const MAXSTEPS = 10000
function ConvertVariables ( str , data ) {
return str
. replaceAll ( "%START%" , data . start )
. replaceAll ( "%TARGET%" , data . target )
. replaceAll ( "%EVENT%" , data . event )
. replaceAll ( "%STEPS%" , data . steps )
. replaceAll ( "%PLURAL_STEPS%" , Plural ( data . steps ) )
. replaceAll ( "%VOLTAGE%" , data . voltage )
. replaceAll ( "%STEP%" , data . step )
. replaceAll ( "%PERCENT%" , data . percent )
. replaceAll ( "%LOWSCORE%" , data . lowscore )
. replaceAll ( "%HIGHSCORE%" , data . highscore )
. replaceAll ( "%EPGAIN%" , data . epgain )
. replaceAll ( "%REMAINING%" , data . remaining )
}
var LANGUAGE = English
var LANGUAGELIST = { English : { name : "English" , translation : English } , Japanese : { name : "Japanese" , translation : Japanese } /*,Korean:{name:"한국어",translation:Korean}*/ }
var TRANSLATEELEMENTS = 100 //Increase as number of translated elements increases.
function Plural ( t ) {
return t == 1 ? "" : "s"
}
function ConvertLanguage ( ) {
for ( var i = 0 ; i < TRANSLATEELEMENTS ; i ++ ) {
var e = document . getElementsByClassName ( "translate" + i ) [ 0 ] ;
if ( e ) {
e . innerHTML = LANGUAGE ( i )
}
//document.getElementById("console").value+=LANGUAGE(e.innerHTML)+"\n"
}
}
ConvertLanguage ( )
function toggle ( ) {
//document.getElementById("console").value+=JSON.stringify(document.getElementById("advanced"))
document . getElementById ( "advanced2" ) . style . visibility = document . getElementById ( "advanced" ) . checked ? "visible" : "hidden"
}
function toggleWarning ( ) {
setTimeout ( ( ) => { document . getElementById ( "warningparktext" ) . style . visibility = document . getElementById ( "flexible" ) . checked ? "visible" : "hidden" } , 100 )
}
function toggleBonus ( ) {
var bonusOptions = { } ;
bonusOptions [ 'noBonus' ] = [ '0' , '20' , '40' , '60' , '80' , '100' , '120' , '140' , '160' ] ;
bonusOptions [ 'bonus' ] = [ '0' , '20' , '40' , '50' , '60' , '70' , '80' , '90' , '100' , '110' , '120' , '140' , '150' , '170' , '200' ] ;
var isBonus = document . getElementById ( "teambonus" ) . checked ;
var bonusList = document . getElementById ( "bonus" ) ;
while ( bonusList . options . length ) {
bonusList . remove ( 0 ) ;
}
if ( isBonus ) {
for ( var i = 0 ; i < bonusOptions [ 'bonus' ] . length ; i ++ ) {
var entry = new Option ( bonusOptions [ 'bonus' ] [ i ] + "%" , bonusOptions [ 'bonus' ] [ i ] / 100 ) ;
bonusList . options . add ( entry ) ;
}
} else {
for ( var i = 0 ; i < bonusOptions [ 'noBonus' ] . length ; i ++ ) {
var entry = new Option ( bonusOptions [ 'noBonus' ] [ i ] + "%" , bonusOptions [ 'noBonus' ] [ i ] / 100 ) ;
bonusList . options . add ( entry ) ;
}
}
}
/ * f u n c t i o n t o g g l e B i n g o ( ) {
setTimeout ( ( ) => { document . getElementById ( "hideBingo" ) . style . visibility = document . getElementById ( "Bingo" ) . checked ? "visible" : "hidden" } , 100 )
} * /
function test ( ) {
var start = Math . abs ( Math . max ( 0 , Number ( document . getElementById ( "starting" ) . value ) ) )
var end = Math . abs ( Math . max ( 0 , Number ( document . getElementById ( "ending" ) . value ) ) )
var bonus = Number ( document . getElementById ( "bonus" ) . value )
var isBonus = document . getElementById ( "teambonus" ) . checked
var parameter = Math . abs ( Math . max ( 0 , Number ( document . getElementById ( "parameter" ) . value ) ) )
var type = ( document . getElementById ( "Bingo" ) . checked ? "Bingo" :
document . getElementById ( "Poker" ) . checked ? "Poker" :
document . getElementById ( "Raid" ) . checked ? "Raid" :
"Medley" )
var flexible = document . getElementById ( "flexible" ) . checked
//document.getElementById("console").value=flexible+"...\n\n"
var step = 1
var flameCount = 0
var originalTarget = start
document . getElementById ( "console" ) . value = ""
var interval = ( type == "Medley" ) ? 15000 : ( type == "Poker" ) ? 4000 : 10000
var maxscore = Math . floor ( Math . abs ( Math . min ( 5000000 , Math . max ( 0 , Number ( document . getElementById ( "maxscore" ) . value ) ) ) ) / interval ) * interval
function EPCalc ( voltage , score , bonus ) {
if ( voltage > 0 ) {
switch ( type ) {
case "Bingo" : {
return voltage * Math . floor ( ( 1 + bonus ) * ( Math . max ( 10 , Math . floor ( score / interval ) ) + Math . floor ( parameter / 600 ) ) )
} break ;
case "Medley" : {
return voltage * Math . floor ( ( 1 + bonus ) * ( 10 + Math . floor ( score / interval ) + Math . floor ( parameter / 600 ) ) )
} break ;
case "Poker" : {
return voltage * Math . floor ( ( 1 + bonus ) * ( 50 + Math . floor ( score / interval ) + Math . floor ( parameter / 600 ) ) )
} break ;
case "Raid" : {
return voltage * Math . floor ( ( 1 + bonus ) * ( 50 + Math . floor ( score / interval ) + Math . floor ( parameter / 600 ) ) )
} break ;
}
} else {
return Math . round ( bonus * 10 ) + 10
}
}
// Generate a list of possible bonus values the user can have, based on the selected drop down value and whether extra 10% bonus is applied
var bonusOptions = [ 0 , . 2 , . 4 , . 5 , . 6 , . 7 , . 8 , . 9 , 1 , 1.1 , 1.2 , 1.4 , 1.5 , 1.7 , 2 ] ;
function GenerateBonusRange ( bonusValue , isBonus ) {
var array = [ ] ;
if ( isBonus ) {
for ( var i = bonusValue ; i >= 0 ; i -= 0.1 ) {
i = Math . round ( i * 10 ) / 10 // Eliminate precision problems
if ( bonusOptions . includes ( i ) ) {
array . push ( i )
}
}
} else {
for ( var i = bonusValue ; i >= 0 ; i -= 0.2 ) {
i = Math . round ( i * 10 ) / 10
array . push ( i )
}
}
return array
}
// During rehearsal, we can't use the odd bonus values, so return next lowest even value
function GetNextBonus ( bonusValue ) {
for ( var i = bonusValue ; i >= 0 ; i -= 0.1 ) {
i = Math . round ( i * 10 ) / 10
if ( bonusOptions . includes ( i ) && ( ( i * 10 ) % 2 == 0 ) ) {
return i
}
}
}
var bonusRange = GenerateBonusRange ( bonus , isBonus )
function EvenOdd ( val ) {
return val % 2 == 0 ? "even" : "odd"
}
function TryBiggestGain ( tbonus ) {
var voltage = 5
for ( var i = maxscore ; i >= maxscore * 0.8 ; i -= interval ) {
if ( start + EPCalc ( voltage , i , tbonus ) < end - 10 || ( ( start + EPCalc ( voltage , i , tbonus ) == end ) && ( ( end - start ) % 2 == 1 || ( end - start ) > 26 ) ) ) {
//document.getElementById("console").value+="Ending value needs to be "+EvenOdd(end-10)+"\n"
if ( EvenOdd ( start + EPCalc ( voltage , i , tbonus ) ) == EvenOdd ( end - 10 ) ) {
//document.getElementById("console").value+=EvenOdd(start+EPCalc(voltage,i,tbonus))+"/"+EvenOdd(end-10)+"\n"
start += EPCalc ( voltage , i , tbonus )
flameCount += voltage
document . getElementById ( "console" ) . value += ConvertVariables ( LANGUAGE ( "%STEP%" ) , { step : step ++ , voltage : voltage , percent : Math . round ( tbonus * 100 ) , lowscore : i , highscore : ( i + interval - 1 ) , epgain : EPCalc ( voltage , i , tbonus ) , remaining : end - start } ) + "\n"
/*"Step "+(step++)+") Using "+voltage+" voltage w/"+Math.round(tbonus*100)+"% team, score between "+i+"~"+(i+interval-1)+" pts. EP +"+EPCalc(voltage,i,tbonus)+". Remaining:"+(end-start)+" EP \n"*/
return true
}
}
}
return false
}
function TrySmallerGain ( voltage , tbonus ) {
for ( var i = maxscore ; i >= maxscore * 0.8 ; i -= interval ) {
if ( start + EPCalc ( voltage , i , tbonus ) < end - 10 || ( ( start + EPCalc ( voltage , i , tbonus ) == end ) && ( ( end - start ) % 2 == 1 || ( end - start ) > 26 ) ) ) {
//document.getElementById("console").value+="Ending value needs to be "+EvenOdd(end-10)+"\n"
if ( EvenOdd ( start + EPCalc ( voltage , i , tbonus ) ) == EvenOdd ( end - 10 ) || start + EPCalc ( voltage , i , tbonus ) == end ) {
//document.getElementById("console").value+=EvenOdd(start+EPCalc(voltage,i,tbonus))+"/"+EvenOdd(end-10)+"\n"
start += EPCalc ( voltage , i , tbonus )
flameCount += voltage
document . getElementById ( "console" ) . value += ConvertVariables ( LANGUAGE ( "%STEP%" ) , { step : step ++ , voltage : voltage , percent : Math . round ( tbonus * 100 ) , lowscore : i , highscore : ( i + interval - 1 ) , epgain : EPCalc ( voltage , i , tbonus ) , remaining : end - start } ) + "\n"
/*"Step "+(step++)+") Using "+voltage+" voltage w/"+Math.round(tbonus*100)+"% team, score between "+i+"~"+(i+interval-1)+" pts. EP +"+EPCalc(voltage,i,tbonus)+". Remaining:"+(end-start)+" EP \n"*/
return true
}
}
}
return false
}
function TrySmolGain ( voltage , tbonus ) {
for ( var i = maxscore ; i >= 0 ; i -= interval ) {
if ( ( EPCalc ( voltage , i , tbonus ) >= ( 10 + Math . round ( bonus * 10 ) ) && ( start + EPCalc ( voltage , i , tbonus ) <= end - ( 10 + Math . round ( bonus * 10 ) ) ) ) || ( ( start + EPCalc ( voltage , i , tbonus ) == end ) && ( ( end - start ) % 2 == 1 || ( end - start ) > 26 ) ) ) {
//document.getElementById("console").value+="Ending value needs to be "+EvenOdd(end-10)+"\n"
if ( EvenOdd ( start + EPCalc ( voltage , i , tbonus ) ) == EvenOdd ( end - 10 ) || start + EPCalc ( voltage , i , tbonus ) == end ) {
//document.getElementById("console").value+=EvenOdd(start+EPCalc(voltage,i,tbonus))+"/"+EvenOdd(end-10)+"\n"
start += EPCalc ( voltage , i , tbonus )
flameCount += voltage
document . getElementById ( "console" ) . value += ConvertVariables ( LANGUAGE ( "%STEP%" ) , { step : step ++ , voltage : voltage , percent : Math . round ( tbonus * 100 ) , lowscore : i , highscore : ( i + interval - 1 ) , epgain : EPCalc ( voltage , i , tbonus ) , remaining : end - start } ) + "\n"
/*"Step "+(step++)+") Using "+voltage+" voltage w/"+Math.round(tbonus*100)+"% team, score between "+i+"~"+(i+interval-1)+" pts. EP +"+EPCalc(voltage,i,tbonus)+". Remaining:"+(end-start)+" EP \n"*/
return true
}
}
}
for ( var i = maxscore ; i >= 0 ; i -= interval ) {
if ( EvenOdd ( start + EPCalc ( voltage , i , tbonus ) ) != EvenOdd ( end - 10 ) && ( ( ( start + EPCalc ( voltage , i , tbonus ) ) == end ) && ( ( end - start ) % 2 == 1 || ( end - start ) > 26 ) ) ) {
//document.getElementById("console").value+="Ending value needs to be "+EvenOdd(end-10)+"\n"
//document.getElementById("console").value+=EvenOdd(start+EPCalc(voltage,i,tbonus))+"/"+EvenOdd(end-10)+"\n"
start += EPCalc ( voltage , i , tbonus )
flameCount += voltage
document . getElementById ( "console" ) . value += ConvertVariables ( LANGUAGE ( "%STEP%" ) , { step : step ++ , voltage : voltage , percent : Math . round ( tbonus * 100 ) , lowscore : i , highscore : ( i + interval - 1 ) , epgain : EPCalc ( voltage , i , tbonus ) , remaining : end - start } ) + "\n"
/*"Step "+(step++)+") Using "+voltage+" voltage w/"+Math.round(tbonus*100)+"% team, score between "+i+"~"+(i+interval-1)+" pts. EP +"+EPCalc(voltage,i,tbonus)+". Remaining:"+(end-start)+" EP \n"*/
return true
}
}
/ * f o r ( v a r i = m a x s c o r e ; i > = 0 ; i - = i n t e r v a l ) {
if ( ( start + EPCalc ( voltage , i , tbonus ) ) == end ) {
//document.getElementById("console").value+="Ending value needs to be "+EvenOdd(end-10)+"\n"
//document.getElementById("console").value+=EvenOdd(start+EPCalc(voltage,i,tbonus))+"/"+EvenOdd(end-10)+"\n"
start += EPCalc ( voltage , i , tbonus )
flameCount += voltage
document . getElementById ( "console" ) . value += "Step " + ( step ++ ) + ") Using " + voltage + " voltage w/" + Math . round ( tbonus * 100 ) + "% team, score between " + i + "~" + ( i + interval - 1 ) + " pts. EP +" + EPCalc ( voltage , i , tbonus ) + ". Remaining:" + ( end - start ) + " EP \n"
return true
}
} * /
for ( var i = maxscore ; i >= 0 ; i -= interval ) {
if ( EvenOdd ( start + EPCalc ( voltage , i , tbonus ) ) != EvenOdd ( end - 10 ) && ( ( ( start + EPCalc ( voltage , i , tbonus ) ) == end ) && ( ( end - start ) % 2 == 1 || ( end - start ) > 26 ) ) ) {
//document.getElementById("console").value+="Ending value needs to be "+EvenOdd(end-10)+"\n"
//document.getElementById("console").value+=EvenOdd(start+EPCalc(voltage,i,tbonus))+"/"+EvenOdd(end-10)+"\n"
start += EPCalc ( voltage , i , tbonus )
flameCount += voltage
document . getElementById ( "console" ) . value += ConvertVariables ( LANGUAGE ( "%STEP%" ) , { step : step ++ , voltage : voltage , percent : Math . round ( tbonus * 100 ) , lowscore : i , highscore : ( i + interval - 1 ) , epgain : EPCalc ( voltage , i , tbonus ) , remaining : end - start } ) + "\n"
/*"Step "+(step++)+") Using "+voltage+" voltage w/"+Math.round(tbonus*100)+"% team, score between "+i+"~"+(i+interval-1)+" pts. EP +"+EPCalc(voltage,i,tbonus)+". Remaining:"+(end-start)+" EP \n"*/
return true
}
}
return false
}
function TryEqualGain ( voltage , tbonus ) {
for ( var i = maxscore ; i >= 0 ; i -= interval ) {
//document.getElementById("console").value+=(start+EPCalc(voltage,i,tbonus))+"/"+end+"\n"
if ( ( ( start + EPCalc ( voltage , i , tbonus ) ) == end ) && ( ( end - start ) % 2 == 1 || ( end - start ) > 26 ) ) {
//document.getElementById("console").value+="Ending value needs to be "+EvenOdd(end-10)+"\n"
//document.getElementById("console").value+=EvenOdd(start+EPCalc(voltage,i,tbonus))+"/"+EvenOdd(end-10)+"\n"
start += EPCalc ( voltage , i , tbonus )
flameCount += voltage
document . getElementById ( "console" ) . value += ConvertVariables ( LANGUAGE ( "%STEP%" ) , { step : step ++ , voltage : voltage , percent : Math . round ( tbonus * 100 ) , lowscore : i , highscore : ( i + interval - 1 ) , epgain : EPCalc ( voltage , i , tbonus ) , remaining : end - start } ) + "\n"
/*"Step "+(step++)+") Using "+voltage+" voltage w/"+Math.round(tbonus*100)+"% team, score between "+i+"~"+(i+interval-1)+" pts. EP +"+EPCalc(voltage,i,tbonus)+". Remaining:"+(end-start)+" EP \n"*/
return true
}
}
if ( end == start ) {
return false
} else {
return undefined
}
}
function TryMatchingRehearsal ( tbonus ) {
//document.getElementById("console").value+=(Math.round(tbonus*10))+10
if ( end - start == ( Math . round ( tbonus * 10 ) ) + 10 ) {
var gain = ( Math . round ( tbonus * 10 ) ) + 10
start += gain
document . getElementById ( "console" ) . value += ConvertVariables ( LANGUAGE ( "%REHEARSAL%" ) , { step : step ++ , percent : Math . round ( tbonus * 100 ) , epgain : gain , remaining : end - start } ) + "\n"
/*"Step "+(step++)+") Use Rehearsal w/"+Math.round(tbonus*100)+"% team. EP +"+gain+". Remaining:"+(end-start)+" EP \n"*/
return false
}
return true
}
function TryRehearsal ( tbonus ) {
if ( end == start ) {
return false
}
var voltage = 0
if ( ( end - start ) % 2 !== 0 ) {
if ( isBonus && ( end - start >= 21 ) ) {
var gain = 0
// If rehearsing with an odd gap, use 110% to flip back to even - only exception is 29, need to use 90%
if ( end - start == 29 ) {
gain = 19
} else {
gain = 21
}
start += gain
document . getElementById ( "console" ) . value += ConvertVariables ( LANGUAGE ( "%REHEARSAL%" ) , { step : step ++ , percent : ( ( gain - 10 ) * 10 ) , epgain : gain , remaining : end - start } ) + "\n"
return true
} else {
return undefined
}
}
if ( end - start > ( 10 + Math . round ( tbonus * 10 ) ) + 10 ) {
var gain = ( 10 + Math . round ( tbonus * 10 ) )
if ( EvenOdd ( end - start ) != EvenOdd ( gain ) ) {
tbonus = GetNextBonus ( tbonus )
gain = ( 10 + Math . round ( tbonus * 10 ) )
}
start += gain
//document.getElementById("console").value+="1)"
document . getElementById ( "console" ) . value += ConvertVariables ( LANGUAGE ( "%REHEARSAL%" ) , { step : step ++ , percent : Math . round ( tbonus * 100 ) , epgain : gain , remaining : end - start } ) + "\n"
/*"Step "+(step++)+") Use Rehearsal w/"+Math.round(tbonus*100)+"% team. EP +"+gain+". Remaining:"+(end-start)+" EP \n"*/
return true
} else
for ( var j of GenerateBonusRange ( tbonus , isBonus ) ) {
result = TryMatchingRehearsal ( j )
if ( ! result ) {
return false
}
}
if ( end - start >= 20 ) {
var gain = 0
if ( isBonus && ( ( end - start ) == 38 || ( end - start ) == 36 ) ) { // If bonus exists, and gap is 36 or 38, need to do special exception because bonus teams can't reach 160% or 180%
gain = 24
} else {
gain = end - start - 10
}
start += gain
//document.getElementById("console").value+="2)"
document . getElementById ( "console" ) . value += ConvertVariables ( LANGUAGE ( "%REHEARSAL%" ) , { step : step ++ , percent : ( ( gain - 10 ) * 10 ) , epgain : gain , remaining : end - start } ) + "\n"
/*"Step "+(step++)+") Use Rehearsal w/"+((gain-10)*10)+"% team. EP +"+gain+". Remaining:"+(end-start)+" EP \n"*/
return true
} else
if ( ( end - start ) % 10 == 0 ) {
var gain = 10
start += gain
//document.getElementById("console").value+="3)"
document . getElementById ( "console" ) . value += ConvertVariables ( LANGUAGE ( "%REHEARSAL%" ) , { step : step ++ , percent : 0 , epgain : gain , remaining : end - start } ) + "\n"
/*"Step "+(step++)+") Use Rehearsal w/0% team. EP +"+gain+". Remaining:"+(end-start)+" EP \n"*/
return false
} else
{
var gain = end - start
if ( ( ( gain - 10 ) * 10 ) >= 0 ) {
start += gain
//document.getElementById("console").value+="4)"
document . getElementById ( "console" ) . value += ConvertVariables ( LANGUAGE ( "%REHEARSAL%" ) , { step : step ++ , percent : ( ( gain - 10 ) * 10 ) , epgain : gain , remaining : end - start } ) + "\n"
/*"Step "+(step++)+") Use Rehearsal w/"+((gain-10)*10)+"% team. EP +"+(gain)+". Remaining:"+(end-start)+" EP \n"*/
return false
} else {
return undefined
}
}
return false
/ * v a r v o l t a g e = 0
if ( end - start > 36 ) {
start += 26
document . getElementById ( "console" ) . value += "Step " + ( step ++ ) + ") Use Rehearsal w/" + ( 1.6 * 100 ) + "% team. EP +" + EPCalc ( voltage , 1 , 1.6 ) + ". Remaining:" + ( end - start ) + " EP \n"
return true
} else
if ( end - start > 20 ) {
var bonus = ( end - start - 20 ) * 10
var gain = end - start - 10
start += end - start - 10
document . getElementById ( "console" ) . value += "Step " + ( step ++ ) + ") Use Rehearsal w/" + ( bonus ) + "% team. EP +" + gain + ". Remaining:" + ( end - start ) + " EP \n"
if ( ( bonus / 10 ) % 2 != 0 ) {
return undefined
} else {
return true
}
} else {
if ( end - start < 10 || ( end - start ) % 2 != 0 ) {
return undefined
}
var bonus = ( ( end - start - 10 ) / 20 ) * 2
start += end - start
document . getElementById ( "console" ) . value += "Step " + ( step ++ ) + ") Use Rehearsal w/" + ( ( bonus ) * 100 ) + "% team. EP +" + EPCalc ( voltage , 1 , bonus ) + ". Remaining:" + ( end - start ) + " EP \n"
return false
}
return true * /
}
if ( ( end - start ) > 1000000 ) {
document . getElementById ( "console" ) . value =
LANGUAGE ( "%LARGEGAP%" )
//"Get closer to target score before using parking calculator!"
}
else {
var result = true
if ( maxscore > 0 ) {
if ( flexible ) {
for ( var j of bonusRange ) {
while ( TryBiggestGain ( j ) ) {
//document.getElementById("console").value+=+start+" EP"+"\n"
}
for ( var i = 4 ; i > 0 ; i -- ) {
while ( TrySmallerGain ( i , j ) ) {
//document.getElementById("console").value+="Step "+(step++)+")"+start+" EP"+"\n"
}
}
for ( var i = 5 ; i > 0 ; i -- ) {
while ( TrySmolGain ( i , j ) ) {
//document.getElementById("console").value+="Step "+(step++)+")"+start+" EP"+"\n"
}
}
}
} else {
while ( TryBiggestGain ( bonus ) ) {
//document.getElementById("console").value+=+start+" EP"+"\n"
}
for ( var i = 4 ; i > 0 ; i -- ) {
while ( TrySmallerGain ( i , bonus ) ) {
//document.getElementById("console").value+="Step "+(step++)+")"+start+" EP"+"\n"
}
}
for ( var i = 5 ; i > 0 ; i -- ) {
while ( TrySmolGain ( i , bonus ) ) {
//document.getElementById("console").value+="Step "+(step++)+")"+start+" EP"+"\n"
}
}
}
}
for ( var j of bonusRange ) {
result = TryMatchingRehearsal ( j )
if ( ! result ) {
break ;
}
}
if ( result ) {
var maxBonus = ( isBonus ) ? 2.0 : 1.6
for ( var j of GenerateBonusRange ( maxBonus , isBonus ) ) {
result = TryMatchingRehearsal ( j )
if ( ! result ) {
break ;
}
}
}
if ( result ) {
do {
if ( flexible ) {
for ( var j of bonusRange ) {
var prevstart = 0
result = TryRehearsal ( j )
if ( start !== prevstart ) {
break ;
}
}
} else {
result = TryRehearsal ( bonus )
}
} while ( result ) ;
}
if ( maxscore > 0 ) {
if ( flexible ) {
for ( var i = 5 ; i > 0 ; i -- ) {
for ( var j of bonusRange ) {
while ( result = TryEqualGain ( i , j ) ) {
//document.getElementById("console").value+="Step "+(step++)+")"+start+" EP"+"\n"
}
}
}
} else {
for ( var i = 5 ; i > 0 ; i -- ) {
while ( result = TryEqualGain ( i , bonus ) ) {
//document.getElementById("console").value+="Step "+(step++)+")"+start+" EP"+"\n"
}
}
}
}
function ConvertEvent ( str ) {
switch ( str ) {
case "Poker" : {
return LANGUAGE ( 4 )
} break ;
case "Bingo" : {
return LANGUAGE ( 5 )
} break ;
case "Medley" : {
return LANGUAGE ( 6 )
} break ;
case "Raid" : {
return LANGUAGE ( 24 )
} break ;
}
}
start = end
if ( result === undefined ) {
document . getElementById ( "console" ) . value = LANGUAGE ( "%FAILED%" )
//"Impossible to park using this team!"
} else {
document . getElementById ( "console" ) . value = ConvertVariables ( LANGUAGE ( "%INITIAL%" ) , {
start : originalTarget , target : end , event : ConvertEvent ( type ) , steps : ( step - 1 ) , voltage : flameCount } ) + "\n\n" + document . getElementById ( "console" ) . value
/*"Calculating from "+originalTarget+" to "+end+" for event type "+type+"...\n\t(All games are done in Free Live)\n\nFound a park! "+(step-1)+" step"+Plural(step-1)+" and "+flameCount+" voltage required!\n\n"+document.getElementById("console").value*/
}
//document.getElementById("console").value+="Step "+(step++)+")"+start+" EP"+"\n"
step ++
}
}