private void DisplayModifier(float indent, SimulationModifierProvider provider, SimulationObject context)
{
string text = string.Empty;
if (provider.ModifierDescriptor is SingleSimulationModifierDescriptor)
{
SingleSimulationModifierDescriptor singleSimulationModifierDescriptor = provider.ModifierDescriptor as SingleSimulationModifierDescriptor;
text = text + provider.ModifierDescriptor.Operation.ToString() + " ";
text += singleSimulationModifierDescriptor.Value;
}
else if (provider.ModifierDescriptor is BinarySimulationModifierDescriptor)
{
BinarySimulationModifierDescriptor binarySimulationModifierDescriptor = provider.ModifierDescriptor as BinarySimulationModifierDescriptor;
text += string.Format("{0} ({1} {2} {3})", new object[]
{
provider.ModifierDescriptor.Operation.ToString(),
binarySimulationModifierDescriptor.Left,
binarySimulationModifierDescriptor.BinaryOperation.ToString(),
binarySimulationModifierDescriptor.Right
});
}
else if (provider.ModifierDescriptor is CountSimulationModifierDescriptor)
{
CountSimulationModifierDescriptor countSimulationModifierDescriptor = provider.ModifierDescriptor as CountSimulationModifierDescriptor;
text += string.Format("{0} ({1} {2})", provider.ModifierDescriptor.Operation.ToString(), countSimulationModifierDescriptor.Value, countSimulationModifierDescriptor.XmlSerializableCountPath);
}
provider.DisplayContent = this.IndentedToggle(indent, provider.DisplayContent, text, new object[0]);
if (provider.DisplayContent)
{
indent += 20f;
this.IndentedLabel(indent, "Target:", " <b>{0}</b>", new object[]
{
provider.ModifierDescriptor.TargetPropertyName
});
this.IndentedLabel(indent, "Operation:", " <b>{0}</b>", new object[]
{
provider.ModifierDescriptor.Operation.ToString()
});
this.IndentedLabel(indent, "Value:", " <b>{0}</b>", new object[]
{
provider.ModifierDescriptor.ComputeValue(context, provider.DescriptorHolder.Context, SimulationPropertyRefreshContext.GetContext(-1)).ToString()
});
this.IndentedLabel(indent, "Path:", " <b>{0}</b>", new object[]
{
provider.ModifierDescriptor.Path.ToString()
});
this.IndentedLabel(indent, "Source:", " <b>{0} ({1})</b>", new object[]
{
provider.DescriptorHolder.Context.Name,
provider.DescriptorHolder.Descriptor.Name
});
indent -= 20f;
}
}
protected EffectDescription ParseBinaryModifier(SimulationDescriptor simulationDescriptor, BinarySimulationModifierDescriptor modifierDescriptor, SimulationObject context = null, bool forcePercent = false)
{
EffectDescription effectDescription = new EffectDescription();
bool round = false;
string valueFormat = string.Empty;
string empty = string.Empty;
float neutralValue = this.ComputeOperationTypeToken(modifierDescriptor.Operation, ref empty, ref valueFormat, ref round);
effectDescription.Operator = empty;
if (forcePercent)
{
valueFormat = "#####0%";
}
bool flag = false;
string empty2 = string.Empty;
string empty3 = string.Empty;
float num = this.ComputeOperationTypeToken(modifierDescriptor.BinaryOperation, ref empty3, ref empty2, ref flag);
object obj = modifierDescriptor.LeftPrecomputedValue;
object obj2 = modifierDescriptor.RightPrecomputedValue;
if (context != null && !modifierDescriptor.IsBindOnSource)
{
if (obj is StaticString)
{
obj = context.GetPropertyValue(obj as StaticString);
}
if (obj2 is StaticString)
{
obj2 = context.GetPropertyValue(obj2 as StaticString);
}
}
else if (simulationDescriptor.SimulationPropertyDescriptors != null)
{
StaticString staticString = obj as StaticString;
StaticString staticString2 = obj2 as StaticString;
for (int i = 0; i < simulationDescriptor.SimulationPropertyDescriptors.Length; i++)
{
if (staticString != null && simulationDescriptor.SimulationPropertyDescriptors[i].Name == staticString && simulationDescriptor.SimulationPropertyDescriptors[i].BaseValue != 0f)
{
obj = simulationDescriptor.SimulationPropertyDescriptors[i].BaseValue;
staticString = null;
}
if (staticString2 != null && simulationDescriptor.SimulationPropertyDescriptors[i].Name == staticString2 && simulationDescriptor.SimulationPropertyDescriptors[i].BaseValue != 0f)
{
obj2 = simulationDescriptor.SimulationPropertyDescriptors[i].BaseValue;
staticString2 = null;
}
}
}
if (context != null && modifierDescriptor.FindStringValueForParserCalculation)
{
if (obj is StaticString)
{
obj = context.GetPropertyValue(obj as StaticString);
}
if (obj2 is StaticString)
{
obj2 = context.GetPropertyValue(obj2 as StaticString);
}
}
if (obj is float && obj2 is float)
{
float num2 = this.ExecuteOperation(modifierDescriptor.BinaryOperation, (float)obj, (float)obj2);
if (num2 < 0f && (modifierDescriptor.Operation == SimulationModifierDescriptor.ModifierOperation.Addition || modifierDescriptor.Operation == SimulationModifierDescriptor.ModifierOperation.Percent))
{
effectDescription.Operator = string.Empty;
}
effectDescription.ValueFloat = num2;
effectDescription.ValueFormat = valueFormat;
effectDescription.Value = this.ComputeReadableFloat(num2, round, valueFormat, neutralValue);
}
else if (modifierDescriptor.BinaryOperation == SimulationModifierDescriptor.ModifierOperation.Multiplication && (obj is StaticString || obj2 is StaticString))
{
if (obj is StaticString && obj2 is float)
{
obj = obj2;
obj2 = modifierDescriptor.LeftPrecomputedValue;
}
if (obj2 is StaticString)
{
effectDescription.Per = this.ComputePropertySymbol(obj2 as StaticString);
}
if (obj is float)
{
effectDescription.ValueFloat = (float)obj;
effectDescription.ValueFormat = valueFormat;
effectDescription.Value = this.ComputeReadableFloat((float)obj, round, valueFormat, neutralValue);
}
else if (obj is StaticString)
{
effectDescription.Value = this.ComputePropertySymbol(obj as StaticString);
}
}
else if (obj is float)
{
effectDescription.ValueFloat = (float)obj;
effectDescription.ValueFormat = valueFormat;
effectDescription.Value = this.ComputeReadableFloat((float)obj, round, valueFormat, neutralValue);
}
else
{
effectDescription.Value = string.Concat(new string[]
{
obj.ToString(),
" ",
empty3,
" ",
obj2.ToString()
});
}
if (string.IsNullOrEmpty(effectDescription.Value))
{
return(null);
}
return(effectDescription);
}
