<?php
/* 
 *  W4RP Services
 *  GNU Public License
 */

namespace App\Library\Moons;

//Internal Library
use Session;
use DB;
use Carbon\Carbon;
use GuzzleHttp\Exception\GuzzleException;
use GuzzleHttp\Client;
use Log;

//Library
use App\Library\Helpers\LookupHelper;

//Models
use App\Models\Moon\Config;
use App\Models\Moon\ItemComposition;
use App\Models\Moon\RentalMoon;
use App\Models\Moon\OrePrice;
use App\Models\Moon\MineralPrice;

/**
 * MoonCalc Library
 */
class MoonCalc {

    /** 
     * Get the ore composition of an ore
     */
    public function GetOreComposition($ore) {
        $composition = ItemComposition::where([
            'Name' => $ore,
        ])->first();

        return $composition;
    }

    /**
     * Calculate the total worth of a moon
     */
    public function MoonTotalWorth($firstOre = null, $firstQuan = 0.00, $secondOre = null, $secondQuan = 0.00, $thirdOre = null, $thirdQuan = 0.00, $fourthOre = null, $fourthQuan = 0.00) {
        //Declare variables
        $total = 0.00;

        //Convert the quantities into numbers we want to utilize
        $this->ConvertPercentages($firstQuan, $secondQuan, $thirdQuan, $fourthQuan);

        //Calculate the prices from the ores
        if($firstOre != null) {
            $total += $this->CalcMoonPrice($firstOre, $firstPerc);
        }
        if($secondOre != null) {
            $total += $this->CalcMoonPrice($secondOre, $secondPerc);
        }
        if($thirdOre != null) {
            $total += $this->CalcMoonPrice($thirdOre, $thirdPerc);
        }
        if($fourthOre != null) {
            $total += $this->CalcMoonPrice($fourthOre, $fourthPerc);
        }  

        //Return the rental price to the caller
        return $total;
    }

    /**
     * Fetch new prices for items from the market
     */
    public function FetchNewPrices() {
        //Create the item id array which we will pull data for from Fuzzwork market api
        $ItemIDs = array(
            "Tritanium" => 34,
            "Pyerite" => 35,
            "Mexallon" => 36,
            "Isogen" => 37,
            "Nocxium" => 38,
            "Zydrine" => 39,
            "Megacyte" => 40,
            "Morphite" => 11399,
            "HeliumIsotopes" => 16274,
            "NitrogenIsotopes" => 17888,
            "OxygenIsotopes" => 17887,
            "HydrogenIsotopes" => 17889,
            "LiquidOzone" => 16273,
            "HeavyWater" => 16272,
            "StrontiumClathrates" => 16275,
            "AtmosphericGases" => 16634,
            "EvaporiteDeposits" => 16635,
            "Hydrocarbons" => 16633,
            "Silicates" => 16636,
            "Cobalt" => 16640,
            "Scandium" => 16639,
            "Titanium" => 16638,
            "Tungsten" => 16637,
            "Cadmium" => 16643,
            "Platinum" => 16644,
            "Vanadium" => 16642,
            "Chromium" => 16641,
            "Technetium" => 16649,
            "Hafnium" => 16648,
            "Caesium" => 16647,
            "Mercury" => 16646,
            "Dysprosium" => 16650,
            "Neodymium" => 16651,
            "Promethium" => 16652,
            "Thulium" => 16653,
        );

        //Create the time variable
        $time = Carbon::now();

        //Get the json data for each ItemId from https://market.fuzzwork.co.uk/api/
        //Base url is https://market.fuzzwork.co.uk/aggregates/?region=10000002&types=34
        //Going to use curl for these requests
        foreach($ItemIDs as $key => $value) {
            //Declare a new array each time we cycle through the for loop for the item
            $item = array();

            //Setup the guzzle client fetch object
            $client = new Client(['base_uri' => 'https://market.fuzzwork.co.uk/aggregates/']);
            //Setup the uri for the guzzle client
            $uri = '?region=10000002&types=' . $value;
            //Get the result from the guzzle client request
            $result = $client->request('GET', $uri);
            //Decode the request into an array from the json body return
            $item = json_decode($result->getBody(), true);

            //Save the entry into the database
            $price = new MineralPrice;
            $price->Name = $key;
            $price->ItemId = $value;
            $price->Price = $item[$value]['sell']['median'];
            $price->Time = $time;
            $price->save();
        }
        
        //Run the update for the item pricing
        $this->UpdateItemPricing();
    }

    /**
     * Calculate the ore units
     */
    public function CalcOreUnits($ore, $percentage) {
        //Specify the total pull amount
        $totalPull = 5.55 * (3600.00 * 24.00 *30.00);

        //Find the size of the asteroid from the database
        $item = ItemComposition::where([
            'Name' => $ore,
        ])->first();
        
        //Get the m3 size from the item composition
        $m3Size = $item->m3Size;
        
        //Calculate the actual m3 from the total pull amount in m3 using the percentage of the ingredient
        $actualm3 = floor($totalPull * $percentage);
        
        //Calculate the units from the m3 pulled from the moon
        $units = floor($actualm3 / $m3Size);   

        //Return the calculated data
        return $units;
    }

    /**
     * Calculate the per item price of a unit of ore
     */
    public function CalculateOrePrice($oreId) {
        //Declare variables
        $lookupHelper = new LookupHelper;
        $finalName = null;

        $pastTime = Carbon::now()->subDays(30);

        //Get the price of the moongoo
        $tritaniumPrice = MineralPrice::where(['ItemId' => 34])->where('Time', '>', $pastTime)->avg('Price');
        $pyeritePrice = MineralPrice::where(['ItemId' => 35])->where('Time', '>', $pastTime)->avg('Price');
        $mexallonPrice = MineralPrice::where(['ItemId' => 36])->where('Time', '>', $pastTime)->avg('Price');
        $isogenPrice = MineralPrice::where(['ItemId' => 37])->where('Time', '>', $pastTime)->avg('Price');
        $nocxiumPrice = MineralPrice::where(['ItemId' => 38])->where('Time', '>', $pastTime)->avg('Price');
        $zydrinePrice = MineralPrice::where(['ItemId' => 39])->where('Time', '>', $pastTime)->avg('Price');
        $megacytePrice = MineralPrice::where(['ItemId' => 40])->where('Time', '>', $pastTime)->avg('Price');
        $atmosphericGasesPrice = MineralPrice::where(['ItemId' => 16634])->where('Time', '>', $pastTime)->avg('Price');
        $evaporiteDepositsPirce = MineralPrice::where(['ItemId' => 16635])->where('Time', '>', $pastTime)->avg('Price');
        $hydrocarbonsPrice = MineralPrice::where(['ItemId' => 16633])->where('Time', '>', $pastTime)->avg('Price');
        $silicatesPrice = MineralPrice::where(['ItemId' => 16636])->where('Time', '>', $pastTime)->avg('Price');
        $cobaltPrice = MineralPrice::where(['ItemId' => 16640])->where('Time', '>', $pastTime)->avg('Price');
        $scandiumPrice = MineralPrice::where(['ItemId' => 16639])->where('Time', '>', $pastTime)->avg('Price');
        $titaniumPrice = MineralPrice::where(['ItemId' => 16638])->where('Time', '>', $pastTime)->avg('Price');
        $tungstenPrice = MineralPrice::where(['ItemId' => 16637])->where('Time', '>', $pastTime)->avg('Price');
        $cadmiumPrice = MineralPrice::where(['ItemId' => 16643])->where('Time', '>', $pastTime)->avg('Price');
        $platinumPrice = MineralPrice::where(['ItemId' => 16644])->where('Time', '>', $pastTime)->avg('Price');
        $vanadiumPrice = MineralPrice::where(['ItemId' => 16642])->where('Time', '>', $pastTime)->avg('Price');
        $chromiumPrice = MineralPrice::where(['ItemId' => 16641])->where('Time', '>', $pastTime)->avg('Price');
        $technetiumPrice = MineralPrice::where(['ItemId' => 16649])->where('Time', '>', $pastTime)->avg('Price');
        $hafniumPrice = MineralPrice::where(['ItemId' => 16648])->where('Time', '>', $pastTime)->avg('Price');
        $caesiumPrice = MineralPrice::where(['ItemId' => 16647])->where('Time', '>', $pastTime)->avg('Price');
        $mercuryPrice = MineralPrice::where(['ItemId' => 16646])->where('Time', '>', $pastTime)->avg('Price');
        $dysprosiumPrice = MineralPrice::where(['ItemId' => 16650])->where('Time', '>', $pastTime)->avg('Price');
        $neodymiumPrice = MineralPrice::where(['ItemId' => 16651])->where('Time', '>', $pastTime)->avg('Price');
        $promethiumPrice = MineralPrice::where(['ItemId' => 16652])->where('Time', '>', $pastTime)->avg('Price');
        $thuliumPrice = MineralPrice::where(['ItemId' => 16653])->where('Time', '>', $pastTime)->avg('Price');

        //Get the name through the lookup table
        $oreName = $lookupHelper->ItemIdToName($oreId);
        
        //Strip the prefix from the ore name if it has one.
        //Then change the ore id if necessary
        $tempName = explode(' ', $oreName);
        
        if(sizeof($tempName) == 1) {
            $finalName = $tempName[0];
        } else {
            $finalName = $tempName[sizeof($tempName) - 1];
            $oreId = $lookupHelper->ItemNameToId($finalName);
        }
        
        //Get the item composition for the ore
        $composition = ItemComposition::where('ItemId', $oreId)->first();

        //Calculate the Batch Price
        $batchPrice = ( ($composition->Tritanium * $tritaniumPrice) +
                        ($composition->Pyerite * $pyeritePrice) +
                        ($composition->Mexallon * $mexallonPrice) +
                        ($composition->Isogen * $isogenPrice) +
                        ($composition->Nocxium * $nocxiumPrice) +
                        ($composition->Zydrine * $zydrinePrice) +
                        ($composition->Megacyte * $megacytePrice) +
                        ($composition->AtmosphericGases * $atmosphericGasesPrice) +
                        ($composition->EvaporiteDeposits * $evaporiteDepositsPirce) +
                        ($composition->Hydrocarbons * $hydrocarbonsPrice) +
                        ($composition->Silicates * $silicatesPrice) +
                        ($composition->Cobalt * $cobaltPrice) +
                        ($composition->Scandium * $scandiumPrice) +
                        ($composition->Titanium * $titaniumPrice) +
                        ($composition->Tungsten * $tungstenPrice) +
                        ($composition->Cadmium * $cadmiumPrice) +
                        ($composition->Platinum * $platinumPrice) +
                        ($composition->Vanadium * $vanadiumPrice) +
                        ($composition->Chromium * $chromiumPrice)+
                        ($composition->Technetium * $technetiumPrice) +
                        ($composition->Hafnium * $hafniumPrice) +
                        ($composition->Caesium * $caesiumPrice) +
                        ($composition->Mercury * $mercuryPrice) +
                        ($composition->Dysprosium * $dysprosiumPrice) +
                        ($composition->Neodymium * $neodymiumPrice) + 
                        ($composition->Promethium * $promethiumPrice) +
                        ($composition->Thulium * $thuliumPrice));

        //Take the batch price, and divide by batch size to get unit price
        $price = $batchPrice / $composition->BatchSize;

        //Return the price to the calling function
        return $price;
    }

    /**
     * Update item pricing after new prices were pulled
     */
    private function UpdateItemPricing() {
        //Get the configuration from the config table
        $config = DB::table('Config')->first();

        //Calculate refine rate
        $refineRate = $config->RefineRate / 100.00;
        
        //Calculate the current time
        $time = Carbon::now();
        //Calcualate the current time minus 30 days
        $pastTime = Carbon::now()->subDays(30);

        //Get the price of the basic minerals
        $tritaniumPrice = MineralPrice::where(['ItemId' => 34])->where('Time', '>', $pastTime)->avg('Price');
        $pyeritePrice = MineralPrice::where(['ItemId' => 35])->where('Time', '>', $pastTime)->avg('Price');
        $mexallonPrice = MineralPrice::where(['ItemId' => 36])->where('Time', '>', $pastTime)->avg('Price');
        $isogenPrice = MineralPrice::where(['ItemId' => 37])->where('Time', '>', $pastTime)->avg('Price');
        $nocxiumPrice = MineralPrice::where(['ItemId' => 38])->where('Time', '>', $pastTime)->avg('Price');
        $zydrinePrice = MineralPrice::where(['ItemId' => 39])->where('Time', '>', $pastTime)->avg('Price');
        $megacytePrice = MineralPrice::where(['ItemId' => 40])->where('Time', '>', $pastTime)->avg('Price');
        $morphitePrice = MineralPrice::where(['ItemId' => 11399])->where('Time', '>', $pastTime)->avg('Price');
        $heliumIsotopesPrice = MineralPrice::where(['ItemId' => 16274])->where('Time', '>', $pastTime)->avg('Price');
        $nitrogenIsotopesPrice = MineralPrice::where(['ItemId' => 17888])->where('Time', '>', $pastTime)->avg('Price');
        $oxygenIsotopesPrice = MineralPrice::where(['ItemId' => 17887])->where('Time', '>', $pastTime)->avg('Price');
        $hydrogenIsotopesPrice = MineralPrice::where(['ItemId' => 17889])->where('Time', '>', $pastTime)->avg('Price');
        $liquidOzonePrice = MineralPrice::where(['ItemId' => 16273])->where('Time', '>', $pastTime)->avg('Price');
        $heavyWaterPrice = MineralPrice::where(['ItemId' => 16272])->where('Time', '>', $pastTime)->avg('Price');
        $strontiumClathratesPrice = MineralPrice::where(['ItemId' => 16275])->where('Time', '>', $pastTime)->avg('Price');
        //Get the price of the moongoo
        $atmosphericGasesPrice = MineralPrice::where(['ItemId' => 16634])->where('Time', '>', $pastTime)->avg('Price');
        $evaporiteDepositsPirce = MineralPrice::where(['ItemId' => 16635])->where('Time', '>', $pastTime)->avg('Price');
        $hydrocarbonsPrice = MineralPrice::where(['ItemId' => 16633])->where('Time', '>', $pastTime)->avg('Price');
        $silicatesPrice = MineralPrice::where(['ItemId' => 16636])->where('Time', '>', $pastTime)->avg('Price');
        $cobaltPrice = MineralPrice::where(['ItemId' => 16640])->where('Time', '>', $pastTime)->avg('Price');
        $scandiumPrice = MineralPrice::where(['ItemId' => 16639])->where('Time', '>', $pastTime)->avg('Price');
        $titaniumPrice = MineralPrice::where(['ItemId' => 16638])->where('Time', '>', $pastTime)->avg('Price');
        $tungstenPrice = MineralPrice::where(['ItemId' => 16637])->where('Time', '>', $pastTime)->avg('Price');
        $cadmiumPrice = MineralPrice::where(['ItemId' => 16643])->where('Time', '>', $pastTime)->avg('Price');
        $platinumPrice = MineralPrice::where(['ItemId' => 16644])->where('Time', '>', $pastTime)->avg('Price');
        $vanadiumPrice = MineralPrice::where(['ItemId' => 16642])->where('Time', '>', $pastTime)->avg('Price');
        $chromiumPrice = MineralPrice::where(['ItemId' => 16641])->where('Time', '>', $pastTime)->avg('Price');
        $technetiumPrice = MineralPrice::where(['ItemId' => 16649])->where('Time', '>', $pastTime)->avg('Price');
        $hafniumPrice = MineralPrice::where(['ItemId' => 16648])->where('Time', '>', $pastTime)->avg('Price');
        $caesiumPrice = MineralPrice::where(['ItemId' => 16647])->where('Time', '>', $pastTime)->avg('Price');
        $mercuryPrice = MineralPrice::where(['ItemId' => 16646])->where('Time', '>', $pastTime)->avg('Price');
        $dysprosiumPrice = MineralPrice::where(['ItemId' => 16650])->where('Time', '>', $pastTime)->avg('Price');
        $neodymiumPrice = MineralPrice::where(['ItemId' => 16651])->where('Time', '>', $pastTime)->avg('Price');
        $promethiumPrice = MineralPrice::where(['ItemId' => 16652])->where('Time', '>', $pastTime)->avg('Price');
        $thuliumPrice = MineralPrice::where(['ItemId' => 16653])->where('Time', '>', $pastTime)->avg('Price');
        
        //Get the item compositions
        $items = DB::select('SELECT Name,ItemId FROM ItemComposition');
        //Go through each of the items and update the price
        foreach($items as $item) {
            //Get the item composition
            $composition = ItemComposition::where('ItemId', $item->ItemId)->first();

            //Calculate the Batch Price
            $batchPrice = ( ($composition->Tritanium * $tritaniumPrice) +
                            ($composition->Pyerite * $pyeritePrice) +
                            ($composition->Mexallon * $mexallonPrice) +
                            ($composition->Isogen * $isogenPrice) +
                            ($composition->Nocxium * $nocxiumPrice) +
                            ($composition->Zydrine * $zydrinePrice) +
                            ($composition->Megacyte * $megacytePrice) + 
                            ($composition->Morphite * $morphitePrice) +
                            ($composition->HeavyWater * $heavyWaterPrice) +
                            ($composition->LiquidOzone * $liquidOzonePrice) +
                            ($composition->NitrogenIsotopes * $nitrogenIsotopesPrice) +
                            ($composition->HeliumIsotopes * $heliumIsotopesPrice) + 
                            ($composition->HydrogenIsotopes * $hydrogenIsotopesPrice) +
                            ($composition->OxygenIsotopes * $oxygenIsotopesPrice) +
                            ($composition->StrontiumClathrates * $strontiumClathratesPrice) +
                            ($composition->AtmosphericGases * $atmosphericGasesPrice) +
                            ($composition->EvaporiteDeposits * $evaporiteDepositsPirce) +
                            ($composition->Hydrocarbons * $hydrocarbonsPrice) +
                            ($composition->Silicates * $silicatesPrice) +
                            ($composition->Cobalt * $cobaltPrice) +
                            ($composition->Scandium * $scandiumPrice) +
                            ($composition->Titanium * $titaniumPrice) +
                            ($composition->Tungsten * $tungstenPrice) +
                            ($composition->Cadmium * $cadmiumPrice) +
                            ($composition->Platinum * $platinumPrice) +
                            ($composition->Vanadium * $vanadiumPrice) +
                            ($composition->Chromium * $chromiumPrice)+
                            ($composition->Technetium * $technetiumPrice) +
                            ($composition->Hafnium * $hafniumPrice) +
                            ($composition->Caesium * $caesiumPrice) +
                            ($composition->Mercury * $mercuryPrice) +
                            ($composition->Dysprosium * $dysprosiumPrice) +
                            ($composition->Neodymium * $neodymiumPrice) + 
                            ($composition->Promethium * $promethiumPrice) +
                            ($composition->Thulium * $thuliumPrice));
            //Calculate the batch price with the refine rate included
            //Batch Price is base price for everything
            $batchPrice = $batchPrice * $refineRate;
            //Calculate the unit price
            $price = $batchPrice / $composition->BatchSize;
            //Calculate the m3 price
            $m3Price = $price / $composition->m3Size;

            //Check if an item is in the table
            $count = OrePrice::where('Name', $composition->Name)->count();
            if($count == 0) {
                //If the ore wasn't found, then add a new entry
                $ore = new OrePrice;
                $ore->Name = $composition->Name;
                $ore->ItemId = $composition->ItemId;
                $ore->BatchPrice = $batchPrice;
                $ore->UnitPrice = $price;
                $ore->m3Price = $m3Price;
                $ore->Time = $time;
                $ore->save();
            } else {
                //Update the prices in the Prices table
                OrePrice::where('Name', $composition->Name)->update([
                    'Name' => $composition->Name,
                    'ItemId' => $composition->ItemId,
                    'BatchPrice' => $batchPrice,
                    'UnitPrice' => $price,
                    'm3Price' => $m3Price,
                    'Time' => $time,
                ]);
            }
        }
    }

    /**
     * Calculate the total amount pulled from a moon
     */
    private function CalculateTotalMoonPull() {
        //Always assume a 1 month pull which equates to 5.55m3 per second or 2,592,000 seconds
        //Total pull size is 14,385,600 m3
        $totalPull = 5.55 * 3600.00 * 24.00 *30.00;

        //Return the total pull
        return $totalPull;
    }

    /**
     * Calculate the rental price of a moon ore from the moon
     */
    private function CalcRentalPrice($ore, $percentage) {
        //Specify the total pull amount
        $totalPull = $this->CalculateTotalMoonPull();

        //Setup the total value at 0.00
        $totalPrice = 0.00;

        //Check to see what type of moon goo the moon is
        $gasMoonOre = $this->IsGasMoonGoo($ore);

        //Find the size of the asteroid from the database
        $m3Size = DB::table('ItemComposition')->where('Name', $ore)->value('m3Size');
            
        //Calculate the actual m3 from the total pull amount in m3 using the percentage of the ingredient
        $actualm3 = floor($percentage * $totalPull);
        
        //Calculate the units once we have the size and actual m3 value
        $units = floor($actualm3 / $m3Size);
        
        //Look up the unit price from the database
        $unitPrice = DB::table('ore_prices')->where('Name', $ore)->value('UnitPrice');

        //If the ore is a gas ore, then take only 50% of the price.
        if($gasMoonOre == true) {
            $totalPrice = $units * ($unitPrice / 2.00);
            Log::warning('Found gas ore: ' . $totalPrice);
        } else {
            $totalPrice = $units * $unitPrice;
        }

        //Return the total
        return $totalPrice;
    }

    /**
     * Calculate the moon's total price
     */
    public function CalcMoonPrice($ore, $percentage) {
        //Specify the total pull amount
        $totalPull = $this->CalculateTotalMoonPull();

        //Setup the total value at 0.00
        $totalPrice = 0.00;

        //Find the size of the asteroid from the database
        $m3Size = DB::table('ItemComposition')->where('Name', $ore)->value('m3Size');
            
        //Calculate the actual m3 from the total pull amount in m3 using the percentage of the ingredient
        $actualm3 = floor($percentage * $totalPull);
        
        //Calculate the units once we have the size and actual m3 value
        $units = floor($actualm3 / $m3Size);
        
        //Look up the unit price from the database
        $unitPrice = DB::table('ore_prices')->where('Name', $ore)->value('UnitPrice');

        //Calculate the total amount from the units and the unit price.
        $totalPrice = $units * $unitPrice;

        //Return the value
        return $totalPrice;
    }

    /**
     * Convert a number to a percentage
     */
    private function ConvertToPercentage($quantity) {
        //Perform the calculation and return the data
        return $quantity / 100.00;
    }

    /**
     * Return if a type of ore is a gas moon goo
     */
    private function IsGasMoonGoo($ore) {
        $ores = [
            'Zeolites' => 'Gas',
            'Sylvite' => 'Gas',
            'Bitumens' => 'Gas',
            'Coesite' => 'Gas',
        ];

        foreach($ores as $key => $value) {
            if(strtolower($key) == strtolower($ore)) {
                return $value;
            }
        }

        return false;
    }

    /**
     * Return the type of ore a particular moon ore is.
     */
    public function IsRMoonGoo($ore) {
        $ores = [
            'Zeolites' => 'R4',
            'Sylvite' => 'R4',
            'Bitumens' => 'R4',
            'Coesite' => 'R4',
            'Cobaltite' => 'R8',
            'Euxenite' => 'R8',
            'Titanite' => 'R8',
            'Scheelite' => 'R8',
            'Otavite' => 'R16',
            'Sperrylite' => 'R16',
            'Vanadinite' => 'R16',
            'Chromite' => 'R16',
            'Carnotite' => 'R32',
            'Zircon' => 'R32',
            'Pollucite' => 'R32',
            'Cinnabar' => 'R32',
            'Xenotime' => 'R64',
            'Monazite' => 'R64',
            'Loparite' => 'R64',
            'Ytterbite' => 'R64',
        ];

        foreach($ores as $key => $value) {
            if(strtolower($key) == strtolower($ore)) {
                return $value;
            }
        }

        //Return false if the ore is not found in an array
        return false;
    }

    /**
     * Return true if a moon ore is a moon ore, and false
     * if the ore is not a moon ore.
     */
    public function IsRMoonOre($ore) {
        $ores = [
            'Zeolites' => 'R4',
            'Sylvite' => 'R4',
            'Bitumens' => 'R4',
            'Coesite' => 'R4',
            'Cobaltite' => 'R8',
            'Euxenite' => 'R8',
            'Titanite' => 'R8',
            'Scheelite' => 'R8',
            'Otavite' => 'R16',
            'Sperrylite' => 'R16',
            'Vanadinite' => 'R16',
            'Chromite' => 'R16',
            'Carnotite' => 'R32',
            'Zircon' => 'R32',
            'Pollucite' => 'R32',
            'Cinnabar' => 'R32',
            'Xenotime' => 'R64',
            'Monazite' => 'R64',
            'Loparite' => 'R64',
            'Ytterbite' => 'R64',
        ];

        foreach($ores as $key => $value) {
            
            if(strtolower($key) == strtolower($ore)) {
                return true;
            }
        }

        return false;
    }

    /**
     * Convert percentages from quantities into a normalized percentage
     */
    public function ConvertPercentages(&$firstPerc, &$secondPerc, &$thirdPerc, &$fourthPerc) {       
        //Convert the quantities into numbers we want to utilize
        if($firstPerc >= 1.00) {
            $firstPerc = $this->ConvertToPercentage($firstPerc);
        } 

        if($secondQuan >= 1.00) {
            $secondPerc = $this->ConvertToPercentage($secondPerc);
        } 

        if($thirdQuan >= 1.00) {
            $thirdPerc = $this->ConvertToPercentage($thirdPerc);
        } 
        
        if($fourthQuan >= 1.00) {
            $fourthPerc = $this->ConvertToPercentage($fourthPerc);
        } 
        

        //Add up all the percentages
        $totalPerc = $firstPerc + $secondPerc + $thirdPerc + $fourthPerc;

        //If it is less than 1.00, then we need to normalize the decimal to be 100.0%.
        if($totalPerc < 1.00) {
            if($firstPerc > 0.00) {
                $firstPerc = $firstPerc / $totalPerc;
            } else {
                $firstPerc = 0.00;
            }

            if($secondPerc > 0.00) {
                $secondPerc = $secondPerc / $totalPerc;
            } else {
                $secondPerc = 0.00;
            }

            if($thirdPerc > 0.00) {
                $thirdPerc = $thirdPerc / $totalPerc;
            } else {
                $thirdPerc = 0.00;
            }

            if($fourthPerc > 0.00) {
                $fourthPerc = $fourthPerc / $totalPerc;
            } else {
                $fourthPerc = 0.00;
            }
        }
    }
}