private static string constructExportToStlQueryString(OnshapeStlExportParameters parameters, string[] partIds = null)
{
StringBuilder queryString = new StringBuilder();
if (parameters != null)
{
if (parameters.angleTolerance != null && parameters.angleTolerance.HasValue)
{
queryString.AppendQueryParam("angleTolerance", parameters.angleTolerance.Value);
}
if (parameters.chordTolerance != null && parameters.chordTolerance.HasValue)
{
queryString.AppendQueryParam("chordTolerance", parameters.chordTolerance.Value);
}
if (parameters.grouping != null && parameters.grouping.HasValue)
{
queryString.AppendQueryParam("grouping", parameters.grouping.Value);
}
if (parameters.maxFacetWidth != null && parameters.maxFacetWidth.HasValue)
{
queryString.AppendQueryParam("maxFacetWidth", parameters.maxFacetWidth.Value);
}
if (parameters.minFacetWidth != null && parameters.minFacetWidth.HasValue)
{
queryString.AppendQueryParam("minFacetWidth", parameters.minFacetWidth.Value);
}
if (!String.IsNullOrEmpty(parameters.mode))
{
queryString.AppendQueryParam("mode", parameters.mode);
}
if (parameters.scale != null && parameters.scale.HasValue)
{
queryString.AppendQueryParam("scale", parameters.scale.Value);
}
if (!String.IsNullOrEmpty(parameters.units))
{
queryString.AppendQueryParam("units", parameters.units);
}
}
if (partIds != null && partIds.Length > 0)
{
queryString.AppendQueryParam("partIds", WebUtility.UrlEncode(String.Join(",", partIds)));
}
return(queryString.ToString());
}
internal static OnshapeStlExportParameters createStlExportParams(Dictionary <string, List <string> > options)
{
string angleToleranceStr = options.GetOptionValue(Constants.ANGLE_TOLERANCE);
string chordToleranceStr = options.GetOptionValue(Constants.CHORD_TOLERANCE);
string groupingStr = options.GetOptionValue(Constants.GROUPING);
string maxFacetWidthStr = options.GetOptionValue(Constants.MAX_FACET_WIDTH);
string minFacetWidthStr = options.GetOptionValue(Constants.MIN_FACET_WIDTH);
string modeStr = options.GetOptionValue(Constants.MODE);
string scaleStr = options.GetOptionValue(Constants.SCALE);
string unitsStr = options.GetOptionValue(Constants.UNITS);
OnshapeStlExportParameters result = new OnshapeStlExportParameters
{
mode = modeStr,
units = unitsStr
};
if (angleToleranceStr != null)
{
result.angleTolerance = Double.Parse(angleToleranceStr);
}
if (chordToleranceStr != null)
{
result.chordTolerance = Double.Parse(chordToleranceStr);
}
if (groupingStr != null)
{
result.grouping = Boolean.Parse(groupingStr);
}
if (maxFacetWidthStr != null)
{
result.maxFacetWidth = Double.Parse(maxFacetWidthStr);
}
if (minFacetWidthStr != null)
{
result.minFacetWidth = Double.Parse(minFacetWidthStr);
}
if (scaleStr != null)
{
result.scale = Double.Parse(scaleStr);
}
return(result);
}
public async Task <Stream> ExportPartToStl(String documentId, String wvmSelector, String selectorId, String elementId, String partId, OnshapeStlExportParameters parameters)
{
Stream result = null;
var response = await HttpGet(appendQueryString(String.Format(Constants.EXPORT_PART_API_URI, documentId, wvmSelector, selectorId, elementId, partId, Constants.STL_FORMAT_NAME),
constructExportToStlQueryString(parameters)));
if (response.StatusCode == System.Net.HttpStatusCode.OK)
{
result = await response.Content.ReadAsStreamAsync();
}
return(result);
}
internal static OnshapeStlExportParameters createStlExportParams(Dictionary<string, List<string>> options)
{
string angleToleranceStr = options.GetOptionValue(Constants.ANGLE_TOLERANCE);
string chordToleranceStr = options.GetOptionValue(Constants.CHORD_TOLERANCE);
string groupingStr = options.GetOptionValue(Constants.GROUPING);
string maxFacetWidthStr = options.GetOptionValue(Constants.MAX_FACET_WIDTH);
string minFacetWidthStr = options.GetOptionValue(Constants.MIN_FACET_WIDTH);
string modeStr = options.GetOptionValue(Constants.MODE);
string scaleStr = options.GetOptionValue(Constants.SCALE);
string unitsStr = options.GetOptionValue(Constants.UNITS);
OnshapeStlExportParameters result = new OnshapeStlExportParameters
{
mode = modeStr,
units = unitsStr
};
if (angleToleranceStr != null)
{
result.angleTolerance = Double.Parse(angleToleranceStr);
}
if (chordToleranceStr != null)
{
result.chordTolerance = Double.Parse(chordToleranceStr);
}
if (groupingStr != null)
{
result.grouping = Boolean.Parse(groupingStr);
}
if (maxFacetWidthStr != null)
{
result.maxFacetWidth = Double.Parse(maxFacetWidthStr);
}
if (minFacetWidthStr != null)
{
result.minFacetWidth = Double.Parse(minFacetWidthStr);
}
if (scaleStr != null)
{
result.scale = Double.Parse(scaleStr);
}
return result;
}
