public void UnaryConstructorTest()
{
UnaryOperators op = new UnaryOperators(); // TODO: Initialize to an appropriate value
float expression = 0F; // TODO: Initialize to an appropriate value
Unary target = new Unary(op, expression);
Assert.Inconclusive("TODO: Implement code to verify target");
}
public UnaryOperatorExpression(
UnaryOperators @operator,
ExpressionBase <T> operand
)
{
Operator = @operator;
Operand = operand;
}
public Predicate(string operand, UnaryOperators unaryOperator)
{
if (unaryOperator == UnaryOperators.Not)
{
ExpressionValue = "NOT (" + operand + ")";
}
else if (unaryOperator == UnaryOperators.IsNull)
{
ExpressionValue = operand + " IS NULL";
}
else if (unaryOperator == UnaryOperators.IsNotNull)
{
ExpressionValue = operand + " IS NOT NULL";
}
else
{
throw new NotImplementedException();
}
}
public Glossary()
{
ReservedWords = OtherReservedWords.Union(Types)
.Union(Conditions).Union(Cycles).ToList();
UnaryOperators = IncDecOperators.Union(UnaryBinary).Union(new List <string> {
"!", "~"
}).ToList();
Operators =
BinaryOperatorsByPriority.Union(UnaryOperators).Union(AssignationOperators).ToList();
Operators.Remove("?");
Operators.Remove(".");
ConsiderAsUnary = UnaryOperators.Union(Types).ToList();
Brackets = OpeningBrackets.Select(b => b + ClosingBrackets[OpeningBrackets.IndexOf(b)]).ToList();
LexemesOfTokenType = new Dictionary <TokenType, List <string> >
{
{ TokenType.OpeningBracket, OpeningBrackets },
{ TokenType.ClosingBracket, ClosingBrackets },
{ TokenType.Punctuation, Punctuation },
{ TokenType.ReservedWord, ReservedWords },
{ TokenType.Operator, Operators },
{ TokenType.Quote, Quotes }
};
}
public static string AsString(this UnaryOperators @operator) =>
@operator switch
{
public Unary(UnaryOperators op, bool expression)
: this(op, new ConstantTypes.Bit(expression))
{
//
}
public Unary(UnaryOperators op, int expression)
: this(op, new ConstantTypes.Integer(expression))
{
//
}
public Unary(UnaryOperators op, float expression)
: this(op, new ConstantTypes.Float(expression))
{
//
}
public Unary(UnaryOperators op, decimal expression)
: this(op, new ConstantTypes.Decimal(expression))
{
//
}
public Unary(UnaryOperators op, System.DateTime expression)
: this(op, new ConstantTypes.DateTime(expression))
{
//
}
public Unary(UnaryOperators op, Expression expression)
{
Expression = expression;
Operator = op;
}
protected override void MetaOperate(List <MutableObject> entryList, UnaryOperators operation)
{
switch (operation)
{
case UnaryOperators.Value:
foreach (var subEntry in Operand.GetEntries(entryList))
{
OutputValue.SetValue(Operand.GetValue(subEntry), subEntry);
}
break;
case UnaryOperators.Abs:
foreach (var subEntry in Operand.GetEntries(entryList))
{
OutputValue.SetValue(Mathf.Abs(Operand.GetValue(subEntry)), subEntry);
}
break;
case UnaryOperators.Sum:
float total = 0;
foreach (var subEntry in Operand.GetEntries(entryList))
{
total += Operand.GetValue(subEntry);
}
foreach (var subEntry in OutputValue.GetEntries(entryList))
{
OutputValue.SetValue(total, subEntry);
}
break;
case UnaryOperators.Average:
total = 0;
int count = 0;
foreach (var subEntry in Operand.GetEntries(entryList))
{
total += Operand.GetValue(subEntry);
count++;
}
total /= count;
foreach (var subEntry in OutputValue.GetEntries(entryList))
{
OutputValue.SetValue(total, subEntry);
}
break;
case UnaryOperators.Max:
float max = float.MinValue;
foreach (var subEntry in Operand.GetEntries(entryList))
{
var foundVal = Operand.GetValue(subEntry);
if (max < foundVal)
{
max = foundVal;
}
}
foreach (var subEntry in OutputValue.GetEntries(entryList))
{
OutputValue.SetValue(max, subEntry);
}
break;
case UnaryOperators.Min:
float min = float.MaxValue;
foreach (var subEntry in Operand.GetEntries(entryList))
{
var foundVal = Operand.GetValue(subEntry);
if (min > foundVal)
{
min = foundVal;
}
}
foreach (var subEntry in OutputValue.GetEntries(entryList))
{
OutputValue.SetValue(min, subEntry);
}
break;
case UnaryOperators.Accumulate:
total = 0f;
foreach (var subEntry in Operand.GetEntries(entryList))
{
total += Operand.GetValue(subEntry);
OutputValue.SetValue(total, subEntry);
}
break;
case UnaryOperators.Diff:
bool first = true;
var prior = 0f;
foreach (var subEntry in Operand.GetEntries(entryList))
{
var foundEntry = Operand.GetValue(subEntry);
prior = foundEntry - prior;
if (first)
{
first = false;
OutputValue.SetValue(0f, subEntry);
prior = foundEntry;
continue;
}
OutputValue.SetValue(prior, subEntry);
prior = foundEntry;
}
break;
case UnaryOperators.Sign:
foreach (var subEntry in Operand.GetEntries(entryList))
{
OutputValue.SetValue((Operand.GetValue(subEntry) >= 0?1f:-1f), subEntry);
}
break;
case UnaryOperators.Sin:
foreach (var subEntry in Operand.GetEntries(entryList))
{
OutputValue.SetValue(Mathf.Sin(Operand.GetValue(subEntry)), subEntry);
}
break;
case UnaryOperators.Cos:
foreach (var subEntry in Operand.GetEntries(entryList))
{
OutputValue.SetValue(Mathf.Cos(Operand.GetValue(subEntry)), subEntry);
}
break;
case UnaryOperators.Tan:
foreach (var subEntry in Operand.GetEntries(entryList))
{
OutputValue.SetValue(Mathf.Tan(Operand.GetValue(subEntry)), subEntry);
}
break;
default:
throw new Exception("Unknown operation type!");
}
}
public UnaryExpression(SourceLocation location, UnaryOperators @operator, Expression argument) : base(location)
{
this.Operator = @operator;
this.Argument = argument;
}
public void Test()
{
BinaryOperators o1 = new BinaryOperators()
{
X = 20, Y = 12
};
BinaryOperators o2 = new BinaryOperators()
{
X = 30, Y = 38
};
BinaryOperators o3 = o1 + o2;
o3 += 2;
Console.WriteLine("o3.X {0}, o3.Y {1}", o3.X, o3.Y);
UnaryOperators uOp1 = new UnaryOperators()
{
X = 100, Y = 200
};
Console.WriteLine("uOp1.X {0}, uOp1.Y {1}", uOp1.X, uOp1.Y);
uOp1++;
++uOp1;
Console.WriteLine("uOp1.X {0}, uOp1.Y {1}", uOp1.X, uOp1.Y);
EqualityOperator eo1 = new EqualityOperator()
{
X = 100, Y = 200
};
EqualityOperator eo2 = new EqualityOperator()
{
X = 100, Y = 200
};
Console.WriteLine("eo1 == eo2 {0} eo1.Equals(eo2) {1} ", eo1 == eo2, eo1.Equals(eo2));
ComparisonOperator co1 = new ComparisonOperator()
{
X = 2, Y = 2
};
ComparisonOperator co3 = new ComparisonOperator()
{
X = 6, Y = 6
};
ComparisonOperator co2 = new ComparisonOperator()
{
X = 4, Y = 4
};
Console.WriteLine(" co1 < co2 {0}", co1 < co2);
Console.WriteLine(" co1 < co2 {0}", co1 > co2);
Console.WriteLine(" co3 < co2 {0}", co3 > co2);
CustomConversionA customA = new CustomConversionA()
{
Description = "My Description"
};
CustomConversionC customC = new CustomConversionC()
{
Description = "My Description"
};
CustomConversionB customBfromA = (CustomConversionB)customA;
CustomConversionB customBfromCex = (CustomConversionB)customC;
CustomConversionB customBfromCimp = customC;
Console.WriteLine("CustomBfromA : {0}", customBfromA.ReverseDescription);
Console.WriteLine("CustomBfromC(explicit) : {0}", customBfromCex.ReverseDescription);
Console.WriteLine("CustomBfromC(implpicit) : {0}", customBfromCimp.ReverseDescription);
}
protected abstract void MetaOperate(List <MutableObject> entryList, UnaryOperators operation);
protected override void MetaOperate(List <MutableObject> entryList, UnaryOperators operation)
{
switch (operation)
{
case UnaryOperators.Value:
foreach (var subEntry in Operand.GetEntries(entryList))
{
OutputValue.SetValue(Operand.GetValue(subEntry), subEntry);
}
break;
case UnaryOperators.Accumulate:
var total = Vector3.zero;
foreach (var subEntry in Operand.GetEntries(entryList))
{
total += Operand.GetValue(subEntry);
OutputValue.SetValue(total, subEntry);
}
break;
case UnaryOperators.Diff:
bool first = true;
var prior = Vector3.zero;
foreach (var subEntry in Operand.GetEntries(entryList))
{
var foundEntry = Operand.GetValue(subEntry);
prior = foundEntry - prior;
if (first)
{
first = false;
OutputValue.SetValue(0, subEntry);
prior = foundEntry;
continue;
}
OutputValue.SetValue(prior, subEntry);
prior = foundEntry;
}
break;
case UnaryOperators.Sign:
foreach (var subEntry in Operand.GetEntries(entryList))
{
OutputValue.SetValue(Vector3.Normalize(Operand.GetValue(subEntry)), subEntry);
}
break;
case UnaryOperators.Sin:
foreach (var subEntry in Operand.GetEntries(entryList))
{
var result = Operand.GetValue(subEntry);
OutputValue.SetValue(
new Vector3(
Mathf.Sin(result.x),
Mathf.Sin(result.y),
Mathf.Sin(result.z)), subEntry);
}
break;
case UnaryOperators.Cos:
foreach (var subEntry in Operand.GetEntries(entryList))
{
var result = Operand.GetValue(subEntry);
OutputValue.SetValue(
new Vector3(
Mathf.Cos(result.x),
Mathf.Cos(result.y),
Mathf.Cos(result.z)), subEntry);
}
break;
case UnaryOperators.Tan:
foreach (var subEntry in Operand.GetEntries(entryList))
{
var result = Operand.GetValue(subEntry);
OutputValue.SetValue(
new Vector3(
Mathf.Tan(result.x),
Mathf.Tan(result.y),
Mathf.Tan(result.z)), subEntry);
}
break;
default:
throw new Exception("Unhandled operation type!");
}
}
