private static int getIndex(BioBrick brick)
{
int idx;
switch (brick.getType())
{
case BioBrick.Type.PROMOTER:
idx = 0;
break;
case BioBrick.Type.RBS:
idx = 1;
break;
case BioBrick.Type.GENE:
idx = 2;
break;
case BioBrick.Type.TERMINATOR:
idx = 3;
break;
default:
idx = 0;
Logger.Log("CraftZoneManager getIndex unknown type " + brick.getType(), Logger.Level.WARN);
break;
}
return(idx);
}
private void insertOrdered(BioBrick toInsert)
{
foreach (BioBrick brick in _currentBioBricks)
{
if (brick.getType() > toInsert.getType())
{
LinkedListNode <BioBrick> afterNode = _currentBioBricks.Find(brick);
_currentBioBricks.AddBefore(afterNode, toInsert);
return;
}
else if (brick.getType() == toInsert.getType())
{
LinkedListNode <BioBrick> toReplaceNode = _currentBioBricks.Find(brick);
_currentBioBricks.AddAfter(toReplaceNode, toInsert);
_currentBioBricks.Remove(brick);
return;
}
}
_currentBioBricks.AddLast(toInsert);
}
private static int getIndex(BioBrick brick)
{
int idx;
switch(brick.getType())
{
case BioBrick.Type.PROMOTER:
idx = 0;
break;
case BioBrick.Type.RBS:
idx = 1;
break;
case BioBrick.Type.GENE:
idx = 2;
break;
case BioBrick.Type.TERMINATOR:
idx = 3;
break;
default:
idx = 0;
Logger.Log("CraftZoneManager getIndex unknown type "+brick.getType(), Logger.Level.WARN);
break;
}
return idx;
}
private static bool checkTerminator(BioBrick b)
{
Logger.Log("ExpressionModule::checkTerminator("+b+")", Logger.Level.DEBUG);
return (b.getType() == BioBrick.Type.TERMINATOR);
}
private static bool checkGene(BioBrick b)
{
Logger.Log("ExpressionModule::checkGene("+b+")", Logger.Level.DEBUG);
return (b.getType() == BioBrick.Type.GENE);
}
private static bool checkPromoter(BioBrick b)
{
Logger.Log("ExpressionModule::checkPromoter("+b+")", Logger.Level.DEBUG);
return (b.getType() == BioBrick.Type.PROMOTER);
}
public static string getSpriteName(BioBrick brick) {
return spriteNamesDico[brick.getType()];
}
private static bool checkTerminator(BioBrick b)
{
Logger.Log("ExpressionModule::checkTerminator(" + b + ")", Logger.Level.DEBUG);
return(b.getType() == BioBrick.Type.TERMINATOR);
}
private static bool checkGene(BioBrick b)
{
Logger.Log("ExpressionModule::checkGene(" + b + ")", Logger.Level.DEBUG);
return(b.getType() == BioBrick.Type.GENE);
}
private static bool checkPromoter(BioBrick b)
{
Logger.Log("ExpressionModule::checkPromoter(" + b + ")", Logger.Level.DEBUG);
return(b.getType() == BioBrick.Type.PROMOTER);
}
private static bool checkTerminator(BioBrick b)
{
return (b.getType() == BioBrick.Type.TERMINATOR);
}
private static bool checkRBS(BioBrick b)
{
return (b.getType() == BioBrick.Type.RBS);
}
private static bool checkPromoter(BioBrick b)
{
return (b.getType() == BioBrick.Type.PROMOTER);
}
private static bool checkGene(BioBrick b)
{
return (b.getType() == BioBrick.Type.GENE);
}
public static string getSpriteName(BioBrick brick)
{
return(spriteNamesDico[brick.getType()]);
}
private void insertOrdered(BioBrick toInsert)
{
foreach(BioBrick brick in _currentBioBricks)
{
if(brick.getType() > toInsert.getType())
{
LinkedListNode<BioBrick> afterNode = _currentBioBricks.Find(brick);
_currentBioBricks.AddBefore(afterNode, toInsert);
return;
}
else if(brick.getType() == toInsert.getType())
{
LinkedListNode<BioBrick> toReplaceNode = _currentBioBricks.Find(brick);
_currentBioBricks.AddAfter(toReplaceNode, toInsert);
_currentBioBricks.Remove(brick);
return;
}
}
_currentBioBricks.AddLast(toInsert);
}
