public SingleNode SpawnNewUpgradeNode()
{
var randyMcgee = new System.Random();
int randomx = randyMcgee.Next(0, 16);
int randomz = randyMcgee.Next(0, 16);
int randomPanelInt = randyMcgee.Next(0, 4);
Panel randomPanel = Panel.front;
//Setting random next dead side
switch (randomPanelInt)
{
case 0:
randomPanel = Panel.front;
break;
case 1:
randomPanel = Panel.left;
break;
case 2:
randomPanel = Panel.right;
break;
case 3:
randomPanel = Panel.back;
break;
}
SingleNode randomNode = new SingleNode(randomPanel, randomx, randomz);
//check against current snake nodes
for (int snakeNodeIndex = 0; snakeNodeIndex < Snake.snakeNodes.Length; snakeNodeIndex++)
{
if (randomNode.IsEqual(Snake.snakeNodes[snakeNodeIndex]))
{
return(SpawnNewUpgradeNode());
}
}
//check against current dead nodes
for (int deadNodeIndex = 0; deadNodeIndex < deadNodes.Length; deadNodeIndex++)
{
if (randomNode.IsEqual(deadNodes[deadNodeIndex]))
{
return(SpawnNewUpgradeNode());
}
}
ColorUpgrade(randomNode);
return(randomNode);
}
public SingleNode GetRandomDeadNode()
{
var randyMcgee = new System.Random();
int randomx = randyMcgee.Next(0, 16);
int randomz = randyMcgee.Next(0, 16);
int randomPanelInt = randyMcgee.Next(0, 4);
Panel randomPanel = Panel.front;
//Setting random next dead side
switch (randomPanelInt)
{
case 0:
randomPanel = Panel.front;
break;
case 1:
randomPanel = Panel.left;
break;
case 2:
randomPanel = Panel.right;
break;
case 3:
randomPanel = Panel.back;
break;
}
SingleNode randomNode = new SingleNode(randomPanel, randomx, randomz);
//check against current upgrade node
if (randomNode.IsEqual(Snake.upgradeNode))
{
return(GetRandomDeadNode());
}
//check around snakeNode head
if (randomNode.IsEqual(new SingleNode(Snake.snakeNodes[0].panel, Snake.snakeNodes[0].x + 1, Snake.snakeNodes[0].z)) ||
randomNode.IsEqual(new SingleNode(Snake.snakeNodes[0].panel, Snake.snakeNodes[0].x - 1, Snake.snakeNodes[0].z)) ||
randomNode.IsEqual(new SingleNode(Snake.snakeNodes[0].panel, Snake.snakeNodes[0].x, Snake.snakeNodes[0].z + 1)) ||
randomNode.IsEqual(new SingleNode(Snake.snakeNodes[0].panel, Snake.snakeNodes[0].x, Snake.snakeNodes[0].z - 1)))
{
return(GetRandomDeadNode());
}
//check against current snake nodes
for (int snakeNodeIndex = 0; snakeNodeIndex < Snake.snakeNodes.Length; snakeNodeIndex++)
{
if (randomNode.IsEqual(Snake.snakeNodes[snakeNodeIndex]))
{
return(GetRandomDeadNode());
}
}
//check against current dead nodes
for (int deadNodeIndex = 0; deadNodeIndex < deadNodes.Length; deadNodeIndex++)
{
if (randomNode.IsEqual(deadNodes[deadNodeIndex]))
{
return(GetRandomDeadNode());
}
}
SingleNode[] tempDeadNodes = new SingleNode[deadNodes.Length + 1];
for (int i = 0; i < deadNodes.Length; i++)
{
tempDeadNodes[i] = deadNodes[i];
}
tempDeadNodes[tempDeadNodes.Length - 1] = randomNode;
deadNodes = tempDeadNodes;
return(randomNode);
}
