/// <summary>
/// This procedure runs all the methods that return geometry objects.
/// </summary>
/// <param name="aGeometry">The A geometry</param>
/// <param name="bGeometry">The B geometry</param>
/// <param name="testToRun">The method to call on the A geometry</param>
private void RunGeometryFunction(Geometry aGeometry, Geometry bGeometry, string testToRun)
{
_timer.Start();
// check which test to run...
switch(testToRun)
{
case "convexhull":
// set the name of the operation for use later...
this._testResult.Operation = "A.ConvexHull()";
// call the method and store the returned geometry in
// the TestResult object...
this._testResult.ResultGeometry = aGeometry.ConvexHull();
SetResultGeometryType(this._testResult.ResultGeometry);
// Test for pass or fail...
TestForPassFail();
break;
case "getboundary":
// set the name of the operation for use later...
this._testResult.Operation = "A.GetBoundary()";
// call the method and store the returned geometry in
// the TestResult object...
this._testResult.ResultGeometry = aGeometry.GetBoundary();
SetResultGeometryType(this._testResult.ResultGeometry);
// Test for pass or fail...
//TestForPassFailGetBoundary();
TestForPassFail();
break;
case "intersection":
// set the name of the operation for use later...
this._testResult.Operation = "A Intersection B";
// call the method and store the returned geometry in
// the TestResult object...
this._testResult.ResultGeometry = aGeometry.Intersection(bGeometry);
SetResultGeometryType(this._testResult.ResultGeometry);
// Test for pass or fail...
TestForPassFail();
break;
case "union":
// set the name of the operation for use later...
this._testResult.Operation = "A Union B";
// call the method and store the returned geometry in
// the TestResult object...
this._testResult.ResultGeometry = aGeometry.Union(bGeometry);
SetResultGeometryType(this._testResult.ResultGeometry);
// Test for pass or fail...
TestForPassFail();
break;
case "difference":
// set the name of the operation for use later...
this._testResult.Operation = "A Difference B";
// call the method and store the returned geometry in
// the TestResult object...
this._testResult.ResultGeometry = aGeometry.Difference(bGeometry);
SetResultGeometryType(this._testResult.ResultGeometry);
// Test for pass or fail...
TestForPassFail();
break;
case "symdifference":
// set the name of the operation for use later...
this._testResult.Operation = "A SymDifference B";
// call the method and store the returned geometry in
// the TestResult object...
this._testResult.ResultGeometry = aGeometry.SymDifference(bGeometry);
SetResultGeometryType(this._testResult.ResultGeometry);
// Test for pass or fail...
TestForPassFail();
break;
case "buffer":
// set the name of the operation for use later...
this._testResult.Operation = "A.Buffer";
// grab the distance of the buffer...
double bufferDistance = double.Parse(this._op.Arg2);
// call the method and store the returned geometry in
// the TestResult object...
this._testResult.ResultGeometry = aGeometry.Buffer(bufferDistance);
SetResultGeometryType(this._testResult.ResultGeometry);
// Test for pass or fail...
TestForPassFail();
break;
default:
break;
}
// stop the timer...
_timer.Stop();
this._testResult.TestDuration = _timer.Seconds;
}
