public UC7S3_Filter(BlockingCollection <double> filterCollection, IData dataInterface, ConvertAlgo conv)
{
_filterCollection = filterCollection;
DataInterface = dataInterface;
convertAlgo = conv;
BPFilterList = new List <double>();
GraphFiltredList = new List <double>();
BPRawList = new List <double>();
}
public DataTreatment(BlockingCollection <RawData> collection, ConvertAlgo conv) //Database data
{
_collection = collection;
ConvertAlgorithm = conv;
// Database = data;
FullList = new List <RawData>();
ConvertedDataList = new List <ConvertedData>();
DownsampledRawList = new List <RawData>();
GraphList = new List <ConvertedData>();
}
public UC7S3_Filter(BlockingCollection <ConvertedData> filterCollection, DataTreatment datatreatment, IData dataInterface, ConvertAlgo conv)
{
_filterCollection = filterCollection;
datatreatment_ = datatreatment;
DataInterface = dataInterface;
convertAlgo = conv;
BPFilterList = new List <ConvertedData>();
FilterThread = new Thread(FilterData);
GraphFiltredList = new List <ConvertedData>();
}
public Form1()
{
BlockingCollection <RawData> rawData = new BlockingCollection <RawData>();
DAQ daq = new DAQ();
converter = new ConvertAlgo();
IDAQ transducerdaq = new TransducerDAQ(daq, rawData);
dataTreatment = new DataTreatment(rawData, converter);
Measure = new UC2M2_UC3M3_Measure(transducerdaq, dataTreatment);
InitializeComponent();
dataTreatment.Attach(this); // Lars
GUIgraphList = new List <ConvertedData>();
}
//
//
//public DataTreatment(BlockingCollection<RawData> collection, BlockingCollection<RawData> graphCollection,BlockingCollection<RawData> filterCollection, IData iData, ConvertAlgo conv)
public DataTreatment(BlockingCollection <RawData> collection, BlockingCollection <RawData> graphCollection, IData iData, ConvertAlgo conv, IZeroAdjustment zeroAdjustment)
{
_collection = collection;
_graphCollection = graphCollection;
//_filterCollection = filterCollection;
DataInterface = iData;
AdjustmentInterface = zeroAdjustment;
ConvertAlgorithm = conv;
FullList = new List <RawData>();
DownsampledRawList = new List <RawData>();
GraphList = new List <ConvertedData>();
}
static void Main(string[] args)
{
BlockingCollection <RawData> rawCollection = new BlockingCollection <RawData>();
BlockingCollection <RawData> graphCollection = new BlockingCollection <RawData>();
DAQ daq = new DAQ();
ConvertAlgo convertAlgo = new ConvertAlgo();
IDAQ transducerdaq = new TransducerDAQ(daq, rawCollection);
DataTreatment dataTreatment = new DataTreatment(rawCollection, graphCollection, convertAlgo, );
IMeasure measurement = new UC2M2_UC3M3_Measure(transducerdaq, dataTreatment);
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
Application.Run(new MainGUI(dataTreatment));
}
static void Main()
{
BlockingCollection <double> rawCollection = new BlockingCollection <double>();
BlockingCollection <double> graphCollection = new BlockingCollection <double>();
BlockingCollection <double> calibrationCollection = new BlockingCollection <double>();
BlockingCollection <double> alarmCollection = new BlockingCollection <double>();
BlockingCollection <double> filterCollection = new BlockingCollection <double>();
DAQ daq = new DAQ();
ConvertAlgo convertAlgo = new ConvertAlgo();
BloodPressureAlgo bpAlgo = new BloodPressureAlgo();
PulseAlgo pulseAlgo = new PulseAlgo();
IDAQ transducerdaq = new TransducerDAQ(daq, rawCollection, calibrationCollection);
IData data = new Database();
IAlarmType alarmType = new HighAlarm();
ILimits limits = new UC9S5_Limits();
IAlarm alarm = new UC5S1_Alarm(alarmCollection, limits, alarmType, bpAlgo);
IFilter filter = new UC7S3_Filter(filterCollection, data, convertAlgo);
UC1M1_ZeroAdjustment uc1 = new UC1M1_ZeroAdjustment(calibrationCollection, transducerdaq);
DataTreatment dataTreatment = new DataTreatment(rawCollection, graphCollection, filterCollection, alarmCollection, convertAlgo, data, alarm, uc1);
IMeasure measurement = new UC2M2_UC3M3_Measure(transducerdaq, dataTreatment, alarm, filter);
ICalibrate calibrate = new UC6S2_Calibrate(calibrationCollection, transducerdaq, data);
IZeroAdjustment zero = new UC1M1_ZeroAdjustment(calibrationCollection, transducerdaq);
IPulse pulse = new UC8S4_Pulse(dataTreatment, pulseAlgo);
ISave save = new UC4M4_SaveData(data, dataTreatment);
Application.EnableVisualStyles();
Application.SetCompatibleTextRenderingDefault(false);
ZeroAdjustmentGUI zeroAdjustment = new ZeroAdjustmentGUI(zero);
CalibrateGUI calibrateGUI = new CalibrateGUI(calibrate, measurement);
LoginToCalibrateGUI login = new LoginToCalibrateGUI(calibrateGUI);
SaveDataGUI saveGUI = new SaveDataGUI(save);
ChangeLimitsGUI limitsGUI = new ChangeLimitsGUI(limits);
MainGUI gui = new MainGUI(dataTreatment, measurement, login, zeroAdjustment, alarm, pulse, bpAlgo, filter, saveGUI, limitsGUI, calibrateGUI);
Application.Run(gui);
}
//
//
//public DataTreatment(BlockingCollection<RawData> collection, BlockingCollection<RawData> graphCollection, BlockingCollection<RawData> filterCollection, IData iData, ConvertAlgo conv)
public DataTreatment(BlockingCollection <double> collection, BlockingCollection <double> graphCollection, BlockingCollection <double> filterCollection,
BlockingCollection <double> alarmCollection, ConvertAlgo conv, IData data, IAlarm alarm, UC1M1_ZeroAdjustment adj)
{
_collection = collection;
_graphCollection = graphCollection;
_filterCollection = filterCollection;
_alarmCollection = alarmCollection;
DataInterface = data;
//_filterCollection = filterCollection;
AlarmController = alarm;
AdjustmentController = adj;
//DataInterface = iData;
ConvertAlgorithm = conv;
FullList = new List <double>();
DownsampledRawList = new List <double>();
GraphList = new List <double>();
PulseList = new List <double>();
}
