public void FunctionalTreeConverterTestComplexFunctionWithAttributes()
{
string expression = $"{LConstants.GET_PROP_F}({MockPlayer.Key},STR)*100+{LConstants.MAX_F}({LConstants.GET_PROP_F}({MockPlayer.Key},AGI),3)";
double expected = MockPlayer.GetProperty("STR").Value * 100 + (MockPlayer.GetProperty("AGI").Value > 3? MockPlayer.GetProperty("AGI").Value : 3);
Assert.AreEqual(expected, TreeResolver.Resolve(expression, Engine).Value.ToDouble());
}
public void FunctionalTreeConverterTestExecuteLater()
{
string expression = $"{LConstants.IF_F}(10>3,10,11)";
double actual = TreeResolver.Resolve(expression, Engine).Value.ToDouble();
Assert.AreEqual(10, actual);
}
public void FunctionalTreeConverterTestBooleanAndUnaryOperator()
{
string expression = "!(10>3+8)";
bool actual = TreeResolver.Resolve(expression, Engine).Value.ToBoolean();
Assert.AreEqual(true, actual);
}
public MeVariable ResolveStatus(MeNode tree, double[] values)
{
Dictionary <string, double> valueMap = GetNumericValueMap(values);
ReplaceNumericPlaceholders(tree, valueMap);
return(TreeResolver.Resolve(tree).Value);
}
public void FunctionalTreeConverterTestPowerOperatorCombination()
{
string expression = "10+10^3+10";
double expected = 1020;
double actual = TreeResolver.Resolve(expression, Engine).Value.ToDouble();
Assert.AreEqual(expected, actual);
}
public void FunctionalTreeConverterTestNestedIf()
{
string expression = $"{LConstants.IF_F}({LConstants.MAX_F}(10,3)>3,{LConstants.IF_F}(10>3,10,20),30)";
double expected = 10;
double actual = TreeResolver.Resolve(expression, Engine).Value.ToDouble();
Assert.AreEqual(expected, actual);
}
public void FunctionalTreeConverterTestExecuteLaterFunctionThatChangesThings()
{
string expression = $"{LConstants.IF_F}(1>3,10,{LConstants.HARM_F}({MockPlayer.Key},{MockPlayer.Key},T,10))";
double expectedHp = MockPlayer.GetProperty(Entity.HP_KEY).Value - 10;
TreeResolver.Resolve(expression, Engine);
Assert.AreEqual(expectedHp, MockPlayer.GetProperty(Entity.HP_KEY).Value);
}
public void EntityTestAlwaysDodge()
{
string expression = $"{LConstants.HARM_F}({BaseEntity.Key},{BaseEntity.Key},AD,20)";
double expected = BaseEntity.GetProperty(Entity.HP_KEY).Value;
TreeResolver.Resolve(expression, Engine);
Assert.AreEqual(expected, BaseEntity.GetProperty(Entity.HP_KEY).Value);
}
public void FunctionalTreeConverterTestHarmEntity()
{
string expression = $"{LConstants.HARM_F}({MockPlayer.Key},{MockPlayer.Key},T,20)";
double expected = MockPlayer.GetProperty(Entity.HP_KEY).Value - 20;
TreeResolver.Resolve(expression, Engine);
Assert.AreEqual(expected, MockPlayer.GetProperty(Entity.HP_KEY).Value);
}
public void FunctionalTreeConverterTestArrayAndFunction()
{
string expression = $"{LConstants.ARRAY_F}(10,{LConstants.MAX_F}(10,20),10)";
double[] expected = { 10, 20, 10 };
double[] actual = MeVariable.ToDoubleArray(TreeResolver.Resolve(expression, Engine).Value.ToArray());
Assert.AreEqual(expected.Length, actual.Length);
CollectionAssert.AreEqual(expected, actual);
}
public void FunctionalTreeConverterTestFunctionWithNoParameters()
{
string expression = $"{LConstants.GET_PLAYERS_F}()";
string expected = "MOCK_PLAYER";
Token[] tokens = Tokenizer.Tokenize(expression);
MeVariable[] players = TreeResolver.Resolve(tokens, Engine).Value.ToArray();
Assert.AreEqual(1, players.Length);
Assert.AreEqual(expected, players[0].ToEntity().Name);
}
public void EntityTestAlwaysCrit()
{
double amt = 20;
string expression = $"{LConstants.HARM_F}({BaseEntity.Key},{BaseEntity.Key},AC,{amt})";
double expected = BaseEntity.GetProperty(Entity.HP_KEY).Value - amt * 2;
TreeResolver.Resolve(expression, Engine);
Assert.AreEqual(expected, BaseEntity.GetProperty(Entity.HP_KEY).Value);
}
public MeVariable SanitizeSkill(string skill, Entity caster, Entity target)
{
string[] lines = skill.Split(LConstants.FUNCTION_SEPARATOR);
MeVariable var = null;
foreach (string expr in lines)
{
Token[] tokens = Tokenizer.Tokenize(expr);
Token[] sanitizedTokens = ReplaceEntities(tokens, caster, target);
var = TreeResolver.Resolve(sanitizedTokens, _engine).Value;
}
return(var);
}
public void FunctionalTreeConverterTestSimpleFunction()
{
string expression = $"{LConstants.MAX_F}(10,20)";
Assert.AreEqual(20, TreeResolver.Resolve(expression, Engine).Value.ToDouble());
}
public void FunctionalTreeConverterTestGetPropertyTest()
{
string expression = $"{LConstants.GET_PROP_F}({MockPlayer.Key},STR)";
Assert.AreEqual(5, TreeResolver.Resolve(expression, Engine).Value.ToDouble());
}
public void FunctionalTreeConverterTestSimpleOperationNegativeResult()
{
string expression = "10-13";
Assert.AreEqual(-3, TreeResolver.Resolve(expression, Engine).Value.ToDouble());
}
public double SanitizeCompoundStat(Entity entity, string expression)
{
Token[] tokens = Tokenizer.Tokenize(expression);
Token[] sanitizedTokens = ReplaceProperties(tokens, entity);
return(TreeResolver.Resolve(sanitizedTokens, _engine).Value.ToDouble());
}
public MeNode Resolve()
{
return(TreeResolver.Resolve(this));
}
public void FunctionalTreeConverterTestOperatorAndFunction()
{
string expression = $"{LConstants.ABS_F}(10-100)";
Assert.AreEqual(90, TreeResolver.Resolve(expression, Engine).Value.ToDouble());
}
public void FunctionalTreeConverterTestNestedFunctions()
{
string expression = $"{LConstants.MAX_F}(10,{LConstants.MAX_F}(3,4))";
Assert.AreEqual(10, TreeResolver.Resolve(expression, Engine).Value.ToDouble());
}
public void FunctionalTreeConverterTestNestedOperation()
{
string expression = "10*13+10";
Assert.AreEqual(140, TreeResolver.Resolve(expression, Engine).Value.ToDouble());
}