// Start is called before the first frame update
void Start()
{
Debug.Log("Vector Addition : " + v1 + " Plus " + v2 + " Equals " + VectorMathLib.vectorAddition3D(v1, v2));
Debug.Log("Vector Substraction : " + v1 + " Minus " + v2 + " Equals " + VectorMathLib.vectorSubtraction3D(v1, v2));
Debug.Log("Vector Dot Product : " + v1 + " . " + v2 + " Equals " + VectorMathLib.dotProduct3D(v1, v2));
Debug.Log("Unit Vector : " + " Unit Vector of " + v2 + " Equals " + VectorMathLib.unitVector3DVector(v2));
Debug.Log("Vector Reflection(Axis Aligned) : " + " The Reflection of " + v2 + " on the x Axis is " + VectorMathLib.vectorReflectionAxisAligned2D(v2, true, false));
Debug.Log("Cartesian to Polar : " + " The Polar Corfinates of " + v1 + " is " + VectorMathLib.cartesianToPolar(v1));
Debug.Log("Polar to Cartesian : " + " The Cartesian Corfinates of " + (4.5f, 12.0f) + " is " + VectorMathLib.polarToCartesian(4.5f, 12.0f));
Debug.Log("Unit Direction Vector : " + " The Unit Direction Vector of " + v1 + " and " + v2 + "is" + VectorMathLib.getUnitDirectionVector(v1, v2));
Debug.Log("Magnitude of 3D Vector: " + " The Unit Magnitude of " + v1 + "is" + VectorMathLib.magnitude3DVector(v1));
Debug.Log("Scaler Multiple of 3D Vector: " + " The Scalar Multiple of 3D Vector " + v1 + "by" + 20.0f + "is" + VectorMathLib.scalerMultiple3DVector(v1, 20.0f));
Debug.Log("Vectors nearly equal with radius: " + " Cheking if " + v1 + "and" + v2 + "are close by an ammount of:" + 10.0f + ":" + VectorMathLib.vectorsNearlyEquals(v1, v2, 10.0f));
Debug.Log("Zero Vector" + VectorMathLib.zeroVector3D());
}
// Update is called once per frame
void Update()
{
time = Time.deltaTime;
frictionVector = -VectorMathLib.scalerMultiple3DVector(VectorMathLib.unitVector3DVector(ballVelocity), coefficentOfFriction);
if (transform.position.z > 25.0f)
{
print("Hit Wall Top");
ballVelocity.z = -ballVelocity.z;
transform.position = new Vector3(transform.position.x, transform.position.y, 25.0f - (transform.position.z - 25.0f));
print(VectorMathLib.magnitude3DVector(ballVelocity));
}
else if (transform.position.z < -25.0f)
{
print("Hit Wall Top");
ballVelocity.z = -ballVelocity.z;
transform.position = new Vector3(transform.position.x, transform.position.y, -25.0f + (-transform.position.z - 25.0f));
print(VectorMathLib.magnitude3DVector(ballVelocity));
}
else if (transform.position.x > 25.0f)
{
print("Hit Wall Top");
ballVelocity.x = -ballVelocity.x;
transform.position = new Vector3(25.0f - (transform.position.x - 25.0f), transform.position.y, transform.position.z);
print(VectorMathLib.magnitude3DVector(ballVelocity));
}
else if (transform.position.x < -25.0f)
{
print("Hit Wall Top");
ballVelocity.x = -ballVelocity.x;
transform.position = new Vector3(-25.0f + (-transform.position.x - 25.0f), transform.position.y, transform.position.z);
print(VectorMathLib.magnitude3DVector(ballVelocity));
}
ballVelocity += frictionVector * time;
transform.position += ballVelocity * time + frictionVector * Mathf.Pow(time, 2) / 2;
}
// Update is called once per frame
void Update()
{
time = Time.deltaTime;
// VectorMathLib.get
obj = wpArray[currentObject];
gameObjPosition = obj.transform.position;
if (rotationState)
{
transform.RotateAround(obj.transform.position, Vector3.up, 90 * time);
degreeCount += (90 * time);
if (degreeCount >= 360)
{
rotationState = false;
currentObject += 1;
if (currentObject == (wpArray.Length))
{
currentObject = 0;
}
degreeCount = 0.0f;
}
}
else
{
transform.position += Speed * VectorMathLib.getUnitDirectionVector(transform.position, gameObjPosition);
if (VectorMathLib.vectorsNearlyEquals(transform.position, gameObjPosition, Radius))
{
rotationState = true;
}
}
}
void Update()
{
x1 = transform.position;
x2 = ball2.transform.position;
time = Time.deltaTime;
frictionVector = -VectorMathLib.scalerMultiple3DVector(VectorMathLib.unitVector3DVector(v1), coefficentOfFriction);
frictionVector2 = -VectorMathLib.scalerMultiple3DVector(VectorMathLib.unitVector3DVector(v2), coefficentOfFriction);
if (x1.z > 25.0f)
{
print("Hit Wall Top");
v1.z = -v1.z;
x1 = new Vector3(x1.x, x1.y, 25.0f - (x1.z - 25.0f));
print(VectorMathLib.magnitude3DVector(v1));
}
else if (x1.z < -25.0f)
{
print("Hit Wall Top");
v1.z = -v1.z;
x1 = new Vector3(x1.x, x1.y, -25.0f + (-x1.z - 25.0f));
print(VectorMathLib.magnitude3DVector(v1));
}
else if (x1.x > 25.0f)
{
print("Hit Wall Top");
v1.x = -v1.x;
x1 = new Vector3(25.0f - (x1.x - 25.0f), x1.y, x1.z);
print(VectorMathLib.magnitude3DVector(v1));
}
else if (x1.x < -25.0f)
{
print("Hit Wall Top");
v1.x = -v1.x;
x1 = new Vector3(-25.0f + (-x1.x - 25.0f), x1.y, x1.z);
print(VectorMathLib.magnitude3DVector(v1));
}
if (x2.z > 25.0f)
{
print("Hit Wall Top");
v2.z = -v2.z;
x2 = new Vector3(x2.x, x2.y, 25.0f - (x2.z - 25.0f));
print(VectorMathLib.magnitude3DVector(v2));
}
else if (x2.z < -25.0f)
{
print("Hit Wall Top");
v2.z = -v2.z;
x2 = new Vector3(x2.x, x2.y, -25.0f + (-x2.z - 25.0f));
print(VectorMathLib.magnitude3DVector(v2));
}
else if (x2.x > 25.0f)
{
print("Hit Wall Top");
v2.x = -v2.x;
x2 = new Vector3(25.0f - (x2.x - 25.0f), x2.y, x2.z);
print(VectorMathLib.magnitude3DVector(v2));
}
else if (x2.x < -25.0f)
{
print("Hit Wall Top");
v2.x = -v2.x;
x2 = new Vector3(-25.0f + (-x2.x - 25.0f), x2.y, x2.z);
print(VectorMathLib.magnitude3DVector(v2));
}
if ((VectorMathLib.magnitude3DVector(x1 - x2) <= 1.0f) & whiteHitsRed)
{
print("v1" + v1);
print("v2" + v2);
v1_1 = v1 - VectorMathLib.dotProduct3D(v1 - v2, x1 - x2) * (x1 - x2) / Mathf.Pow(VectorMathLib.magnitude3DVector(x1 - x2), 2);
v2_1 = v2 - VectorMathLib.dotProduct3D(v2 - v1, x2 - x1) * (x2 - x1) / Mathf.Pow(VectorMathLib.magnitude3DVector(x2 - x1), 2);
whiteHitsRed = false;
print("v1-2" + v1_1);
print("v2-2" + v2_1);
v1_1 += frictionVector * time;
v2_1 += frictionVector2 * time;
print("3" + x1);
x1 += v1_1 * time + frictionVector * Mathf.Pow(time, 2) / 2;
print("4" + x2);
x2 += v2_1 * time + frictionVector2 * Mathf.Pow(time, 2) / 2;
v1 = v1_1;
v2 = v2_1;
}
else
{
v1 += frictionVector * time;
v2 += frictionVector2 * time;
x1 += v1 * time + frictionVector * Mathf.Pow(time, 2) / 2;
x2 += v2 * time + frictionVector * Mathf.Pow(time, 2) / 2;
}
transform.position = x1;
ball2.transform.position = x2;
}
