public void ConfirmNewStep(Vertex[] tempbuffer)
{
if (stepsUndone.Count > 0)
{
stepsUndone.Clear();
}
if (stepsDone.Count >= 50)
{
stepsDone.RemoveAt(0);
}
switch (currentStepType)
{
case EditingStep.StepType.none:
return;
case EditingStep.StepType.vertices:
if (prevTempBuffer == null)
{
return;
}
if (tempbuffer == null)
{
prevTempBuffer = null;
return;
}
stepsDone.Add(new EditingStep(prevTempBuffer, tempbuffer));
break;
case EditingStep.StepType.position:
var step = new EditingStep(prevTempPos, obj.m_position);
step.axisUsed = axisUsed;
stepsDone.Add(step);
break;
case EditingStep.StepType.rotation:
stepsDone.Add(new EditingStep(prevTempRot, obj.m_rotation));
break;
case EditingStep.StepType.moveTo:
stepsDone.Add(new EditingStep(prevTempPos, obj.m_position, prevTempRot, obj.m_rotation));
break;
case EditingStep.StepType.mirrorX:
case EditingStep.StepType.mirrorY:
case EditingStep.StepType.mirrorZ:
stepsDone.Add(new EditingStep(currentStepType));
break;
case EditingStep.StepType.stretchX:
case EditingStep.StepType.stretchY:
case EditingStep.StepType.stretchZ:
stepsDone.Add(new EditingStep(currentStepType, currentStretchFactor));
break;
}
prevTempBuffer = null;
currentStretchFactor = 1f;
currentStepType = EditingStep.StepType.none;
axisUsed = AxisEditionState.none;
}
public void InitializeNewStep(EditingStep.StepType type, float stretchFactor) // for stretching
{
if (currentStepType != EditingStep.StepType.none) // if already registering an action then don't overlap the other one, just make it one action.
{
return;
}
currentStepType = type;
currentStretchFactor = stretchFactor;
}
public void InitializeNewStep(EditingStep.StepType type, Vertex[] tempbuffer)
{
if (currentStepType != EditingStep.StepType.none) // if already registering an action then don't overlap the other one, just make it one action.
{
return;
}
switch (type)
{
case EditingStep.StepType.vertices:
if (tempbuffer == null)
{
return;
}
prevTempBuffer = tempbuffer.CloneArray();
currentStepType = type;
break;
case EditingStep.StepType.position:
prevTempPos = obj.m_position;
currentStepType = type;
break;
case EditingStep.StepType.rotation:
prevTempRot = obj.m_rotation;
currentStepType = type;
break;
case EditingStep.StepType.moveTo:
prevTempRot = obj.m_rotation;
prevTempPos = obj.m_position;
currentStepType = type;
break;
case EditingStep.StepType.mirrorX:
case EditingStep.StepType.mirrorY:
case EditingStep.StepType.mirrorZ:
currentStepType = type;
break;
}
}
