public Initializer()
{
// move radar blocks to radar resource group
// first make sure radar group exists. If it does not, radar will stay in its original group.
MyStringHash radar = MyStringHash.GetOrCompute("Radar");
foreach (MyDefinitionBase radarGroupDefn in MyDefinitionManager.Static.GetAllDefinitions())
{
if (radarGroupDefn is MyResourceDistributionGroupDefinition && radarGroupDefn.Id.SubtypeId == radar)
{
// find each radar block and move it to radar group
foreach (MyDefinitionBase radarBlockDefn in MyDefinitionManager.Static.GetAllDefinitions())
{
if (radarBlockDefn is MyCubeBlockDefinition &&
radarBlockDefn.Id.SubtypeName.ToLower().Contains("radar")) // RadarEquipment.IsRadarOrJammer
{
MyBeaconDefinition beaconDefn = radarBlockDefn as MyBeaconDefinition;
if (beaconDefn != null)
{
beaconDefn.ResourceSinkGroup = radar.ToString();
continue;
}
MyLaserAntennaDefinition lasAntDefn = radarBlockDefn as MyLaserAntennaDefinition;
if (lasAntDefn != null)
{
lasAntDefn.ResourceSinkGroup = radar;
continue;
}
MyRadioAntennaDefinition radAntDefn = radarBlockDefn as MyRadioAntennaDefinition;
if (radAntDefn != null)
{
radAntDefn.ResourceSinkGroup = radar;
continue;
}
// stop trying to guess what the radar block is made of
}
}
break;
}
}
}
/// <summary>
/// Distance in meters, returns power in MW.
/// </summary>
public static float LaserAntenna_PowerUsage(MyLaserAntennaDefinition def, double distanceMeters)
{
// HACK copied and converted from MyLaserAntenna.UpdatePowerInput()
double powerRatio = def.PowerInputLasing;
double maxRange = (def.MaxRange < 0 ? double.MaxValue : def.MaxRange);
double A = powerRatio / 2.0 / 200000.0;
double B = powerRatio * 200000.0 - A * 200000.0 * 200000.0;
double distance = Math.Min(distanceMeters, maxRange);
if (distance > 200000)
{
return((float)((distance * distance) * A + B) / 1000000f);
}
else
{
return((float)(powerRatio * distance) / 1000000f);
}
}
