void SetBounds(CarbonState state)
{
if (this.carbonState == CarbonState.ATMOSPHERIC)
{
carbonBoundRT = skyPanel.GetComponent <RectTransform>();
workingPanel = skyPanel;
}
if (this.carbonState == CarbonState.UNDERGROUND)
{
carbonBoundRT = groundPanel.GetComponent <RectTransform>();
workingPanel = groundPanel;
}
boundMin.x = workingPanel.transform.position.x - carbonBoundRT.rect.width / 2;
boundMin.y = workingPanel.transform.position.y - carbonBoundRT.rect.height / 2;
boundMax.x = workingPanel.transform.position.x + carbonBoundRT.rect.width / 2;
boundMax.y = workingPanel.transform.position.y + carbonBoundRT.rect.height / 2;
}
void SetState(CarbonState state)
{
this.carbonState = state;
SetBounds(state);
}
void SetBounds(CarbonState state)
{
if (this.carbonState == CarbonState.ATMOSPHERIC){
carbonBoundRT = skyPanel.GetComponent<RectTransform>();
workingPanel = skyPanel;
}
if (this.carbonState == CarbonState.UNDERGROUND){
carbonBoundRT = groundPanel.GetComponent<RectTransform>();
workingPanel = groundPanel;
}
boundMin.x = workingPanel.transform.position.x - carbonBoundRT.rect.width/2;
boundMin.y = workingPanel.transform.position.y - carbonBoundRT.rect.height/2;
boundMax.x = workingPanel.transform.position.x + carbonBoundRT.rect.width/2;
boundMax.y = workingPanel.transform.position.y + carbonBoundRT.rect.height/2;
}
//because the canvas is working in world space with an absolute width and height
//I'll have to change things around.
public void Initialize(Vector2 startingLocation, CarbonState state)
{
this.originalLocation = startingLocation;
this.carbonState = state;
print("original Location: " + originalLocation);
}
//because the canvas is working in world space with an absolute width and height
//I'll have to change things around.
public void Initialize(Vector2 startingLocation, CarbonState state)
{
this.originalLocation = startingLocation;
this.carbonState = state;
print("original Location: " + originalLocation);
}
void SetState(CarbonState state)
{
this.carbonState = state;
SetBounds(state);
}
