public void AddSensorReading(SensorReading s)
{
Sensor[] sensors = s.sensors;
Study study = s.study;
Subject sub = s.subject;
Session sess = s.session;
Trial trial = s.trial;
// Append study/sub/sess/trial data
logfile.Write(string.Format("{0},{1},{2},{3},{4},{5},{6},{7},{8}", study.name, sub.id, sess.name, sess.tdate, trial.name, sess.sync1_on, sess.sync1_off, sess.sync2_on, sess.sync2_off));
for (int i = 0; i < sensors.Length; i++)
{
if (sensors[i].active == 1)
{
// Append sensor data whether sensor is active or not
logfile.Write(string.Format(",{0},{9},{1},{2:0.00},{3:0.00},{4:0.00},{5:0.00},{6:0.00},{7:0.00},{8}",
i, sensors[i].button, sensors[i].x, sensors[i].y, sensors[i].z, sensors[i].pitch, sensors[i].roll, sensors[i].yaw, sensors[i].quality, sensors[i].time));
}
else
{
// If the sensor wasn't active then append a blank filler
logfile.Write(",,,,,,,,,,");
}
}
logfile.Write("\n");
sensor_readings_collection.Insert(s);
}
public SensorReading GetRecord()
{
// Get the record and put it into a C# object for storage.
IntPtr r = GetSyncRecord();
Record record = (Record)Marshal.PtrToStructure(r, typeof(Record));
SensorReading sr = new SensorReading(recordnum, record);
recordnum++;
Boolean sync;
if (sr.sensors[0].button == 0)
{
sync = false;
}
else
{
sync = true;
}
if (recordnum % 20 == 0 && sr != null)
{
m.sensorInfo.Invoke(new MainInterface.UpdateSensorInfoCallBack(m.UpdateSensorInfo),
new object[] { sr.ToString() });
m.qualityChart.Invoke(new MainInterface.UpdateQualityChartInfoCallBack(m.UpdateQualityChart),
new object[] { sr.GetActiveSensors(), sr.GetQualityScores() });
m.syncstatus.Invoke(new MainInterface.UpdateSyncInfoCallBack(m.UpdateSyncInfo),
new object[] { sync });
}
return(sr);
}
public void RemoveSensorReading(SensorReading s)
{
var query = Query.And(
Query.EQ("study._id", s.study._Id),
Query.EQ("subject._id", s.subject._Id),
Query.EQ("session._id", s.session._Id),
Query.EQ("trial._id", s.trial._Id)
);
sensor_readings_collection.Remove(query);
}
public void AddSensorReading(SensorReading s)
{
Sensor[] sensors = s.sensors;
Study study = s.study;
Subject sub = s.subject;
Session sess = s.session;
Trial trial = s.trial;
// Append study/sub/sess/trial data
logfile.Write(string.Format("{0},{1},{2},{3},{4},{5},{6},{7},{8}", study.name, sub.id, sess.name, sess.tdate, trial.name, sess.sync1_on, sess.sync1_off, sess.sync2_on, sess.sync2_off));
for (int i = 0; i < sensors.Length; i++)
{
if (sensors[i].active == 1)
{
// Append sensor data whether sensor is active or not
logfile.Write(string.Format(",{0},{9},{1},{2:0.00},{3:0.00},{4:0.00},{5:0.00},{6:0.00},{7:0.00},{8}",
i, sensors[i].button, sensors[i].x, sensors[i].y, sensors[i].z, sensors[i].pitch, sensors[i].roll, sensors[i].yaw, sensors[i].quality, sensors[i].time));
}
else
{
// If the sensor wasn't active then append a blank filler
logfile.Write(",,,,,,,,,,");
}
}
logfile.Write("\n");
sensor_readings_collection.Insert(s);
}
public void RemoveSensorReading(SensorReading s)
{
var query = Query.And(
Query.EQ("study._id", s.study._Id),
Query.EQ("subject._id", s.subject._Id),
Query.EQ("session._id", s.session._Id),
Query.EQ("trial._id", s.trial._Id)
);
sensor_readings_collection.Remove(query);
}
public SensorReading GetRecord()
{
// Get the record and put it into a C# object for storage.
IntPtr r = GetSyncRecord();
Record record = (Record)Marshal.PtrToStructure(r, typeof(Record));
SensorReading sr = new SensorReading(recordnum, record);
recordnum++;
Boolean sync;
if (sr.sensors[0].button == 0)
{
sync = false;
}
else
{
sync = true;
}
if (recordnum % 20 == 0 && sr != null)
{
m.sensorInfo.Invoke(new MainInterface.UpdateSensorInfoCallBack(m.UpdateSensorInfo),
new object[]{sr.ToString()});
m.qualityChart.Invoke(new MainInterface.UpdateQualityChartInfoCallBack(m.UpdateQualityChart),
new object[] {sr.GetActiveSensors(), sr.GetQualityScores()});
m.syncstatus.Invoke(new MainInterface.UpdateSyncInfoCallBack(m.UpdateSyncInfo),
new object[] { sync });
}
return sr;
}
