// Update is called every frame, if the MonoBehaviour is enabled.
// http://docs.unity3d.com/ScriptReference/MonoBehaviour.Update.html
void Update()
{
// If m_MoveMethod or m_Range was changed
if (m_MoveMethod != m_MoveMethodOld || m_Range != m_RangeOld)
{
m_MoveMethodOld = m_MoveMethod;
ResetPosition();
}
// Update position according to m_MoveMethod
switch (m_MoveMethod)
{
// Move left-right
case eMoveMethod.LeftRight:
UpdateLeftRight();
break;
// Move up-down
case eMoveMethod.UpDown:
UpdateUpDown();
break;
// Move XY clock wise circle
case eMoveMethod.CircularXY_Clockwise:
UpdateCircularXY_Clockwise();
break;
// Move XY counter clockwise circle
case eMoveMethod.CircularXY_CounterClockwise:
UpdateCircularXY_CounterClockwise();
break;
// Move XZ clock wise circle
case eMoveMethod.CircularXZ_Clockwise:
UpdateCircularXZ_Clockwise();
break;
// Move XZ counter clockwise circle
case eMoveMethod.CircularXZ_CounterClockwise:
UpdateCircularXZ_CounterClockwise();
break;
// Move YZ clock wise circle
case eMoveMethod.CircularYZ_Clockwise:
UpdateCircularYZ_Clockwise();
break;
// Move YZ counter clock wise circle
case eMoveMethod.CircularYZ_CounterClockwise:
UpdateCircularYZ_CounterClockwise();
break;
}
}
// Update is called once per frame
void Update()
{
if (m_MoveMethod != m_MoveMethodOld || m_Range != m_RangeOld)
{
m_MoveMethodOld = m_MoveMethod;
ResetPosition();
}
// Check what method to control moving of this Particle object
switch (m_MoveMethod)
{
case eMoveMethod.LeftRight:
UpdateLeftRight();
break;
case eMoveMethod.UpDown:
UpdateUpDown();
break;
case eMoveMethod.CircularXY_Clockwise:
UpdateCircularXY_Clockwise();
break;
case eMoveMethod.CircularXY_CounterClockwise:
UpdateCircularXY_CounterClockwise();
break;
case eMoveMethod.CircularXZ_Clockwise:
UpdateCircularXZ_Clockwise();
break;
case eMoveMethod.CircularXZ_CounterClockwise:
UpdateCircularXZ_CounterClockwise();
break;
case eMoveMethod.CircularYZ_Clockwise:
UpdateCircularYZ_Clockwise();
break;
case eMoveMethod.CircularYZ_CounterClockwise:
UpdateCircularYZ_CounterClockwise();
break;
}
}
// Update is called once per frame
void Update()
{
if (m_MoveMethod != m_MoveMethodOld || m_Range != m_RangeOld)
{
m_MoveMethodOld = m_MoveMethod;
ResetPosition();
}
switch (m_MoveMethod)
{
case eMoveMethod.LeftRight:
UpdateLeftRight();
break;
case eMoveMethod.UpDown:
UpdateUpDown();
break;
case eMoveMethod.CircularXY_Clockwise:
UpdateCircularXY_Clockwise();
break;
case eMoveMethod.CircularXY_CounterClockwise:
UpdateCircularXY_CounterClockwise();
break;
case eMoveMethod.CircularXZ_Clockwise:
UpdateCircularXZ_Clockwise();
break;
case eMoveMethod.CircularXZ_CounterClockwise:
UpdateCircularXZ_CounterClockwise();
break;
case eMoveMethod.CircularYZ_Clockwise:
UpdateCircularYZ_Clockwise();
break;
case eMoveMethod.CircularYZ_CounterClockwise:
UpdateCircularYZ_CounterClockwise();
break;
}
}
// Update is called once per frame
void Update()
{
if(m_MoveMethod!=m_MoveMethodOld || m_Range!=m_RangeOld)
{
m_MoveMethodOld = m_MoveMethod;
ResetPosition();
}
// Check what method to control moving of this Particle object
switch(m_MoveMethod)
{
case eMoveMethod.LeftRight:
UpdateLeftRight();
break;
case eMoveMethod.UpDown:
UpdateUpDown();
break;
case eMoveMethod.CircularXY_Clockwise:
UpdateCircularXY_Clockwise();
break;
case eMoveMethod.CircularXY_CounterClockwise:
UpdateCircularXY_CounterClockwise();
break;
case eMoveMethod.CircularXZ_Clockwise:
UpdateCircularXZ_Clockwise();
break;
case eMoveMethod.CircularXZ_CounterClockwise:
UpdateCircularXZ_CounterClockwise();
break;
case eMoveMethod.CircularYZ_Clockwise:
UpdateCircularYZ_Clockwise();
break;
case eMoveMethod.CircularYZ_CounterClockwise:
UpdateCircularYZ_CounterClockwise();
break;
}
}
// Update is called once per frame
void Update () {
if(m_MoveMethod!=m_MoveMethodOld || m_Range!=m_RangeOld)
{
m_MoveMethodOld = m_MoveMethod;
ResetPosition();
}
switch(m_MoveMethod)
{
case eMoveMethod.LeftRight:
UpdateLeftRight();
break;
case eMoveMethod.UpDown:
UpdateUpDown();
break;
case eMoveMethod.CircularXY_Clockwise:
UpdateCircularXY_Clockwise();
break;
case eMoveMethod.CircularXY_CounterClockwise:
UpdateCircularXY_CounterClockwise();
break;
case eMoveMethod.CircularXZ_Clockwise:
UpdateCircularXZ_Clockwise();
break;
case eMoveMethod.CircularXZ_CounterClockwise:
UpdateCircularXZ_CounterClockwise();
break;
case eMoveMethod.CircularYZ_Clockwise:
UpdateCircularYZ_Clockwise();
break;
case eMoveMethod.CircularYZ_CounterClockwise:
UpdateCircularYZ_CounterClockwise();
break;
}
}
