public void Test_Division_and_ChargeGroup_Fess()
{
List<Point> points = new List<Point> {new Point(0F,0F), new Point(100F,10F), new Point(10F,100F)};
Polygon testPoly = new Polygon(points, 100F, 100F, 0F, 0F);
Division div = new Division(testPoly);
Field fFess = new Field("solid", new string[] {"argent"});
Field fShield = new Field("solid", new string[] {"gules"});
div.field = fShield;
ChargeGroup cg = new ChargeGroup(div, "fess", 1, fFess);
div.chargeGroups.Add(cg);
Assert.Equal(4, div.chargeGroups[0].chargeDivs[0].shape.vertices.Count);
}
public Division[] ExecuteCommand(List<string> command, string commandType)
{
if(commandType=="tincture")
{
if(command[0]=="ermine" || (command[0]=="vair" || command[0]=="potent"))
{
_field = new Field("fur", command.ToArray());
}
else
{
_field = new Field("solid", command.ToArray());
}
}
if(commandType=="charge")
{
ChargeGroup cg = new ChargeGroup(this, command[1], Int32.Parse(command[0]));
_chargeGroups.Add(cg);
return cg.chargeDivs;
}
if(commandType=="division")
{
string divType;
if(command[0]=="quarterly")
{
divType = "quarterly";
}
else
{
divType = command[1];
}
List<Polygon> shapes = this.shape.PartyPer(divType);
_subdivisions = new Division[shapes.Count];
for(int i=0; i<shapes.Count; i++)
{
_subdivisions[i] = new Division(shapes[i]);
}
return _subdivisions;
}
return new Division[] {};
}
