public LiveDataModel(JBC_API_Remote jbcConnect, RadChartView _radChartView, Label labelHotAirTemp, Label labelExtTCTemp, Label labelAirFlow, Label labelStatus, long stationID)
{
m_jbcConnect = jbcConnect;
m_radChartView = _radChartView;
m_labelHotAirTemp = labelHotAirTemp;
m_labelExtTCTemp = labelExtTCTemp;
m_labelAirFlow = labelAirFlow;
m_labelStatus = labelStatus;
m_stationID = stationID;
m_timerPrintSeries.Interval = 100;
m_timerPrintSeries.Tick += Tick_PrintSeries;
//Data collection
BindingList <DataSerie> collection = new BindingList <DataSerie>();
DataProfileHotAirTemp = collection;
collection = new BindingList <DataSerie>();
DataProfileExtTCTemp = collection;
collection = new BindingList <DataSerie>();
DataProfileAirFlow = collection;
collection = new BindingList <DataSerie>();
DataHotAirTemp = collection;
collection = new BindingList <DataSerie>();
DataExtTCTemp = collection;
collection = new BindingList <DataSerie>();
DataAirFlow = collection;
collection = new BindingList <DataSerie>();
DataVerticalMark = collection;
}
public CStation_HA(string UUID,
JBC_API_Remote APIreference,
ref JBCStationControllerServiceClient hostService)
{
myAPI = APIreference;
myUUID = UUID;
remoteAddress = hostService.Endpoint.Address;
//myServiceProtocol = _ServiceProtocol
//_ServiceProtocol
if (EnumProtocol.Protocol_01 == EnumProtocol.Protocol_01)
{
stack = new Remote_StackHA_01(ref hostService, UUID);
stack.ConnectError += stack_ConnectError;
stack.ReceivedInfoContiMode += stack_ReceivedInfoContiMode;
((Remote_StackHA_01)stack).StartStack(); // 26/11/2015
}
else
{
stack = new Remote_StackHA_01(ref hostService, UUID);
stack.ConnectError += stack_ConnectError;
stack.ReceivedInfoContiMode += stack_ReceivedInfoContiMode;
((Remote_StackHA_01)stack).StartStack(); // 26/11/2015
}
}
public frmOptions(frmMainRegister pMainReg, JBC_API_Remote _jbc)
{
// Llamada necesaria para el diseñador.
InitializeComponent();
// Agregue cualquier inicialización después de la llamada a InitializeComponent().
this.DoubleBuffered = true;
frmMainReg = pMainReg;
jbc = _jbc;
}
public ManRegister(JBC_API_Remote pJBC)
{
jbc = pJBC;
jbc.NewStationConnected += JBC_NewStationConnected;
jbc.StationDisconnected += JBC_StationDisconnected;
//jbc.UserError += JBC_UserError;
registerList = new List <tRegister>();
lastFrmID = -1;
}
public CStation_SF(string UUID, JBC_API_Remote APIreference, ref JBCStationControllerServiceClient hostService)
{
myAPI = APIreference;
myUUID = UUID;
remoteAddress = hostService.Endpoint.Address;
stack = new Remote_StackSF(ref hostService, UUID);
stack.ConnectError += stack_ConnectError;
stack.StartStack();
}
public CUpdatesManager(frmMain frmMain, CComHostController comHostController, JBC_API_Remote jbc)
{
m_frmMain = frmMain;
m_jbc = jbc;
m_comHostController = comHostController;
//Initialize automatic check updates
m_ThreadAutomaticCheckUpdate = new Thread(new System.Threading.ThreadStart(AutomaticCheckUpdate));
m_ThreadAutomaticCheckUpdate.IsBackground = true;
m_ThreadAutomaticCheckUpdate.Start();
}
public frmPorts(long ID, JBC_API_Remote jbcRef)
{
// Required by the designer
InitializeComponent();
// Setting vars
myID = ID;
jbc = jbcRef;
// Getting the number of ports
nPorts = jbc.GetPortCount(myID);
// Setting the configuration
this.ClientSize = new Size((Configuration.PortsToolDataWidth + Configuration.PortsToolImgWidth) + Configuration.PortsHorzMargin * 2,
nPorts * Math.Max(Configuration.PortsToolImgHeight, Configuration.PortsToolDataHeight) + Configuration.PortsVertMargin * (nPorts + 1));
this.FormBorderStyle = System.Windows.Forms.FormBorderStyle.FixedSingle;
this.MinimizeBox = false;
this.MaximizeBox = false;
this.ShowIcon = false;
//Me.BackgroundImage = PortsBackGndImg
//Me.BackgroundImageLayout = ImageLayout.Center
this.BackColor = Configuration.stnColorBackground;
this.Location = new Point(System.Convert.ToInt32(PointToScreen(MousePosition).X - this.Width / 2), System.Convert.ToInt32(PointToScreen(MousePosition).Y - this.Height / 2));
this.Text = jbc.GetStationModel(myID) + " - " + jbc.GetStationName(myID) + " - " + Localization.getResStr(Configuration.PortsPortTitleId);
// Creating the controls only if the port is present in the station
if (nPorts >= 1)
{
createPortInstance(0, ref pcbTool1, ref lblData1);
}
if (nPorts >= 2)
{
createPortInstance(1, ref pcbTool2, ref lblData2);
}
if (nPorts >= 3)
{
createPortInstance(2, ref pcbTool3, ref lblData3);
}
if (nPorts >= 4)
{
createPortInstance(3, ref pcbTool4, ref lblData4);
}
// Launching the update timer
tmr = new Timer();
tmr.Tick += tmr_Tick;
tmr.Interval = 500;
tmr.Start();
}
//Public functions
public void init(ulong stationID, eStationType _stationType, JBC_API_Remote _jbc)
{
jbc = _jbc;
//setting the ID
ID = stationID;
StationType = _stationType;
uiContModeQueueID = UInt32.MaxValue;
//initializing the port's structures
for (int cnt = 0; cnt <= MAX_PORTS - 1; cnt++)
{
portList[cnt].I = 0;
portList[cnt].number = Port.NO_PORT;
portList[cnt].P = 0;
portList[cnt].F = 0; // hadesold flow
portList[cnt].status = ToolStatus.NONE;
portList[cnt].status_HA = ToolStatus_HA.NONE;
portList[cnt].T = new int[TEMP_FILTER_SIZE];
for (int i = 0; i <= TEMP_FILTER_SIZE - 1; i++)
{
portList[cnt].T[i] = 0;
}
portList[cnt].nTrans = 0;
portList[cnt].tool = GenericStationTools.NO_TOOL;
}
// Setting station control mode
//JBC.SetControlMode(ID, JBC_API.OnOff._ON)
// Setting the station in continuous mode for all of its ports
// 13/01/2014 relocated to CPlot class
// 25/03/2015 relocated here again due to multiples queues managing (see startStationContinuousMode)
//Dim count As Integer = jbc.GetPortCount(ID)
//Dim a As Integer = JBC_API.Port.NO_PORT
//Dim b As Integer = JBC_API.Port.NO_PORT
//Dim c As Integer = JBC_API.Port.NO_PORT
//Dim d As Integer = JBC_API.Port.NO_PORT
//If count >= 1 Then a = JBC_API.Port.NUM_1
//If count >= 2 Then b = JBC_API.Port.NUM_2
//If count >= 3 Then c = JBC_API.Port.NUM_3
//If count >= 4 Then d = JBC_API.Port.NUM_4
//jbc.SetContinuousMode(ID, JBC_API.SpeedContinuousMode.T_10mS, a, b, c, d)
}
public PlotRecorderProfile_HA(JBC_API_Remote jbcConnect, RadChartView _radChartView, Label labelHotAirTemp, Label labelExtTCTemp, Label labelAirFlow, Label labelStatus, long stationID, Port port)
{
m_jbcConnect = jbcConnect;
m_radChartView = _radChartView;
m_labelHotAirTemp = labelHotAirTemp;
m_labelExtTCTemp = labelExtTCTemp;
m_labelAirFlow = labelAirFlow;
m_labelStatus = labelStatus;
m_stationID = stationID;
m_port = port;
m_liveData = new LiveDataModel(m_jbcConnect, m_radChartView, m_labelHotAirTemp, m_labelExtTCTemp, m_labelAirFlow, m_labelStatus, m_stationID);
//
//Initialize axis
//
//Horizontal axis - Time
m_timeAxis.LabelFitMode = AxisLabelFitMode.MultiLine;
m_timeAxis.PlotMode = AxisPlotMode.OnTicks;
m_timeAxis.ShowLabels = true;
m_timeAxis.LabelFormatProvider = new LabelTimeFormat();
m_timeAxis.LabelOffset = 1; //no mostrar el primer label
//Vertical axis - Temperature
m_tempAxis.AxisType = AxisType.Second;
m_tempAxis.Title = "Temp ºC";
m_tempAxis.Maximum = TEMP_MAX;
m_tempAxis.Minimum = TEMP_MIN;
m_tempAxis.MajorStep = TEMP_STEP;
//Vertical axis - Power
m_powerAxis.HorizontalLocation = AxisHorizontalLocation.Right;
m_powerAxis.AxisType = AxisType.Second;
m_powerAxis.Title = "Power %";
m_powerAxis.Maximum = POWER_MAX;
m_powerAxis.Minimum = POWER_MIN;
m_powerAxis.MajorStep = POWER_STEP;
//
//Initialize grid area
//
//Adjust margins
m_radChartView.View.Margin = new Padding(0);
CartesianArea area = m_radChartView.GetArea <CartesianArea>();
CartesianGrid grid = area.GetGrid <CartesianGrid>();
grid.DrawHorizontalStripes = true;
grid.DrawHorizontalFills = false;
grid.DrawVerticalStripes = true;
grid.DrawVerticalFills = false;
grid.ForeColor = Color.DarkGray;
//Se añaden y se quitan dos series vacias a cada eje para que pinte del color correcto el eje de temperatura y de potencia
FastLineSeries lineSeries = new FastLineSeries();
lineSeries.BorderColor = Color.Black;
lineSeries.DataSource = new BindingList <DataSerie>();
lineSeries.HorizontalAxis = m_timeAxis;
lineSeries.VerticalAxis = m_tempAxis;
m_radChartView.Series.Add(lineSeries);
lineSeries = new FastLineSeries();
lineSeries.BorderColor = Color.Black;
lineSeries.DataSource = new BindingList <DataSerie>();
lineSeries.HorizontalAxis = m_timeAxis;
lineSeries.VerticalAxis = m_powerAxis;
m_radChartView.Series.Add(lineSeries);
m_radChartView.Series.Clear();
//
//Initialize series
//
//Profile hot air temp
FastLineSeries serieProfileHotAirTemp = new FastLineSeries();
serieProfileHotAirTemp.Name = "Profile hot air temperature";
serieProfileHotAirTemp.LegendTitle = "Profile hot air temperature";
serieProfileHotAirTemp.BorderColor = Color.LightCoral;
serieProfileHotAirTemp.PointSize = new SizeF(0, 0);
serieProfileHotAirTemp.CategoryMember = "Time";
serieProfileHotAirTemp.ValueMember = "Value";
serieProfileHotAirTemp.DataSource = m_liveData.DataProfileHotAirTemp;
serieProfileHotAirTemp.BorderWidth = 1;
serieProfileHotAirTemp.HorizontalAxis = m_timeAxis;
serieProfileHotAirTemp.VerticalAxis = m_tempAxis;
m_radChartView.Series.Add(serieProfileHotAirTemp);
//Profile ext TC temp
FastLineSeries serieProfileExtTCTemp = new FastLineSeries();
serieProfileExtTCTemp.Name = "Profile ext TC temperature";
serieProfileExtTCTemp.LegendTitle = "Profile ext TC temperature";
serieProfileExtTCTemp.BorderColor = Color.LightGreen;
serieProfileExtTCTemp.PointSize = new SizeF(0, 0);
serieProfileExtTCTemp.CategoryMember = "Time";
serieProfileExtTCTemp.ValueMember = "Value";
serieProfileExtTCTemp.DataSource = m_liveData.DataProfileExtTCTemp;
serieProfileExtTCTemp.BorderWidth = 1;
serieProfileExtTCTemp.HorizontalAxis = m_timeAxis;
serieProfileExtTCTemp.VerticalAxis = m_tempAxis;
m_radChartView.Series.Add(serieProfileExtTCTemp);
//Profile air flow
FastLineSeries serieProfileAirFlow = new FastLineSeries();
serieProfileAirFlow.Name = "Profile air flow";
serieProfileAirFlow.LegendTitle = "Profile air flow";
serieProfileAirFlow.BorderColor = Color.DeepSkyBlue;
serieProfileAirFlow.PointSize = new SizeF(0, 0);
serieProfileAirFlow.CategoryMember = "Time";
serieProfileAirFlow.ValueMember = "Value";
serieProfileAirFlow.DataSource = m_liveData.DataProfileAirFlow;
serieProfileAirFlow.BorderWidth = 1;
serieProfileAirFlow.HorizontalAxis = m_timeAxis;
serieProfileAirFlow.VerticalAxis = m_powerAxis;
m_radChartView.Series.Add(serieProfileAirFlow);
//Hot air temp
FastLineSeries serieHotAirTemp = new FastLineSeries();
serieHotAirTemp.Name = "Hot air temperature";
serieHotAirTemp.LegendTitle = "Hot air temperature";
serieHotAirTemp.BorderColor = Color.DarkRed;
serieHotAirTemp.PointSize = new SizeF(0, 0);
serieHotAirTemp.CategoryMember = "Time";
serieHotAirTemp.ValueMember = "Value";
serieHotAirTemp.DataSource = m_liveData.DataHotAirTemp;
serieHotAirTemp.BorderWidth = 1;
serieHotAirTemp.HorizontalAxis = m_timeAxis;
serieHotAirTemp.VerticalAxis = m_tempAxis;
m_radChartView.Series.Add(serieHotAirTemp);
//Ext TC temp
FastLineSeries serieExtTCTemp = new FastLineSeries();
serieExtTCTemp.Name = "Ext TC temperature";
serieExtTCTemp.LegendTitle = "Ext TC temperature";
serieExtTCTemp.BorderColor = Color.DarkGreen;
serieExtTCTemp.PointSize = new SizeF(0, 0);
serieExtTCTemp.CategoryMember = "Time";
serieExtTCTemp.ValueMember = "Value";
serieExtTCTemp.DataSource = m_liveData.DataExtTCTemp;
serieExtTCTemp.BorderWidth = 1;
serieExtTCTemp.HorizontalAxis = m_timeAxis;
serieExtTCTemp.VerticalAxis = m_tempAxis;
m_radChartView.Series.Add(serieExtTCTemp);
//Air flow
FastLineSeries serieAirFlow = new FastLineSeries();
serieAirFlow.Name = "Air flow";
serieAirFlow.LegendTitle = "Air flow";
serieAirFlow.BorderColor = Color.RoyalBlue;
serieAirFlow.PointSize = new SizeF(0, 0);
serieAirFlow.CategoryMember = "Time";
serieAirFlow.ValueMember = "Value";
serieAirFlow.DataSource = m_liveData.DataAirFlow;
serieAirFlow.BorderWidth = 1;
serieAirFlow.HorizontalAxis = m_timeAxis;
serieAirFlow.VerticalAxis = m_powerAxis;
m_radChartView.Series.Add(serieAirFlow);
//Vertical mark serie
FastLineSeries serieVerticalMark = new FastLineSeries();
serieVerticalMark.BorderColor = Color.Black;
serieVerticalMark.PointSize = new SizeF(0, 0);
serieVerticalMark.CategoryMember = "Time";
serieVerticalMark.ValueMember = "Value";
serieVerticalMark.DataSource = m_liveData.DataVerticalMark;
serieVerticalMark.BorderWidth = 1;
serieVerticalMark.HorizontalAxis = m_timeAxis;
serieVerticalMark.VerticalAxis = m_tempAxis;
m_radChartView.Series.Add(serieVerticalMark);
}
