[InlineData(50.0, 10.0, 0, false, false, 16.653)] //to center
public void TestCalculateLimitingDistance(double BAForFPS, double dbh, int slopePCT, bool isVar, bool isFace, double expected)
{
int sigDec = 3;
string measureTo = (isFace) ? LimitingDistanceCalculator.MEASURE_TO_FACE : LimitingDistanceCalculator.MEASURE_TO_CENTER;
var ld = LimitingDistanceCalculator.CalculateLimitingDistance(BAForFPS, dbh, slopePCT, isVar, measureTo);
ld = Math.Round(ld, sigDec);
expected = Math.Round(expected, 3);
ld.Should().Be(expected);
}
public FormLimitingDistance()
{
InitializeComponent();
Calculator = new LimitingDistanceCalculator();
foreach (var i in LimitingDistanceCalculator.MEASURE_TO_OPTIONS)
{ _measureToCB.Items.Add(i); }
//initialize form state
this._calculateBTN.Enabled = false;
#if NetCF
if (ViewController.PlatformType == FMSC.Controls.PlatformType.WM)
{
this.components = this.components ?? new System.ComponentModel.Container();
this._sip = new Microsoft.WindowsCE.Forms.InputPanel();
this.components.Add(_sip);
this._sip.EnabledChanged += new EventHandler(_sip_EnabledChanged);
_ceControlPanel.Visible = false;
var mainMenu1 = new System.Windows.Forms.MainMenu();
var _cancel_MI = new System.Windows.Forms.MenuItem();
var _calculate_MI = new System.Windows.Forms.MenuItem();
//
// mainMenu1
//
mainMenu1.MenuItems.Add(_cancel_MI);
mainMenu1.MenuItems.Add(_calculate_MI);
//
// _cancel_MI
//
_cancel_MI.Text = "Cancel";
_cancel_MI.Click += new System.EventHandler(this._cancelMI_Click);
//
// _calculate_MI
//
_calculate_MI.Text = "Calculate";
_calculate_MI.Click += new System.EventHandler(this._calculateBTN_Click);
Menu = mainMenu1;
}
else
{
this.WindowState = System.Windows.Forms.FormWindowState.Maximized;
}
#else
StartPosition = System.Windows.Forms.FormStartPosition.CenterParent;
#endif
}
public void GenerateReportTest()
{
var calculator = new LimitingDistanceCalculator();
calculator.GenerateReport().Should().BeNullOrEmpty("Because calculator with default values should generate a empty report");
calculator.SlopeDistance = 1;
calculator.DBH = 1;
calculator.BAForFPSize = 1;
calculator.MeasureTo = LimitingDistanceCalculator.MEASURE_TO_FACE;
calculator.Recalculate();
calculator.LimitingDistance.Should().BeGreaterThan(0, "Because we need to confirm that the calculator is setup to generate a positive limiting distance");
var report = calculator.GenerateReport();
report.Should().NotBeNullOrWhiteSpace();
report.Should().NotContain("Azimuth", "Because azimuth should not be included if not greater than 0");
calculator.Azimuth = 1;
report = calculator.GenerateReport();
report.Should().Contain("Azimuth");
}
//for tree to be in slope distance (first value) must be less than or equal to limiting distance (second value)
//both values are round to two decimal places
//here we test edge cases where both values should be determined to be equal
public void TestDeterminTreeInOrOut(double slopeDistance, double limitingDistance, bool expectedResult)
{
LimitingDistanceCalculator.DeterminTreeInOrOut(slopeDistance, limitingDistance).Should().Be(expectedResult);
}