public void PrimaryAttribute_Correctly_Increases_With_Float_When_Type_Is_Float(float inc)
{
_mockAttr = Substitute.ForPartsOf <PrimaryAttribute>(AttributeType.Float, _dfValue);
_mockAttr.Increase(inc);
Assert.AreEqual(inc + _dfValue, _mockAttr.CurrentValue);
}
public void PrimaryAttribute_Correctly_Decreases_With_Float_When_Type_Is_Integer(int startingVal, float dec, int expected)
{
_mockAttr = Substitute.ForPartsOf <PrimaryAttribute>(AttributeType.Integer, _dfValue);
_mockAttr.Increase(startingVal - _dfValue);
_mockAttr.Decrease(dec);
Assert.AreEqual((float)expected, _mockAttr.CurrentValue);
}
public void PrimaryAttribute_Correctly_Decreases_With_Float_When_Type_Is_Float(float startingVal, float dec, float expected)
{
_mockAttr = Substitute.ForPartsOf <PrimaryAttribute>(AttributeType.Float, _dfValue);
_mockAttr.Increase(startingVal - _dfValue);
_mockAttr.Decrease(dec);
// Need to check range instead of value since there's floating point imprecision
Assert.IsTrue(InRange(_mockAttr.CurrentValue, expected));
}
public void PrimaryAttribute_Wont_Clamp_When_Increasing_Without_Max_Val()
{
_mockAttr = Substitute.ForPartsOf <PrimaryAttribute>(AttributeType.Float, _dfValue);
_mockAttr.Increase(300f);
Assert.AreEqual(300f + _dfValue, _mockAttr.CurrentValue);
}
public void PrimaryAttribute_Raises_Changed_On_Increasing_Float()
{
_mockAttr.Increase(5f);
Assert.IsTrue(_changed);
}