public void SimpleCalculationStrategy_GetVolume_ThrowsWithInvalidGrid2()
{
var grid = new Grid(new List <DataPoint[]> {
new[] { new DataPoint() }
});
var d = new NonNegativeDecimal(1);
var calculator = new SimpleCalculationStrategy().GetVolume(grid, null, d, d, d);
}
public void SimpleCalculationStrategy_GetVolume_ReturnsValidOutput()
{
var d0 = new NonNegativeDecimal();
var d1 = new NonNegativeDecimal(1);
var baseGrid = new Grid(new List <DataPoint[]> {
new[] { new DataPoint(1, 1, d1), new DataPoint(2, 1, d1) }, new[] { new DataPoint(1, 2, d1), new DataPoint(2, 2, d1) }
});
var topGrid = new Grid(new List <DataPoint[]> {
new[] { new DataPoint(1, 1, d0), new DataPoint(2, 1, d0) }, new[] { new DataPoint(1, 2, d0), new DataPoint(2, 2, d0) }
});
var volume = new SimpleCalculationStrategy().GetVolume(baseGrid, topGrid, d1, d1, d1);
Assert.AreEqual(1, volume);
}
public void SimpleCalculationStrategy_GetVolume_TakesFluidContactIntoAccount()
{
var d0 = new NonNegativeDecimal();
var d1 = new NonNegativeDecimal(1);
var d2 = new NonNegativeDecimal(2);
var baseGrid = new Grid(new List <DataPoint[]> {
new[] { new DataPoint(1, 1, d2), new DataPoint(2, 1, d2) }, new[] { new DataPoint(1, 2, d2), new DataPoint(2, 2, d2) }
});
var topGrid = new Grid(new List <DataPoint[]> {
new[] { new DataPoint(1, 1, d0), new DataPoint(2, 1, d0) }, new[] { new DataPoint(1, 2, d0), new DataPoint(2, 2, d0) }
});
var volume = new SimpleCalculationStrategy().GetVolume(baseGrid, topGrid, d1, d1, d1);
Assert.AreEqual(1, volume);
}
