public void Degree(double input, double expected)
{
//Arrange
var _segmetns = new LngLatSegments(input);
//Act
var actual = _segmetns.Degree;
//Assert
Assert.Equal(expected, actual);
}
public void DMS(string input, string expected)
{
//Arrange
var _segmetns = new LngLatSegments(input);
//Act
var actual = _segmetns.DMS;
//Assert
Assert.Equal(expected, actual);
}
[InlineData(-12.345678, -12.345678)] // 12° 20' 44"
public void EncodeDecodeLngLat(double input, double expected)
{
//Arrange
var _tileUtils = new TileUtils();
//Act
var code = _tileUtils.EncodeLngLat(input);
var actual = new LngLatSegments(code).Degree;
//Assert
Assert.Equal(expected, actual);
}
public void LngLatSegments1(string input, UInt32 g, UInt32 d, UInt32 m, UInt32 s, UInt32 s11, double seconds)
{
//Arrange
var _segmetns = new LngLatSegments(input);
//Assert
Assert.Equal(g, _segmetns.G);
Assert.Equal(d, _segmetns.D);
Assert.Equal(m, _segmetns.M);
Assert.Equal(s, _segmetns.S);
Assert.Equal(s11, _segmetns.S11);
Assert.Equal(seconds, _segmetns.Seconds);
}
public void LngLatSegments(double input, uint g, uint d, uint m, uint s, uint s11, double seconds)
{
//Arrange
var _segmetns = new LngLatSegments(input);
//Assert
Assert.Equal(g, _segmetns.G);
Assert.Equal(d, _segmetns.D);
Assert.Equal(m, _segmetns.M);
Assert.Equal(s, _segmetns.S);
Assert.Equal(s11, _segmetns.S11);
Assert.Equal(seconds, _segmetns.Seconds);
}
