//adds a unit to group[16] (broadcast/ single unit control group) and sets its forced lightlevel to the scene
public void AddressGoToScene(LightingUnit Unit, double scene)
{
Unit.ForcedLightlevel = scene / 100;
AddUnitToGroup(Unit, 16);
_groups[16].isGroupUsed = true;
}
public QuadTreeNode(LightingUnit lightObject)
{
this.LightUnit = lightObject;
}
//Removes unit from a single group
public void RemoveUnitFromGroup(LightingUnit UnitToRemove, int GroupToRemoveFrom)
{
_groups[GroupToRemoveFrom].RemoveUnit(UnitToRemove);
}
public void Setup()
{
group = new DALIGroup();
unit = new LightingUnit(0, 0, 2);
}
/// <summary>
/// Displays updated lighting unit information.
/// </summary>
public void LightingUnitUpdated()
{
List <LightingUnit> bulbs = lightingUnitHandler.GetComponent <LightingUnitPlacementHandler>().LightBulbs;
int hits = 0;
for (int i = 0; i < bulbs.Count; i++)
{
hits += bulbs[i].hits;
}
float covering = ((float)hits / (float)spatialProcessing.GetComponent <SpatialObserverHandler>().CombinedMesh.triangles.Length) * 100;
string desc = (int)covering + " % of the room is strongly illuminated (red colored)";
if (bulbs.Where(b => b.unitType == "Type A").Count() > 0)
{
desc += "\n - " + bulbs.Where(b => b.unitType == "Type A").Count() + " Type A, energy consumption of " + (LightingUnit.GetLightingUnitTypeValues("Type A")[2] / (Mathf.PI * LightingUnit.GetLightingUnitTypeValues("Type A")[0] * LightingUnit.GetLightingUnitTypeValues("Type A")[0])).ToString("F1") + " with an estimated durability of " + LightingUnit.GetLightingUnitTypeValues("Type A")[1] + " years";
}
if (bulbs.Where(b => b.unitType == "Type B").Count() > 0)
{
desc += "\n - " + bulbs.Where(b => b.unitType == "Type B").Count() + " Type B, energy consumption of " + (LightingUnit.GetLightingUnitTypeValues("Type B")[2] / (Mathf.PI * LightingUnit.GetLightingUnitTypeValues("Type B")[0] * LightingUnit.GetLightingUnitTypeValues("Type B")[0])).ToString("F1") + " with an estimated durability of " + LightingUnit.GetLightingUnitTypeValues("Type B")[1] + " years";
}
if (bulbs.Where(b => b.unitType == "Type C").Count() > 0)
{
desc += "\n - " + bulbs.Where(b => b.unitType == "Type C").Count() + " Type C, energy consumption of " + (LightingUnit.GetLightingUnitTypeValues("Type C")[2] / (Mathf.PI * LightingUnit.GetLightingUnitTypeValues("Type C")[0] * LightingUnit.GetLightingUnitTypeValues("Type C")[0])).ToString("F1") + " with an estimated durability of " + LightingUnit.GetLightingUnitTypeValues("Type C")[1] + " years";
}
desc += "\nTotal energy consumption per illuminated unit: " + (((LightingUnit.GetLightingUnitTypeValues("Type A")[2] / (Mathf.PI * LightingUnit.GetLightingUnitTypeValues("Type A")[0] * LightingUnit.GetLightingUnitTypeValues("Type A")[0])) * bulbs.Where(b => b.unitType == "Type A").Count()) + ((LightingUnit.GetLightingUnitTypeValues("Type B")[2] / (Mathf.PI * LightingUnit.GetLightingUnitTypeValues("Type B")[0] * LightingUnit.GetLightingUnitTypeValues("Type B")[0])) * bulbs.Where(b => b.unitType == "Type B").Count()) + ((LightingUnit.GetLightingUnitTypeValues("Type C")[2] / (Mathf.PI * LightingUnit.GetLightingUnitTypeValues("Type C")[0] * LightingUnit.GetLightingUnitTypeValues("Type C")[0])) * bulbs.Where(b => b.unitType == "Type C").Count())).ToString("F1");
desc += "\nAir tap on light bulbs for configuration!";
SetPanelText("Eco Feedback", desc);
}
/// <summary>
/// Handles the lighting recommendation completion event.
/// </summary>
/// <param name="source"></param>
/// <param name="args"></param>
public void LightingRecommendationCompletedEventHandler(object source, System.EventArgs args)
{
string desc = (int)lightingUnitHandler.GetComponent <LightingUnitPlacementHandler>().Covering + " % of the room is strongly illuminated (red colored)";
textPanel.SetActive(false);
List <LightingUnit> bulbs = lightingUnitHandler.GetComponent <LightingUnitPlacementHandler>().LightBulbs;
if (bulbs.Where(b => b.unitType == "Type A").Count() > 0)
{
desc += "\n - " + bulbs.Where(b => b.unitType == "Type A").Count() + " Type A, energy consumption of " + (LightingUnit.GetLightingUnitTypeValues("Type A")[2] / (Mathf.PI * LightingUnit.GetLightingUnitTypeValues("Type A")[0] * LightingUnit.GetLightingUnitTypeValues("Type A")[0])).ToString("F1") + " with an estimated durability of " + LightingUnit.GetLightingUnitTypeValues("Type A")[1] + " years";
}
if (bulbs.Where(b => b.unitType == "Type B").Count() > 0)
{
desc += "\n - " + bulbs.Where(b => b.unitType == "Type B").Count() + " Type B, energy consumption of " + (LightingUnit.GetLightingUnitTypeValues("Type B")[2] / (Mathf.PI * LightingUnit.GetLightingUnitTypeValues("Type B")[0] * LightingUnit.GetLightingUnitTypeValues("Type B")[0])).ToString("F1") + " with an estimated durability of " + LightingUnit.GetLightingUnitTypeValues("Type B")[1] + " years";
}
if (bulbs.Where(b => b.unitType == "Type C").Count() > 0)
{
desc += "\n - " + bulbs.Where(b => b.unitType == "Type C").Count() + " Type C, energy consumption of " + (LightingUnit.GetLightingUnitTypeValues("Type C")[2] / (Mathf.PI * LightingUnit.GetLightingUnitTypeValues("Type C")[0] * LightingUnit.GetLightingUnitTypeValues("Type C")[0])).ToString("F1") + " with an estimated durability of " + LightingUnit.GetLightingUnitTypeValues("Type C")[1] + " years";
}
desc += "\nTotal energy consumption per illuminated unit: " + (((LightingUnit.GetLightingUnitTypeValues("Type A")[2] / (Mathf.PI * LightingUnit.GetLightingUnitTypeValues("Type A")[0] * LightingUnit.GetLightingUnitTypeValues("Type A")[0])) * bulbs.Where(b => b.unitType == "Type A").Count()) + ((LightingUnit.GetLightingUnitTypeValues("Type B")[2] / (Mathf.PI * LightingUnit.GetLightingUnitTypeValues("Type B")[0] * LightingUnit.GetLightingUnitTypeValues("Type B")[0])) * bulbs.Where(b => b.unitType == "Type B").Count()) + ((LightingUnit.GetLightingUnitTypeValues("Type C")[2] / (Mathf.PI * LightingUnit.GetLightingUnitTypeValues("Type C")[0] * LightingUnit.GetLightingUnitTypeValues("Type C")[0])) * bulbs.Where(b => b.unitType == "Type C").Count())).ToString("F1");
desc += "\nAir tap on light bulbs for configuration!";
SetPanelText("Eco Feedback", desc);
textPanel.SetActive(true);
textPanel.GetComponentInParent <SolverHandler>().UpdateSolvers = false;
}
//changes what unit is currently being displayed
public void ChangeCurrentLightingUnit(LightingUnit Unit)
{
LightunitInfo.Visible = true;
CurrentUnit = Unit;
}
public void RemoveUnit(LightingUnit Unit)
{
GroupOfLights.Remove(Unit);
}
