// Add a new sprite temporarily for the house being constructed
private void DisplayNewComponent(Vector3 newLocation, string component)
{
// Create the new game object while construction takes place
// reate a new game object with the name part [number]
GameObject nextPart = new GameObject("Part " + count);
count++;
// Attach the parent to the currently being built house component list
nextPart.transform.parent = GameObject.Find("building a house").transform;
// Create a new sprite renderer and attach it to the new part!
SpriteRenderer sr = nextPart.AddComponent <SpriteRenderer>();
sr.sprite = GetSpriteFromString(component);
// if it is a floor component move it to the back
if (currentView.GetComponentTypeFromString(component).type.Contains("floor"))
{
sr.sortingOrder = -1;
}
// Give it the appropriate coordinates (scale x and y by the appropriate amount)
newLocation.Scale(new Vector3(GAME_UNITS_PER_TILE, GAME_UNITS_PER_TILE, 1));
// For border components, and floor-offset components offset by half a tile else if it is vertical shift up, horizontal shift right
if (currentView.GetComponentTypeFromString(component).type == "border" || currentView.GetComponentTypeFromString(component).type == "floor-offset")
{
if (vertical)
{
newLocation.y += GAME_UNITS_PER_TILE / 2f;
}
else
{
newLocation.x += GAME_UNITS_PER_TILE / 2f;
}
}
else
{
if (vertical)
{
newLocation.x += Math.Max(currentView.GetComponentTypeFromString(component).area.y, 1);
newLocation.y += Math.Max(currentView.GetComponentTypeFromString(component).area.x, 1);
}
else
{
newLocation.x += Math.Max(currentView.GetComponentTypeFromString(component).area.x, 1);
newLocation.y += Math.Max(currentView.GetComponentTypeFromString(component).area.y, 1);
}
}
nextPart.transform.localPosition = newLocation;
// Scale the new sprite to the world's scale
nextPart.transform.localScale = new Vector3(PIXEL_TO_UNIT_CONVERSION, PIXEL_TO_UNIT_CONVERSION, 1);
}
