[InlineData(50.0, 10.0, 0, false, false, 16.653)] //to center
// [InlineData(20.0, 18.3, 25, true, true, 35.85)]// due to rounding in plot coeficiant,
// hand calcualated limiting distances may be different from our calcualted values.
// But we are going to stick with the more precice calculated values
public void TestCalculateLimitingDistance(double BAForFPS, double dbh, int slopePCT, bool isVar, bool isFace, double expected)
{
int sigDec = 3;
var ld = CalculateLimitingDistance.Calculate(BAForFPS, dbh, slopePCT, isVar, isFace);
ld = Math.Round(ld, sigDec);
expected = Math.Round(expected, 3);
ld.Should().Be(expected);
}
//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)
{
CalculateLimitingDistance.DeterminTreeInOrOut(slopeDistance, limitingDistance).Should().Be(expectedResult);
}
