// Use this for initialization
void Start()
{
numUpdates = 0;
range = PhysicsCalculator.calculateRange(boat, target);
moving = true;
gunBallSpawned = false;
initial = true;
lastMarker = numUpdates;
buffer = 3;
fixedTime = Time.fixedDeltaTime;
//calculate theta
angle = PhysicsCalculator.calculateTheta(range, gunBallVelocity);
//calculate the total time
totalTime = PhysicsCalculator.calculateProjTime(range, gunBallVelocity, angle);
//change angle to degrees
angle = angle * 180 / Mathf.PI;
angleText.text = "Angle: " + angle + " degrees";
//calculate Vx
oldVx = PhysicsCalculator.calculateXVelocity(gunBallVelocity, angle);
//calculate Vy
oldVy = PhysicsCalculator.calculateYVelocity(gunBallVelocity, angle);
}
// Use this for initialization
void Start()
{
numUpdates = 0;
moving = true;
gunBallSpawned = false;
initial = true;
lastMarker = numUpdates;
buffer = 5;
fixedTime = Time.fixedDeltaTime;
oldVz = gunBallVelocity;
range = PhysicsCalculator.calculateRange(boat, target);
xDifference = PhysicsCalculator.calculateXDifference(boat, target);
collided = false;
if (xDifference != 0)
{
// gamma = PhysicsCalculator.calculateGamma(xDifference, PhysicsCalculator.calculateRange(boat, target));
// gammaDegrees = PhysicsCalculator.toDegrees(gamma);
// angle = PhysicsCalculator.calculateAngle(ACCELERATION, xDifference, range, gunBallVelocity);
// angleAdjusted = (180 - PhysicsCalculator.toDegrees(angle)) / 2;
// angle = PhysicsCalculator.toDegrees(angle) / 2;
// oldVz = PhysicsCalculator.calculateGammaVelocity(gunBallVelocity, Mathf.Cos(gamma), Mathf.Sin(angleAdjusted * Mathf.PI / 180));
// oldVy = PhysicsCalculator.calculateGammaYVelocity(gunBallVelocity, angleAdjusted);
// oldVx = PhysicsCalculator.calculateGammaVelocity(gunBallVelocity, Mathf.Sin(gamma), Mathf.Sin(angleAdjusted * Mathf.PI / 180));
}
else
{
//calculate theta
angle = PhysicsCalculator.calculateAngle(ACCELERATION, xDifference, range, gunBallVelocity);
//change angle to degrees
angle = PhysicsCalculator.toDegrees(angle) / 2;
//calculate Vx
oldVx = PhysicsCalculator.calculateXVelocity(gunBallVelocity, angle);
//calculate Vy
oldVy = PhysicsCalculator.calculateYVelocity(gunBallVelocity, angle);
}
//---------------- Lab #8 Additions ----------------
tau = PhysicsCalculator.calculateTau(projMass, dragCoefficient);
windVelocity = 2.0f;
windCoefficient = 0.1f;
//---------------- Lab #9 Additions ----------------
jImpulse = PhysicsCalculator.calculateJImpulse((gunBallVelocity - targetVelocity), e, projMass, targetMass);
momentumInitial.x = PhysicsCalculator.calculateMomentum(projMass, gunBallVelocity);
momentumInitial.y = PhysicsCalculator.calculateMomentum(targetMass, targetVelocity);
momentumInitial.z = momentumInitial.x + momentumInitial.y;
}
// Use this for initialization
void Start()
{
numUpdates = 0;
range = PhysicsCalculator.calculateRange(boat, target);
moving = true;
gunBallSpawned = false;
initial = true;
lastMarker = numUpdates;
buffer = 3;
fixedTime = Time.fixedDeltaTime;
xDifference = PhysicsCalculator.calculateXDifference(boat, target);
if (xDifference != 0)
{
gamma = PhysicsCalculator.calculateGamma(xDifference, PhysicsCalculator.calculateRange(boat, target));
gammaDegrees = PhysicsCalculator.toDegrees(gamma);
angle = PhysicsCalculator.calculateAngle(ACCELERATION, xDifference, range, gunBallVelocity);
angleAdjusted = (180 - PhysicsCalculator.toDegrees(angle)) / 2;
angle = PhysicsCalculator.toDegrees(angle) / 2;
oldVz = PhysicsCalculator.calculateGammaVelocity(gunBallVelocity, Mathf.Cos(gamma), Mathf.Sin(angleAdjusted * Mathf.PI / 180));
oldVy = PhysicsCalculator.calculateGammaYVelocity(gunBallVelocity, angleAdjusted);
oldVx = PhysicsCalculator.calculateGammaVelocity(gunBallVelocity, Mathf.Sin(gamma), Mathf.Sin(angleAdjusted * Mathf.PI / 180));
}
else
{
//calculate theta
angle = PhysicsCalculator.calculateTheta(range, gunBallVelocity);
//change angle to degrees
angle = angle * 180 / Mathf.PI;
//calculate Vx
oldVx = PhysicsCalculator.calculateXVelocity(gunBallVelocity, angle);
//calculate Vy
oldVy = PhysicsCalculator.calculateYVelocity(gunBallVelocity, angle);
}
}