public void LoadProfile()
{
//Si el modo de regulación del perfil está en Air temp, el valor de ext TC se obtiene del seleccionado en la estación
//Si el modo de regulación del perfil está en Ext TC temp, el valor de Air temp no se tiene que mostrar
byte[] profileDataByte = m_jbcConnect.GetProfile(m_stationID, m_jbcConnect.GetSelectedProfile(m_stationID));
if (ReferenceEquals(profileDataByte, null))
{
return;
}
string profileData = System.Text.Encoding.ASCII.GetString(profileDataByte);
JObject jsonParse = (JObject)(JObject.Parse(profileData));
JToken points = jsonParse["_"]["Points"];
ProfileRegulationMode profileRegulationMode = (ProfileRegulationMode)(System.Convert.ToInt32(jsonParse["_"]["Mode"]));
m_windowDivisions = 0;
m_windowTime = 0;
foreach (var point in points)
{
m_windowDivisions++;
m_windowTime += System.Convert.ToInt32(point["Time"]);
}
double[] pointsProfileHotAirTemp = new double[m_windowTime + 1];
double[] pointsProfileExtTCTemp = new double[m_windowTime + 1];
double[] pointsProfileAirFlow = new double[m_windowTime + 1];
int tick = 0;
double iniHotAirTemp = 0;
double endHotAirTemp = 0;
double iniExtTCTemp = 0;
double endExtTCTemp = 0;
double iniAirFlow = 0;
double endAirFlow = 0;
foreach (var point in points)
{
//Valores del inicio del step
if (tick == 0)
{
if (profileRegulationMode == ProfileRegulationMode.AIR_TEMP)
{
iniHotAirTemp = System.Convert.ToDouble(point["ATemp"]);
iniExtTCTemp = m_jbcConnect.GetPortToolSelectedExtTemp(m_stationID, m_port).UTI;
}
else
{
iniHotAirTemp = -1;
iniExtTCTemp = System.Convert.ToDouble(point["ETemp1"]);
}
iniAirFlow = System.Convert.ToDouble(point["AFlow"]);
//Punto inicial
pointsProfileHotAirTemp[tick] = iniHotAirTemp;
pointsProfileExtTCTemp[tick] = iniExtTCTemp;
pointsProfileAirFlow[tick] = iniAirFlow;
tick = 1;
}
else
{
iniHotAirTemp = endHotAirTemp;
iniExtTCTemp = endExtTCTemp;
iniAirFlow = endAirFlow;
}
//Valores del final del step
if (profileRegulationMode == ProfileRegulationMode.AIR_TEMP)
{
endHotAirTemp = System.Convert.ToDouble(point["ATemp"]);
endExtTCTemp = m_jbcConnect.GetPortToolSelectedExtTemp(m_stationID, m_port).UTI;
}
else
{
endHotAirTemp = -1;
endExtTCTemp = System.Convert.ToDouble(point["ETemp1"]);
}
endAirFlow = System.Convert.ToDouble(point["AFlow"]);
//Duración del step
int stepTime = System.Convert.ToInt32(point["Time"]);
//Calcular el incremento para cada punto del actual step
double slopeHotAirTemp = (endHotAirTemp - iniHotAirTemp) / stepTime;
double slopeExtTCTemp = (endExtTCTemp - iniExtTCTemp) / stepTime;
double slopeAirFlow = (endAirFlow - iniAirFlow) / stepTime;
//Valores temporales para los puntos
double tmpHotAirTemp = iniHotAirTemp;
double tmpExtTCTemp = iniExtTCTemp;
double tmpAirFlow = iniAirFlow;
for (int i = 1; i <= System.Convert.ToInt32(point["Time"]); i++)
{
//Incrementar los valores para cada tick
tmpHotAirTemp += slopeHotAirTemp;
tmpExtTCTemp += slopeExtTCTemp;
tmpAirFlow += slopeAirFlow;
//Guardar los puntos calculados de la recta
pointsProfileHotAirTemp[tick] = tmpHotAirTemp;
pointsProfileExtTCTemp[tick] = tmpExtTCTemp;
pointsProfileAirFlow[tick] = tmpAirFlow;
tick++;
}
}
//Horizontal axis - Time
m_timeAxis.MajorTickInterval = m_windowTime / m_windowDivisions;
//Data points
m_liveData.DataPoints = m_windowTime + 1;
//Fill Data
m_liveData.InitializeDataProfileHotAirTemp(pointsProfileHotAirTemp);
m_liveData.InitializeDataProfileExtTCTemp(pointsProfileExtTCTemp);
m_liveData.InitializeDataProfileAirFlow(pointsProfileAirFlow);
}