public override void Declare(AC.Char _character)
{
character = _character;
turningStyle = TurningStyle.Linear;
isSpriteBased = true;
character.doDirections = true;
character.doDiagonals = true;
SpineData = character.GetComponent <SpineData> ();
CharSpine = character.GetComponent <CharSpine> ();
CharSpine.skeletonAnimation = character.spriteChild.GetComponent <SkeletonAnimation> ();
}
private static void MakeSpine(SpineData data)
{
var bones = MakeBones(data.Bones);
var slots = MakeSlots(data.Slots, bones);
foreach (var skin in data.Skins)
{
foreach (var slotInfo in skin.Value)
{
// MakeAttachments(attachmentsData.ToDictionary(e => e.Key, e => e.Value), slots, data.Slots);
MakeSlotAttachment(slots[slotInfo.Key], slotInfo.Value.ToDictionary(e => e.Key, e => e.Value));
}
}
}
void Update()
{
for (int i = mBodys.Count - 1; i >= 0; i--)
{
SpineData sd = mBodys[i];
if ((sd.lifeTime -= Time.deltaTime / GhostLifeTime) > 0)
{
sd.body.SetColor(new Color(GhostColor.r, GhostColor.g, GhostColor.b, sd.lifeTime));
}
else
{
sd.body.gameObject.SetActive(false);
mPools.Add(sd.body);
mBodys.Remove(sd);
}
}
}
public void CreateNewSpecies()
{
// First we must generate all random variables
// First, define leg dimensions
// Note, radii should always be less than length for stability, and ideally much less
float frontHipRadius = 0.5f;
float frontThighLength = 0.7f; float frontThighRoundness = 0.6f;
float frontKneeRadius = 0.4f;
float frontCalfLength = 0.7f; float frontCalfRoundness = 0.3f;
float frontAnkleRadius = 0.3f;
float frontFootLength = 0.6f; float frontFootRoundness = 0.6f;
float frontFootRadius = 0.4f;
float frontToeLength = 0.5f; float frontToeRoundness = 0.5f;
float frontToeRadius = 0.3f;
float backHipRadius = 0.7f;
float backThighLength = 1.3f; float backThighRoundness = 0.3f;
float backKneeRadius = 0.4f;
float backCalfLength = 1.2f; float backCalfRoundness = 0.6f;
float backAnkleRadius = 0.3f;
float backFootLength = 0.6f; float backFootRoundness = 0.7f;
float backFootRadius = 0.2f;
float backToeLength = 0.3f; float backToeRoundness = 0.9f;
float backToeRadius = 0.1f;
// Data containers must be created for each segment
BodySegmentMeshData fr_thighData = new BodySegmentMeshData(frontThighLength, frontHipRadius, frontKneeRadius, frontThighRoundness, 12);
BodySegmentMeshData fr_calfData = new BodySegmentMeshData(frontCalfLength, frontKneeRadius, frontAnkleRadius, frontCalfRoundness, 12);
BodySegmentMeshData fr_footData = new BodySegmentMeshData(frontFootLength, frontAnkleRadius, frontFootRadius, frontFootRoundness, 12);
BodySegmentMeshData fr_toeData = new BodySegmentMeshData(frontToeLength, frontFootRadius, frontToeRadius, frontToeRoundness, 12);
BodySegmentMeshData bk_thighData = new BodySegmentMeshData(backThighLength, backHipRadius, backKneeRadius, backThighRoundness, 12);
BodySegmentMeshData bk_calfData = new BodySegmentMeshData(backCalfLength, backKneeRadius, backAnkleRadius, backCalfRoundness, 12);
BodySegmentMeshData bk_footData = new BodySegmentMeshData(backFootLength, backAnkleRadius, backFootRadius, backFootRoundness, 12);
BodySegmentMeshData bk_toeData = new BodySegmentMeshData(backToeLength, backFootRadius, backToeRadius, backToeRoundness, 12);
// LegData objects can now be created by passing in segment data
// Front and back legs have separate leg data
m_frontLegData = new LegData(fr_thighData, fr_calfData, fr_footData, fr_toeData);
m_frontLegData.reverseKnee = true; // Front legs bend the opposite way
m_backLegData = new LegData(bk_thighData, bk_calfData, bk_footData, bk_toeData);
// Creating the leg data has also defined the height at which each leg stands
// Use this to set the default heights for the spine
float shoulderHeight = m_frontLegData.legLength;
float pelvisHeight = m_backLegData.legLength;
// Define other random variables for the spine
float shoulderRadius = 0.8f;
float torsoLength = 1.2f; float torsoRoundness = 0.8f;
float chestRadius = 1.0f;
float waistLength = 1.5f; float waistRoundness = 0.2f;
float waistRadius = 0.8f;
float pelvisLength = 1.2f; float pelvisRoundness = 0.4f;
float hipRadius = 0.6f;
BodySegmentMeshData torsoData = new BodySegmentMeshData(torsoLength, chestRadius, shoulderRadius, torsoRoundness, 20);
BodySegmentMeshData waistData = new BodySegmentMeshData(waistLength, waistRadius, chestRadius, waistRoundness, 20);
BodySegmentMeshData pelvisData = new BodySegmentMeshData(pelvisLength, hipRadius, waistRadius, pelvisRoundness, 20);
m_spineData = new SpineData(torsoData, waistData, pelvisData, 0.0f, 0.0f);
Debug.Log("Checking, spine length is " + m_spineData.spineLength);
m_legSeparation = Mathf.Sqrt(m_spineData.spineLength * m_spineData.spineLength - (shoulderHeight - pelvisHeight) * (shoulderHeight - pelvisHeight));
m_spineElevation = Mathf.Rad2Deg * Mathf.Asin((shoulderHeight - pelvisHeight) / m_spineData.spineLength);
Debug.Log("Leg separation: " + m_legSeparation + ", Spine elevation: " + m_spineElevation);
// Define tail dimensions
m_tailLength = 5.0f;
m_tailTaper = 0.8f;
m_tailSegments = 6;
// Create animations
// Animations are based only on species variables defined above
//AnimationGenerator animGenerator = new AnimationGenerator(this);
//m_clips = animGenerator.GenerateAnimation();
m_clips = new ClipContainer(this);
m_clips.EnableAnimationGroup(ClipContainer.AnimType.IDLE);
//ClipContainer clips = new ClipContainer(species);
//clips.EnableAnimationGroup(ClipContainer.AnimType.IDLE);
Debug.Log("m_clips = " + m_clips);
}
