public CharacterLoader()
{
Done = false;
Images = new CharacterData.CharacterDataImages();
Sizes = new CharacterData.CharacterDataSizes();
Name = "unset";
}
//TODO test me...
//note this depends on previous computation of sizes from create_main_character
static void create_mini_character(Object aMain, IEnumerable <Object> aObjects, CharacterData.CharacterDataSizes aSizes)
{
float scaleAmount = 0.1f;
IEnumerable <Object> aImages = aObjects.Where(f => (sLimbs.Contains(strip_to_root(f)) && !is_B_image(f))).OrderBy(f => f.name);
foreach (Object f in aImages)
{
Texture2D tex = f as Texture2D;
set_texture_for_reading(tex);
//we could also recompute the sizes...
//aSizes.mLimbSizes.Add(new Vector2(((Texture2D)f).width, ((Texture2D)f).height));
tex.Resize((int)(tex.width * scaleAmount), (int)(tex.height * scaleAmount));
//actually, I will use a custom shader for this instead so this step is not necessary
/*Color[] colors = tex.GetPixels();
* for (int i = 0; i < colors.Length; i++)
* if (colors[i].a != 0)
* colors[i] = new Color(0.5f, 0.5f, 0.5f, colors[i].a);
* tex.SetPixels(colors);*/
//no need to dot his here since we know textures are small
set_texture_for_render(tex);
}
for (int i = 0; i < aSizes.mMountingPositions.Count; i++)
{
for (int j = 0; j < aSizes.mMountingPositions[i].Count; j++)
{
aSizes.mMountingPositions[i][j] *= scaleAmount;
}
}
//scale sizes from previously computed values
for (int i = 0; i < aSizes.mLimbSizes.Count; i++)
{
aSizes.mLimbSizes[i] = aSizes.mLimbSizes[i] * scaleAmount;
}
//package
TextAsset cdtxt = serialize_cd(aSizes);
IEnumerable <Object> package = aObjects.Where(f => !is_B_image(f)).Where(f => aImages.Contains(f));
List <Object> assets = new List <Object>();
foreach (Object f in package)
{
assets.Add(f);
}
AssetDatabase.ImportAsset(AssetDatabase.GetAssetPath(cdtxt));
cdtxt = (TextAsset)AssetDatabase.LoadAssetAtPath("Assets/CD.txt", typeof(TextAsset));
assets.Add(cdtxt);
//Debug.Log(cdtxt.text);
BuildPipeline.BuildAssetBundle(aMain, assets.ToArray(), "Assets/Resources/" + aMain.name + "_mini.unity3d", BuildAssetBundleOptions.CollectDependencies | BuildAssetBundleOptions.CompleteAssets, EditorUserBuildSettings.activeBuildTarget);//, BuildOptions.UncompressedAssetBundle);//, BuildAssetBundleOptions.CollectDependencies | BuildAssetBundleOptions.CompleteAssets);
}
public static TextAsset serialize_cd(CharacterData.CharacterDataSizes aData)
{
//package
AssetDatabase.ImportAsset("Assets/CD.txt");
TextAsset cdtxt = (TextAsset)AssetDatabase.LoadAssetAtPath("Assets/CD.txt", typeof(TextAsset));
//Debug.Log (cdtxt.text);
System.IO.Stream stream = System.IO.File.Open(AssetDatabase.GetAssetPath(cdtxt), System.IO.FileMode.Create);
System.Xml.Serialization.XmlSerializer xs = new System.Xml.Serialization.XmlSerializer(typeof(CharacterData.CharacterDataSizes));
xs.Serialize(stream, aData);
//System.Runtime.Serialization.Formatters.Binary.BinaryFormatter bFormatter = new System.Runtime.Serialization.Formatters.Binary.BinaryFormatter();
//bFormatter.Serialize(stream, aData);
stream.Close();
return(cdtxt);
}
static void ConvertTest()
{
IEnumerable <Object> folders = Selection.GetFiltered(typeof(Object), SelectionMode.TopLevel).Where(e => is_folder(e));
Dictionary <Object, IEnumerable <Object> > fileMap = new Dictionary <Object, IEnumerable <Object> >();
Debug.Log("trying to process " + folders.Count() + " folders");
foreach (Object e in folders)
{
Object checkAgainst = e;
fileMap[e] = Selection.GetFiltered(typeof(Object), SelectionMode.DeepAssets).Where <Object>(delegate(Object f) { return(is_asset_in_directory(f, checkAgainst)); });
}
Dictionary <Object, IEnumerable <Object> > filteredMap = new Dictionary <Object, IEnumerable <Object> >();
foreach (KeyValuePair <Object, IEnumerable <Object> > e in fileMap)
{
if (is_character(e.Value) || is_mini_character(e.Value))
{
filteredMap.Add(e.Key, e.Value);
}
}
Debug.Log("Processing " + filteredMap.Count() + " characters.");
foreach (KeyValuePair <Object, IEnumerable <Object> > e in filteredMap)
{
Debug.Log("processing " + e.Key);
//Debug.Log(e.Key.name + " " + AssetDatabase.GetAssetPath(e.Value.First()));
try{
CharacterData.CharacterDataSizes cd = create_main_character(e.Key, e.Value);
//create_mini_character(e.Key, e.Value, cd);
}
catch (UnityException f)
{
Debug.Log("error processing character " + e.Key);
throw f;
}
Debug.Log("sucssefully processed " + e.Key);
}
}
static CharacterData.CharacterDataSizes create_main_character(Object aMain, IEnumerable <Object> aObjects)
{
string output = "";
List <Object> valueList = aObjects.ToList();
CharacterData.CharacterDataSizes cd = new CharacterData.CharacterDataSizes();
cd.mName = aMain.name;
//first process <limb>_B images
IEnumerable <Object> bImages = valueList.Where(f => (sLimbs.Contains(strip_to_root(f)) && is_B_image(f))).OrderBy(f => strip_to_root(f));
//int[] desiredSizes = new int[]{1,1,1,2,2,1,1,2,2,4,3};
int[] desiredSizes = new int[] { 2, 2, 2, 2, 2, 2, 2, 2, 2, 4, 3 }; //this one has limb ends and head end
int counter = 0;
foreach (Object f in bImages)
{
//Debug.Log ("processing " + f.name);
Texture2D limbProcessing = f as Texture2D;
set_texture_for_reading(limbProcessing);
cd.mMountingPositions.Add(get_limb_positions_in_order(limbProcessing));
if (desiredSizes[counter] == 2)
{
foreach (var e in cd.mMountingPositions.Last())
{
//Debug.Log(e);
}
}
if (desiredSizes[counter] != cd.mMountingPositions.Last().Count)
{
Debug.Log("issue with " + f.name + " need " + desiredSizes[counter] + " found " + cd.mMountingPositions.Last().Count);
}
counter++;
}
//record <limb>_A image sizes
IEnumerable <Object> aImages = aObjects.Where(f => (sLimbs.Contains(strip_to_root(f)) && !is_B_image(f))).OrderBy(f => f.name);
foreach (Object f in aImages)
{
Texture2D tex = f as Texture2D;
set_texture_for_reading(tex);
cd.mLimbSizes.Add(new Vector2(((Texture2D)f).width, ((Texture2D)f).height));
set_texture_for_render(tex);
}
//parse POSITIONS.png
try{
Object positionImage = valueList.Single(f => strip_to_root(f) == "POSITIONS");
Texture2D bgProcessing = positionImage as Texture2D;
set_texture_for_reading(bgProcessing);
try{ cd.mOffset = get_character_position(bgProcessing); }
catch { Debug.Log("no character position found, this must be the sunset bundle"); }
//EFFECTS
TextAsset effects;
try{ effects = valueList.Single(f => strip_to_root(f) == "EFFECTS") as TextAsset; }
catch { effects = null; }
//BACKGROUND STUFF
var staticElts = valueList.Where(
f => strip_to_root(f).StartsWith("FG") ||
strip_to_root(f).StartsWith("BG") ||
strip_to_root(f).StartsWith("CUTSCENE") ||
strip_to_root(f).StartsWith("GIFT_") ||
strip_to_root(f).StartsWith("SUNSET_") || //special for sunset, we will read, font, sun, and score label from another bundle
strip_to_root(f).StartsWith("START_")
);
foreach (var e in staticElts)
{
Debug.Log(e.name);
}
foreach (var img in staticElts)
{
CharacterData.ImageSizeOffsetAnimationData isoad = new CharacterData.ImageSizeOffsetAnimationData();
if (effects != null)
{
isoad.AnimationEffect = find_effect_string(effects, img.name);
}
isoad.Name = img.name;
set_texture_for_reading((Texture2D)img);
isoad.Size = new Vector2(((Texture2D)img).width, ((Texture2D)img).height);
isoad.Offset = find_position(bgProcessing, img.name);
set_texture_for_render((Texture2D)img);
cd.mStaticElements.Add(isoad);
}
//old background parsing
IEnumerable <Object> bgImage = valueList.Where(f => strip_to_root(f) == "BACKGROUND");
foreach (Object f in bgImage)
{
set_texture_for_reading((Texture2D)f);
cd.mBackSize = (new Vector2(((Texture2D)f).width, ((Texture2D)f).height));
}
if (bgImage.Count() > 0)
{
set_texture_for_render((Texture2D)bgImage.First());
}
}catch (UnityException e)
{
Debug.Log("problem with POSITIONS, probably mini character " + e.StackTrace);
}
//package
TextAsset cdtxt = serialize_cd(cd);
IEnumerable <Object> package = aObjects.Where(f => !is_B_image(f)).Where(f => strip_to_root(f) != "POSITIONS");//.Where(f => strip_to_root(f) != "AUDIO");
List <Object> assets = new List <Object>();
foreach (Object f in package)
{
assets.Add(f);
}
AssetDatabase.ImportAsset(AssetDatabase.GetAssetPath(cdtxt));
cdtxt = (TextAsset)AssetDatabase.LoadAssetAtPath("Assets/CD.txt", typeof(TextAsset));
assets.Add(cdtxt);
//Debug.Log(cdtxt.text);
#if UNITY_XBOXONE
BuildPipeline.BuildAssetBundle(aMain, assets.ToArray(), "Assets/Resources/XB1" + aMain.name + ".unity3d", BuildAssetBundleOptions.CollectDependencies | BuildAssetBundleOptions.CompleteAssets, EditorUserBuildSettings.activeBuildTarget); //, BuildOptions.UncompressedAssetBundle);//, BuildAssetBundleOptions.CollectDependencies | BuildAssetBundleOptions.CompleteAssets);
#else
BuildPipeline.BuildAssetBundle(aMain, assets.ToArray(), "Assets/Resources/" + aMain.name + ".unity3d", BuildAssetBundleOptions.CollectDependencies | BuildAssetBundleOptions.CompleteAssets, EditorUserBuildSettings.activeBuildTarget); //, BuildOptions.UncompressedAssetBundle);//, BuildAssetBundleOptions.CollectDependencies | BuildAssetBundleOptions.CompleteAssets);
#endif
//Debug.Log(output);
return(cd);
}
//TODO DELETE
//[MenuItem("Custom/Construct Graveyard Bundle")]
static void Graveyard()
{
if (Selection.activeObject.name != "999")
{
Debug.Log("graveyard not selected");
return;
}
List <Object> valueList = Selection.GetFiltered(typeof(Object), SelectionMode.DeepAssets).ToList();
CharacterData.CharacterDataSizes cd = new CharacterData.CharacterDataSizes();
cd.mName = Selection.activeObject.name;
//parse POSITIONS.png
//TODO special colors here
Object positionImage = valueList.Single(f => strip_to_root(f) == "POSITIONS");
Texture2D bgProcessing = positionImage as Texture2D;
set_texture_for_reading(bgProcessing);
//new parsing
TextAsset effects;
try{ effects = valueList.Single(f => strip_to_root(f) == "EFFECTS") as TextAsset; }
catch { effects = null; }
var staticElts = valueList.Where(f => strip_to_root(f).StartsWith("FG") || strip_to_root(f).StartsWith("BG") || strip_to_root(f).StartsWith("CUTSCENE"));
//foreach(var e in staticElts) Debug.Log (e.name);
foreach (var img in staticElts)
{
CharacterData.ImageSizeOffsetAnimationData isoad = new CharacterData.ImageSizeOffsetAnimationData();
if (effects != null)
{
isoad.AnimationEffect = find_effect_string(effects, img.name);
}
isoad.Name = img.name;
set_texture_for_reading((Texture2D)img);
isoad.Size = new Vector2(((Texture2D)img).width, ((Texture2D)img).height);
isoad.Offset = find_position(bgProcessing, img.name);
set_texture_for_render((Texture2D)img);
cd.mStaticElements.Add(isoad);
}
//old backgronud parsing
IEnumerable <Object> bgImage = valueList.Where(f => strip_to_root(f) == "BACKGROUND");
foreach (Object f in bgImage)
{
set_texture_for_reading((Texture2D)f);
cd.mBackSize = (new Vector2(((Texture2D)f).width, ((Texture2D)f).height));
}
set_texture_for_render((Texture2D)bgImage.First());
//set audio to 2D
foreach (Object f in valueList.Where(g => strip_to_root(g) == "AUDIO"))
{
set_audio_for_2D((AudioClip)f);
}
//package
TextAsset cdtxt = serialize_cd(cd);
IEnumerable <Object> package = valueList.Where(f => !is_B_image(f)).Where(f => strip_to_root(f) != "POSITIONS"); //.Where(f => strip_to_root(f) != "AUDIO");
List <Object> assets = new List <Object>();
foreach (Object f in package)
{
assets.Add(f);
}
AssetDatabase.ImportAsset(AssetDatabase.GetAssetPath(cdtxt));
cdtxt = (TextAsset)AssetDatabase.LoadAssetAtPath("Assets/CD.txt", typeof(TextAsset));
assets.Add(cdtxt);
BuildPipeline.BuildAssetBundle(Selection.activeObject, assets.ToArray(), "Assets/Resources/" + cd.mName + ".unity3d", BuildAssetBundleOptions.CollectDependencies | BuildAssetBundleOptions.CompleteAssets, EditorUserBuildSettings.activeBuildTarget); //, BuildOptions.UncompressedAssetBundle);//, BuildAssetBundleOptions.CollectDependencies | BuildAssetBundleOptions.CompleteAssets);
}
public IEnumerable <FlatBodyObject> load_sequential(CharacterData.CharacterDataImages aImages, CharacterData.CharacterDataSizes aSizes, bool useHeadOrder = false)
{
GameObject neck = create_object(ZgJointId.Neck, aImages.head, aSizes.mLimbSizes[0], aSizes.mMountingPositions[0]);
yield return(null);
GameObject leftLowerArm = create_object(ZgJointId.LeftElbow, aImages.leftLowerArm, aSizes.mLimbSizes[1], aSizes.mMountingPositions[1]);
yield return(null);
GameObject leftLowerLeg = create_object(ZgJointId.LeftKnee, aImages.leftLowerLeg, aSizes.mLimbSizes[2], aSizes.mMountingPositions[2]);
yield return(null);
GameObject leftUpperArm = create_object(ZgJointId.LeftShoulder, aImages.leftUpperArm, aSizes.mLimbSizes[3], aSizes.mMountingPositions[3]);
yield return(null);
GameObject leftUpperLeg = create_object(ZgJointId.LeftHip, aImages.leftUpperLeg, aSizes.mLimbSizes[4], aSizes.mMountingPositions[4]);
yield return(null);
GameObject rightLowerArm = create_object(ZgJointId.RightElbow, aImages.rightLowerArm, aSizes.mLimbSizes[5], aSizes.mMountingPositions[5]);
yield return(null);
GameObject rightLowerLeg = create_object(ZgJointId.RightKnee, aImages.rightLowerLeg, aSizes.mLimbSizes[6], aSizes.mMountingPositions[6]);
yield return(null);
GameObject rightUpperArm = create_object(ZgJointId.RightShoulder, aImages.rightUpperArm, aSizes.mLimbSizes[7], aSizes.mMountingPositions[7]);
yield return(null);
GameObject rightUpperLeg = create_object(ZgJointId.RightHip, aImages.rightUpperLeg, aSizes.mLimbSizes[8], aSizes.mMountingPositions[8]);
yield return(null);
GameObject torso = create_object(ZgJointId.Torso, aImages.torso, aSizes.mLimbSizes[9], aSizes.mMountingPositions[9]);
yield return(null);
GameObject waist = create_object(ZgJointId.Waist, aImages.waist, aSizes.mLimbSizes[10], aSizes.mMountingPositions[10]);
yield return(null);
GameObject leftHand = create_extremety(ZgJointId.LeftHand);
GameObject rightHand = create_extremety(ZgJointId.RightHand);
GameObject leftAnkle = create_extremety(ZgJointId.LeftAnkle);
GameObject rightAnkle = create_extremety(ZgJointId.RightAnkle);
GameObject head = create_extremety(ZgJointId.Head);
//order things
Dictionary <ZgJointId, GameObject> jointObject = new Dictionary <ZgJointId, GameObject>();
//Dictionary<ZgJointId, Texture2D> jointTexture = new Dictionary<ZgJointId, Texture2D>();
jointObject[ZgJointId.Torso] = torso;
jointObject[ZgJointId.Waist] = waist;
jointObject[ZgJointId.Neck] = neck;
jointObject[ZgJointId.LeftShoulder] = leftUpperArm;
jointObject[ZgJointId.RightShoulder] = rightUpperArm;
jointObject[ZgJointId.LeftElbow] = leftLowerArm;
jointObject[ZgJointId.RightElbow] = rightLowerArm;
jointObject[ZgJointId.LeftHip] = leftUpperLeg;
jointObject[ZgJointId.RightHip] = rightUpperLeg;
jointObject[ZgJointId.LeftKnee] = leftLowerLeg;
jointObject[ZgJointId.RightKnee] = rightLowerLeg;
jointObject[ZgJointId.LeftHand] = leftHand;
jointObject[ZgJointId.RightHand] = rightHand;
jointObject[ZgJointId.LeftAnkle] = leftAnkle;
jointObject[ZgJointId.RightAnkle] = rightAnkle;
jointObject[ZgJointId.Head] = head;
//these two are special
torso.transform.position = waist.transform.position;
//we don't check if we use headfirst z offset here because it's the same in both cases...
torso.transform.position += get_Z_offset(ZgJointId.Torso);
waist.transform.position += get_Z_offset(ZgJointId.Waist);
//torso.GetComponentInChildren<Renderer>().material.renderQueue = (int)(get_Z_offset(ZigJointId.Torso).z*(10));
//waist.GetComponentInChildren<Renderer>().material.renderQueue = (int)(get_Z_offset(ZigJointId.Waist).z*(10));
List <KeyValuePair <ZgJointId, ZgJointId> > relations = new List <KeyValuePair <ZgJointId, ZgJointId> >();
relations.Add(new KeyValuePair <ZgJointId, ZgJointId>(ZgJointId.LeftShoulder, ZgJointId.Torso));
relations.Add(new KeyValuePair <ZgJointId, ZgJointId>(ZgJointId.RightShoulder, ZgJointId.Torso));
relations.Add(new KeyValuePair <ZgJointId, ZgJointId>(ZgJointId.LeftElbow, ZgJointId.LeftShoulder));
relations.Add(new KeyValuePair <ZgJointId, ZgJointId>(ZgJointId.RightElbow, ZgJointId.RightShoulder));
relations.Add(new KeyValuePair <ZgJointId, ZgJointId>(ZgJointId.LeftHip, ZgJointId.Waist));
relations.Add(new KeyValuePair <ZgJointId, ZgJointId>(ZgJointId.RightHip, ZgJointId.Waist));
relations.Add(new KeyValuePair <ZgJointId, ZgJointId>(ZgJointId.LeftKnee, ZgJointId.LeftHip));
relations.Add(new KeyValuePair <ZgJointId, ZgJointId>(ZgJointId.RightKnee, ZgJointId.RightHip));
relations.Add(new KeyValuePair <ZgJointId, ZgJointId>(ZgJointId.Neck, ZgJointId.Torso));
relations.Add(new KeyValuePair <ZgJointId, ZgJointId>(ZgJointId.LeftHand, ZgJointId.LeftElbow));
relations.Add(new KeyValuePair <ZgJointId, ZgJointId>(ZgJointId.RightHand, ZgJointId.RightElbow));
relations.Add(new KeyValuePair <ZgJointId, ZgJointId>(ZgJointId.LeftAnkle, ZgJointId.LeftKnee));
relations.Add(new KeyValuePair <ZgJointId, ZgJointId>(ZgJointId.RightAnkle, ZgJointId.RightKnee));
relations.Add(new KeyValuePair <ZgJointId, ZgJointId>(ZgJointId.Head, ZgJointId.Neck));
foreach (KeyValuePair <ZgJointId, ZgJointId> e in relations)
{
jointObject[e.Key].transform.parent = jointObject[e.Value].transform;
try{
jointObject[e.Key].transform.position =
jointObject[e.Value].transform.position
+ get_offset_of_plane(jointObject[e.Value].transform)
+ get_connection_point_list(e.Key, e.Value, aSizes.mMountingPositions[get_joint_alpha_index(e.Value)])
+ (useHeadOrder ?
get_headfirst_Z_offset(e.Key) - get_headfirst_Z_offset(e.Value) :
get_Z_offset(e.Key) - get_Z_offset(e.Value));
//jointObject[e.Key].GetComponentInChildren<Renderer>().material.renderQueue = (int)(get_Z_offset(e.Key).z*(10));
}
catch
{
//this should only happen for missing hand dots right now
//put the hand on the elbow
jointObject[e.Key].transform.position = jointObject[e.Value].transform.position;
}
}
yield return(null);
List <KeyValuePair <GameObject, float> > rotateMe = new List <KeyValuePair <GameObject, float> >();
rotateMe.Add(new KeyValuePair <GameObject, float>(leftUpperArm, -90));
rotateMe.Add(new KeyValuePair <GameObject, float>(rightUpperArm, -90));
rotateMe.Add(new KeyValuePair <GameObject, float>(leftUpperLeg, -90));
rotateMe.Add(new KeyValuePair <GameObject, float>(rightUpperLeg, -90));
rotateMe.Add(new KeyValuePair <GameObject, float>(torso, 90));
rotateMe.Add(new KeyValuePair <GameObject, float>(waist, -90));
rotateMe.Add(new KeyValuePair <GameObject, float>(neck, 90));
rotateMe.Add(new KeyValuePair <GameObject, float>(leftLowerLeg, -90));
rotateMe.Add(new KeyValuePair <GameObject, float>(rightLowerLeg, -90));
rotateMe.Add(new KeyValuePair <GameObject, float>(leftLowerArm, -90));
rotateMe.Add(new KeyValuePair <GameObject, float>(rightLowerArm, -90));
foreach (KeyValuePair <GameObject, float> e in rotateMe)
{
GameObject tempParent = new GameObject("genTempParent");
tempParent.transform.position = e.Key.transform.position;
List <Transform> children = new List <Transform>();
for (int i = 0; i < e.Key.transform.childCount; i++)
{
if (e.Key.transform.GetChild(i).parent == e.Key.transform)
{
children.Add(e.Key.transform.GetChild(i));
}
}
foreach (Transform f in children)
{
f.parent = tempParent.transform;
}
tempParent.transform.rotation = Quaternion.AngleAxis(e.Value, Vector3.forward) * tempParent.transform.rotation;
foreach (Transform f in children)
{
f.parent = e.Key.transform;
}
GameObject.Destroy(tempParent);
}
yield return(this);
}