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task: do not quit plotting if power data is not available
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@mfacchinelli
mfacchinelli committed Oct 25, 2024
1 parent c0862a8 commit d25548a
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1 change: 1 addition & 0 deletions resources/release-notes.md
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Expand Up @@ -5,3 +5,4 @@
# Software

- `mag.imap.view.Field` hides sensors with no science data
- `mag.imap.view.HK` shows data even when no power packet is available
107 changes: 54 additions & 53 deletions src/mission/imap/+mag/+imap/+view/HK.m
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Expand Up @@ -25,70 +25,71 @@ function visualize(this)
this.Figures = matlab.ui.Figure.empty();

[primarySensor, secondarySensor] = this.getSensorNames();
pwr = this.Results.HK.getHKType("PW");

if isempty(pwr) || ~pwr.HasData
return;
end
% Power HK.
pwr = this.Results.HK.getHKType("PW");

% HK time series.
this.Figures(1) = this.Factory.assemble( ...
pwr, ...
[mag.graphics.style.LeftRight(Title = "1.5 V", LeftLabel = "[V]", RightLabel = "[mA]", LLimits = 1.5 + this.VOffset, Charts = [mag.graphics.chart.Plot(YVariables = "P1V5V"), mag.graphics.chart.Plot(YVariables = "P1V5I")]), ...
mag.graphics.style.LeftRight(Title = "1.8 V", LeftLabel = "[V]", RightLabel = "[mA]", LLimits = 1.8 + this.VOffset, Charts = [mag.graphics.chart.Plot(YVariables = "P1V8V"), mag.graphics.chart.Plot(YVariables = "P1V8I")]), ...
mag.graphics.style.LeftRight(Title = "3.3 V", LeftLabel = "[V]", RightLabel = "[mA]", LLimits = 3.3 + this.VOffset, Charts = [mag.graphics.chart.Plot(YVariables = "P3V3V"), mag.graphics.chart.Plot(YVariables = "P3V3I")]), ...
mag.graphics.style.LeftRight(Title = "2.5 V", LeftLabel = "[V]", RightLabel = "[mA]", LLimits = 2.5 + this.VOffset, Charts = [mag.graphics.chart.Plot(YVariables = "P2V5V"), mag.graphics.chart.Plot(YVariables = "P2V5I")]), ...
mag.graphics.style.LeftRight(Title = "+8 V", LeftLabel = "[V]", RightLabel = "[mA]", Charts = [mag.graphics.chart.Plot(YVariables = "P8V"), mag.graphics.chart.Plot(YVariables = "P8VI")]), ...
mag.graphics.style.LeftRight(Title = "-8 V", LeftLabel = "[V]", RightLabel = "[mA]", Charts = [mag.graphics.chart.Plot(YVariables = "N8V"), mag.graphics.chart.Plot(YVariables = "N8VI")]), ...
mag.graphics.style.Default(Title = "2.4 V", YLabel = "[V]", Charts = mag.graphics.chart.Plot(YVariables = "P2V4V")), ...
mag.graphics.style.Stackedplot(Title = "Ranges", YLabels = ["MAGo [-]", "MAGi [-]"], YAxisLocation = "right", RotateLabels = true, Charts = mag.graphics.chart.Stackedplot(YVariables = ["MAGoRange", "MAGiRange"])), ...
mag.graphics.style.Stackedplot(Title = "Saturation", YLabels = ["MAGo x [-]", "MAGo y [-]", "MAGo z [-]", "MAGi x [-]", "MAGi y [-]", "MAGi z [-]"], RotateLabels = true, Layout = [2, 1], Charts = mag.graphics.chart.Stackedplot(YVariables = ["MAGoSatFlagX", "MAGoSatFlagY", "MAGoSatFlagZ", "MAGiSatFlagX", "MAGiSatFlagY", "MAGiSatFlagZ"])), ...
mag.graphics.style.Stackedplot(Title = "Temperature", YLabels = ["ICU " + this.TLabel, primarySensor + " " + this.TLabel, secondarySensor + " " + this.TLabel], YAxisLocation = "right", RotateLabels = true, Layout = [2, 1], Charts = mag.graphics.chart.Stackedplot(YVariables = ["ICU", primarySensor, secondarySensor] + "Temperature"))], ...
Name = "HK Time Series", ...
Arrangement = [6, 2], ...
LinkXAxes = true, ...
WindowState = "maximized");

if ~isempty(this.Results.Science)

primary = this.Results.Primary;
secondary = this.Results.Secondary;

% Close up of HK.
scienceStartTime = min(primary.Time(1), secondary.Time(1));
scienceEndTime = max(primary.Time(end), secondary.Time(end));

voltsHK = pwr.copy();
voltsHK.Data = voltsHK.Data(timerange(scienceStartTime, scienceEndTime, "closed"), :);
if ~isempty(pwr) && pwr.HasData

this.Figures(end + 1) = this.Factory.assemble( ...
voltsHK, ...
[mag.graphics.style.LeftRight(Title = "+8 V", LeftLabel = "[V]", RightLabel = "[mA]", Charts = [mag.graphics.chart.Plot(YVariables = "P8V"), mag.graphics.chart.Plot(YVariables = "P8VI")]), ...
% HK time series.
this.Figures(1) = this.Factory.assemble( ...
pwr, ...
[mag.graphics.style.LeftRight(Title = "1.5 V", LeftLabel = "[V]", RightLabel = "[mA]", LLimits = 1.5 + this.VOffset, Charts = [mag.graphics.chart.Plot(YVariables = "P1V5V"), mag.graphics.chart.Plot(YVariables = "P1V5I")]), ...
mag.graphics.style.LeftRight(Title = "1.8 V", LeftLabel = "[V]", RightLabel = "[mA]", LLimits = 1.8 + this.VOffset, Charts = [mag.graphics.chart.Plot(YVariables = "P1V8V"), mag.graphics.chart.Plot(YVariables = "P1V8I")]), ...
mag.graphics.style.LeftRight(Title = "3.3 V", LeftLabel = "[V]", RightLabel = "[mA]", LLimits = 3.3 + this.VOffset, Charts = [mag.graphics.chart.Plot(YVariables = "P3V3V"), mag.graphics.chart.Plot(YVariables = "P3V3I")]), ...
mag.graphics.style.LeftRight(Title = "2.5 V", LeftLabel = "[V]", RightLabel = "[mA]", LLimits = 2.5 + this.VOffset, Charts = [mag.graphics.chart.Plot(YVariables = "P2V5V"), mag.graphics.chart.Plot(YVariables = "P2V5I")]), ...
mag.graphics.style.LeftRight(Title = "+8 V", LeftLabel = "[V]", RightLabel = "[mA]", Charts = [mag.graphics.chart.Plot(YVariables = "P8V"), mag.graphics.chart.Plot(YVariables = "P8VI")]), ...
mag.graphics.style.LeftRight(Title = "-8 V", LeftLabel = "[V]", RightLabel = "[mA]", Charts = [mag.graphics.chart.Plot(YVariables = "N8V"), mag.graphics.chart.Plot(YVariables = "N8VI")]), ...
mag.graphics.style.LeftRight(Title = "2.5 V", LeftLabel = "[V]", RightLabel = "[mA]", Charts = [mag.graphics.chart.Plot(YVariables = "P2V5V"), mag.graphics.chart.Plot(YVariables = "P2V5I")])], ...
Title = compose("From: (t_{0} + %s) - To: (t_{end} - %s)", string(scienceStartTime - pwr.Time(1)), string(abs(pwr.Time(end) - scienceEndTime))), ...
Name = "+-8V Close Up", ...
Arrangement = [3, 1], ...
mag.graphics.style.Default(Title = "2.4 V", YLabel = "[V]", Charts = mag.graphics.chart.Plot(YVariables = "P2V4V")), ...
mag.graphics.style.Stackedplot(Title = "Ranges", YLabels = ["MAGo [-]", "MAGi [-]"], YAxisLocation = "right", RotateLabels = true, Charts = mag.graphics.chart.Stackedplot(YVariables = ["MAGoRange", "MAGiRange"])), ...
mag.graphics.style.Stackedplot(Title = "Saturation", YLabels = ["MAGo x [-]", "MAGo y [-]", "MAGo z [-]", "MAGi x [-]", "MAGi y [-]", "MAGi z [-]"], RotateLabels = true, Layout = [2, 1], Charts = mag.graphics.chart.Stackedplot(YVariables = ["MAGoSatFlagX", "MAGoSatFlagY", "MAGoSatFlagZ", "MAGiSatFlagX", "MAGiSatFlagY", "MAGiSatFlagZ"])), ...
mag.graphics.style.Stackedplot(Title = "Temperature", YLabels = ["ICU " + this.TLabel, primarySensor + " " + this.TLabel, secondarySensor + " " + this.TLabel], YAxisLocation = "right", RotateLabels = true, Layout = [2, 1], Charts = mag.graphics.chart.Stackedplot(YVariables = ["ICU", primarySensor, secondarySensor] + "Temperature"))], ...
Name = "HK Time Series", ...
Arrangement = [6, 2], ...
LinkXAxes = true, ...
WindowState = "maximized");

% HK and modes.
if ~isempty(primary.Events) && ~isempty(secondary.Events)
if ~isempty(this.Results.Science)

primary = this.Results.Primary;
secondary = this.Results.Secondary;

% Close up of HK.
scienceStartTime = min(primary.Time(1), secondary.Time(1));
scienceEndTime = max(primary.Time(end), secondary.Time(end));

voltsHK = pwr.copy();
voltsHK.Data = voltsHK.Data(timerange(scienceStartTime, scienceEndTime, "closed"), :);

this.Figures(end + 1) = this.Factory.assemble( ...
pwr, ...
[mag.graphics.style.LeftRight(Title = "1.5 V", LeftLabel = "[V]", RightLabel = "[mA]", LLimits = 1.5 + this.VOffset, Charts = [mag.graphics.chart.Plot(YVariables = "P1V5V"), mag.graphics.chart.Plot(YVariables = "P1V5I")]), ...
mag.graphics.style.LeftRight(Title = "1.8 V", LeftLabel = "[V]", RightLabel = "[mA]", LLimits = 1.8 + this.VOffset, Charts = [mag.graphics.chart.Plot(YVariables = "P1V8V"), mag.graphics.chart.Plot(YVariables = "P1V8I")]), ...
mag.graphics.style.LeftRight(Title = "3.3 V", LeftLabel = "[V]", RightLabel = "[mA]", LLimits = 3.3 + this.VOffset, Charts = [mag.graphics.chart.Plot(YVariables = "P3V3V"), mag.graphics.chart.Plot(YVariables = "P3V3I")]), ...
mag.graphics.style.Default(Title = "2.4 V", YLabel = "[V]", YAxisLocation = "right", Charts = mag.graphics.chart.Plot(YVariables = "P2V4V"))], ...
primary.Events, mag.graphics.style.Default(Title = compose("%s Modes", primarySensor), YLabel = "mode [-]", YLimits = "manual", Charts = mag.graphics.chart.custom.Event(EventOfInterest = "DataFrequency", EndTime = primary.Time(end))), ...
secondary.Events, mag.graphics.style.Default(Title = compose("%s Modes", secondarySensor), YLabel = "mode [-]", YLimits = "manual", YAxisLocation = "right", Charts = mag.graphics.chart.custom.Event(EventOfInterest = "DataFrequency", EndTime = secondary.Time(end))), ...
primary.Events, mag.graphics.style.Default(Title = compose("%s Ranges", primarySensor), YLabel = "range [-]", YLimits = "manual", Charts = mag.graphics.chart.custom.Event(EventOfInterest = "Range", YOffset = 0.1, IgnoreMissing = false, EndTime = primary.Time(end))), ...
secondary.Events, mag.graphics.style.Default(Title = compose("%s Ranges", secondarySensor), YLabel = "range [-]", YLimits = "manual", YAxisLocation = "right", Charts = mag.graphics.chart.custom.Event(EventOfInterest = "Range", YOffset = 0.1, IgnoreMissing = false, EndTime = secondary.Time(end))), ...
Name = "HK & Events", ...
Arrangement = [4, 2], ...
voltsHK, ...
[mag.graphics.style.LeftRight(Title = "+8 V", LeftLabel = "[V]", RightLabel = "[mA]", Charts = [mag.graphics.chart.Plot(YVariables = "P8V"), mag.graphics.chart.Plot(YVariables = "P8VI")]), ...
mag.graphics.style.LeftRight(Title = "-8 V", LeftLabel = "[V]", RightLabel = "[mA]", Charts = [mag.graphics.chart.Plot(YVariables = "N8V"), mag.graphics.chart.Plot(YVariables = "N8VI")]), ...
mag.graphics.style.LeftRight(Title = "2.5 V", LeftLabel = "[V]", RightLabel = "[mA]", Charts = [mag.graphics.chart.Plot(YVariables = "P2V5V"), mag.graphics.chart.Plot(YVariables = "P2V5I")])], ...
Title = compose("From: (t_{0} + %s) - To: (t_{end} - %s)", string(scienceStartTime - pwr.Time(1)), string(abs(pwr.Time(end) - scienceEndTime))), ...
Name = "+-8V Close Up", ...
Arrangement = [3, 1], ...
LinkXAxes = true, ...
WindowState = "maximized");

% HK and modes.
if ~isempty(primary.Events) && ~isempty(secondary.Events)

this.Figures(end + 1) = this.Factory.assemble( ...
pwr, ...
[mag.graphics.style.LeftRight(Title = "1.5 V", LeftLabel = "[V]", RightLabel = "[mA]", LLimits = 1.5 + this.VOffset, Charts = [mag.graphics.chart.Plot(YVariables = "P1V5V"), mag.graphics.chart.Plot(YVariables = "P1V5I")]), ...
mag.graphics.style.LeftRight(Title = "1.8 V", LeftLabel = "[V]", RightLabel = "[mA]", LLimits = 1.8 + this.VOffset, Charts = [mag.graphics.chart.Plot(YVariables = "P1V8V"), mag.graphics.chart.Plot(YVariables = "P1V8I")]), ...
mag.graphics.style.LeftRight(Title = "3.3 V", LeftLabel = "[V]", RightLabel = "[mA]", LLimits = 3.3 + this.VOffset, Charts = [mag.graphics.chart.Plot(YVariables = "P3V3V"), mag.graphics.chart.Plot(YVariables = "P3V3I")]), ...
mag.graphics.style.Default(Title = "2.4 V", YLabel = "[V]", YAxisLocation = "right", Charts = mag.graphics.chart.Plot(YVariables = "P2V4V"))], ...
primary.Events, mag.graphics.style.Default(Title = compose("%s Modes", primarySensor), YLabel = "mode [-]", YLimits = "manual", Charts = mag.graphics.chart.custom.Event(EventOfInterest = "DataFrequency", EndTime = primary.Time(end))), ...
secondary.Events, mag.graphics.style.Default(Title = compose("%s Modes", secondarySensor), YLabel = "mode [-]", YLimits = "manual", YAxisLocation = "right", Charts = mag.graphics.chart.custom.Event(EventOfInterest = "DataFrequency", EndTime = secondary.Time(end))), ...
primary.Events, mag.graphics.style.Default(Title = compose("%s Ranges", primarySensor), YLabel = "range [-]", YLimits = "manual", Charts = mag.graphics.chart.custom.Event(EventOfInterest = "Range", YOffset = 0.1, IgnoreMissing = false, EndTime = primary.Time(end))), ...
secondary.Events, mag.graphics.style.Default(Title = compose("%s Ranges", secondarySensor), YLabel = "range [-]", YLimits = "manual", YAxisLocation = "right", Charts = mag.graphics.chart.custom.Event(EventOfInterest = "Range", YOffset = 0.1, IgnoreMissing = false, EndTime = secondary.Time(end))), ...
Name = "HK & Events", ...
Arrangement = [4, 2], ...
LinkXAxes = true, ...
WindowState = "maximized");
end
end
end

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