel ) {
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if ( pixel . start == pixelTicks ) {
pixel . range = num ;
}
let range = mouseRange ( pixel . x , pixel . y , pixel . range ) ;
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mix ( range ) ;
}
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}
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let num1 = 0 ;
elements . morechemsmasher = {
name : "MoreChemSmasher" ,
behavior : behaviors . WALL ,
category : "machines" ,
noMix : true ,
onSelect : function ( pixel ) {
let item = prompt ( "enter range for smashing." ) ;
if ( /^\d+$/ . test ( item ) ) {
num1 = parseInt ( item ) ;
} else {
alert ( "that is not an integer." ) ;
}
} ,
tick : function ( pixel ) {
if ( pixel . start == pixelTicks ) {
pixel . range = num1 ;
}
let range = mouseRange ( pixel . x , pixel . y , pixel . range ) ;
smash ( range ) ;
}
}
let num2 = 0 ;
let exclude = [ ] ;
elements . specialsmasher = {
name : "SpecialSmasher" ,
behavior : behaviors . WALL ,
category : "machines" ,
noMix : true ,
onSelect : function ( pixel ) {
let item = prompt ( "enter range for smashing." ) ;
exclude = prompt ( "Enter elements to exclude, seperate them with commas." ) . replace ( /\s/g , "" ) . split ( "," ) ;
if ( /^\d+$/ . test ( item ) ) {
num2 = parseInt ( item ) ;
} else {
alert ( "that is not an integer." ) ;
}
} ,
tick : function ( pixel ) {
if ( pixel . start == pixelTicks ) {
pixel . range = num2 ;
}
let range = mouseRange ( pixel . x , pixel . y , pixel . range ) ;
smash ( range , exclude ) ;
}
}
let num3 = 0 ;
let exclude1 = [ ] ;
elements . specialmixer = {
name : "SpecialMixer" ,
behavior : behaviors . WALL ,
category : "machines" ,
noMix : true ,
onSelect : function ( pixel ) {
let item = prompt ( "enter range for mixing." ) ;
exclude = prompt ( "Enter elements to exclude, seperate them with commas." ) . replace ( /\s/g , "" ) . split ( "," ) ;
if ( /^\d+$/ . test ( item ) ) {
num3 = parseInt ( item ) ;
} else {
alert ( "that is not an integer." ) ;
}
} ,
tick : function ( pixel ) {
if ( pixel . start == pixelTicks ) {
pixel . range = num3 ;
}
let range = mouseRange ( pixel . x , pixel . y , pixel . range ) ;
mix ( range , exclude ) ;
}
}
let num4 = 0 ;
let exclude2 = [ ] ;
let property1 = "" ;
let value2 = "" ;
elements . propmachine = {
name : "PropMachine" ,
behavior : behaviors . WALL ,
category : "machines" ,
noMix : true ,
onSelect : function ( pixel ) {
let item = prompt ( "enter range for prop changing." ) ;
if ( /^\d+$/ . test ( item ) ) {
num4 = parseInt ( item ) ;
} else {
alert ( "that is not an integer." ) ;
}
exclude2 = prompt ( "Enter elements to exclude, seperate them with commas." ) . replace ( /\s/g , "" ) . split ( "," ) ;
exclude2 . push ( "propmachine" ) ;
var answer1 = prompt ( "Warning - This tool may break the simulator if used incorrectly.\n\nEnter a pixel attribute to modify:" , ( currentProp || undefined ) ) ;
if ( ! answer1 ) { return }
var answer2 = prompt ( "Now, enter a value for " + answer1 + ":" , ( currentPropValue || undefined ) ) ;
if ( ! answer2 ) { return }
var valueL = answer2 . toLowerCase ( ) ;
if ( valueL === "true" ) { answer2 = true }
else if ( valueL === "false" ) { answer2 = false }
else if ( valueL === "null" ) { answer2 = null }
else if ( valueL === "undefined" ) { answer2 = undefined }
else if ( answer1 === "color" && valueL [ 0 ] === "#" ) {
var rgb = hexToRGB ( valueL ) ;
answer2 = "rgb(" + rgb . r + "," + rgb . g + "," + rgb . b + ")" ;
}
currentProp = answer1 ;
var num = parseFloat ( answer2 ) ;
if ( ! isNaN ( num ) ) { answer2 = num }
currentPropValue = answer2 ;
logMessage ( "Prop: " + currentProp ) ;
logMessage ( "Value: " + currentPropValue ) ;
} ,
tick : function ( pixel ) {
if ( pixel . start == pixelTicks ) {
pixel . range = num4 ;
}
let range = mouseRange ( pixel . x , pixel . y , pixel . range ) ;
prop ( { property : property1 , value : value2 } , range , exclude2 ) ;
}
}
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let item = "" ;
elements . improvedsensor = {
behavior : behaviors . WALL ,
color : "#bebfa3" ,
onSelect : function ( ) {
item = prompt ( "what item should it detect?" ) ;
} ,
tick : function ( pixel ) {
if ( pixel . start == pixelTicks ) {
pixel . clone = item ;
}
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for ( var i = 0 ; i < adjacentCoords . length ; i ++ ) {
var coords = adjacentCoords [ i ] ;
var x = pixel . x + coords [ 0 ] ;
var y = pixel . y + coords [ 1 ] ;
if ( ! isEmpty ( x , y , true ) ) {
var sensed = pixelMap [ x ] [ y ] ;
if ( sensed . element == pixel . clone ) {
pixel . charge = 5 ;
break ;
}
}
}
doDefaults ( pixel ) ;
} ,
conduct : 1 ,
movable : false ,
category : "machines" ,
darkText : true ,
hardness : 1 ,
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} ;
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elements . eincinerator = {
conduct : 1 ,
color : 'rgb(255, 70, 0)' ,
colorObject : {
"r" : 240 ,
"g" : 10 ,
"b" : 0
} ,
behavior : behaviors . WALL ,
behaviorOn : [
[
"XX" ,
"HT:100000" ,
"XX"
] ,
[
"HT:100000" ,
"XX" ,
"HT:100000"
] ,
[
"XX" ,
"HT:100000" ,
"XX"
]
] ,
category : "machines" ,
name : "E-Incinerator" ,
noMix : true ,
}
elements . incinerator = {
behavior : [
[
"XX" ,
"HT:100000" ,
"XX"
] ,
[
"HT:100000" ,
"XX" ,
"HT:100000"
] ,
[
"XX" ,
"HT:100000" ,
"XX"
]
] ,
name : "Incinerator" ,
category : "machines" ,
colorObject : {
"r" : 255 ,
"g" : 50 ,
"b" : 0
} ,
color : 'rgb(255, 50, 0)' ,
noMix : true ,
}
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function prop ( obj , range , exclude = [ ] ) {
for ( var i = 0 ; i < range . length ; i ++ ) {
if ( ! isEmpty ( range [ i ] [ 0 ] , range [ i ] [ 1 ] , true ) ) {
var pixel = pixelMap [ range [ i ] [ 0 ] ] [ range [ i ] [ 1 ] ] ;
if ( ! exclude . includes ( pixel . element ) ) {
if ( /^\d+$/ . test ( obj . value ) ) {
obj . value = parseInt ( obj . value ) ;
}
if ( ! currentProp ) { return }
if ( pixel [ currentProp ] !== undefined && typeof pixel [ currentProp ] !== typeof currentPropValue ) {
logMessage ( "Error: " + currentProp + " type is " + typeof pixel [ currentProp ] + ", not " + typeof currentPropValue + "." ) ;
currentProp = null ;
currentPropValue = null ;
return ;
}
if ( currentProp === "element" ) {
changePixel ( pixel , currentPropValue ) ;
return ;
}
if ( currentProp === "burning" && currentPropValue === "true" ) {
pixel . burnStart = pixelTicks ;
return ;
}
pixel [ currentProp ] = currentPropValue ;
}
}
}
}
function mix ( range , exclude = [ ] ) {
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let mixlist = [ ] ;
for ( var i = 0 ; i < range . length ; i ++ ) {
var x = range [ i ] [ 0 ] ;
var y = range [ i ] [ 1 ] ;
if ( ! isEmpty ( x , y , true ) ) {
var pixel = pixelMap [ x ] [ y ] ;
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if ( elements [ pixel . element ] . noMix !== true ) {
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mixlist . push ( pixel ) ;
}
}
}
for ( var i = 0 ; i < mixlist . length ; i ++ ) {
var pixel1 = mixlist [ Math . floor ( Math . random ( ) * mixlist . length ) ] ;
var pixel2 = mixlist [ Math . floor ( Math . random ( ) * mixlist . length ) ] ;
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if ( exclude . includes ( pixel1 . element ) || exclude . includes ( pixel2 . element ) ) {
mixlist . splice ( mixlist . indexOf ( pixel1 ) , 1 ) ;
mixlist . splice ( mixlist . indexOf ( pixel2 ) , 1 ) ;
} else {
swapPixels ( pixel1 , pixel2 ) ;
mixlist . splice ( mixlist . indexOf ( pixel1 ) , 1 ) ;
mixlist . splice ( mixlist . indexOf ( pixel2 ) , 1 ) ;
if ( elements [ pixel1 . element ] . onMix ) {
elements [ pixel1 . element ] . onMix ( pixel1 , pixel2 ) ;
}
if ( elements [ pixel2 . element ] . onMix ) {
elements [ pixel2 . element ] . onMix ( pixel2 , pixel1 ) ;
}
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}
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}
}
function smash ( range , exclude = [ ] ) {
let smashlist = [ ] ;
for ( var i = 0 ; i < range . length ; i ++ ) {
var x = range [ i ] [ 0 ] ;
var y = range [ i ] [ 1 ] ;
if ( ! isEmpty ( x , y , true ) ) {
var pixel = pixelMap [ x ] [ y ] ;
if ( elements [ pixel . element ] . noMix !== true ) {
smashlist . push ( pixel ) ;
}
}
}
for ( var i = 0 ; i < smashlist . length ; i ++ ) {
var pixel1 = smashlist [ Math . floor ( Math . random ( ) * smashlist . length ) ] ;
smashlist . splice ( smashlist . indexOf ( pixel1 ) , 1 ) ;
if ( elements [ pixel1 . element ] . breakInto && ! exclude . includes ( pixel1 . element ) ) {
if ( Array . isArray ( elements [ pixel1 . element ] . breakInto ) ) {
changePixel ( pixelMap [ pixel1 . x ] [ pixel1 . y ] , elements [ pixel1 . element ] . breakInto [ Math . floor ( Math . random ( ) * elements [ pixel1 . element ] . breakInto . length ) ] )
} else {
changePixel ( pixelMap [ pixel1 . x ] [ pixel1 . y ] , elements [ pixel1 . element ] . breakInto )
}
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}
}
}
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function pull ( range , pixel1 , include = [ ] ) {
let pulllist = [ ] ;
for ( var i = 0 ; i < range . length ; i ++ ) {
var x = range [ i ] [ 0 ] ;
var y = range [ i ] [ 1 ] ;
if ( ! isEmpty ( x , y , true ) ) {
var pixel = pixelMap [ x ] [ y ] ;
if ( elements [ pixel . element ] . noMix !== true ) {
pulllist . push ( pixel ) ;
}
}
}
for ( var i = 0 ; i < pulllist . length ; i ++ ) {
var pixel = pulllist [ Math . floor ( Math . random ( ) * pulllist . length ) ] ;
pulllist . splice ( pulllist . indexOf ( pixel ) , 1 ) ;
if ( elements [ pixel . element ] . movable != false && include . includes ( pixel . element ) ) {
for ( var i = 0 ; i < pulllist . length ; i ++ ) {
if ( pixelInRange ( pulllist [ i ] , range ) ) {
let Xdistance = pixel1 . x - pixel . x ;
let Ydistance = pixel1 . y - pixel . y ;
let newX = ( Xdistance > pixel . x ? pixel . x + 3 : pixel . x + 1 ) ;
let newY = ( Ydistance > pixel . y ? pixel . y + 3 : pixel . y + 1 ) ;
tryMove ( pixel , newX , newY , undefined , false ) ;
}
}
}
}
}
