public void CreateNew(AEType _type)
{
AssignmentEntity newEntity = new AssignmentEntity();
int newID = 1000;
while (mapSystem.assignmentEntityDictionary.ContainsKey(newID))
{
newID++;
}
newEntity.aeID = newID;
newEntity.aeType = _type;
newEntity.floor = mapSystem.currentFloor.Value;
newEntity.pos = Vector2.zero;
newEntity.radius = .5f;
newEntity.theta = 0;
mapSystem.assignmentEntityDictionary.Add(newEntity.aeID, newEntity);
AssignmentEntityRenderer newRenderer = _type == AEType.computer ?
GameObject.Instantiate(assCompPrefab, mapSystem.coordinate) :
GameObject.Instantiate(assWallPrefab, mapSystem.coordinate);
newRenderer.Initialize(newEntity.aeID, infoSystem, mapSystem);
mapSystem.SelectAssignmentEntityRenderer(newRenderer);
}
public List <AssignmentEntity> ParseXML(string text)
{
List <AssignmentEntity> result = new List <AssignmentEntity>();
XmlDocument xmlDoc = new XmlDocument();
xmlDoc.LoadXml(text);
XmlNode root = xmlDoc.SelectSingleNode("AssignmentEntities");
XmlNodeList assignmentEntities = root.SelectNodes("AssignmentEntity");
foreach (XmlNode node in assignmentEntities)
{
AssignmentEntity newAE = new AssignmentEntity();
newAE.aeID = XmlParser.IntParseNode(node, "@id");
newAE.aeType = XmlParser.StringParseNode(node, "@type").Equals("computer") ? AEType.computer : AEType.wall;
newAE.floor = XmlParser.IntParseNode(node, "floor");
newAE.pos = new Vector2(XmlParser.FloatParseNode(node, "shape/point/@x"), XmlParser.FloatParseNode(node, "shape/point/@y"));
newAE.radius = XmlParser.FloatParseNode(node, "shape/radius/@r");
if (newAE.aeType == AEType.wall)
{
newAE.theta = XmlParser.FloatParseNode(node, "shape/theta/@t");
}
XmlNodeList asss = node.SelectNodes("assignments/assignment");
foreach (XmlNode ass in asss)
{
newAE.assignmentIDList.Add(XmlParser.IntParseNode(ass, "@id"));
}
result.Add(newAE);
}
return(result);
}
void Start()
{
SelectedAssignmentID.AsObservable()
.Subscribe(id => {
showDetail.Value = id >= 0;
});
InfoCardSelected(-1);
tagSelector.tagMask.AsObservable()
.Subscribe(mask => UpdateQueried(QueryDefault(mask)));
listByName.AsObservable()
.Subscribe(byName => {
if (!byName)
{
UpdateQueried(QueryDefault(tagSelector.tagMask.Value));
}
else
{
Search();
}
});
queriedByEntity.AsObservable()
.Where(flag => !flag)
.Subscribe(flag => {
if (!listByName.Value)
{
UpdateQueried(QueryDefault(tagSelector.tagMask.Value));
}
else
{
Search();
}
});
searchInputField.onEndEdit
.AddListener((s) => Search());
mapSystem.SubjectAssignmentEntityRendererClicked.AsObservable()
.Subscribe(ent => {
AssignmentEntity entity = mapSystem.assignmentEntityDictionary[ent.aeID];
UpdateQueried(QueryByList(entity.assignmentIDList));
});
}
public void InstEntityRenderers()
{
AssignmentEntityRenderer newAERenderer;
foreach (KeyValuePair <int, AssignmentEntity> kv in assignmentEntityDictionary)
{
AssignmentEntity ae = kv.Value;
if (ae.aeType == AEType.computer)
{
newAERenderer = GameObject.Instantiate(assCompPrefab);
}
else
{
newAERenderer = GameObject.Instantiate(assWallPrefab);
}
newAERenderer.Initialize(kv.Key, infoSystem, this);
}
}
public void Initialize(int _aeID, InfoSystem _is, MapSystem _ms)
{
aeID = _aeID;
infoSystem = _is;
mapSystem = _ms;
compDisp.Clear();
AssignmentEntity myEntity = mapSystem.assignmentEntityDictionary[aeID];
transform.parent = mapSystem.coordinate;//mapSystem.floorList[myEntity.floor - 1].transform;
transform.localPosition = myEntity.pos;
SpriteRenderer sr = GetComponentInChildren <SpriteRenderer>();
if (myEntity.aeType == AEType.computer)
{
sr.size = new Vector2(myEntity.radius, myEntity.radius) * 2;
GetComponentInChildren <CircleCollider2D>().radius = myEntity.radius;
}
else
{
transform.rotation = Quaternion.Euler(new Vector3(0, 0, myEntity.theta));
sr.size = new Vector2(myEntity.radius, sr.size.y);
GetComponentInChildren <BoxCollider2D>().size = sr.size;
}
mapSystem.currentFloor.AsObservable()
.Subscribe(f => {
Vector2 targetScale = InCurrentFloor() ? new Vector2(1, 1) : Vector2.zero;
Ease ease = InCurrentFloor() ? Ease.OutBack : Ease.InBack;
transform.DOScale(targetScale, .3f)
.SetEase(ease);
}).AddTo(compDisp);
mapSystem.SubjectAssignmentEntityModified.AsObservable()
.Where(id => id == aeID)
.Subscribe(id => {
Initialize(id, infoSystem, mapSystem);
}).AddTo(compDisp);
selected.AsObservable()
.Where(flag => flag)
.Subscribe(flag => {
mapSystem.SetCurrentFloor(mapSystem.assignmentEntityDictionary[aeID].floor);
mapSystem.SelectAssignmentEntityRenderer(this);
}).AddTo(compDisp);
infoSystem.SubjectQueriedAssignmentsChanged.AsObservable()
.Subscribe(l =>
{
bool flag = false;
foreach (int _id in l)
{
if (myEntity.assignmentIDList.Contains(_id))
{
flag = true;
break;
}
}
queried.Value = flag;
}).AddTo(compDisp);
infoSystem.SelectedAssignmentID.AsObservable()
.Subscribe(_id =>
{
selected.Value = myEntity.assignmentIDList.Contains(_id);
}).AddTo(compDisp);
}
protected void LoadAssEntity(AssignmentEntityRenderer entityRenderer)
{
Debug.Log("dd");
compDisp.Clear();
currentRenderer = entityRenderer;
currentEntity = entityRenderer.mapSystem.assignmentEntityDictionary[entityRenderer.aeID];
id.text = currentEntity.aeID.ToString();
floor.text = currentEntity.floor.ToString();
rad.text = currentEntity.radius.ToString();
rot.text = currentEntity.theta.ToString();
posX.text = currentEntity.pos.x.ToString();
posY.text = currentEntity.pos.y.ToString();
string a = "";
foreach (int i in currentEntity.assignmentIDList)
{
a += i + " ";
}
assignments.text = a;
Observable
.CombineLatest(posX.ObserveEveryValueChanged(__ => __.text), posY.ObserveEveryValueChanged(__ => __.text))
.Where(__ => editorSystem.currentMode.Value == EditorSystem.EditMode.VALUES)
.Subscribe(_pos => {
float pos0, pos1;
bool canParse;
canParse = float.TryParse(_pos[0], out pos0);
canParse = float.TryParse(_pos[1], out pos1) && canParse;
if (canParse)
{
currentRenderer.transform.localPosition = new Vector2(pos0, pos1);
}
}).AddTo(compDisp);
rot.ObserveEveryValueChanged(__ => __.text)
.Where(__ => editorSystem.currentMode.Value == EditorSystem.EditMode.VALUES)
.Subscribe(_rot => {
float rotOut;
if (float.TryParse(_rot, out rotOut))
{
currentRenderer.transform.rotation = Quaternion.Euler(0, 0, rotOut);
}
});
rad.ObserveEveryValueChanged(__ => __.text)
.Where(__ => currentRenderer.myType == AEType.wall)
.Where(__ => editorSystem.currentMode.Value == EditorSystem.EditMode.VALUES)
.Subscribe(_rad => {
float radOut;
if (float.TryParse(_rad, out radOut))
{
currentRenderer.GetComponentInChildren <SpriteRenderer>().size =
new Vector2(radOut, currentRenderer.GetComponentInChildren <SpriteRenderer>().size.y);
}
});
rad.ObserveEveryValueChanged(__ => __.text)
.Where(__ => currentRenderer.myType == AEType.computer)
.Where(__ => editorSystem.currentMode.Value == EditorSystem.EditMode.VALUES)
.Subscribe(_rad => {
float radOut;
if (float.TryParse(_rad, out radOut))
{
currentRenderer.GetComponentInChildren <SpriteRenderer>().size =
new Vector2(radOut, radOut) * 2;
}
});
entityRenderer.ObserveEveryValueChanged(__ => __.transform.localPosition)
.Where(__ => editorSystem.currentMode.Value == EditorSystem.EditMode.TRANSFORM)
.Subscribe(pos => {
posX.text = pos.x.ToString();
posY.text = pos.y.ToString();
}).AddTo(compDisp);
entityRenderer.ObserveEveryValueChanged(__ => __.transform.localEulerAngles)
.Where(__ => editorSystem.currentMode.Value == EditorSystem.EditMode.TRANSFORM)
.Subscribe(_rot => {
rot.text = _rot.z.ToString();
}).AddTo(compDisp);
currentRenderer.GetComponentInChildren <SpriteRenderer>().ObserveEveryValueChanged(__ => __.size)
.Where(__ => editorSystem.currentMode.Value == EditorSystem.EditMode.TRANSFORM)
.Subscribe(_size => {
rad.text = _size.x.ToString();
}).AddTo(compDisp);
}