void OnMouseDown()
{
GameObject g = (GameObject)Instantiate(mRecordingPropPrefab, Vector3.zero, Quaternion.identity);
g.transform.parent = mScreen.transform;
Vector2 mousePosition = uImage.GetManager().ScreenToGui(new Vector2(Input.mousePosition.x, Input.mousePosition.y));
dfTextureSprite sprite = (dfTextureSprite)g.GetComponent(typeof(dfTextureSprite));
// TODO: these numbers are hardcoded - copied from the unity gui - figure out how to get this programatically
Vector2 top_left = new Vector2(mousePosition.x - 183, (0 - mousePosition.y) + 123);
sprite.Position = new Vector2(top_left.x - (sprite.Size.x / 2), top_left.y + (sprite.Size.y / 2));
sprite.Texture = (Texture2D)Resources.Load("Props/" + uPurchasedProp.uProp.uID);
sprite.Size = new Vector2(sprite.Texture.width, sprite.Texture.height);
RecordingProp r = (RecordingProp)g.GetComponent(typeof(RecordingProp));
r.uPurchasedProp = uPurchasedProp;
MovingArea p = g.GetComponentInChildren <MovingArea>();
p.OnMouseDown();
mProps.Remove(uPurchasedProp);
}
void Awake()
{
mScreenPanel = (dfPanel)GameObject.FindGameObjectWithTag("Screen").GetComponent(typeof(dfPanel));
mSprite = GetComponent<dfTextureSprite>();
if (mSprite == null) {
mSprite = GetComponent<dfSlicedSprite>();
}
mProps = (dfScrollPanel)FindObjectOfType(typeof(dfScrollPanel));
mRecordingProp = (RecordingProp)GetComponent (typeof(RecordingProp));
}
bool hasDroppedFirst = false; // This tracks if this is our first drag - if so we can do something special on first drop
void Awake()
{
mScreenPanel = (dfPanel)GameObject.FindGameObjectWithTag("Screen").GetComponent(typeof(dfPanel));
mSprite = GetComponent <dfTextureSprite>();
if (mSprite == null)
{
mSprite = GetComponent <dfSlicedSprite>();
}
mProps = (dfScrollPanel)FindObjectOfType(typeof(dfScrollPanel));
mRecordingProp = (RecordingProp)GetComponent(typeof(RecordingProp));
}
[RPC] void StartPreparing()
{
if (Network.isServer)
{
// Set everyone to "not ready" so we can wait again after the recording stage
foreach (Player player in mNetworkManager.players)
{
player.networkView.RPC("SetReady", RPCMode.All, false);
}
}
mDialogueManager.EndDialogue();
// First, instatiate all of the backdrops
foreach (PurchasedBackdrop purchasedBackdrop in uPurchasedBackdrops)
{
GameObject g = (GameObject)Instantiate(mBackdropPrefab, Vector3.zero, Quaternion.identity);
g.transform.parent = mScreen.transform;
dfTextureSprite sprite = (dfTextureSprite)g.GetComponent(typeof(dfTextureSprite));
sprite.Position = new Vector2(0, 550);
sprite.Texture = (Texture2D)Resources.Load("Props/" + purchasedBackdrop.uProp.uID);
RecordingProp r = (RecordingProp)g.GetComponent(typeof(RecordingProp));
r.uPurchasedProp = purchasedBackdrop;
mBackdropMap.Add(purchasedBackdrop, g.GetComponent <AfternoonBackdrop>());
}
uRecording = false;
Action finishedPreparing =
() => {
StartRecording();
};
mCountdown.StartCountdown(Game.PREPARING_COUNTDOWN, finishedPreparing);
}
void RecordProps()
{
// First loop through all of the recordable objects in screen to check if any have been added/removed
RecordingProp[] currentRecordingProps = FindObjectsOfType <RecordingProp>().Where(rp => rp.GetType() != typeof(RecordingDialogue)).ToArray();
// Get the IDs from all current props
string[] currentIDs = (from prop in currentRecordingProps select prop.uPurchasedProp.uID).ToArray();
// Check if any have been added
foreach (string ID in currentIDs)
{
if (!mKnownPropIDs.Contains(ID))
{
// This is a new prop
// Get the full prop information
RecordingProp p = currentRecordingProps.Where(prop => prop.uPurchasedProp.uID == ID).First();
dfTextureSprite sprite = (dfTextureSprite)p.gameObject.GetComponent(typeof(dfTextureSprite));
float x_pos = sprite.Position.x; // - (sprite.Width / 2);
float y_pos = sprite.Position.y; // + (sprite.Height / 2);
mRecordingPlayer.networkView.RPC("RecordAction", RPCMode.All, new object[] { "InstantiationChange", RPCEncoder.Encode(new string[] { mTime.ToString(), p.uPurchasedProp.uProp.uID, p.uPurchasedProp.uID, x_pos.ToString(), y_pos.ToString(), sprite.Size.x.ToString(), sprite.Size.y.ToString(), sprite.ZOrder.ToString() }) });
mKnownPositions[ID] = sprite.Position;
mKnownZOrders[ID] = sprite.ZOrder;
mKnownSizes[ID] = sprite.Size;
}
}
// Check if any have been removed
foreach (string ID in mKnownPropIDs)
{
if (!currentIDs.Contains(ID))
{
// This prop has been removed
mRecordingPlayer.networkView.RPC("RecordAction", RPCMode.All, new object[] { "DestroyChange", RPCEncoder.Encode(new string[] { mTime.ToString(), ID }) });
}
}
mKnownPropIDs = currentIDs;
// Then check if any have moved position
foreach (RecordingProp p in currentRecordingProps)
{
dfTextureSprite sprite = (dfTextureSprite)p.gameObject.GetComponent(typeof(dfTextureSprite));
if (sprite.Position != mKnownPositions[p.uPurchasedProp.uID])
{
// The prop has moved
mRecordingPlayer.networkView.RPC("RecordAction", RPCMode.All, new object[] { "PositionChange", RPCEncoder.Encode(new string[] { mTime.ToString(), p.uPurchasedProp.uID, sprite.Position.x.ToString(), sprite.Position.y.ToString() }) });
mKnownPositions[p.uPurchasedProp.uID] = sprite.Position;
}
if (sprite.ZOrder != mKnownZOrders[p.uPurchasedProp.uID])
{
// The prop has moved ZOrder
mRecordingPlayer.networkView.RPC("RecordAction", RPCMode.All, new object[] { "ZOrderChange", RPCEncoder.Encode(new string[] { mTime.ToString(), p.uPurchasedProp.uID, sprite.ZOrder.ToString() }) });
mKnownZOrders[p.uPurchasedProp.uID] = sprite.ZOrder;
}
if (sprite.Size != mKnownSizes[p.uPurchasedProp.uID])
{
// The prop has changed size
mRecordingPlayer.networkView.RPC("RecordAction", RPCMode.All, new object[] { "SizeChange", RPCEncoder.Encode(new string[] { mTime.ToString(), p.uPurchasedProp.uID, sprite.Size.x.ToString(), sprite.Size.y.ToString() }) });
mKnownSizes[p.uPurchasedProp.uID] = sprite.Size;
}
}
}
void Awake()
{
mMovableProp = transform.parent.GetComponent <MovableProp>();
mRecordingProp = transform.parent.GetComponent <RecordingProp>();
}
