Coverage Predictions: Difference between revisions

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Calculate coverage
=== Calculate coverage ===
 
Coverage calculations are controlled via the interface IRadioCoverage in IMariaRadioPlanLayer.RadioCoverage
Coverage calculations are controlled via the interce IRadioCoverage in IMariaRadioPlanLayer.RadioCoverage


To create a coverage file, we need to define some parameters, the most important is the selection of propagation model.
To create a coverage file, we need to define some parameters, the most important is the selection of propagation model.


The list of propagation models can be found like this:
The list of propagation models can be found like this:
 
<syntaxhighlight lang="c#">
_propagationModels = new ReadOnlyCollection<string>(_radioPlanLayer.RadioCoverage.RadioPropagationModelRepository.PropagationModels.Select(m => m.Name).ToList());
_propagationModels = new ReadOnlyCollection<string>(_radioPlanLayer.RadioCoverage.RadioPropagationModelRepository.PropagationModels.Select(m => m.Name).ToList());
 
</syntaxhighlight>


Properties for the Coverage calculation is stored in
Properties for the Coverage calculation is stored in
 
<syntaxhighlight lang="c#">
record CoverageProperties(int Resolution, int Size, AreaShape CalculationAreaShape, string PropagationModel, RxHeight RxHeight);
record CoverageProperties(int Resolution, int Size, AreaShape CalculationAreaShape, string PropagationModel, RxHeight RxHeight);
 
</syntaxhighlight>


Coverage calculation is started with
Coverage calculation is started with
 
<syntaxhighlight lang="c#">
var jobId = await _radioPlanLayer.RadioCoverage.StartCoverageCalculationForRadio(radio, coverageProperties);
var jobId = await _radioPlanLayer.RadioCoverage.StartCoverageCalculationForRadio(radio, coverageProperties);
 
</syntaxhighlight>


If successfull, jobId returns a Guid identifying the job. Else the text string return error message. Progress can be checked with subscribing on the event RadioCoverage.CovDataUpdateProgress.
If successfull, jobId returns a Guid identifying the job. Else the text string return error message. Progress can be checked with subscribing on the event RadioCoverage.CovDataUpdateProgress.
 
<syntaxhighlight lang="c#">
_radioPlanLayer.RadioCoverage.CovDataUpdateProgress += CoverageDataUpdateProgress;
_radioPlanLayer.RadioCoverage.CovDataUpdateProgress += CoverageDataUpdateProgress;
 
</syntaxhighlight>
...
...



Revision as of 17:08, 7 April 2026

Calculate coverage

Coverage calculations are controlled via the interface IRadioCoverage in IMariaRadioPlanLayer.RadioCoverage

To create a coverage file, we need to define some parameters, the most important is the selection of propagation model.

The list of propagation models can be found like this:

_propagationModels = new ReadOnlyCollection<string>(_radioPlanLayer.RadioCoverage.RadioPropagationModelRepository.PropagationModels.Select(m => m.Name).ToList());

Properties for the Coverage calculation is stored in

record CoverageProperties(int Resolution, int Size, AreaShape CalculationAreaShape, string PropagationModel, RxHeight RxHeight);

Coverage calculation is started with

var jobId = await _radioPlanLayer.RadioCoverage.StartCoverageCalculationForRadio(radio, coverageProperties);

If successfull, jobId returns a Guid identifying the job. Else the text string return error message. Progress can be checked with subscribing on the event RadioCoverage.CovDataUpdateProgress.

_radioPlanLayer.RadioCoverage.CovDataUpdateProgress += CoverageDataUpdateProgress;

...

private void CoverageDataUpdateProgress(object sender, CalculationJobStatus calculationJobStatus) {

   if (calculationJobStatus.IsCompleted)
   {
       ProgressValue = 0;  // the clients progress indicator
   } 
   else
   {
       ProgressValue = calculationJobStatus.TotalPercentCompleted;
   }

}