public IActionResult Merge([FromBody] NbombBO bo)
{
var fireball = _geometryAnalysisService.GetFireBallRadius(bo);
var nuclearradiation = _geometryAnalysisService.Nuclearradiation(bo);
var airblast = _geometryAnalysisService.ShockWave(bo);
var thermalradiation = _geometryAnalysisService.ThermalRadiation(bo);
var nuclearpulse = _geometryAnalysisService.GetNuclearPulseRadius(bo);
List <MergeVO> list = new List <MergeVO>();
list.Add(new MergeVO("核火球",
new DamageResultVO(bo.nuclearExplosionID, fireball.DamageRadius, bo.Lon.GetValueOrDefault(), bo.Lat.GetValueOrDefault(), bo.Alt.GetValueOrDefault(), 0, "")));
list.Add(new MergeVO("早期核辐射",
new DamageResultVO(bo.nuclearExplosionID, nuclearradiation.DamageRadius, bo.Lon.GetValueOrDefault(), bo.Lat.GetValueOrDefault(), bo.Alt.GetValueOrDefault(), nuclearradiation.value, nuclearradiation.unit)));
list.Add(new MergeVO("冲击波",
new DamageResultVO(bo.nuclearExplosionID, airblast.DamageRadius, bo.Lon.GetValueOrDefault(), bo.Lat.GetValueOrDefault(), bo.Alt.GetValueOrDefault(), airblast.value, airblast.unit)));
list.Add(new MergeVO("光辐射",
new DamageResultVO(bo.nuclearExplosionID, thermalradiation.DamageRadius, bo.Lon.GetValueOrDefault(), bo.Lat.GetValueOrDefault(), bo.Alt.GetValueOrDefault(), thermalradiation.value, thermalradiation.unit)));
list.Add(new MergeVO("核电磁脉冲",
new DamageResultVO(bo.nuclearExplosionID, nuclearpulse.DamageRadius, bo.Lon.GetValueOrDefault(), bo.Lat.GetValueOrDefault(), bo.Alt.GetValueOrDefault(), nuclearpulse.value, nuclearpulse.unit)));
return(new JsonResult(new
{
return_status = 0,
return_msg = "",
return_data = list
}));
}
public FalloutResultVO GetFalloutGeometryJson(NbombBO bo, double wind_speed, double wind_dir, int radshour)
{
var geometry = MyCore.NuclearAlgorithm.GetFalloutGeometryJson(bo.Yield.GetValueOrDefault(), bo.Lon.GetValueOrDefault(), bo.Lat.GetValueOrDefault(),
bo.Alt.GetValueOrDefault(), wind_speed, wind_dir, radshour);
return(new FalloutResultVO(bo.nuclearExplosionID, geometry, 1, 1, "rads/h"));
}
public IActionResult Area([FromBody] NbombBO bo)
{
if (bo.Yield <= 0 || bo.Yield / 1000 > 100000)
{
return(new JsonResult(new
{
return_status = 1,
return_msg = "当量必须大于0并且小于100000千吨",
return_data = ""
}));
}
//var fireball = _geometryAnalysisService.GetFireBallRadius(bo);
//var nuclearradiation = _geometryAnalysisService.Nuclearradiation(bo);
//var airblast = _geometryAnalysisService.ShockWave(bo);
//var thermalradiation = _geometryAnalysisService.ThermalRadiation(bo);
var nuclearpulse = _geometryAnalysisService.GetNuclearPulseRadius(bo);
return(new JsonResult(new
{
return_status = 0,
return_msg = "",
return_data = new
{
damageRadius = nuclearpulse.DamageRadius,
lon = bo.Lon,
lat = bo.Lat,
alt = bo.Alt
}
}));
}
//火球
public DamageResultVO GetFireBallRadius(NbombBO bo)
{
double radius = MyCore.NuclearAlgorithm.GetFireBallRadius(bo.Yield.GetValueOrDefault(), bo.Alt.GetValueOrDefault());
return(new DamageResultVO(bo.nuclearExplosionID,
Math.Round(radius, 2),
bo.Lon.GetValueOrDefault(), bo.Lat.GetValueOrDefault(), bo.Alt.GetValueOrDefault(), 0, ""));
}
public IActionResult Nuclearpulse([FromBody] NbombBO bo)
{
return(new JsonResult(new
{
return_status = 0,
return_msg = "",
return_data = _geometryAnalysisService.GetNuclearPulseRadius(bo)
}));
}
public IActionResult Nuclearradiation([FromBody] NbombBO bo)
{
return(new JsonResult(new
{
return_status = 0,
return_msg = "",
return_data = _geometryAnalysisService.Nuclearradiation(bo)
}));
}
public IActionResult Airblast([FromBody] NbombBO bo)
{
return(new JsonResult(new
{
return_status = 0,
return_msg = "",
return_data = _geometryAnalysisService.ShockWave(bo)
}));
}
public IActionResult Fireball([FromBody] NbombBO bo)
{
return(new JsonResult(new
{
return_status = 0,
return_msg = "",
return_data = _geometryAnalysisService.GetFireBallRadius(bo)
}));
}
//核电磁脉冲
public DamageResultVO GetNuclearPulseRadius(NbombBO bo)
{
var rule = _mongoService.QueryRule("核电磁脉冲");
if (rule != null)
{
double radius = MyCore.NuclearAlgorithm.GetNuclearPulseRadius(bo.Yield.GetValueOrDefault(), bo.Alt.GetValueOrDefault(), rule.limits);
return(new DamageResultVO(bo.nuclearExplosionID, Math.Round(radius, 2),
bo.Lon.GetValueOrDefault(), bo.Lat.GetValueOrDefault(), bo.Alt.GetValueOrDefault(), rule.limits, rule.unit));
}
return(null);
}
public IActionResult MergeGet(string nuclearExplosionID, string OccurTime, double Lon, double Lat, double Alt, double Yield)
{
List <String> errors = new List <string>();
if (nuclearExplosionID == null)
{
errors.Add("nuclearExplosionID不能为空");
}
if (OccurTime == null)
{
errors.Add("OccurTime不能为空");
}
if (Lon > 180 || Lon < -180)
{
errors.Add("Lon必须介于-180~180");
}
if (Lat > 90 || Lat < -90)
{
errors.Add("Lon必须介于-90~90");
}
if (Alt < 0)
{
errors.Add("Lon必须大于等于0");
}
if (Yield <= 0)
{
errors.Add("Yield必须大于0");
}
if (errors.Count > 0)
{
return(new JsonResult(new
{
return_status = 1,
return_msg = errors,
return_data = ""
}));
}
NbombBO bo = new NbombBO(nuclearExplosionID, OccurTime, Lon, Lat, Alt, Yield);
var fireball = _geometryAnalysisService.GetFireBallRadius(bo);
var nuclearradiation = _geometryAnalysisService.Nuclearradiation(bo);
var airblast = _geometryAnalysisService.ShockWave(bo);
var thermalradiation = _geometryAnalysisService.ThermalRadiation(bo);
var nuclearpulse = _geometryAnalysisService.GetNuclearPulseRadius(bo);
List <MergeVO> list = new List <MergeVO>();
list.Add(new MergeVO("核火球",
new DamageResultVO(bo.nuclearExplosionID, fireball.DamageRadius, bo.Lon.GetValueOrDefault(), bo.Lat.GetValueOrDefault(), bo.Alt.GetValueOrDefault(), 0, "")));
list.Add(new MergeVO("早期核辐射",
new DamageResultVO(bo.nuclearExplosionID, nuclearradiation.DamageRadius, bo.Lon.GetValueOrDefault(), bo.Lat.GetValueOrDefault(), bo.Alt.GetValueOrDefault(), nuclearradiation.value, nuclearradiation.unit)));
list.Add(new MergeVO("冲击波",
new DamageResultVO(bo.nuclearExplosionID, airblast.DamageRadius, bo.Lon.GetValueOrDefault(), bo.Lat.GetValueOrDefault(), bo.Alt.GetValueOrDefault(), airblast.value, airblast.unit)));
list.Add(new MergeVO("光辐射",
new DamageResultVO(bo.nuclearExplosionID, thermalradiation.DamageRadius, bo.Lon.GetValueOrDefault(), bo.Lat.GetValueOrDefault(), bo.Alt.GetValueOrDefault(), thermalradiation.value, thermalradiation.unit)));
list.Add(new MergeVO("核电磁脉冲",
new DamageResultVO(bo.nuclearExplosionID, nuclearpulse.DamageRadius, bo.Lon.GetValueOrDefault(), bo.Lat.GetValueOrDefault(), bo.Alt.GetValueOrDefault(), nuclearpulse.value, nuclearpulse.unit)));
return(new JsonResult(new
{
return_status = 0,
return_msg = "",
return_data = list
}));
}
public IActionResult Fallout([FromBody] NbombBO bo)
{
if (bo.Yield < 1000 || bo.Yield > 100000000)
{
return(new JsonResult(new
{
return_status = 1,
return_msg = "当量必须在1000 - 100,000,000吨之间",
return_data = ""
}));
}
// 需要调用天气的接口获取风速和风向
// 接口： POST http://192.168.10.202/commonapi/weatherservice/info
/* 请求体 */
// {
// "lon":110.12,
// "lat":23.23,
// "impactTimeUtc":1589270745.12
// }
/* 返回值 */
//{
// "return_status": 0,
// "return_msg": "查询成功",
// "return_data": {
// "season":2,
// "wind_speed":12.3,
// "wind_dir":23.12,
// "temperature":23.2,
// "humidity":23.4,
// "rainfall":34.1,
// "snowfall":21.2
// }
//}
var str = JsonConvert.SerializeObject(bo);
double wind_speed = 15;
double wind_dir = 225;
string url = Configuration["ServiceUrls:Weather"];//https://localhost:5001/weather
var timeUtc = (DateTime.Now.ToUniversalTime().Ticks - 621355968000000000) / 10000000;
WeatherBO weatherBO = new WeatherBO(bo.Lon.GetValueOrDefault(), bo.Lat.GetValueOrDefault(), bo.Alt.GetValueOrDefault(), timeUtc);
string postBody = JsonConvert.SerializeObject(weatherBO);
try
{
Task <string> s = MyCore.Utils.HttpCli.PostAsyncJson(url, postBody);
s.Wait();
JObject jo = (JObject)JsonConvert.DeserializeObject(s.Result);//或者JObject jo = JObject.Parse(jsonText);
wind_speed = Double.Parse(jo["return_data"]["wind_speed"].ToString());
wind_dir = Double.Parse(jo["return_data"]["wind_dir"].ToString());
}
catch (Exception)
{
}
var result = _geometryAnalysisService.GetFalloutGeometryJson(bo, wind_speed, wind_dir, 1);
return(new JsonResult(new
{
return_status = 0,
return_msg = "",
return_data = result
}));
}
