/// <summary>
/// Fills gridvalues function with profiledata based on profileline over the grid
/// </summary>
/// <param name="function"></param>
/// <param name="coverage"></param>
/// <param name="polyline"></param>
/// <param name="resolution">Defines the sample resolution along <paramref name="polyline"/> (each resolution step a sample).
/// Null will cause 101 samples to be take along the line uniformly.</param>
/// <exception cref="ArgumentException">When <paramref name="resolution"/> is 0.0 or less.</exception>
public static void UpdateProfileFunctionValues(Function function, ICoverage coverage, ILineString polyline, DateTime?time, double?resolution = null)
{
// when coverage is empty (has no times), we cannot call Evaluate below...
if (time != null && time.Equals(default(DateTime)))
{
return;
}
function.Clear();
double offset = 0;
double step = resolution ?? polyline.Length / 100;
var gridProfileCoordinates = GetGridProfileCoordinates(polyline, step).ToArray();
foreach (ICoordinate coordinate in gridProfileCoordinates)
{
var value = time != null?coverage.Evaluate(coordinate, time.Value) : coverage.Evaluate(coordinate);
if (value == null)
{
offset += step;
continue;
}
function[offset] = value;
offset += step;
}
}
private void SetEvaluationTolerance(ICoverage coverage)
{
var featureCoverage1 = coverage as FeatureCoverage;
if (featureCoverage1 != null)
{
var tolerance = Map.PixelSize * 5;
var featureCoverage = featureCoverage1;
if (featureCoverage.EvaluateTolerance != tolerance)
{
featureCoverage.EvaluateTolerance = tolerance;
}
}
var networkCoverage = coverage as NetworkCoverage;
if (networkCoverage != null)
{
var tolerance = Map.PixelSize * 20;
if (networkCoverage.EvaluateTolerance != tolerance)
{
networkCoverage.EvaluateTolerance = tolerance;
}
}
}
public Report(IReportOptions options, IEnviornmentVariables enviornmentVariables, ISourceCode sourceCode, ICoverage coverage)
{
_reportOptions = new Lazy <IReportOptions>(() => options);
EnviornmentVariables = enviornmentVariables;
SourceCode = sourceCode;
Coverage = coverage;
_reporter = new Lazy <string>(() => $"{Env}{Network}{CombinedCoverage}");
}
public bool IsSuperCoverage(ICoverage subCov)
{
if (Bitness != subCov.Bitness)
{
throw new ArgumentException();
}
return(Intersection(subCov).Equals(subCov));
}
public ICube[] Intersection(ICoverage intrsctCov)
{
if (Bitness != intrsctCov.Bitness)
{
throw new ArgumentException();
}
return(Cubes.Intersect(intrsctCov.ToCubesArray()).ToArray());
}
public ICube[] Except(ICoverage excptCov)
{
if (Bitness != excptCov.Bitness)
{
throw new ArgumentException();
}
return(Cubes.Except(excptCov.ToCubesArray()).ToArray());
}
public UploadFacade(IContinuousIntegrationServer continuousIntegrationServer, IVersionControlSystem versionControlSystem, IYaml yaml, ICoverage coverage, IEnviornmentVariables enviornmentVariables, IUrl url, IUpload upload)
{
_continuousIntegrationServer = continuousIntegrationServer;
_versionControlSystem = versionControlSystem;
_yaml = yaml;
_coverage = coverage;
_enviornmentVariables = enviornmentVariables;
_url = url;
_upload = upload;
}
/// <summary>
/// Fills gridvalues function with profiledata based on profileline over the grid
/// </summary>
/// <param name="function"></param>
/// <param name="grid"></param>
/// <param name="polyline"></param>
public static void UpdateCoverageValues(Function function, ICoverage grid, ILineString polyline, DateTime?time)
{
function.Clear();
double offset = 0;
double step = polyline.Length / 100;
foreach (ICoordinate coordinate in GetGridProfileCoordinates(polyline, step))
{
function[offset] = time != null?grid.Evaluate(coordinate, time.Value) : grid.Evaluate(coordinate);
offset += step;
}
}
private void UpdateCoverageTimeFilters(ICoverage coverage)
{
var currentTimeFilter = coverage.Filters
.OfType<IVariableValueFilter>()
.Where(f => f.Variable is Variable<DateTime>)
.FirstOrDefault();
//update the time filter and we're done
if (currentTimeFilter != null)
{
currentTimeFilter.Values[0] = CurrentTime;
}
}
private void UpdateCoverageTimeFilters(ICoverage coverage)
{
var currentTimeFilter = coverage.Filters
.OfType <IVariableValueFilter>()
.Where(f => f.Variable is Variable <DateTime>)
.FirstOrDefault();
//update the time filter and we're done
if (currentTimeFilter != null)
{
currentTimeFilter.Values[0] = CurrentTime;
}
}
/// <summary>
/// Defines the gridProfile function
/// </summary>
/// <param name="grid"></param>
/// <param name="polyline"></param>
/// <param name="resolution">Defines the sample resolution along <paramref name="polyline"/> (each resolution step a sample).
/// Null will cause 101 samples to be take along the line uniformly.</param>
/// <exception cref="ArgumentException">When <paramref name="resolution"/> is 0.0 or less.</exception>
public static Function GetCoverageValues(ICoverage grid, ILineString polyline, DateTime? time, double? resolution = null)
{
var function = new Function { Name = grid.Name };
function.Arguments.Add(new Variable<double>("offset"));
function.Components.Add((IVariable)TypeUtils.CreateGeneric(typeof(Variable<>), grid.Components[0].ValueType, new object[] { "value" }));
function.Components[0].NoDataValues = grid.Components[0].NoDataValues;
if (null == polyline)
{
return function;
}
UpdateProfileFunctionValues(function, grid, polyline, time, resolution);
return function;
}
private void UpdateCoverageTimeFilters(ICoverage coverage)
{
var currentTimeFilter = coverage.Filters
.OfType <IVariableValueFilter>()
.FirstOrDefault(f => f.Variable is Variable <DateTime>);
//update the time filter and we're done
if (currentTimeFilter != null)
{
if (TimeSelectionStart.HasValue && TimeSelectionStart.Value == DateTime.MinValue)
{
SetCurrentTimeSelection(coverage.Time.AllValues.FirstOrDefault(), null);
}
currentTimeFilter.Values[0] = TimeSelectionStart;
}
}
private void btnBulid_Click(object sender, EventArgs e)
{
try
{
if (this.listView1.SelectedIndices.Count > 0)
{
ICoverage coverage = (this.icoverageName_0 as IName).Open() as ICoverage;
ListViewItem item = this.listView1.SelectedItems[0];
ICoverageFeatureClassName tag = item.Tag as ICoverageFeatureClassName;
coverage.Build(tag.FeatureClassType, "");
coverage = null;
MessageBox.Show("Bulid成功!");
}
}
catch (Exception exception)
{
Logger.Current.Error("", exception, "");
MessageBox.Show("Bulid失败!");
}
}
private void SetEvaluationTolerance(ICoverage coverage)
{
if (coverage is FeatureCoverage)
{
var tolerance = Map.PixelSize * 5;
var featureCoverage = ((FeatureCoverage)coverage);
if (featureCoverage.EvaluateTolerance != tolerance)
{
featureCoverage.EvaluateTolerance = tolerance;
}
}
if (coverage is NetworkCoverage)
{
var tolerance = Map.PixelSize * 20;
var networkCoverage = (NetworkCoverage)coverage;
if (networkCoverage.EvaluateTolerance != tolerance)
{
networkCoverage.EvaluateTolerance = tolerance;
}
}
}
private void btnClean_Click(object sender, EventArgs e)
{
try
{
if (this.listView1.SelectedIndices.Count > 0)
{
ICoverage coverage = (this.icoverageName_0 as IName).Open() as ICoverage;
double dangleTolerance = coverage.get_Tolerance(esriCoverageToleranceType.esriCTTFuzzy);
double fuzzyTolerance = coverage.get_Tolerance(esriCoverageToleranceType.esriCTTDangle);
ListViewItem item = this.listView1.SelectedItems[0];
ICoverageFeatureClassName tag = item.Tag as ICoverageFeatureClassName;
coverage.Clean(dangleTolerance, fuzzyTolerance, tag.FeatureClassType);
coverage = null;
MessageBox.Show("Clean成功!");
}
}
catch (Exception exception)
{
Logger.Current.Error("", exception, "");
MessageBox.Show("Clean失败!");
}
}
private void UpdateCoverageTimeFilters(ICoverage coverage)
{
var currentTimeFilter = coverage.Filters
.OfType<IVariableValueFilter>()
.FirstOrDefault(f => f.Variable is Variable<DateTime>);
//update the time filter and we're done
if (currentTimeFilter != null)
{
if (TimeSelectionStart.HasValue && TimeSelectionStart.Value == DateTime.MinValue)
SetCurrentTimeSelection(coverage.Time.AllValues.FirstOrDefault(), null);
currentTimeFilter.Values[0] = TimeSelectionStart;
}
}
public ICube[] Intersection(ICoverage intrsctCov)
{
return(ToCubesArray());
}
public ICube[] Except(ICoverage subCov)
{
return(ToCubesArray());
}
public bool Equals(ICoverage coverage)
{
return(coverage.Bitness == Bitness &&
coverage.Size == Size &&
Intersection(coverage).Length == Size);
}
private static DateTime GetDefaultTimeFromCoverage(ICoverage coverage)
{
//if no time is specified we set a default (first or minvalue)
return(coverage.Time.AllValues.Count > 0 ? coverage.Time.AllValues[0] : DateTime.MinValue);
}
public bool IsSubCoverage(ICoverage superCov)
{
return(true);
}
public bool IsSuperCoverage(ICoverage subCov)
{
return(subCov.GetType() == typeof(EmptyCube));
}
/// <summary>
/// Defines the gridProfile function
/// </summary>
/// <param name="grid"></param>
/// <param name="polyline"></param>
/// <param name="resolution">Defines the sample resolution along <paramref name="polyline"/> (each resolution step a sample).
/// Null will cause 101 samples to be take along the line uniformly.</param>
/// <exception cref="ArgumentException">When <paramref name="resolution"/> is 0.0 or less.</exception>
public static Function GetCoverageValues(ICoverage grid, ILineString polyline, DateTime? time, double? resolution = null)
{
var function = new Function { Name = grid.Name };
function.Arguments.Add(new Variable<double>("offset"));
function.Components.Add((IVariable)TypeUtils.CreateGeneric(typeof(Variable<>), grid.Components[0].ValueType, new object[] { "value" }));
function.Components[0].NoDataValues = grid.Components[0].NoDataValues;
if (null == polyline)
{
return function;
}
UpdateProfileFunctionValues(function, grid, polyline, time, resolution);
return function;
}
public CoverageTask(NUnitTask nunit, DevenvTask task, ICoverage instrument)
{
_nunit = nunit;
_builder = task;
_instrument = instrument;
}
/// <summary>
/// Fills gridvalues function with profiledata based on profileline over the grid
/// </summary>
/// <param name="function"></param>
/// <param name="coverage"></param>
/// <param name="polyline"></param>
/// <param name="resolution">Defines the sample resolution along <paramref name="polyline"/> (each resolution step a sample).
/// Null will cause 101 samples to be take along the line uniformly.</param>
/// <exception cref="ArgumentException">When <paramref name="resolution"/> is 0.0 or less.</exception>
public static void UpdateProfileFunctionValues(Function function, ICoverage coverage, ILineString polyline, DateTime? time, double? resolution = null)
{
// when coverage is empty (has no times), we cannot call Evaluate below...
if (time != null && time.Equals(default(DateTime))) return;
function.Clear();
double offset = 0;
double step = resolution ?? polyline.Length / 100;
var gridProfileCoordinates = GetGridProfileCoordinates(polyline, step).ToArray();
foreach (ICoordinate coordinate in gridProfileCoordinates)
{
var value = time != null ? coverage.Evaluate(coordinate, time.Value) : coverage.Evaluate(coordinate);
if (value == null)
{
offset += step;
continue;
}
function[offset] = value;
offset += step;
}
}
private void SetEvaluationTolerance(ICoverage coverage)
{
var featureCoverage1 = coverage as FeatureCoverage;
if (featureCoverage1 != null)
{
var tolerance = Map.PixelSize * 5;
var featureCoverage = featureCoverage1;
if (featureCoverage.EvaluateTolerance != tolerance)
{
featureCoverage.EvaluateTolerance = tolerance;
}
}
var networkCoverage = coverage as NetworkCoverage;
if (networkCoverage != null)
{
var tolerance = Map.PixelSize * 20;
if (networkCoverage.EvaluateTolerance != tolerance)
{
networkCoverage.EvaluateTolerance = tolerance;
}
}
}
public CoverageTask(NUnitTask nunit, DevenvTask task, ICoverage instrument)
{
_nunit = nunit;
_builder = task;
_instrument = instrument;
}
private static DateTime GetDefaultTimeFromCoverage(ICoverage coverage)
{
//if no time is specified we set a default (first or minvalue)
return coverage.Time.AllValues.Count > 0 ? coverage.Time.AllValues[0] : DateTime.MinValue;
}
