385 lines
20 KiB
PHP
385 lines
20 KiB
PHP
<?php
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namespace App\Http\Controllers\Moons;
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//Internal Library
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use App\Http\Controllers\Controller;
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use Auth;
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use DB;
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use Illuminate\Http\Request;
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use Carbon\Carbon;
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//Models
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use App\Models\Moon\Config;
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use App\Models\Moon\ItemComposition;
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use App\Models\Moon\Moon;
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use App\Models\Moon\OrePrice;
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use App\Models\Moon\Price;
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use App\Models\MoonRent\MoonRental;
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//Library
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use App\Library\Moons\MoonCalc;
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class MoonsController extends Controller
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{
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public function __construct() {
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$this->middleware('auth');
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$this->middleware('role:Renter');
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}
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/**
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* Function to display all alliance moons and pass data to the blade template
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*/
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public function displayMoons() {
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$moons = array();
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//Get all of the alliance moons from the database
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$moonsTemp = DB::table('AllianceMoons')->orderBy('System', 'asc')->get();
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//Get the unique systems from the database
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$systems = AllianceMoons::pluck('System')->toArray();
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foreach($systems as $system) {
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foreach($moonsTemp as $moon) {
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if($moonsTemp->System == $system) {
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array_push($moons[$system], [
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'Region' => $moon->Region,
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'System' => $moon->System,
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'Planet' => $moon->Planet,
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'System' => $moon->System,
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'FirstOre' => $moon->FirstOre,
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'FirstQuantity' => $moon->FirstQuantity,
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'SecondOre' => $moon->SecondOre,
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'SecondQuantity' => $moon->SecondQuantity,
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'ThirdOre' => $moon->ThirdOre,
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'ThirdQuantity' => $moon->ThirdQuantity,
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'FourthOre' => $moon->FourthOre,
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'FourthQuantity' => $moon->FourthQuantity,
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'Corporation' => $moon->Corporation,
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'Available' => $moon->Available,
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]);
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}
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}
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}
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dd($moons);
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return view('moons.user.allmoons')->with('moons', $moons)
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->with('systems', $systems);
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}
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/**
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* Function to display the moons and pass data to the blade template
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*/
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public function displayRentalMoons() {
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$rentalEnd = '';
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//Get the user type from the user Auth class
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$type = Auth::user()->getUserType();
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//Setup calls to the MoonCalc class
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$moonCalc = new MoonCalc();
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//get all of the rental moons from the database
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$moons = DB::table('Moons')->orderBy('System', 'asc')->get();
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//Set the rental date as last month for moons not rented
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$lastMonth = Carbon::now()->subMonth();
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//Set a variable for today's date
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$today = Carbon::now();
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//declare the html variable and set it to null
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$table = array();
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$moonprice = null;
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foreach($moons as $moon) {
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//get the rental data for the moon
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$rental = MoonRental::where([
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'System' => $moon->System,
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'Planet' => $moon->Planet,
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'Moon' => $moon->Moon,
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])->first();
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if($rental == false) {
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//If we don't find a rental record, set the rental date as last month
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$rentalTemp = $lastMonth;
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$rentalEnd = $rentalTemp->format('m-d');
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} else {
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//Set the rental date up
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$rentalTemp = new Carbon($rental->RentalEnd);
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$rentalEnd = $rentalTemp->format('m-d');
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}
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$price = $moonCalc->SpatialMoonsOnlyGoo($moon->FirstOre, $moon->FirstQuantity, $moon->SecondOre, $moon->SecondQuantity,
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$moon->ThirdOre, $moon->ThirdQuantity, $moon->FourthOre, $moon->FourthQuantity);
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$worth = $moonCalc->SpatialMoonsTotalWorth($moon->FirstOre, $moon->FirstQuantity, $moon->SecondOre, $moon->SecondQuantity,
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$moon->ThirdOre, $moon->ThirdQuantity, $moon->FourthOre, $moon->FourthQuantity);
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if($type == 'W4RP') {
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$moonprice = $price['alliance'];
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} else {
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$moonprice = $price['outofalliance'];
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}
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if($rentalTemp->diffInDays($today) < 3 ) {
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$color = 'table-warning';
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} else if( $today > $rentalTemp) {
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$color = 'table-primary';
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} else {
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$color = 'table-danger';
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}
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//Add the data to the html string to be passed to the view
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array_push($table, [
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'SPM' => $moon->System . ' - ' . $moon->Planet . ' - ' . $moon->Moon,
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'StructureName' => $moon->StructureName,
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'FirstOre' => $moon->FirstOre,
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'FirstQuantity' => $moon->FirstQuantity,
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'SecondOre' => $moon->SecondOre,
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'SecondQuantity' => $moon->SecondQuantity,
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'ThirdOre' => $moon->ThirdOre,
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'ThirdQuantity' => $moon->ThirdQuantity,
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'FourthOre' => $moon->FourthOre,
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'FourthQuantity' => $moon->FourthQuantity,
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'Price' => $moonprice,
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'Worth' => number_format($worth, "2", ".", ","),
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'RentalEnd' => $rentalEnd,
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'RowColor' => $color,
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]);
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}
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return view('moons.user.moon')->with('table', $table);
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}
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public function displayTotalWorthForm() {
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return view('moons.user.formTotalWorth');
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}
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public function displayTotalWorth(Request $request) {
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//Setup calls to the MoonCalc class
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$moonCalc = new MoonCalc();
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$totalPull = 5.55 * (3600.00 * 24.00 * 30.00);
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$composition = [
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'Tritanium' => 0,
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'Pyerite' => 0,
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'Mexallon' => 0,
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'Isogen' => 0,
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'Nocxium' => 0,
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'Zydrine' => 0,
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'Megacyte' => 0,
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'Atmospheric_Gases' => 0,
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'Evaporite_Deposits' => 0,
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'Hydrocarbons' => 0,
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'Silicates' => 0,
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'Cobalt' => 0,
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'Platinum' => 0,
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'Vanadium'=> 0,
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'Chromium' => 0,
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'Technetium' => 0,
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'Hafnium' => 0,
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'Caesium' => 0,
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'Mercury' => 0,
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'Dysprosium' => 0,
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'Neodymium' => 0,
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'Promethium' => 0,
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'Thulium' => 0,
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];
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$firstOre = $request->firstOre;
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if($request->firstQuantity >= 1.00) {
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$firstQuantity = $request->firstQuantity / 100.00;
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} else {
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$firstQuantity = $request->firstQuantity;
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}
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$secondOre = $request->secondOre;
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if($request->secondQuantity >= 1.00) {
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$secondQuantity = $request->secondQuantity / 100.00;
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} else {
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$secondQuantity = $request->secondQuantity;
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}
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$thirdOre = $request->thirdOre;
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if($request->thirdQuantity >= 1.00) {
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$thirdQuantity = $request->thirdQuantity / 100.00;
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} else {
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$thirdQuantity = $request->thirdQuantity;
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}
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$fourthOre = $request->fourthOre;
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if($request->fourthQuantity >= 1.00) {
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$fourthQuantity = $request->fourthQuantity / 100.00;
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} else {
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$fourthQuantity = $request->fourthQuantity;
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}
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if($request->reprocessing >= 1.00) {
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$reprocessing = $request->reprocessing / 100.00;
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} else {
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$reprocessing = $request->reprocessing;
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}
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//Set the reprocessing level for 84% if the value is null
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if($request->reprocessing == null) {
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$reprocessing = 0.84;
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}
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//Calculate the total moon goo value
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$totalGoo = $moonCalc->SpatialMoonsOnlyGooTotalWorth($firstOre, $firstQuantity, $secondOre, $secondQuantity,
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$thirdOre, $thirdQuantity, $fourthOre, $fourthQuantity);
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//Format the number to send to the blade
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$totalGoo = number_format($totalGoo, 2, ".", ",");
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//Calculate the total worth of the moon
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$totalWorth = $moonCalc->SpatialMoonsTotalWorth($firstOre, $firstQuantity, $secondOre, $secondQuantity,
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$thirdOre, $thirdQuantity, $fourthOre, $fourthQuantity);
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//Format the number to send to the blade.
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$totalWorth = number_format($totalWorth, 2, ".", ",");
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//Get the composition for the first ore if it is not None.
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//Add the first ore composition to the final composition
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if($firstOre != 'None') {
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//Get the ore's composition
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$firstComp = $moonCalc->GetOreComposition($firstOre);
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//Get the amount of units mine-able from the moon
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$mUnits = $moonCalc->CalcOreUnits($firstOre, $firstQuantity);
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//Calculate the number of reprocessing units to happen from moon units
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$rUnits = floor($mUnits / 100.0);
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//Compile the composition of the ore
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$composition['Tritanium'] += floor(($firstComp->Tritanium * $rUnits) * $reprocessing);
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$composition['Pyerite'] += floor(($firstComp->Pyerite * $rUnits) * $reprocessing);
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$composition['Mexallon'] += floor(($firstComp->Mexallon * $rUnits) * $reprocessing);
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$composition['Isogen'] += floor(($firstComp->Isogen * $rUnits) * $reprocessing);
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$composition['Nocxium'] += floor(($firstComp->Nocxium * $rUnits) * $reprocessing);
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$composition['Zydrine'] += floor(($firstComp->Zydrine * $rUnits) * $reprocessing);
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$composition['Megacyte'] += floor(($firstComp->Megacyte * $rUnits) * $reprocessing);
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$composition['Atmospheric_Gases'] += floor(($firstComp->AtmosphericGases * $rUnits) * $reprocessing);
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$composition['Evaporite_Deposits'] += floor(($firstComp->EvaporiteDeposits * $rUnits) * $reprocessing);
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$composition['Hydrocarbons'] += floor(($firstComp->Hydrocarbons * $rUnits) * $reprocessing);
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$composition['Silicates'] += floor(($firstComp->Silicates * $rUnits) * $reprocessing);
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$composition['Cobalt'] += floor(($firstComp->Cobalt * $rUnits) * $reprocessing);
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$composition['Platinum'] += floor(($firstComp->Platinium * $rUnits) * $reprocessing);
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$composition['Vanadium'] += floor(($firstComp->Vanadium * $rUnits) * $reprocessing);
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$composition['Chromium'] += floor(($firstComp->Chromium * $rUnits) * $reprocessing);
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$composition['Technetium'] += floor(($firstComp->Technetium * $rUnits) * $reprocessing);
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$composition['Hafnium'] += floor(($firstComp->Hafnium * $rUnits) * $reprocessing);
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$composition['Caesium'] += floor(($firstComp->Caesium * $rUnits) * $reprocessing);
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$composition['Mercury'] += floor(($firstComp->Mercury * $rUnits) * $reprocessing);
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$composition['Dysprosium'] += floor(($firstComp->Dysprosium * $rUnits) * $reprocessing);
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$composition['Neodymium'] += floor(($firstComp->Neodymium * $rUnits) * $reprocessing);
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$composition['Promethium'] += floor(($firstComp->Promethium * $rUnits) * $reprocessing);
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$composition['Thulium'] += floor(($firstComp->Thulium * $rUnits) * $reprocessing);
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}
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//Get the composition for the second ore if it is not None.
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//Add the second ore composition to the final composition
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if($secondOre != 'None') {
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//Get the ore's composition
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$secondComp = $moonCalc->GetOreComposition($secondOre);
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//Get the amount of units mine-able from the moon
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$mUnits = $moonCalc->CalcOreUnits($secondOre, $secondQuantity);
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//Calculate the number of reprocessing units to happen from moon units
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$rUnits = floor($mUnits / 100.0);
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$composition['Tritanium'] += floor(($secondComp->Tritanium * $rUnits) * $reprocessing);
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$composition['Pyerite'] += floor(($secondComp->Pyerite * $rUnits) * $reprocessing);
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$composition['Mexallon'] += floor(($secondComp->Mexallon * $rUnits) * $reprocessing);
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$composition['Isogen'] += floor(($secondComp->Isogen * $rUnits) * $reprocessing);
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$composition['Nocxium'] += floor(($secondComp->Nocxium * $rUnits) * $reprocessing);
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$composition['Zydrine'] += floor(($secondComp->Zydrine * $rUnits) * $reprocessing);
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$composition['Megacyte'] += floor(($secondComp->Megacyte * $rUnits) * $reprocessing);
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$composition['Atmospheric_Gases'] += floor(($secondComp->AtmosphericGases * $rUnits) * $reprocessing);
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$composition['Evaporite_Deposits'] += floor(($secondComp->EvaporiteDeposits * $rUnits) * $reprocessing);
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$composition['Hydrocarbons'] += floor(($secondComp->Hydrocarbons * $rUnits) * $reprocessing);
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$composition['Silicates'] += floor(($secondComp->Silicates * $rUnits) * $reprocessing);
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$composition['Cobalt'] += floor(($secondComp->Cobalt * $rUnits) * $reprocessing);
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$composition['Platinum'] += floor(($secondComp->Platinium * $rUnits) * $reprocessing);
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$composition['Vanadium'] += floor(($secondComp->Vanadium * $rUnits) * $reprocessing);
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$composition['Chromium'] += floor(($secondComp->Chromium * $rUnits) * $reprocessing);
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$composition['Technetium'] += floor(($secondComp->Technetium * $rUnits) * $reprocessing);
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$composition['Hafnium'] += floor(($secondComp->Hafnium * $rUnits) * $reprocessing);
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$composition['Caesium'] += floor(($secondComp->Caesium * $rUnits) * $reprocessing);
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$composition['Mercury'] += floor(($secondComp->Mercury * $rUnits) * $reprocessing);
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$composition['Dysprosium'] += floor(($secondComp->Dysprosium * $rUnits) * $reprocessing);
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$composition['Neodymium'] += floor(($secondComp->Neodymium * $rUnits) * $reprocessing);
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$composition['Promethium'] += floor(($secondComp->Promethium * $rUnits) * $reprocessing);
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$composition['Thulium'] += floor(($secondComp->Thulium * $rUnits) * $reprocessing);
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}
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//Get the composition for the third ore if it is not None.
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//Add the third ore composition to the final composition
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if($thirdOre != 'None') {
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//Get the ore's composition
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$thirdComp = $moonCalc->GetOreComposition($thirdOre);
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//Get the amount of units mine-able from the moon
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$mUnits = $moonCalc->CalcOreUnits($thirdOre, $thirdQuantity);
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//Calculate the number of reprocessing units to happen from moon units
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$rUnits = floor($mUnits / 100.0);
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$composition['Tritanium'] += floor(($thirdComp->Tritanium * $rUnits) * $reprocessing);
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$composition['Pyerite'] += floor(($thirdComp->Pyerite * $rUnits) * $reprocessing);
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$composition['Mexallon'] += floor(($thirdComp->Mexallon * $rUnits) * $reprocessing);
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$composition['Isogen'] += floor(($thirdComp->Isogen * $rUnits) * $reprocessing);
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$composition['Nocxium'] += floor(($thirdComp->Nocxium * $rUnits) * $reprocessing);
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$composition['Zydrine'] += floor(($thirdComp->Zydrine * $rUnits) * $reprocessing);
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$composition['Megacyte'] += floor(($thirdComp->Megacyte * $rUnits) * $reprocessing);
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$composition['Atmospheric_Gases'] += floor(($thirdComp->AtmosphericGases * $rUnits) * $reprocessing);
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$composition['Evaporite_Deposits'] += floor(($thirdComp->EvaporiteDeposits * $rUnits) * $reprocessing);
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$composition['Hydrocarbons'] += floor(($thirdComp->Hydrocarbons * $rUnits) * $reprocessing);
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$composition['Silicates'] += floor(($thirdComp->Silicates * $rUnits) * $reprocessing);
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$composition['Cobalt'] += floor(($thirdComp->Cobalt * $rUnits) * $reprocessing);
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$composition['Platinum'] += floor(($thirdComp->Platinium * $rUnits) * $reprocessing);
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$composition['Vanadium'] += floor(($thirdComp->Vanadium * $rUnits) * $reprocessing);
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$composition['Chromium'] += floor(($thirdComp->Chromium * $rUnits) * $reprocessing);
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$composition['Technetium'] += floor(($thirdComp->Technetium * $rUnits) * $reprocessing);
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$composition['Hafnium'] += floor(($thirdComp->Hafnium * $rUnits) * $reprocessing);
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$composition['Caesium'] += floor(($thirdComp->Caesium * $rUnits) * $reprocessing);
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$composition['Mercury'] += floor(($thirdComp->Mercury * $rUnits) * $reprocessing);
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$composition['Dysprosium'] += floor(($thirdComp->Dysprosium * $rUnits) * $reprocessing);
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$composition['Neodymium'] += floor(($thirdComp->Neodymium * $rUnits) * $reprocessing);
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$composition['Promethium'] += floor(($thirdComp->Promethium * $rUnits) * $reprocessing);
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$composition['Thulium'] += floor(($thirdComp->Thulium * $rUnits) * $reprocessing);
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}
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//Get the composition for the fourth ore if it is not None.
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//Add the fourth ore composition to the final composition
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if($fourthOre != 'None') {
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//Get the ore's composition
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$fourthComp = $moonCalc->GetOreComposition($fourthOre);
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//Get the amount of units mine-able from the moon
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$mUnits = $moonCalc->CalcOreUnits($fourthOre, $fourthQuantity);
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//Calculate the number of reprocessing units to happen from moon units
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$rUnits = floor($mUnits / 100.0);
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$composition['Tritanium'] += floor(($fourthComp->Tritanium * $rUnits) * $reprocessing);
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$composition['Pyerite'] += floor(($fourthComp->Pyerite * $rUnits) * $reprocessing);
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$composition['Mexallon'] += floor(($fourthComp->Mexallon * $rUnits) * $reprocessing);
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$composition['Isogen'] += floor(($fourthComp->Isogen * $rUnits) * $reprocessing);
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$composition['Nocxium'] += floor(($fourthComp->Nocxium * $rUnits) * $reprocessing);
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$composition['Zydrine'] += floor(($fourthComp->Zydrine * $rUnits) * $reprocessing);
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$composition['Megacyte'] += floor(($fourthComp->Megacyte * $rUnits) * $reprocessing);
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$composition['Atmospheric_Gases'] += floor(($fourthComp->AtmosphericGases * $rUnits) * $reprocessing);
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$composition['Evaporite_Deposits'] += floor(($fourthComp->EvaporiteDeposits * $rUnits) * $reprocessing);
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$composition['Hydrocarbons'] += floor(($fourthComp->Hydrocarbons * $rUnits) * $reprocessing);
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$composition['Silicates'] += floor(($fourthComp->Silicates * $rUnits) * $reprocessing);
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$composition['Cobalt'] += floor(($fourthComp->Cobalt * $rUnits) * $reprocessing);
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$composition['Platinum'] += floor(($fourthComp->Platinium * $rUnits) * $reprocessing);
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$composition['Vanadium'] += floor(($fourthComp->Vanadium * $rUnits) * $reprocessing);
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$composition['Chromium'] += floor(($fourthComp->Chromium * $rUnits) * $reprocessing);
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$composition['Technetium'] += floor(($fourthComp->Technetium * $rUnits) * $reprocessing);
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$composition['Hafnium'] += floor(($fourthComp->Hafnium * $rUnits) * $reprocessing);
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$composition['Caesium'] += floor(($fourthComp->Caesium * $rUnits) * $reprocessing);
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$composition['Mercury'] += floor(($fourthComp->Mercury * $rUnits) * $reprocessing);
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$composition['Dysprosium'] += floor(($fourthComp->Dysprosium * $rUnits) * $reprocessing);
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$composition['Neodymium'] += floor(($fourthComp->Neodymium * $rUnits) * $reprocessing);
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$composition['Promethium'] += floor(($fourthComp->Promethium * $rUnits) * $reprocessing);
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$composition['Thulium'] += floor(($fourthComp->Thulium * $rUnits) * $reprocessing);
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}
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return view('moons.user.displayTotalWorth')->with('totalWorth', $totalWorth)
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->with('totalGoo', $totalGoo)
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->with('composition', $composition)
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->with('reprocessing', $reprocessing);
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}
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}
|