//creates a tree by calling the general tree class
private void createTree()
{
//rules for F (33.33~ change of choosing the rule)
string[] fRules = { "F[+F]F[-F]F", "F[+F]F", "F[-F]F" };
//rules
rules = new Dictionary <char, string[]>
{
{ 'F', fRules }
};
//start
start = "F";
//create tree with generic tree class
tree.CreateTree(rules, start, iterations, length, angle, iterationMax);
}
//creates a tree by calling the general tree class
private void createTree()
{
//rules for V
string[] vRules = { "[+++W][---W]YV" };
//rules for W
string[] wRules = { "+X[-W]Z" };
//rules for X
string[] xRules = { "-W[+X]Z" };
//rules for Y
string[] yRules = { "YZ" };
//rules for Z
string[] zRules = { "[-FFF][+FFF]F" };
//rules
rules = new Dictionary <char, string[]>
{
{ 'V', vRules },
{ 'W', wRules },
{ 'X', xRules },
{ 'Y', yRules },
{ 'Z', zRules },
};
//set max iterations
iterationMax = 11;
//start
start = "VZFFF";
//create tree with generic tree class
tree.CreateTree(rules, start, iterations, length, angle, iterationMax);
}