//Make existing panels require 0 power on load
void ChangePower(int amt)
{
foreach (var Neon in BaseNetworkable.serverEntities.OfType <NeonSign>()) // BaseNetworkable.serverEntities.OfType is 5x faster than UnityEngine.Object.FindObjectsOfType, thanks for the tip Death!
{
Neon.UpdateHasPower(amt, 1);
Neon.SendNetworkUpdateImmediate();
}
}
public override void OnInspectorGUI()
{
base.OnInspectorGUI();
if (GUILayout.Button("Update"))
{
Neon neon = (Neon)target;
neon.UpdateLineRenderers();
}
if (GUILayout.Button("Flash"))
{
Neon neon = (Neon)target;
neon.Flash();
}
}
public void TestPrintElectronShellCfg_All()
{
IElement testSubject;;
testSubject = new Hydrogen();
Console.WriteLine($"Hydrogen {testSubject.PrintElectronShellCfg()}");
testSubject = new Helium();
Console.WriteLine($"Helium {testSubject.PrintElectronShellCfg()}");
testSubject = new Lithium();
Console.WriteLine($"Lithium {testSubject.PrintElectronShellCfg()}");
testSubject = new Beryllium();
Console.WriteLine($"Beryllium {testSubject.PrintElectronShellCfg()}");
testSubject = new Boron();
Console.WriteLine($"Boron {testSubject.PrintElectronShellCfg()}");
testSubject = new Carbon();
Console.WriteLine($"Carbon {testSubject.PrintElectronShellCfg()}");
testSubject = new Nitrogen();
Console.WriteLine($"Nitrogen {testSubject.PrintElectronShellCfg()}");
testSubject = new Oxygen();
Console.WriteLine($"Oxygen {testSubject.PrintElectronShellCfg()}");
testSubject = new Fluorine();
Console.WriteLine($"Fluorine {testSubject.PrintElectronShellCfg()}");
testSubject = new Neon();
Console.WriteLine($"Neon {testSubject.PrintElectronShellCfg()}");
testSubject = new Sodium();
Console.WriteLine($"Sodium {testSubject.PrintElectronShellCfg()}");
testSubject = new Magnesium();
Console.WriteLine($"Magnesium {testSubject.PrintElectronShellCfg()}");
testSubject = new Aluminum();
Console.WriteLine($"Aluminum {testSubject.PrintElectronShellCfg()}");
testSubject = new Silicon();
Console.WriteLine($"Silicon {testSubject.PrintElectronShellCfg()}");
testSubject = new Phosphorus();
Console.WriteLine($"Phosphorus {testSubject.PrintElectronShellCfg()}");
testSubject = new Sulfur();
Console.WriteLine($"Sulfur {testSubject.PrintElectronShellCfg()}");
testSubject = new Chlorine();
Console.WriteLine($"Chlorine {testSubject.PrintElectronShellCfg()}");
testSubject = new Argon();
Console.WriteLine($"Argon {testSubject.PrintElectronShellCfg()}");
testSubject = new Potassium();
Console.WriteLine($"Potassium {testSubject.PrintElectronShellCfg()}");
testSubject = new Calcium();
Console.WriteLine($"Calcium {testSubject.PrintElectronShellCfg()}");
testSubject = new Scandium();
Console.WriteLine($"Scandium {testSubject.PrintElectronShellCfg()}");
testSubject = new Titanium();
Console.WriteLine($"Titanium {testSubject.PrintElectronShellCfg()}");
testSubject = new Vanadium();
Console.WriteLine($"Vanadium {testSubject.PrintElectronShellCfg()}");
testSubject = new Chromium();
Console.WriteLine($"Chromium {testSubject.PrintElectronShellCfg()}");
testSubject = new Manganese();
Console.WriteLine($"Manganese {testSubject.PrintElectronShellCfg()}");
testSubject = new Iron();
Console.WriteLine($"Iron {testSubject.PrintElectronShellCfg()}");
testSubject = new Cobalt();
Console.WriteLine($"Cobalt {testSubject.PrintElectronShellCfg()}");
testSubject = new Nickel();
Console.WriteLine($"Nickel {testSubject.PrintElectronShellCfg()}");
testSubject = new Copper();
Console.WriteLine($"Copper {testSubject.PrintElectronShellCfg()}");
testSubject = new Zinc();
Console.WriteLine($"Zinc {testSubject.PrintElectronShellCfg()}");
testSubject = new Gallium();
Console.WriteLine($"Gallium {testSubject.PrintElectronShellCfg()}");
testSubject = new Germanium();
Console.WriteLine($"Germanium {testSubject.PrintElectronShellCfg()}");
testSubject = new Arsenic();
Console.WriteLine($"Arsenic {testSubject.PrintElectronShellCfg()}");
testSubject = new Selenium();
Console.WriteLine($"Selenium {testSubject.PrintElectronShellCfg()}");
testSubject = new Bromine();
Console.WriteLine($"Bromine {testSubject.PrintElectronShellCfg()}");
testSubject = new Krypton();
Console.WriteLine($"Krypton {testSubject.PrintElectronShellCfg()}");
testSubject = new Rubidium();
Console.WriteLine($"Rubidium {testSubject.PrintElectronShellCfg()}");
testSubject = new Strontium();
Console.WriteLine($"Strontium {testSubject.PrintElectronShellCfg()}");
testSubject = new Yttrium();
Console.WriteLine($"Yttrium {testSubject.PrintElectronShellCfg()}");
testSubject = new Zirconium();
Console.WriteLine($"Zirconium {testSubject.PrintElectronShellCfg()}");
testSubject = new Niobium();
Console.WriteLine($"Niobium {testSubject.PrintElectronShellCfg()}");
testSubject = new Molybdenum();
Console.WriteLine($"Molybdenum {testSubject.PrintElectronShellCfg()}");
testSubject = new Technetium();
Console.WriteLine($"Technetium {testSubject.PrintElectronShellCfg()}");
testSubject = new Ruthenium();
Console.WriteLine($"Ruthenium {testSubject.PrintElectronShellCfg()}");
testSubject = new Rhodium();
Console.WriteLine($"Rhodium {testSubject.PrintElectronShellCfg()}");
testSubject = new Palladium();
Console.WriteLine($"Palladium {testSubject.PrintElectronShellCfg()}");
testSubject = new Silver();
Console.WriteLine($"Silver {testSubject.PrintElectronShellCfg()}");
testSubject = new Cadmium();
Console.WriteLine($"Cadmium {testSubject.PrintElectronShellCfg()}");
testSubject = new Indium();
Console.WriteLine($"Indium {testSubject.PrintElectronShellCfg()}");
testSubject = new Tin();
Console.WriteLine($"Tin {testSubject.PrintElectronShellCfg()}");
testSubject = new Antimony();
Console.WriteLine($"Antimony {testSubject.PrintElectronShellCfg()}");
testSubject = new Tellurium();
Console.WriteLine($"Tellurium {testSubject.PrintElectronShellCfg()}");
testSubject = new Iodine();
Console.WriteLine($"Iodine {testSubject.PrintElectronShellCfg()}");
testSubject = new Xenon();
Console.WriteLine($"Xenon {testSubject.PrintElectronShellCfg()}");
testSubject = new Cesium();
Console.WriteLine($"Cesium {testSubject.PrintElectronShellCfg()}");
testSubject = new Barium();
Console.WriteLine($"Barium {testSubject.PrintElectronShellCfg()}");
}
public void Update()
{
// Cases
switch (ShopStats.gas)
{
case 1:
gas = 200;
break;
case 2:
gas = 300;
break;
case 3:
gas = 500;
break;
case 5:
gas = 700;
break;
case 6:
gas = 1000;
break;
default:
gas = 60;
break;
}
switch (ShopStats.velocity)
{
case 1:
speed = 20;
life = 20;
break;
case 2:
speed = 30;
life = 30;
break;
case 3:
speed = 40;
life = 50;
break;
case 4:
speed = 50;
nitroOk = true;
nNitros = 1;
life = 100;
Archievements.NitroIsEnable = true;
break;
case 5:
speed = 60;
nitroOk = true;
nNitros = 3;
life = 200;
Archievements.NitroIsEnable = true;
break;
default:
speed = 10;
life = 10;
break;
}
switch (ShopStats.mass)
{
default:
rb.mass = 850;
break;
case 1:
rb.mass = 950;
break;
case 2:
rb.mass = 1050;
break;
case 3:
rb.mass = 1150;
break;
case 4:
rb.mass = 1550;
break;
case 5:
rb.mass = 2550;
break;
}
// Fim do Switch
Wheel = wheelAngle / maximumSteeringAngle;
Whelllow = Wheel;
//motor = maxMotorTorque * Input.GetAxis("Vertical");
motor = maxMotorTorque * speed * Time.deltaTime;
float steering = maxSteeringAngle * Wheel;
float brakeTorque = Mathf.Abs(Whelllow);
if (brakeTorque > 0.90)
{
brakeTorque = maxMotorTorque;
motor--;
//Desacelera o carro conforme a curva
}
else
{
brakeTorque = 0;
}
foreach (Dot_Truck truck_Info in truck_Infos)
{
if (truck_Info.steering == true)
{
truck_Info.leftWheel.steerAngle = truck_Info.rightWheel.steerAngle = ((truck_Info.reverseTurn) ? -1 : 1) * steering;
}
if (truck_Info.motor == true)
{
truck_Info.leftWheel.motorTorque = motor;
truck_Info.rightWheel.motorTorque = motor;
}
truck_Info.leftWheel.brakeTorque = brakeTorque;
truck_Info.rightWheel.brakeTorque = brakeTorque;
VisualizeWheel(truck_Info);
}
EngineSound();
//Debug.Log("brakeTorque" + brakeTorque);
//Debug.Log("maxMotorTorque" + maxMotorTorque);
//Debug.Log("motor" + motor);
//Quando o volante é solto, ele reseta a rotação.
if (!wheelBeingHeld && !Mathf.Approximately(0f, wheelAngle))
{
float deltaAngle = wheelReleasedSpeed * Time.deltaTime;
if (Mathf.Abs(deltaAngle) > Mathf.Abs(wheelAngle))
{
wheelAngle = 0f;
}
else if (wheelAngle > 0f)
{
wheelAngle -= deltaAngle;
}
else
{
wheelAngle += deltaAngle;
}
}
// Roda a imagem
rectT.localEulerAngles = Vector3.back * 2 * wheelAngle;
// Neon
if (neon == true)
{
Neon.SetActive(true);
}
else
{
Neon.SetActive(false);
}
if (gas <= 0)
{
maxMotorTorque = 0;
}
//lifeBar.GetComponent<RectTransform>().offsetMax = new Vector2(life, -10f);
}
/// <summary>
/// Возвращает rgb-цвет неона
/// </summary>
public byte[] GetNeonColor()
{
return(string.IsNullOrEmpty(Neon)
? new byte[0]
: Neon.Split(';').Select(e => Convert.ToByte(e)).ToArray());
}
