public void Roll(object[] variables)
{
dice1End = rollRotations[(int)variables[0] - 1];
dice2End = rollRotations[(int)variables[1] - 1];
currentTimeVariation1 = (float)variables[2];
currentTimeVariation2 = (float)variables[3];
currentHeightVariation1 = (float)variables[4];
currentHeightVariation2 = (float)variables[5];
currentYAngel1 = (float)variables[6];
rotationDirection1 = (Vector3)variables[7];
currentYAngel2 = (float)variables[8];
rotationDirection2 = (Vector3)variables[9];
startRotation1 = (Vector3)variables[10];
startRotation2 = (Vector3)variables[11];
startPosition1 = (Vector3)variables[12];
startPosition2 = (Vector3)variables[13];
targetPosition1 = (Vector3)variables[14];
targetPosition2 = (Vector3)variables[15];
isRolling = true;
startTime = Time.time;
}
/// <summary>
/// Animuje kostki, by te wylosowały podane wyniki
/// </summary>
/// <param name="result1">Wynik na pierwszej kostce</param>
/// <param name="result2">Wynik na drugiej kostce</param>
public void Roll(int result1, int result2, Action onRollEnd = null)
{
if (isRolling)
{
return;
}
this.onRollEnd = onRollEnd;
dice1End = rollRotations[result1 - 1];
dice2End = rollRotations[result2 - 1];
currentTimeVariation1 = Random.Range(0f, durationVariation);
currentTimeVariation2 = Random.Range(0f, durationVariation);
currentHeightVariation1 = Random.Range(0f, heightVariation);
currentHeightVariation2 = Random.Range(0f, heightVariation);
currentYAngel1 = Random.Range(-maxYAngle, maxYAngle);
rotationDirection1 = new Vector3(MathExtension.RandomSign(), MathExtension.RandomSign(), MathExtension.RandomSign());
currentYAngel2 = Random.Range(-maxYAngle, maxYAngle);
rotationDirection2 = new Vector3(MathExtension.RandomSign(), MathExtension.RandomSign(), MathExtension.RandomSign());
startRotation1 = dice1Holder.localRotation.eulerAngles;
startRotation2 = dice2Holder.localRotation.eulerAngles;
startPosition1 = dice1Holder.localPosition;
startPosition2 = dice2Holder.localPosition;
Vector3 displacement = startDice2Position - startDice1Position;
targetPosition1 = new Vector3(Random.Range(-throwRadius, throwRadius), 0f, Random.Range(-throwRadius, throwRadius));
targetPosition2 = targetPosition1 + displacement;
float placeDisplacement = displacement.magnitude * positionVariation;
targetPosition1 += new Vector3(Random.Range(-placeDisplacement, placeDisplacement), 0f, Random.Range(-placeDisplacement, placeDisplacement));
targetPosition2 += new Vector3(Random.Range(-placeDisplacement, placeDisplacement), 0f, Random.Range(-placeDisplacement, placeDisplacement));
isRolling = true;
startTime = Time.time;
object[] variables = new object[] {
result1, result2,
currentTimeVariation1, currentTimeVariation2,
currentHeightVariation1, currentHeightVariation2,
currentYAngel1, rotationDirection1, currentYAngel2, rotationDirection2,
startRotation1, startRotation2,
startPosition1, startPosition2,
targetPosition1, targetPosition2
};
photonView.RPC("Roll", RpcTarget.Others, variables);
}
/// <summary>
/// Funkcja animująca obrót kostek
/// </summary>
/// <param name="timeProgress">Postęp animacji</param>
private void RotationInterpolation(float timeProgress, float currentTimeVariation, RollRotation diceEnd, Vector3 startRotation, Vector3 rotationDirection, float currentYAngel, Transform diceHolder)
{
float diceProgress = GetDiceProgress(timeProgress, currentTimeVariation);
//Dodatkowy obrót występuje tylko na osi, na której już nie ma obrotu
float rotationX = rotationDirection.x == 1 ? diceEnd.rotation.x : MathExtension.InverseRotation(diceEnd.rotation.x);
float rotationY = rotationDirection.y == 1 ? diceEnd.rotation.y : MathExtension.InverseRotation(diceEnd.rotation.y);
rotationY += currentYAngel;
float rotationZ = rotationDirection.z == 1 ? diceEnd.rotation.z : MathExtension.InverseRotation(diceEnd.rotation.z);
Vector3 targetRotation = new Vector3(rotationX, rotationY, rotationZ);
Vector3 diceRotation = Vector3.Lerp(startRotation, targetRotation, diceProgress);
diceHolder.localRotation = Quaternion.Euler(diceRotation);
}
public void UpdateStates(ref Quadcopter.Settings Settings)
{
// Thrusters
thrusters = QuadcopterControls.GetAnalog(Settings._ThrusterControl);
if (thrusters < 0.0f)
{
thrusterState = ThrusterState.DOWNWARDS;
}
else if (thrusters > 0.0f)
{
thrusterState = ThrusterState.UPWARDS;
}
else if (Settings._ThrusterRest)
{
thrusterState = ThrusterState.STILL;
}
else
{
thrusterState = ThrusterState.OFF;
}
// Pitch
float Pitch = QuadcopterControls.GetAnalog(Settings._PitchControl);
if (Pitch < 0.0f)
{
pitchrotation = PitchRotation.CCW;
}
else if (Pitch > 0.0f)
{
pitchrotation = PitchRotation.CW;
}
else
{
pitchrotation = PitchRotation.NONE;
}
// Yaw
float Yaw = QuadcopterControls.GetAnalog(Settings._YawControl);
if (Yaw < 0.0f)
{
yawrotation = YawRotation.CCW;
}
else if (Yaw > 0.0f)
{
yawrotation = YawRotation.CW;
}
else
{
yawrotation = YawRotation.NONE;
}
// Roll
float Roll = QuadcopterControls.GetAnalog(Settings._RollControl);
if (Roll < 0.0f)
{
rollrotation = RollRotation.CCW;
}
else if (Roll > 0.0f)
{
rollrotation = RollRotation.CW;
}
else
{
rollrotation = RollRotation.NONE;
}
// Return Euler Changes
eulerchanges = new Vector3(Pitch, Yaw, Roll);
}
