public void CalculateGravity()
{
gravity = ((2 * heightScript.getHeight()) / 100) / (timerScript.GetTime() * timerScript.GetTime());
heightResults.AddResults(heightScript.getHeight() / 100, 0);
timeResults.AddResults(timerScript.GetTime());
gravityResults.AddResults(gravity);
numberOfResults++;
resultsText.text = "Result " + numberOfResults + " Recorded";
}
public void CalculateAcceleration()
{
initalVelocity = lengthOfVehicle / timeScript1.GetTime();
finalVelocity = lengthOfVehicle / timeScript2.GetTime();
acceleration = ((finalVelocity * finalVelocity) - (initalVelocity * initalVelocity)) / (0.02f * s);
time1Results.AddResults(timeScript1.GetTime());
time2Results.AddResults(timeScript2.GetTime());
uResults.AddResults(initalVelocity);
vResults.AddResults(finalVelocity);
aResults.AddResults(acceleration);
forceResults.AddResults(newtonScript.GetNewtons(), 0);
numberOfResults++;
resultsText.text = "Result " + numberOfResults + " Recorded";
}
// Update is called once per frame
void FixedUpdate () {
if (occelationsCount == 60)
{
timer.StopTimer();
ResetPosition();
pendulumScript.RecordResults(pendulumHeightScript.getHeight(), timer.GetTime());
}
}
private float CalculateU()//Get initial velocity of glider
{
return(lengthOfVehicle / timeScript1.GetTime());
}
public float GetU()
{
return(lengthOfVehicle / timeScript1.GetTime());
}