protected void UpdateChart()
{
if (m_fd.Data == null)
{
return;
}
gcData.XLabel = (cmbXAxis.SelectedItem == null) ? "" : cmbXAxis.SelectedItem.Text;
gcData.YLabel = (cmbYAxis1.SelectedItem == null) ? "" : cmbYAxis1.SelectedItem.Text;
gcData.Y2Label = (cmbYAxis2.SelectedIndex == 0 || cmbYAxis2 == null) ? "" : cmbYAxis2.SelectedItem.Text;
gcData.Clear();
gcData.XDataType = gcData.GoogleTypeFromKnownColumnType(KnownColumn.GetKnownColumn(cmbXAxis.SelectedValue).Type);
gcData.YDataType = gcData.GoogleTypeFromKnownColumnType(KnownColumn.GetKnownColumn(cmbYAxis1.SelectedValue).Type);
gcData.Y2DataType = gcData.GoogleTypeFromKnownColumnType(KnownColumn.GetKnownColumn(cmbYAxis2.SelectedValue).Type);
if (cmbYAxis1.SelectedItem == null || cmbYAxis2.SelectedItem == null)
{
gcData.Visible = false;
return;
}
if (m_fd.HasLatLongInfo)
{
gcData.ClickHandlerJS = String.Format(CultureInfo.InvariantCulture, "dropPin({0}[selectedItem.row], xvalue + ': ' + ((selectedItem.column == 1) ? '{1}' : '{2}') + ' = ' + value);", PathLatLongArrayID, cmbYAxis1.SelectedItem.Text, cmbYAxis2.SelectedItem.Text);
}
foreach (DataRow dr in m_fd.Data.Rows)
{
gcData.XVals.Add(dr[cmbXAxis.SelectedValue]);
if (!String.IsNullOrEmpty(cmbYAxis1.SelectedValue))
{
gcData.YVals.Add(dr[cmbYAxis1.SelectedValue]);
}
if (cmbYAxis2.SelectedValue.Length > 0 && cmbYAxis2.SelectedValue != cmbYAxis1.SelectedValue)
{
gcData.Y2Vals.Add(dr[cmbYAxis2.SelectedValue]);
}
}
gcData.TickSpacing = 1; // Math.Max(1, m_fd.Data.Rows.Count / 20);
// Clear out the grid.
gvData.DataSource = null;
gvData.DataBind();
apcRaw.LazyLoad = true;
int idx = mfbAccordionProxyExtender.IndexForProxyID(apcRaw.ID);
mfbAccordionProxyExtender.SetJavascriptForControl(apcRaw, idx == AccordionCtrl.SelectedIndex, idx);
}
protected void UpdateChart()
{
decimal max = decimal.MinValue;
decimal min = decimal.MaxValue;
decimal max2 = decimal.MinValue;
decimal min2 = decimal.MaxValue;
TelemetryDataTable tdt = TelemetryData;
if (tdt == null)
{
return;
}
gcData.XLabel = (cmbXAxis.SelectedItem == null) ? "" : cmbXAxis.SelectedItem.Text;
gcData.YLabel = (cmbYAxis1.SelectedItem == null) ? "" : cmbYAxis1.SelectedItem.Text;
gcData.Y2Label = (cmbYAxis2.SelectedIndex == 0 || cmbYAxis2 == null) ? "" : cmbYAxis2.SelectedItem.Text;
gcData.Clear();
gcData.XDataType = gcData.GoogleTypeFromKnownColumnType(KnownColumn.GetKnownColumn(cmbXAxis.SelectedValue).Type);
gcData.YDataType = gcData.GoogleTypeFromKnownColumnType(KnownColumn.GetKnownColumn(cmbYAxis1.SelectedValue).Type);
gcData.Y2DataType = gcData.GoogleTypeFromKnownColumnType(KnownColumn.GetKnownColumn(cmbYAxis2.SelectedValue).Type);
if (cmbYAxis1.SelectedItem == null || cmbYAxis2.SelectedItem == null)
{
gcData.Visible = false;
return;
}
if (m_fd.HasLatLongInfo)
{
gcData.ClickHandlerJS = String.Format(CultureInfo.InvariantCulture, "dropPin({0}[selectedItem.row], xvalue + ': ' + ((selectedItem.column == 1) ? '{1}' : '{2}') + ' = ' + value);", PathLatLongArrayID, cmbYAxis1.SelectedItem.Text, cmbYAxis2.SelectedItem.Text);
}
foreach (DataRow dr in tdt.Rows)
{
gcData.XVals.Add(dr[cmbXAxis.SelectedValue]);
if (!String.IsNullOrEmpty(cmbYAxis1.SelectedValue))
{
object o = dr[cmbYAxis1.SelectedValue];
gcData.YVals.Add(o);
if (gcData.YDataType == Controls_GoogleChart.GoogleColumnDataType.number)
{
decimal d = Convert.ToDecimal(o, CultureInfo.InvariantCulture);
max = Math.Max(max, d);
min = Math.Min(min, d);
}
}
if (cmbYAxis2.SelectedValue.Length > 0 && cmbYAxis2.SelectedValue != cmbYAxis1.SelectedValue)
{
object o = dr[cmbYAxis2.SelectedValue];
gcData.Y2Vals.Add(o);
if (gcData.Y2DataType == Controls_GoogleChart.GoogleColumnDataType.number)
{
decimal d = Convert.ToDecimal(o, CultureInfo.InvariantCulture);
max2 = Math.Max(max2, d);
min2 = Math.Min(min2, d);
}
}
}
gcData.TickSpacing = 1; // Math.Max(1, m_fd.Data.Rows.Count / 20);
// Clear out the grid.
gvData.DataSource = null;
gvData.DataBind();
apcRaw.LazyLoad = true;
int idx = mfbAccordionProxyExtender.IndexForProxyID(apcRaw.ID);
mfbAccordionProxyExtender.SetJavascriptForControl(apcRaw, idx == AccordionCtrl.SelectedIndex, idx);
lblMaxY.Text = max > decimal.MinValue && !String.IsNullOrEmpty(gcData.YLabel) ? String.Format(CultureInfo.CurrentCulture, Resources.LocalizedText.ChartMaxX, gcData.YLabel, max) : string.Empty;
lblMinY.Text = min < decimal.MaxValue && !String.IsNullOrEmpty(gcData.YLabel) ? String.Format(CultureInfo.CurrentCulture, Resources.LocalizedText.ChartMinX, gcData.YLabel, min) : string.Empty;
lblMaxY2.Text = max2 > decimal.MinValue && !String.IsNullOrEmpty(gcData.Y2Label) ? String.Format(CultureInfo.CurrentCulture, Resources.LocalizedText.ChartMaxX, gcData.Y2Label, max2) : string.Empty;
lblMinY2.Text = min2 < decimal.MaxValue && !String.IsNullOrEmpty(gcData.Y2Label) ? String.Format(CultureInfo.CurrentCulture, Resources.LocalizedText.ChartMinX, gcData.Y2Label, min2) : string.Empty;
}
protected void SetUpChart(DataTable data)
{
if (data == null)
{
return;
}
// now set up the chart
cmbXAxis.Items.Clear();
cmbYAxis1.Items.Clear();
cmbYAxis2.Items.Clear();
cmbYAxis2.Items.Add(new ListItem(Resources.FlightData.GraphNoData, ""));
cmbYAxis2.SelectedIndex = 0;
foreach (DataColumn dc in data.Columns)
{
KnownColumn kc = KnownColumn.GetKnownColumn(dc.Caption);
if (kc.Type.CanGraph())
{
cmbXAxis.Items.Add(new ListItem(kc.FriendlyName, kc.Column));
}
if (kc.Type == KnownColumnTypes.ctDec || kc.Type == KnownColumnTypes.ctFloat || kc.Type == KnownColumnTypes.ctInt)
{
cmbYAxis1.Items.Add(new ListItem(kc.FriendlyName, kc.Column));
cmbYAxis2.Items.Add(new ListItem(kc.FriendlyName, kc.Column));
}
}
// Select a date or time column for the X axis if possible; if not, select "SAMPLES"
if (cmbXAxis.Items.Count > 0)
{
if (data.Columns["DATE"] != null)
{
cmbXAxis.SelectedValue = "DATE";
}
else if (data.Columns["TIME"] != null)
{
cmbXAxis.SelectedValue = "TIME";
}
else if (data.Columns["SAMPLE"] != null)
{
cmbXAxis.SelectedValue = "SAMPLE";
}
else
{
cmbXAxis.SelectedIndex = 0;
}
}
// if there is something numeric for the Y axis, select it. Otherwise, default to the first item.
if (cmbYAxis1.Items.Count > 0)
{
cmbYAxis1.SelectedIndex = 0;
}
foreach (ListItem li in cmbYAxis1.Items)
{
KnownColumn kc = KnownColumn.GetKnownColumn(li.Value);
if (kc.Type != KnownColumnTypes.ctDateTime && kc.Type != KnownColumnTypes.ctLatLong && kc.Column != "SAMPLE")
{
cmbYAxis1.SelectedValue = kc.Column;
break;
}
}
}
protected static void UpdateChart(TelemetryDataTable tdt, Controls_GoogleChart gcData, FlightData fd, string PathLatLongArrayID, ListItem xAxis, ListItem yAxis1, ListItem yAxis2, out decimal max, out decimal min, out decimal max2, out decimal min2)
{
max = decimal.MinValue;
min = decimal.MaxValue;
max2 = decimal.MinValue;
min2 = decimal.MaxValue;
if (tdt == null)
{
return;
}
if (gcData == null)
{
throw new ArgumentNullException(nameof(gcData));
}
if (yAxis1 == null || yAxis2 == null || xAxis == null)
{
gcData.Visible = false;
return;
}
gcData.XLabel = xAxis.Text;
gcData.YLabel = yAxis1.Text;
gcData.Y2Label = yAxis2.Text;
gcData.Clear();
gcData.XDataType = GoogleChart.GoogleTypeFromKnownColumnType(KnownColumn.GetKnownColumn(xAxis.Value).Type);
gcData.YDataType = GoogleChart.GoogleTypeFromKnownColumnType(KnownColumn.GetKnownColumn(yAxis1.Value).Type);
gcData.Y2DataType = GoogleChart.GoogleTypeFromKnownColumnType(KnownColumn.GetKnownColumn(yAxis2.Value).Type);
if (fd == null)
{
throw new ArgumentNullException(nameof(fd));
}
if (fd.HasLatLongInfo)
{
gcData.ClickHandlerJS = String.Format(CultureInfo.InvariantCulture, "dropPin({0}[selectedItem.row], xvalue + ': ' + ((selectedItem.column == 1) ? '{1}' : '{2}') + ' = ' + value);", PathLatLongArrayID, yAxis1, yAxis2);
}
foreach (DataRow dr in tdt.Rows)
{
gcData.XVals.Add(dr[xAxis.Value]);
if (!String.IsNullOrEmpty(yAxis1.Value))
{
object o = dr[yAxis1.Value];
gcData.YVals.Add(o);
if (gcData.YDataType == GoogleColumnDataType.number)
{
decimal d = Convert.ToDecimal(o, CultureInfo.InvariantCulture);
max = Math.Max(max, d);
min = Math.Min(min, d);
}
}
if (yAxis2.Value.Length > 0 && yAxis2 != yAxis1)
{
object o = dr[yAxis2.Value];
gcData.Y2Vals.Add(o);
if (gcData.Y2DataType == GoogleColumnDataType.number)
{
decimal d = Convert.ToDecimal(o, CultureInfo.InvariantCulture);
max2 = Math.Max(max2, d);
min2 = Math.Min(min2, d);
}
}
}
gcData.TickSpacing = 1; // Math.Max(1, m_fd.Data.Rows.Count / 20);
}
private void SetUpContextFromHeaderRow(CSVParsingContext pc, string[] rgszHeader)
{
// This is a hack for JPI date, which has a "DATE" and a "TIME" column, which are actually both naked. So effectively re-name them to indicate naked
int iDateCol = -1;
int iTimeCol = -1;
for (int i = 0; i < rgszHeader.Length; i++)
{
if (String.Compare(rgszHeader[i], KnownColumnNames.DATE, StringComparison.CurrentCultureIgnoreCase) == 0)
{
iDateCol = i;
}
if (String.Compare(rgszHeader[i], KnownColumnNames.TIME, StringComparison.CurrentCultureIgnoreCase) == 0)
{
iTimeCol = i;
}
}
if (iDateCol >= 0 && iTimeCol >= 0)
{
rgszHeader[iDateCol] = "LOCAL DATE";
rgszHeader[iTimeCol] = "LOCAL TIME";
}
for (int i = 0; i < rgszHeader.Length; i++)
{
KnownColumn kc = KnownColumn.GetKnownColumn(rgszHeader[i].Trim());
pc.ColumnList.Add(kc);
if (kc.Type == KnownColumnTypes.ctNakedDate)
{
pc.fHasNakedDate = true;
}
if (kc.Type == KnownColumnTypes.ctNakedTime)
{
pc.fHasNakedTime = true;
}
ParsedData.Columns.Add(new DataColumn(kc.ColumnHeaderName, KnownColumn.ColumnDataType(kc.Type)));
}
pc.fDeriveDateTime = pc.fHasNakedTime && pc.fHasNakedDate && !ParsedData.HasDateTime;
if (pc.fDeriveDateTime)
{
KnownColumn kc = KnownColumn.GetKnownColumn(KnownColumnNames.UTCDateTime);
pc.ColumnList.Add(kc);
DataColumn dc = new DataColumn(kc.Column, KnownColumn.ColumnDataType(kc.Type));
ParsedData.Columns.Add(dc);
dc.DateTimeMode = DataSetDateTime.Utc;
pc.derivedColumnCount++;
}
pc.fHasDateTime = ParsedData.HasDateTime;
pc.fHasTimezone = ParsedData.HasTimezone;
pc.szDateCol = ParsedData.DateColumn; // Set this before deriving a UTCDateTime so that when we derive UTCDateTime, we don't try to read from it.
if (pc.fHasDateTime && pc.fHasTimezone && !ParsedData.HasUTCDateTime) // add a UTC time as well
{
pc.fDeriveUTCDateTime = true;
KnownColumn kc = KnownColumn.GetKnownColumn(KnownColumnNames.UTCDateTime);
pc.ColumnList.Add(kc);
ParsedData.Columns.Add(new DataColumn(kc.Column, KnownColumn.ColumnDataType(kc.Type)));
pc.derivedColumnCount++;
}
pc.fDeriveSpeed = (ParsedData.HasLatLongInfo && pc.fHasDateTime && !ParsedData.HasSpeed);
if (pc.fDeriveSpeed)
{
KnownColumn kc = KnownColumn.GetKnownColumn(KnownColumnNames.DERIVEDSPEED);
pc.ColumnList.Add(kc);
ParsedData.Columns.Add(new DataColumn(kc.Column, KnownColumn.ColumnDataType(kc.Type)));
pc.derivedColumnCount++;
}
}
/// <summary>
/// Loads the data for the specified flight, parsing the CSV file, and thus initializing m_fd. This is cached, so it's OK to call multiple times.
/// </summary>
/// <param name="idFlight">ID of the flight with data to load</param>
protected void LoadData(LogbookEntry le)
{
if (le == null)
{
throw new ArgumentNullException("le");
}
string szCacheKey = KeyCacheData(le.FlightID);
TelemetryDataTable dt = (TelemetryDataTable)Session[szCacheKey];
if (dt != null)
{
m_fd.Data = dt;
}
if (m_fd.NeedsComputing)
{
if (!m_fd.ParseFlightData(le.FlightData) && (lblErr.Text = m_fd.ErrorString.Replace("\r\n", "<br />")).Length > 0)
{
pnlErrors.Visible = true;
}
if (m_fd.Data != null)
{
Session[szCacheKey] = m_fd.Data; // cache the results.
// now set up the chart
cmbXAxis.Items.Clear();
cmbYAxis1.Items.Clear();
cmbYAxis2.Items.Clear();
cmbYAxis2.Items.Add(new ListItem(Resources.FlightData.GraphNoData, ""));
cmbYAxis2.SelectedIndex = 0;
foreach (DataColumn dc in m_fd.Data.Columns)
{
KnownColumn kc = KnownColumn.GetKnownColumn(dc.Caption);
if (kc.Type.CanGraph())
{
cmbXAxis.Items.Add(new ListItem(kc.FriendlyName, kc.Column));
}
if (kc.Type == KnownColumnTypes.ctDec || kc.Type == KnownColumnTypes.ctFloat || kc.Type == KnownColumnTypes.ctInt)
{
cmbYAxis1.Items.Add(new ListItem(kc.FriendlyName, kc.Column));
cmbYAxis2.Items.Add(new ListItem(kc.FriendlyName, kc.Column));
}
}
// Select a date or time column for the X axis if possible; if not, select "SAMPLES"
if (cmbXAxis.Items.Count > 0)
{
if (m_fd.Data.Columns["DATE"] != null)
{
cmbXAxis.SelectedValue = "DATE";
}
else if (m_fd.Data.Columns["TIME"] != null)
{
cmbXAxis.SelectedValue = "TIME";
}
else if (m_fd.Data.Columns["SAMPLE"] != null)
{
cmbXAxis.SelectedValue = "SAMPLE";
}
else
{
cmbXAxis.SelectedIndex = 0;
}
}
// if there is something numeric for the Y axis, select it. Otherwise, default to the first item.
if (cmbYAxis1.Items.Count > 0)
{
cmbYAxis1.SelectedIndex = 0;
}
foreach (ListItem li in cmbYAxis1.Items)
{
KnownColumn kc = KnownColumn.GetKnownColumn(li.Value);
if (kc.Type != KnownColumnTypes.ctDateTime && kc.Type != KnownColumnTypes.ctLatLong && kc.Column != "SAMPLE")
{
cmbYAxis1.SelectedValue = kc.Column;
break;
}
}
}
}
}
protected void Page_Load(object sender, EventArgs e)
{
Master.Title = Resources.FlightData.FlightDataTitle;
gvKnownColumns.DataSource = KnownColumn.GetKnownColumns();
gvKnownColumns.DataBind();
}
