public override void prepareRendering(Display display)
{
base.prepareRendering(display);
RenderDataBattery renderData = RenderData as RenderDataBattery;
DataCollectorBattery dcBattery = DataCollector as DataCollectorBattery;
if (dcBattery == null)
{
renderData.Batteries = new List <IMyBatteryBlock>();
return;
}
renderData.Batteries = dcBattery.Batteries;
//renderData.renderSize = SizeType == ValueType.Relative ? Size * display.RenderArea.Size : Size;
//renderData.renderPosition = PositionType == ValueType.Relative ? Position * display.RenderArea.Size : Position;
// calculate rows and cols size
Vector2 batterySize = batterySize_ + margin_;
// full automatic
if (rows_ <= 0 && cols_ <= 0)
{
for (int curCols = renderData.Batteries.Count; curCols > 0; curCols--)
{
// padding == 2pixel
int curRows = (int)Math.Ceiling((double)renderData.Batteries.Count / curCols);
Vector2 curSize = new Vector2(renderData.InnerSize.X / curCols, renderData.InnerSize.Y / curRows);
float curScale = Math.Min(curSize.X / batterySize.X, curSize.Y / batterySize.Y);
if (curScale < renderData.Scale)
{
break;
}
renderData.Scale = curScale;
renderData.Size = curSize;
renderData.Rows = curRows;
renderData.Cols = curCols;
}
}
else
{
// calculate rows
if (rows_ <= 0)
{
renderData.Rows = (int)Math.Ceiling((double)renderData.Batteries.Count / cols_);
}
// calculate cols
else if (cols_ <= 0)
{
renderData.Cols = (int)Math.Ceiling((double)renderData.Batteries.Count / rows_);
}
renderData.Size = new Vector2(renderData.InnerSize.X / renderData.Cols, renderData.InnerSize.Y / renderData.Rows);
renderData.Scale = Math.Min(renderData.Size.X / batterySize.X, renderData.Size.Y / batterySize.Y);
}
}
IDataCollector createDataCollector(string name, Configuration.Options options, string connector)
{
IDataCollector dataCollector = null;
switch (name)
{
case "hydrogen":
dataCollector = new DataCollectorGasTank("hydrogentank", "Hydrogen", options, connector);
break;
case "oxygen":
dataCollector = new DataCollectorGasTank("oxygentank", "Oxygen", options, connector);
break;
case "inventory":
dataCollector = new DataCollectorInventory(options, "", connector);
break;
case "cargo":
dataCollector = new DataCollectorInventory(options, $"{Default.MyObjectBuilder}_CargoContainer", connector);
break;
case "battery":
dataCollector = new DataCollectorBattery(options, connector);
break;
case "solar":
dataCollector = new DataCollectorPowerProducer <IMySolarPanel>("solar", "", options, connector);
break;
case "windturbine":
dataCollector = new DataCollectorPowerProducer <IMyPowerProducer>("windturbine", $"{Default.MyObjectBuilder}_WindTurbine", options, connector);
break;
case "reactor":
dataCollector = new DataCollectorReactor(options, connector);
break;
case "generator":
dataCollector = new DataCollectorGenerator(options, connector);
break;
case "powerproducer":
dataCollector = new DataCollectorPowerProducer <IMyPowerProducer>("powerproducer", "", options, connector);
break;
case "airvent":
dataCollector = new DataCollectorAirVent(options, connector);
break;
case "jumpdrive":
dataCollector = new DataCollectorJumpDrive(options, connector);
break;
case "landinggear":
dataCollector = new DataCollectorLandingGear(options, connector);
break;
case "connector":
dataCollector = new DataCollectorConnector(options, connector);
break;
case "shipcontroller":
dataCollector = new DataCollectorShipController(options, connector);
break;
case "production":
dataCollector = new DataCollectorProduction <IMyProductionBlock>("production", "", Unit.None, options, connector);
break;
case "refinery":
dataCollector = new DataCollectorProduction <IMyRefinery>("refinery", "", Unit.Gram, options, connector);
break;
case "assembler":
dataCollector = new DataCollectorProduction <IMyAssembler>("assembler", "", Unit.None, options, connector);
break;
case "piston":
dataCollector = new DataCollectorPiston(options, connector);
break;
case "thruster":
dataCollector = new DataCollectorThruster(options, connector);
break;
case "onoff":
dataCollector = new DataCollectorProperty("OnOff", "", options, connector);
break;
case "property":
dataCollector = new DataCollectorProperty("property", "", options, connector);
break;
}
if (dataCollector != null)
{
Created++;
Manager.JobManager.queueJob((dataCollector as VISObject).getConstructionJob());
dataCollectors_.Add(dataCollector);
return(dataCollector);
}
else
{
log(Console.LogType.Error, $"Invalid data collector name {name}");
}
return(null);
}
public Charging(DataCollectorBattery dc_)
{
collector_ = dc_;
}
public InOut(DataCollectorBattery collector)
{
dc_ = collector;
}
public Capacity(DataCollectorBattery collector)
{
dc_ = collector;
}
