public ToggleLimitsButton(Level Target, Surface.SurfaceType Type)
{
target = Target;
type = Type;
switch (type)
{
case Surface.SurfaceType.Absorbant:
basicId = "Absorbant Walls: ";
break;
case Surface.SurfaceType.Refractive:
basicId = "Refractive Walls: ";
break;
case Surface.SurfaceType.Reflective:
basicId = "Reflective Walls: ";
break;
default:
basicId = "Whaats?";
break;
}
addOption(0); addOption(1); addOption(2); addOption(3); addOption(5); addOption(8);
currentValue = 1;
execute();
}
public void AddSurface(Surface add)
{
adj_surfaces.Add(add);
}
public void ChangeType(Surface.SurfaceType type)
{
m_type = type;
if (m_type == SurfaceType.Reflective) m_color = Color.Silver;
else if (m_type == SurfaceType.Refractive) m_color = Color.White;
else m_color = Color.Black;
}
public void RemoveSurface(Surface remove)
{
adj_surfaces.Remove(remove);
}
public void Update()
{
if (!parent.isFiring())
{
position += 15* input.LStickPosition();
}
FixPosition();
if (input.IsCreateTowerNewlyPressed()) region.AddSpawnPoint(new SpawnPoint(position, 1000f, region));
if (input.IsCancelSurfaceNewlyPressed())
{
if (selected_2 != null && !selected_2.built) region.RemoveTower(selected_2);
if(selected != null && !selected.built) region.RemoveTower(selected);
selected = null;
c_build = false;
}
if (input.IsIncrementTowerNewlyPressed())
{
incrementTowerIndex();
if (c_build)
{
if (!selected_2.built)
{
Tower temp = selected_2;
selected_2 = parent.m_towers[tower_index];
temp_surface.changeTower(selected_2);
temp.ClearSurfaces();
region.RemoveTower(temp);
}
else selected_2 = parent.m_towers[tower_index];
position = selected_2.position;
Vector2 distance = selected.position - position;
while (distance.LengthSquared() > 10000)
{
incrementTowerIndex();
selected_2 = parent.m_towers[tower_index];
position = selected_2.position;
distance = selected.position - position;
}
temp_surface.changeTower(selected_2);
}
else selectTower(parent.m_towers[tower_index]);
}
if (input.IsDecrementTowerNewlyPressed())
{
decrementTowerIndex();
if (c_build)
{
if (!selected_2.built){
Tower temp = selected_2;
selected_2 = parent.m_towers[tower_index];
temp_surface.changeTower(selected_2);
temp.ClearSurfaces();
region.RemoveTower(temp);
}else selected_2 = parent.m_towers[tower_index];
position = selected_2.position;
Vector2 distance = selected.position - position;
while (distance.LengthSquared() > 14400)
{
incrementTowerIndex();
selected_2 = parent.m_towers[tower_index];
position = selected_2.position;
distance = selected.position - position;
}
temp_surface.changeTower(selected_2);
}
else selectTower(parent.m_towers[tower_index]);
}
if (c_build)
{ Vector2 distance = selected.position - position;
if (distance.LengthSquared() > 14400){
distance.Normalize();
position = selected.position - distance * 120f;
}
if (!selected_2.built)
{
selected_2.position = position;
}
temp_surface.ChangeType(c_build_type);
}
if (input.IsCreateSurfaceNewlyPressed() && parent.legalSurface(c_build_type))
{
if (c_build)
{
selected.Anchor();
selected_2.Anchor();
c_temp = Vector2.Zero;
temp_surface.built = true;
c_build = false;
selected.UnHighlight();
selected = null;
selected_2 = null;
temp_surface = null;
parent.incrementSurface(c_build_type);
}else {
if (selected == null) buildTower();
else buildTower(selected);
}
}
if (input.IsToggleBuildNewlyPressed())
{
region.AddPrism(new AntiPrism(region, position));
}
if (input.IsSetReflectiveNewlyPressed() && parent.legalSurface(Surface.SurfaceType.Reflective)) c_build_type = Surface.SurfaceType.Reflective;
if (input.IsSetAbsorbantNewlyPressed() && parent.legalSurface(Surface.SurfaceType.Absorbant)) c_build_type = Surface.SurfaceType.Absorbant;
if (input.IsSetRefractiveNewlyPressed() && parent.legalSurface(Surface.SurfaceType.Refractive)) c_build_type = Surface.SurfaceType.Refractive;
if (input.createPrismNewlyPressed())
{
region.AddPrism(position);
}
}
public void buildTower(Tower built)
{
selected_2 = new Tower(parent.id + " " + parent.num_towers, region, position, parent);
selected_2.built = false;
region.AddTower(parent.id + " " + parent.num_towers, selected_2);
parent.m_towers.Add(selected_2);
parent.num_towers++;
c_build = true;
temp_surface = new Surface(selected, selected_2, c_build_type, region);
temp_surface.built = false;
region.AddSurface(temp_surface);
}
public virtual void RemoveSurface(Surface remove)
{
remove.tower_A.adj_surfaces.Remove(remove);
remove.tower_B.adj_surfaces.Remove(remove);
surfaces.Remove(remove);
}
public void SetValue(Surface.SurfaceType type, int amount)
{
switch (type)
{
case Surface.SurfaceType.Absorbant:
absorb_limit = amount;
break;
case Surface.SurfaceType.Refractive:
refract_limit = amount;
break;
case Surface.SurfaceType.Reflective:
reflect_limit = amount;
break;
}
}
public virtual void AddSurface(Surface add)
{
surfaces.Add(add);
add.loadImage(m_content);
}
public virtual void AddSurface(Surface.SurfaceType type, Vector2 start, Vector2 end)
{
surfaces.Add(new Surface(type, start, end));
}
public bool legalSurface(Surface.SurfaceType type)
{
switch (type)
{
case Surface.SurfaceType.Absorbant:
return (absorb_amount < absorb_limit);
case Surface.SurfaceType.Reflective:
return (reflect_amount<reflect_limit) ;
case Surface.SurfaceType.Refractive:
return (refract_amount < refract_limit) ;
default:
return false;
}
}
public void incrementSurface(Surface.SurfaceType type)
{
switch (type)
{
case Surface.SurfaceType.Absorbant:
absorb_amount++;
break;
case Surface.SurfaceType.Reflective:
reflect_amount++;
break;
case Surface.SurfaceType.Refractive:
refract_amount++;
break;
default:
break;
}
}
public void decrementSurface(Surface.SurfaceType type)
{
switch (type)
{
case Surface.SurfaceType.Absorbant:
absorb_amount--;
if (absorb_amount < 0) absorb_amount = 0;
break;
case Surface.SurfaceType.Reflective:
reflect_amount--;
if (reflect_amount < 0) reflect_amount = 0;
break;
case Surface.SurfaceType.Refractive:
refract_amount++;
if (refract_amount < 0) refract_amount = 0;
break;
default:
break;
}
}