//Gets non suvat based inputs from the UI and sassigns values to the particle instance
private static void getMisc(ref newParticle values)
{
//Reference to the UI instance that being used
Suvat_UiController controller = Suvat_UiController.instance;
//Radius cannot be empty text or 0
if (controller.Radius.text != "" && controller.Radius.text != "0")
{
//converts text to float from the input field
values.diameter = float.Parse(controller.Radius.text);
}
else
{
//If the radius has not been stated or =0 then a default value of 1 is assigned.
values.diameter = 1;
}
try
{
//If the gravity toggle has been enabled
if (controller.Gravity.isOn == true)
{
//gravity must be added.Gravity is negative therefore a vector subtraction occurs of the magnitude of gravity.
//Y component only
values.acceleration -= new Vector3(0, Gravity, 0);
}
}
catch (NullReferenceException) { }
}
//Gets the inputs from the user for each Suvat quantitity in the X dimention
//If the input is not NULL then Key is updated for the dimention and element
private static void GetInput_Suvat_x(ref newParticle values, int dimentions)
{
//float.parse converts a string to float type
//Reference to the UI element
Suvat_UiController controller = Suvat_UiController.instance;
if (controller.S_x.text != "")
{
Vector3 temp = values.displacement;
temp[0] = float.Parse(controller.S_x.text);
values.displacement = temp;
values.key[0] = ReplaceAtIndex(0, '1', values.key[0]);
}
if (controller.U_x.text != "")
{
Vector3 temp = values.initialVelocity;
temp[0] = float.Parse(controller.U_x.text);
values.initialVelocity = temp;
values.key[0] = ReplaceAtIndex(1, '1', values.key[0]);
}
if (controller.V_x.text != "")
{
Vector3 temp = values.currentVelocity;
temp[0] = float.Parse(controller.V_x.text);
values.currentVelocity = temp;
values.key[0] = ReplaceAtIndex(2, '1', values.key[0]);
}
if (controller.A_x.text != "")
{
Vector3 temp = values.acceleration;
temp[0] = float.Parse(controller.A_x.text);
values.acceleration = temp;
values.key[0] = ReplaceAtIndex(3, '1', values.key[0]);
}
if (controller.Time.text != "")
{
values.motionTime = float.Parse(controller.Time.text);
//Time shared between all dimentions
values.key[0] = ReplaceAtIndex(4, '1', values.key[0]);
values.key[1] = ReplaceAtIndex(4, '1', values.key[1]);
values.key[2] = ReplaceAtIndex(4, '1', values.key[2]);
}
if (controller.R_x.text != "")
{
Vector3 temp = values.initialPosition;
temp[0] = float.Parse(controller.R_x.text);
values.initialPosition = temp;
}
}
//unity method ran when the object is first instatiated
//This occurs when the scene is first loaded in the case of the UIController
public void Start()
{
//Creates reference for all methods to access.
instance = this;
//begins program with Particle infomation selected
//Enabled Particle infomation panel
//Disables Particle graphs panel
OnParticleInfomationButtonClicked();
//Turns all dimention inputs on.
SetDimention_X(true);
SetDimention_Y(true);
SetDimention_Z(true);
}
//Gets the inputs from the user for each Suvat quantitity in the Y dimention
//If the input is not NULL then Key is updated for the dimention and element
private static void GetInput_Suvat_y(ref newParticle values, int dimentions)
{
//float.parse converts a string to float type
//Reference to the UI element
Suvat_UiController controller = Suvat_UiController.instance;
if (controller.S_y.text != "")
{
Vector3 temp = values.displacement;
temp[1] = float.Parse(controller.S_y.text);
values.displacement = temp;
values.key[1] = ReplaceAtIndex(0, '1', values.key[1]);
}
if (controller.U_y.text != "")
{
Vector3 temp = values.initialVelocity;
temp[1] = float.Parse(controller.U_y.text);
values.initialVelocity = temp;
values.key[1] = ReplaceAtIndex(1, '1', values.key[1]);
}
if (controller.V_y.text != "")
{
Vector3 temp = values.currentVelocity;
temp[1] = float.Parse(controller.V_y.text);
values.currentVelocity = temp;
values.key[1] = ReplaceAtIndex(2, '1', values.key[1]);
}
if (controller.A_y.text != "")
{
//+= because gravity may be added by the toggle , thus cannot be strickly equal
Vector3 temp = values.acceleration;
temp[1] += float.Parse(controller.A_y.text);
values.acceleration = temp;
values.key[1] = ReplaceAtIndex(3, '1', values.key[1]);
}
if (controller.R_y.text != "")
{
Vector3 temp = values.initialPosition;
temp[1] = float.Parse(controller.R_y.text);
values.initialPosition = temp;
}
}
