/**
* Multiplies limbs if they are mirrored.
*/
private void doubleMirroredParts(Dictionary <string, RawBodyPart> map)
{
// double mirrored parts
Dictionary <string, RawBodyPart> newMap = new Dictionary <string, RawBodyPart>();
foreach (RawBodyPart part in map.Values)
{
if (part.mirrored)
{
RawBodyPart leftPart = part.clone(); // copy parts
RawBodyPart rightPart = part.clone();
leftPart.name = LEFT_PREFIX + leftPart.name; // update name
rightPart.name = RIGHT_PREFIX + rightPart.name;
if (map[part.root].mirrored) // root is mirrored
{
leftPart.root = LEFT_PREFIX + leftPart.root; // update root links
rightPart.root = RIGHT_PREFIX + rightPart.root;
}
newMap.Add(leftPart.name, leftPart);
newMap.Add(rightPart.name, rightPart);
}
else
{
newMap.Add(part.name, part);
}
}
map.Clear();
foreach (var entry in newMap)
{
map.Add(entry.Key, entry.Value);
}
}
public RawBodyPart clone()
{
RawBodyPart clone = new RawBodyPart();
clone.name = name;
clone.root = root;
clone.mirrored = mirrored;
clone.layers.AddRange(layers);
clone.tags.AddRange(tags);
clone.internalOrgans.AddRange(internalOrgans);
clone.externalOrgans.AddRange(externalOrgans);
return(clone);
}
/**
* Observes limbs tree and copies mirroring flags from limbs to their children.
* There should be only one flag on the path from root to leaf limb.
*/
private void updateLimbsMirroringFlags(Dictionary <string, RawBodyPart> map)
{
map.Values
.Where(rawBodyPart => !rawBodyPart.mirrored)
.Where(rawBodyPart => { // check if some of parent limbs is mirrored
RawBodyPart limb = rawBodyPart;
while (!limb.root.Equals("body")) // cycle to the root limb
{
if (map[limb.root].mirrored)
{
return(true);
}
limb = map[limb.root]; // go to next limb
}
return(false);
}).ToList().ForEach(rawBodyPart => rawBodyPart.mirrored = true);
}
