public void SaveTemplate()
{
var regionMapWindow = UIMainController.Instance.GetWindow <UIRegionMapWindow>(UIConstants.WINDOW_REGION_MAP);
var toolsContainer = regionMapWindow.ToolsPanel.GetToolsContainer <UISolarToolsContainer>();
toolsContainer.AddTool(SolarItem.Copy(m_Target.Origin));
}
public static void GetEnergyMaxNow(float yMinValue, float yMaxValue,
float zMinValue, float zMaxValue,
SolarItem origin,
out float maxEnergy,
out float maxAngleToSouth,
out float maxAngleToHorisont)
{
maxEnergy = 0f;
maxAngleToHorisont = 0f;
maxAngleToSouth = 0f;
for (int i = (int)yMinValue; i < yMaxValue; i++)
{
origin.angleToHorizont = i;
for (int j = (int)zMinValue; j < zMaxValue; j++)
{
origin.angleToSouth = j;
var valueEnergy = GetEnergyNow(origin);
if (maxEnergy < valueEnergy)
{
maxEnergy = valueEnergy;
maxAngleToHorisont = i;
maxAngleToSouth = j;
}
}
}
}
public override void OnBeginDrag(PointerEventData eventData)
{
var mouseCoordinates = MapCoordinateHelper.ConvertToCoordinates(m_Source.MinCoords,
m_Source.MaxCoords,
eventData.position);
m_OriginTemplate.Coordinates = mouseCoordinates;
targetObject = m_Source.Create(SolarItem.Copy(m_OriginTemplate));
targetObject.Dragable = true;
base.OnBeginDrag(eventData);
}
public void AddTool(SolarItem item)
{
var solar = Tools.Find(x => x.OriginTemplate == item);
if (solar == null)
{
var clonedTool = Instantiate(m_Template, root);
clonedTool.targetObject = null;
clonedTool.OriginTemplate = item;
Tools.Add(clonedTool);
}
}
public static float GetEnergyNow(SolarItem origin)
{
var dayNumber = origin.time.DayOfYear;
var time = (float)origin.time.TimeOfDay.TotalHours;
var utc = Mathf.RoundToInt((float)(DateTime.Now - DateTime.UtcNow).TotalHours);
var solarTime = Mathf.Abs((origin.Coordinates.x - utc * MEREDIAN_WIDTH) * MINUTES_PER_DEGREE / 60 + time);
var solarIncline = 23.45f * Mathf.Sin(2 * Mathf.PI * (284 + dayNumber) / 365);
var tempAngle = Mathf.PI * (12 - solarTime) / 12;
var sinSolarHeight = Mathf.Cos(tempAngle) *
Mathf.Cos(solarIncline * Mathf.Deg2Rad) *
Mathf.Cos(origin.Coordinates.y * Mathf.Deg2Rad) +
Mathf.Sin(solarIncline * Mathf.Deg2Rad) *
Mathf.Sin(origin.Coordinates.y * Mathf.Deg2Rad);
var cosSolarAngle = sinSolarHeight *
Mathf.Cos(origin.angleToHorizont * Mathf.Deg2Rad) +
Mathf.Sin(origin.angleToHorizont * Mathf.Deg2Rad) *
(Mathf.Cos(origin.angleToSouth * Mathf.Deg2Rad) *
Mathf.Tan(origin.Coordinates.y * Mathf.Deg2Rad) *
sinSolarHeight +
Mathf.Sin(origin.angleToSouth * Mathf.Deg2Rad) *
Mathf.Cos(solarIncline * Mathf.Deg2Rad) *
Mathf.Sin(tempAngle));
var atmoFactor = 1.1254f - 0.1366f / sinSolarHeight;
var directEnergyFlow = S_MAX * cosSolarAngle * atmoFactor; //D
var scatteredEnergyFlow = 137.1f - 14.82f / sinSolarHeight; //S
var flowSum = directEnergyFlow * origin.Qs + scatteredEnergyFlow * origin.Qd;
var totalEnergy = origin.power * (origin.efficiency / 100f) * origin.square * flowSum * origin.cloudiness / U_Test; // за 1 годину
return(totalEnergy < 0 ? 0 : sinSolarHeight < 0 ? 0 : totalEnergy);
}
