public Bond(MoleculePattern _moleculePattern1, ComponentPattern _componentPattern1, MoleculePattern _moleculePattern2, ComponentPattern _componentPattern2)
{
moleculePattern1 = _moleculePattern1;
componentPattern1 = _componentPattern1;
moleculePattern2 = _moleculePattern2;
componentPattern2 = _componentPattern2;
}
public Molecule(MoleculePattern moleculePattern, RelativeTransform _localTransform, Complex _complex)
{
localTransform = new RelativeTransform(_localTransform);
complex = _complex;
definition = moleculePattern.moleculeDef;
collisionRadius = interactionRadius = definition.radius;
interactionRadius += 1f;
CreateComponents(moleculePattern);
SetColorForCurrentState();
}
bool MoleculePatternWasUsed(MoleculePattern moleculePattern, List <Molecule> molecules)
{
foreach (Molecule molecule in molecules)
{
if (molecule.stateWasUpdated && moleculePattern.Matches(molecule))
{
return(true);
}
}
return(false);
}
protected void CreateComponents(MoleculePattern moleculePattern)
{
foreach (List <ComponentDef> aTypeOfComponent in definition.componentDefs.Values)
{
foreach (ComponentDef componentDef in aTypeOfComponent)
{
CreateComponent(componentDef);
}
}
moleculePattern.SetStateOfMolecule(this);
}
void SetProductStatesOfAttachedMolecules(Molecule molecule, MoleculePattern productMoleculeRef)
{
Dictionary <string, Bond> bonds = GetBonds(productMoleculeRef);
foreach (string componentName in molecule.components.Keys)
{
foreach (MoleculeComponent component in molecule.components[componentName])
{
if (component.boundComponent != null && !component.boundComponent.molecule.stateWasUpdated && bonds.ContainsKey(component.lastBondName))
{
component.boundComponent.SetToProductState(bonds[component.lastBondName].moleculePattern2, bonds[component.lastBondName].componentPattern2);
}
}
}
}
public override bool Equals(object obj)
{
//UnityEngine.Profiling.Profiler.BeginSample("Comparisons");
MoleculePattern other = obj as MoleculePattern;
if (other != null)
{
return(Matches(other));
}
Molecule molecule = obj as Molecule;
if (molecule != null)
{
return(Matches(molecule));
}
//UnityEngine.Profiling.Profiler.EndSample();
return(false);
}
Dictionary <string, Bond> GetBonds(MoleculePattern moleculePattern)
{
Bond bond;
Dictionary <string, Bond> bonds = new Dictionary <string, Bond>();
foreach (string componentName in moleculePattern.componentPatterns.Keys)
{
foreach (ComponentPattern componentPattern in moleculePattern.componentPatterns[componentName])
{
if (!componentPattern.bound || componentPattern.bondName.Contains("+") || bonds.ContainsKey(componentPattern.bondName))
{
continue;
}
bond = GetBondForComponent(moleculePattern, componentPattern);
if (bond != null)
{
bonds.Add(componentPattern.bondName, bond);
}
}
}
return(bonds);
}
public virtual void SetStateOfComplex(Molecule molecule1, MoleculePattern productMolecule1, Molecule molecule2, MoleculePattern productMolecule2)
{
//get references to the reaction center molecules in this complex pattern
MoleculePattern productMoleculeRef1 = null, productMoleculeRef2 = null;
foreach (string moleculeName in moleculePatterns.Keys)
{
foreach (MoleculePattern moleculePattern in moleculePatterns[moleculeName])
{
if (productMolecule1.Matches(moleculePattern))
{
productMoleculeRef1 = moleculePattern;
}
else if (productMolecule2.Matches(moleculePattern))
{
productMoleculeRef2 = moleculePattern;
}
}
}
//set states of attached molecules
SetProductStatesOfAttachedMolecules(molecule1, productMoleculeRef1);
SetProductStatesOfAttachedMolecules(molecule2, productMoleculeRef2);
}
Bond GetBondForComponent(MoleculePattern moleculePattern, ComponentPattern componentPattern)
{
foreach (string moleculeName in moleculePatterns.Keys)
{
foreach (MoleculePattern otherMoleculePattern in moleculePatterns[moleculeName])
{
if (otherMoleculePattern == moleculePattern)
{
continue;
}
foreach (string otherComponentName in otherMoleculePattern.componentPatterns.Keys)
{
foreach (ComponentPattern otherComponentPattern in otherMoleculePattern.componentPatterns[otherComponentName])
{
if (otherComponentPattern.bound && otherComponentPattern.bondName == componentPattern.bondName)
{
return(new Bond(moleculePattern, componentPattern, otherMoleculePattern, otherComponentPattern));
}
}
}
}
}
return(null);
}
public bool Matches(MoleculePattern other)
{
if (!other.moleculeDef.Equals(moleculeDef))
{
//Debug.Log( "molecules don't match" );
return(false);
}
Dictionary <ComponentPattern, int> thisComponentsInState = new Dictionary <ComponentPattern, int>();
Dictionary <ComponentPattern, int> otherComponentsInState = new Dictionary <ComponentPattern, int>();
foreach (string componentName in componentPatterns.Keys)
{
if (!other.componentPatterns.ContainsKey(componentName)) //does this type of component exist in the other?
{
//Debug.Log( "component " + componentName + " doesn't exist in other" );
return(false);
}
foreach (ComponentPattern thisComponentPattern in componentPatterns[componentName]) //how many of our components are in each state?
{
if (!thisComponentsInState.ContainsKey(thisComponentPattern))
{
thisComponentsInState[thisComponentPattern] = 1;
}
else
{
thisComponentsInState[thisComponentPattern]++;
}
}
foreach (ComponentPattern otherComponentPattern in other.componentPatterns[componentName]) //how many of the other's components are in each state?
{
if (!otherComponentsInState.ContainsKey(otherComponentPattern))
{
otherComponentsInState[otherComponentPattern] = 1;
}
else
{
otherComponentsInState[otherComponentPattern]++;
}
}
foreach (ComponentPattern thisComponentPattern in thisComponentsInState.Keys) //does the other at least have as many components in each state as we do?
{
if (!otherComponentsInState.ContainsKey(thisComponentPattern))
{
//Debug.Log( "there are no " + componentName + " components that match pattern " + thisComponentPattern );
return(false);
}
if (otherComponentsInState[thisComponentPattern] < thisComponentsInState[thisComponentPattern])
{
//Debug.Log( "number of " + componentName + " components that match pattern " + thisComponentPattern + " is "
//+ otherComponentsInState[thisComponentPattern] + " when it should be at least " + thisComponentsInState[thisComponentPattern] );
return(false);
}
}
thisComponentsInState.Clear();
otherComponentsInState.Clear();
}
return(true);
}
public bool Matches(Dictionary <string, List <Molecule> > molecules)
{
//UnityEngine.Profiling.Profiler.BeginSample("Comparisons");
Dictionary <MoleculePattern, int> thisComponentsInState = new Dictionary <MoleculePattern, int>();
Dictionary <MoleculePattern, int> otherComponentsInState = new Dictionary <MoleculePattern, int>();
foreach (string moleculeName in moleculePatterns.Keys)
{
if (!molecules.ContainsKey(moleculeName)) //does this type of molecule exist in the other?
{
//Debug.Log( "molecule " + moleculeName + " doesn't exist in molecules" );
return(false);
}
foreach (MoleculePattern thisMoleculePattern in moleculePatterns[moleculeName]) //how many of our molecules are in each state?
{
if (!thisComponentsInState.ContainsKey(thisMoleculePattern))
{
thisComponentsInState[thisMoleculePattern] = 1;
}
else
{
thisComponentsInState[thisMoleculePattern]++;
}
}
foreach (Molecule otherMolecule in molecules[moleculeName]) //how many of the other's molecules are in each state?
{
MoleculePattern otherMoleculePattern = new MoleculePattern(otherMolecule);
if (!otherComponentsInState.ContainsKey(otherMoleculePattern))
{
otherComponentsInState[otherMoleculePattern] = 1;
}
else
{
otherComponentsInState[otherMoleculePattern]++;
}
}
foreach (MoleculePattern thisMoleculePattern in thisComponentsInState.Keys) //does the other at least have as many molecules in each state as we do?
{
MoleculePattern matchingMoleculePattern = null;
foreach (MoleculePattern otherMoleculePattern in otherComponentsInState.Keys)
{
if (thisMoleculePattern.Matches(otherMoleculePattern))
{
matchingMoleculePattern = otherMoleculePattern;
break;
}
}
if (matchingMoleculePattern == null)
{
//Debug.Log( "there are no " + moleculeName + " molecules that match pattern " + thisMoleculePattern );
return(false);
}
if (otherComponentsInState[matchingMoleculePattern] < thisComponentsInState[thisMoleculePattern])
{
//Debug.Log( "number of " + moleculeName + " molecules that match pattern " + thisMoleculePattern + " is "
//+ otherComponentsInState[matchingMoleculePattern] + " when it should be at least " + thisComponentsInState[thisMoleculePattern] );
return(false);
}
}
thisComponentsInState.Clear();
otherComponentsInState.Clear();
}
//UnityEngine.Profiling.Profiler.EndSample();
return(true);
}
public void SetToProductState(MoleculePattern productMoleculePattern)
{
productMoleculePattern.SetStateOfMolecule(this);
stateWasUpdated = true;
}
public void SetToProductState(ComplexPattern productComplex, Molecule molecule1, MoleculePattern productMolecule1, Molecule molecule2, MoleculePattern productMolecule2)
{
productComplex.SetStateOfComplex(molecule1, productMolecule1, molecule2, productMolecule2);
ConnectBoundComponents();
}
public void SetToProductState(MoleculePattern productMolecule, ComponentPattern productComponent)
{
productComponent.SetStateOfComponent(this);
stateWasUpdated = true;
molecule.SetToProductState(productMolecule);
}
