public List <DamageResultVO> MissileMulti(MissileBO bo)
{
double psi = 1; double rem = 100; double calcm = 1.9; double vm = 200;
GetLimits(ref psi, ref rem, ref calcm, ref vm);
var nuclearradiation = MyCore.NuclearAlgorithm.GetNuclearRadiationRadius(bo.Yield, bo.Alt, rem);
var airblast = MyCore.NuclearAlgorithm.GetShockWaveRadius(bo.Yield, bo.Alt, psi);
var thermalradiation = MyCore.NuclearAlgorithm.GetThermalRadiationRadius(bo.Yield, bo.Alt, calcm);
var nuclearpulse = MyCore.NuclearAlgorithm.GetNuclearPulseRadius(bo.Yield, bo.Alt, vm);
List <DamageResultVO> list = new List <DamageResultVO>();
list.Add(
new DamageResultVO("早期核辐射", nuclearradiation, bo.Lon, bo.Lat, bo.Alt, rem, "rem"));
list.Add(
new DamageResultVO("冲击波", airblast, bo.Lon, bo.Lat, bo.Alt, psi, "psi"));
list.Add(
new DamageResultVO("光辐射", thermalradiation, bo.Lon, bo.Lat, bo.Alt, calcm, "cal/cm²"));
list.Add(
new DamageResultVO("核电磁脉冲", nuclearpulse * 1000, bo.Lon, bo.Lat, bo.Alt, vm, "v/m"));
return(list);
}
public IActionResult MissileArea([FromBody] MissileBO bo)
{
return(new JsonResult(new
{
return_status = 0,
return_msg = "",
return_data = _analysisService.MissileArea(bo)
}));
}
public MissileAreaVO MissileArea(MissileBO bo)
{
double psi = 1; double rem = 100; double calcm = 1.9; double vm = 200;
GetLimits(ref psi, ref rem, ref calcm, ref vm);
var r = MyCore.NuclearAlgorithm.GetNuclearPulseRadius(bo.Yield, bo.Alt, vm);
return(new MissileAreaVO(r, bo.Lon, bo.Lat, bo.Alt));
}
