[Formule] Deuterium Consumption.

[jonamix-ar]

I've been looking at various ogame calculators because we know we can't get the original ogame formulas. and use us ChatGPT-4

I came to the conclusion that now ogame uses a single deuterium consumption factor, we have to analyze this well

These functions are inside XGP, that is, chatGPT-4, I modify them.

Formule function Proxyprox - Calculater ogame

options.prm.deutFactor = Selector [100%, 90%, 80%, 70% ,60%, 50%]:

let baseConsumption = Math.floor(Math.floor(options.shipsData[i][3] * 0.1 * options.prm.deutFactor) * (1 - classFactor) * (1 - lfFactor));

function getDeutConsumption(minSpeed, distance, duration, speedPercent, uniSpeedFactor) {
	let totalConsumption = 0;
	let shipConsumption = 0;
	let i;
	for(i = 0; i < options.shipsData.length; i++)
    {
		let shipsCount = getInputNumber($('#' + options.shipsData[i][0])[0]);
		options.prm.ships[i] = shipsCount;
		if (shipsCount > 0) {
			let baseShipSpeed = getShipSpeed(i);
			let shipSpeedValue =  35000 / (duration * uniSpeedFactor - 10) * Math.sqrt(distance * 10 / baseShipSpeed);
			let classFactor = options.prm.playerClass === 1 ? 0.01 * options.prm.deutConsReduction * (1 + 0.002 * options.prm.lfMechanGE) : 0;
			let boostabeID = jQuery.inArray(options.shipsData[i][0], options.boostableShips);
			let shipLFBonus = 0;
			if (boostabeID > -1 && options.prm.lfShipsBonuses[boostabeID] > 0) {
				shipLFBonus =  options.prm.lfShipsBonuses[boostabeID];
			}
			let lfFactor = (options.prm.lfDeutBonus + shipLFBonus) * 0.01;
			let baseConsumption = Math.floor(Math.floor(options.shipsData[i][3] * 0.1 * options.prm.deutFactor) * (1 - classFactor) * (1 - lfFactor));
			shipConsumption = Math.round(baseConsumption * shipsCount);
	        shipConsumption = shipConsumption < 1 ? 1 : shipConsumption;
	        totalConsumption += shipConsumption * distance / 35000 * ((shipSpeedValue / 10) + 1) * ((shipSpeedValue / 10) + 1);
		}
	}
    totalConsumption = Math.round(totalConsumption);
	return totalConsumption;
}

public static function fleetConsumption($fleetArray, $speed_factor, $mission_duration, $mission_distance, $user)
{
    $consumption = 0;
    $basic_consumption = 0;

    foreach ($fleetArray as $ship => $count) {
        if ($ship > 0) {
            $ship_speed = self::fleetMaxSpeed(null, $ship, $user);
            $combustion_level = $user['research_combustion_engine'] ?? 0;
            $spd = 35000 / ($mission_duration * $speed_factor - 10) * sqrt($mission_distance * 10 / $ship_speed);

            $basic_consumption = ($count * $spd * self::getConsumptionFactor($ship, $combustion_level)) / 10;
            $consumption += $basic_consumption;
        }
    }

    return round($consumption);
}

private static function getConsumptionFactor(int $ship, int $combustion_level): float
{
    $consumption_factor = Objects::getInstance()->getPrice($ship, 'consumption_factor');
    $combustion_level_bonus = 1 + ($combustion_level * 0.1);

    return $consumption_factor * $combustion_level_bonus;
}

consumption_factor table

Pequeña Carga	10
Gran Carga	50
Cazador Ligero	20
Cazador Pesado	75
Crucero	300
Nave de Batalla	500
Acorazado	1000
Bombardero	700
Destructor	2000
Estrella de la Muerte	7000
Acorazado de Batalla	750
Colonizador	1000
Reciclador	300
Sonda de Espionaje	1
Satélite Solar	0
Lanzamisiles	0
Laser pequeño	0
Laser grande	0
Cañón Gauss	0
Cañón Iónico	0
Cúpula pequeña	0
Cúpula grande	0
Misil Interplanetario	0
Taladrador	20
Segador	10
Explorador	10

Chat GPT-4 It gave me this but I don't know but it may be that the ogame table is unified in the hangar

[jonamix-ar]

Haciendo mas averguaciones

public static function fleetConsumption($fleetArray, $speed_factor, $mission_duration, $mission_distance, $user, $consumption_factor = 1)
{
    $consumption = 0;

    foreach ($fleetArray as $ship => $count) {
        if ($ship > 0) {
            $ship_speed = self::fleetMaxSpeed(null, $ship, $user);
            $ship_consumption = self::shipConsumption($ship, $user, $consumption_factor);
            $spd = 35000 / ($mission_duration * $speed_factor - 10) * sqrt($mission_distance * 10 / $ship_speed);
            $basic_consumption = $spd + $count * $ship_consumption * pow((($spd / 10) + 1), 2);
            $consumption += $basic_consumption * $mission_distance / 35000 + 1;
        }
    }

    $consumption *= ($mission_duration / 60) / 10; // convert to per hour

    return round($consumption);
}

Con el selector de porcentaje

$consumption_factor = ($selector == 100) ? 1 : 2;
$consumption = self::fleetConsumption($fleetArray, $speed_factor, $mission_duration, $mission_distance, $user, $consumption_factor);

$spd = 35000 / ($mission_duration * 0.7 - 10) * sqrt($mission_distance * 10 / $ship_speed);

$basic_consumption = $spd + $count * $ship_consumption * pow((($spd / 10) + 1), 2) * (1.4 - 0.4 * $speed_factor);