How about linking actions on the model to actions on the animation? For example, I was recently moving the button model around to make buttons in new locations. To do this, several steps were involved. Select button node, translate it. Select button_frame node, translate it. Go to animation tab. Sel...

Nice. Implementing such mazes manually in the editor would be a crazy headache. With the power of code, now it can be done in a practical manner. The power of code compels you!

Maybe you can use a custom alcove that looks like a sconce to accomplish whatever your in-game goal is?

Sorry for the downright horrible quality on the video, but hopefully you get the idea.

Keep in mind this method is a major pita to implement in the editor.

Yes, the secret doors appear as walls. That's why I suggested spawning regular (but open) doors over top of them to obscure the map. ------------------------- EDIT - Actually I just tried it and it doesn't work anyway. The regular doors don't show up on the map when they are placed on top of secret ...

Build the labyrinth out of secret doors in a giant open room, then place scores of open doors on every possible spot. If they open the map they won't get any information because it will just appear as a ton of doors. I suggest using a script to spawn the doors. Much cleaner than making them all manu...

Maybe it is the empty gate node? You only need it for doors.

Perhaps the game code actually checks for closed doors to block movement and attacks, while the code governing spells actually looks to see if they collide with a physical object.

Yep. Open up a door model in the GMT. Delete the gate node. Add a new empty node called 'gate'. Save-As. Then cloneObject the original door, using the empty model as its model and doorFrameModel. The door will be invisible, but it will still block the party and monsters, and prevent attacks from pas...

I made an invisible door and placed it on an adjacent square as a 'fix'. My script checks on the status of my doubled-up doors and opens the invisible door when appropriate. Example: Two adjacent squares, [A] . The doubled up doors are on [A] facing -->, and the invisible door is on facing <--