Example #1
0
    IEnumerator StartGameRoutine()
    {
        Notifier.BigNotifyLocal("Get ready!");
        yield return(new WaitForSeconds(0.75f));

        Notifier.BigNotifyLocal("3..");
        SoundManager.GetSingleton().Spawn2DSound(SFXType.ReadySet, 0.5f);
        yield return(new WaitForSeconds(0.75f));

        Notifier.BigNotifyLocal("2..");
        SoundManager.GetSingleton().Spawn2DSound(SFXType.ReadySet, 0.5f);
        yield return(new WaitForSeconds(0.75f));

        Notifier.BigNotifyLocal("1..");
        SoundManager.GetSingleton().Spawn2DSound(SFXType.ReadySet, 0.5f);
        yield return(new WaitForSeconds(0.75f));

        Notifier.BigNotifyLocal("GO!!");
        SoundManager.GetSingleton().Spawn2DSound(SFXType.Go);

        foreach (PlayerController controller in FindObjectsOfType(typeof(PlayerController)))
        {
            controller.AllowControl();
        }

        foreach (AIController controller in FindObjectsOfType(typeof(AIController)))
        {
            controller.AllowControl();
        }
    }
Example #2
0
    IEnumerator GenerateLevel(int seed)
    {
        Random.seed = seed;

        //first we will calculate which nodes we will be placing
        mCurrentPos    = Vector3.zero;
        mCurrentYAngle = 0;
        GameObject[] allLevelChunks = new GameObject[mNumChunks];
        int[]        chunkNumbers   = new int[mNumChunks];
        int          currentChunk   = 0;
        int          tries          = 0;

        //we will loop until we have all chunks filled in
        while (allLevelChunks[mNumChunks - 1] == null)
        {
            //we save these for later use
            Vector3 prevPos = mCurrentPos;
            float   prevRot = mCurrentYAngle;

            //get a random chunk, but make sure it's not the same as the previous
            int chunkNumber;

            int prevChunkNumber = -1;
            if (currentChunk != 0)
            {
                prevChunkNumber = chunkNumbers[currentChunk - 1];
            }

            do
            {
                chunkNumber = Random.Range(0, mLevelChunks.Length);
            }while (chunkNumber == prevChunkNumber);

            //print("trying a chunk of type " + chunkNumber);

            //place this chunk (so we can calculate its bounds)
            Transform chunkTransform = mLevelChunks[chunkNumber];
            if (currentChunk == mNumChunks - 1)          //finishline as last chunk
            {
                chunkTransform = mFinishChunk;
            }

            GameObject newChunk = AddChunk(chunkTransform, true, 0);
            newChunk.transform.parent = GameObject.Find("LevelContainer").transform;

            //before collision checks, we make rotate the entire level to 0 degrees, to ensure a better matching bounding box (DISABLED FOR NOW)
            //GameObject.Find("LevelContainer").transform.Rotate(0, -prevRot, 0);

            Bounds chunkBounds = newChunk.GetComponent <LevelChunk>().GetBounds(true);

            //see if this not collides with any previous chunks (we ignore the one right before this, since our start usually collides with that end)
            bool collides = false;
            for (int i = currentChunk - 2; i >= 0; i--)
            {
                Bounds otherBounds = allLevelChunks[i].GetComponent <LevelChunk>().GetBounds();

                if (chunkBounds.Intersects(otherBounds))
                {
                    //print("chunk has COLLISION with chunk number: " + (i+1));
                    collides = true;
                }
            }

            //get rid of the temporary rotation (DISABLED FOR NOW)
            //GameObject.Find("LevelContainer").transform.rotation = Quaternion.identity;

            //if we have no collision, add the chunk to the array
            if (!collides)
            {
                //print("chunk has no collission, PLACING CHUNK NUMBER "+ (currentChunk+1));
                chunkNumbers[currentChunk]   = chunkNumber;
                allLevelChunks[currentChunk] = newChunk;
                currentChunk++;
                tries = 0;

                Notifier.LocalNotify("Generating level chunks... [" + currentChunk + "/" + mNumChunks + "]");
                Notifier.BigNotifyLocal("Generating level... " + (int)(((float)currentChunk / (float)mNumChunks) * 100.0f) + "%");
            }
            else             //if we DO have collision, remove this chunk and try again
            {
                Destroy(newChunk);

                mCurrentPos    = prevPos;
                mCurrentYAngle = prevRot;
            }

            //safety built in to prevent infinite loop
            tries++;
            if (tries >= 5)
            {
                Notifier.LocalNotify("Path intersecting, restarting");
                Notifier.BigNotifyLocal("Path intersecting, restarting");

                print("Path will cross inevitabely, starting over!");

                DestroyLevelChunks(true);

                //reset vars
                mCurrentPos    = Vector3.zero;
                mCurrentYAngle = 0;
                allLevelChunks = new GameObject[mNumChunks];
                chunkNumbers   = new int[mNumChunks];
                currentChunk   = 0;
                tries          = 0;

                //wait a bit, so the user can see the notification
                yield return(new WaitForSeconds(1.0f));
            }

            yield return(null);
        }

        Notifier.LocalNotify("Finalizing level generation...");
        Notifier.BigNotifyLocal("Finalizing level...");
        yield return(null);

        //first, remove all nodes we created in the process
        DestroyLevelChunks(true);

        //now we will place the actual nodes
        mCurrentPos      = Vector3.zero;
        mCurrentYAngle   = 0;
        mPrevPlacedChunk = null;

        for (int i = 0; i < mNumChunks; i++)
        {
            //place new chunk
            Transform chunkTransform = mLevelChunks[chunkNumbers[i]];
            if (i == mNumChunks - 1)             //make sure we place the finish at the end
            {
                chunkTransform = mFinishChunk;
            }

            GameObject newChunk = AddChunk(chunkTransform, false, i);

            //connect path nodes
            if (mPrevPlacedChunk)
            {
                PathUtils.ConnectChunkPathNodes(mPrevPlacedChunk, newChunk);
            }

            mPrevPlacedChunk = newChunk;
        }

        PathUtils.RebuildPaths();

        Notifier.LocalNotify("Level generation done!");
        Notifier.BigNotifyLocal("Level generation done!");
    }