public BPartGenericScript makeBodyPart(string nameOfpart, string leftOrRight)
{
// Debug.Log ("check: " + nameOfpart + " " + leftOrRight);
//Debug.Log("name: "+ nameOfpart);
//Debug.Log("leftor right: "+ leftOrRight);
//BodyPartDataHolder partData = new BodyPartDataHolder();
partData = bPartXMLReader.getBodyData(nameOfpart);
BPartGenericScript instaBodypart = Instantiate(bodyPartObject, Vector3.zero, bodyPartObject.GetComponent <Transform>().rotation);
//Debug.Log ("body data check: "+bPartXMLReader.getBodyData (nameOfpart).name);
instaBodypart.CreateNewPart(partData, leftOrRight);
//Debug.Log ("instantiated after: "+instaBodypart.getName());
return(instaBodypart);
}
public void CreateNewPart(BodyPartDataHolder incomingBodyPartData, string leftOrRight)
{
//Debug.Log ("incomingbpart name:"+ incomingBodyPartData.name +" leftright " +leftOrRight);
bPartType = incomingBodyPartData.typeOfpart; //arm,head,legs,shoulder, or torso
bPartName = incomingBodyPartData.name;
maxHealth = incomingBodyPartData.maxHealth;
nodesOfBP = new BodyPartNode[incomingBodyPartData.bodyPartGrid.Length][];
if (leftOrRight == "left" || leftOrRight == "none")
{
leftSide = true; //default is left side
}
else
{
leftSide = false;
}
for (int i = 0; i < incomingBodyPartData.bodyPartGrid.Length; i++) //transfering the int[][] grid
{
int g = incomingBodyPartData.bodyPartGrid.Length - i - 1;
if (leftSide)
{
nodesOfBP [i] = new BodyPartNode[incomingBodyPartData.bodyPartGrid[0].Length];
}
else //mirroring the body part for right hand pieces
{
nodesOfBP [g] = new BodyPartNode[incomingBodyPartData.bodyPartGrid[0].Length];
}
//nodesOfBP [i] = new BodyPartNode[incomingBodyPartData.bodyPartGrid[0].Length];
for (int j = 0; j < incomingBodyPartData.bodyPartGrid[0].Length; j++)
{
BodyPartNode bodyPartNode = new BodyPartNode();
if (incomingBodyPartData.bodyPartGrid [i] [j] == 1)
{
bodyPartNode.turnOn();
}
if (leftSide)
{
nodesOfBP [i] [j] = bodyPartNode;
}
else //mirroring the body part for right hand pieces
{
nodesOfBP [g] [j] = bodyPartNode;
}
}
}
dimensions = new Vector2(nodesOfBP.Length, nodesOfBP[0].Length); //dependent on the farthest location from the source (0,0) of the list of binaryDimensions
if (incomingBodyPartData.simpleAnchorPoints) //checking to see if there is one anchor point or more
{
if (leftSide) //if left side (default design), then transfer anchor point normally
{
anchorPoint = incomingBodyPartData.anchor; //the location in which all parts will be located and placed
}
else if (!leftSide) //if right side, mirror the anchor point across the X axis
{
anchorPoint = new Vector2(((dimensions.x) - (incomingBodyPartData.anchor.x + 1)), incomingBodyPartData.anchor.y);
}
}
else
{
if (leftSide) //if left side (default design), then transfer anchor point normally
{
listOfComplexAnchorPoints = incomingBodyPartData.listOfComplexAnchorPoints; //the location in which all parts will be located and placed
}
else
if (!leftSide) //if right side, mirror the anchor point across the X axis
{
for (int i = 0; i < incomingBodyPartData.listOfComplexAnchorPoints.Count; i++)
{
listOfComplexAnchorPoints.Add(new ComplexAnchorPoints(
incomingBodyPartData.listOfComplexAnchorPoints[i].nameOfPoint,
new Vector2((dimensions.x - 1) - (incomingBodyPartData.listOfComplexAnchorPoints[i].anchorPoint.x), incomingBodyPartData.listOfComplexAnchorPoints[i].anchorPoint.y),
incomingBodyPartData.listOfComplexAnchorPoints[i].male));
//the dimension.x+1 is to account for the origin of the points being at 1,1 rather than 0,0.
}
}
}
currentHealth = incomingBodyPartData.maxHealth;
resetHealthToFull();
active = true;
fullyDeactivated = false;
//Debug.Log("complex list for "+bPartName+ " : "+ listOfComplexAnchorPoints.Count);
}
