public void clone(SpData cloneA)
{
// this.unique_id = cloneA.unique_id;
this.class_type = cloneA.class_type;
this.tag_id = cloneA.tag_id;
this.type = cloneA.type;
this.pos_x = cloneA.pos_x;
this.pos_y = cloneA.pos_y;
this.wave_id = cloneA.wave_id;
this.show_time = cloneA.show_time;
this.z_order = cloneA.z_order;
this.alert_x = cloneA.alert_x;
this.script_id = cloneA.script_id;
this.bg_name = cloneA.bg_name;
this.bg_scale_x = cloneA.bg_scale_x;
this.rect_x1 = cloneA.rect_x1;
this.rect_x2 = cloneA.rect_x2;
this.rect_x3 = cloneA.rect_x3;
this.rect_x4 = cloneA.rect_x4;
this.rect_y1 = cloneA.rect_y1;
this.rect_y2 = cloneA.rect_y2;
this.rect_y3 = cloneA.rect_y3;
this.rect_y4 = cloneA.rect_y4;
this.display_x = cloneA.display_x;
this.display_y = cloneA.display_y;
this.create_inmap = cloneA.create_inmap;
this.boss_dropped = cloneA.boss_dropped;
this.max_monster = cloneA.max_monster;
}
public double?FindSignalValue(string signal)
{
if (SpData.ContainsKey(signal))
{
return(SpData[signal]);
}
var graph = Graphs.FirstOrDefault(g => g.Signal == signal);
if (graph != null)
{
return(graph.Number);
}
return(null);
}
// public double Speed { get; set; }
/// <summary>
/// 根据机泵运行情况构建的要获取的实时数据的结构
/// </summary>
public RtData()
{
#region 构建【单点数据】的结构，并设置如何映射到Redis中
foreach (var ppGuid in RuntimeRepo.RunningPumpGuids)
{
foreach (var phy in SysConstants.SENSORSETTING.Values)
{
var vibraSignal = $"${phy}_{ppGuid}";
SpData.Add(vibraSignal, default(double));
var sensor = Repo.SensorList.FirstOrDefault(p =>
SysConstants.SENSORSETTING[p.LOCATION + "_" + p.DIRECTION] == phy &&
ppGuid == p.PPGUID);
if (sensor != null)
{
var keyVibra = $"{{{sensor.SSGUID}}}_{SysConstants.VIBRADICT.OverAll}".ToUpper();
RedisKeyMap.Add(keyVibra, vibraSignal);
}
else
{
Log.Warn($"实时数据构建：振动传感器未找到: {phy} ppguid: {ppGuid} (将导致相关判据无法解析)");
}
}
foreach (var phynv in SysConstants.PHYDEF_NONVIBRA)
{
var noVibraSignal = $"${phynv}_{ppGuid}";
SpData.Add(noVibraSignal, default(double));
var sensor = Repo.PhyDefNoVibra.FirstOrDefault(p => p.REMARK == phynv && ppGuid == p.PPGUID);
if (sensor != null)
{
var keyNoVibra = $"{{{ppGuid}}}_{sensor.PDNVCODE}".ToUpper();
RedisKeyMap.Add(keyNoVibra, noVibraSignal);
}
else
{
Log.Warn($"实时数据构建：非振动传感器未找到: {phynv} ppguid: {ppGuid} (将导致相关判据无法解析)");
}
}
var speedSignal = SpeedTransducer.FormatTdSpeedSignal(ppGuid.ToString());
SpData.Add(speedSignal, default(double));
var keySpeed = $"{{{ppGuid}}}_{SysConstants.VIBRADICT.Speed}".ToUpper();
RedisKeyMap.Add(keySpeed, speedSignal);
}
#endregion
#region 构建【振动图谱数据】的结构
int graphNumber = 1;
foreach (var pumpGuid in RuntimeRepo.RunningPumpGuids)
{
foreach (var sensorSetting in SysConstants.SENSORSETTING)
{
var sensor =
Repo.SensorList.FirstOrDefault(
p => p.LOCATION + "_" + p.DIRECTION == sensorSetting.Key && pumpGuid == p.PPGUID);
var pos = FindPosFromSignal(sensorSetting.Value);
Debug.Assert(pos != null, "sensorSetting 传感器位置无法解析");
if (sensor == null)
{
continue;
}
Graphs.Add(new Graph {
Signal = PubFuncs.FormatGraphSignal(sensor.SSGUID.ToString(), GraphType.Spectrum),
Number = graphNumber++,
Pos = pos.Value,
Type = GraphType.Spectrum
});
Graphs.Add(new Graph {
Signal = PubFuncs.FormatGraphSignal(sensor.SSGUID.ToString(), GraphType.TimeWave),
Number = graphNumber++,
Pos = pos.Value,
Type = GraphType.TimeWave
});
}
}
#endregion
}
