Cool, I managed to land on all the pads in one run.
Would be nice if there's some confirmation of landing, like the ring could turn green and play a rewarding sound.
Depth perception is hard, maybe you could have a "ghost" shape collider sphere, and draw the the collisions as indicators of stuff that's nearby. Similarly you could do a ray cast to project a fake shadow.
Edit: supporting mouse and keyboard, it's actually easier to control.
Just add WASD bindings + left click thrust and patch:
### CameraRig.gd : _process() :
var mouse_input = Input.get_last_mouse_velocity() * 0.001
var cam_horizontal_input = clamp(Input.get_axis("cam_left", "cam_right") + (-mouse_input.x), -1.0, 1.0)
var cam_vertical_input = clamp(Input.get_axis("cam_down", "cam_up") + (mouse_input.y), -1.0, 1.0)
O0ddity
Recent community posts
Nice one.
One thing that is a littel broken: When the signs change and the converbelt backs up. If you have a couple of items that are already off the belt, they don't back up far enough to go back onto the seesaw belt. So you get punished for having placed previously correct items.
Maybe you could have a hitbox, that hit as soon as the item leaves the seesaw? And if the item matches the row at that time, you could tag it with the row, and ignore the negative effects if an item goes through the same row level as the tag? e.g. https://pastebin.com/zi55dgzD
This is actually great. I instantly had a fun just playing a tune, rapidly rearranging the chords and move over to strum, back and forth. It really surprized me that's workable.
Would sugggest maybe including the alternative F Major chord.
A way you could really elevate this; would be to have some kind of feedback as correct ( or incorrect) strings are played. Which would make the chords far more easily discoverable.
I think this could be a fantastic learning aid.
I am curious how this works. Do you have any links to papers or something naming and explaining the techniques?
Looking through the code I guessed that the shaders just render the images with lighting using the generated normal, spec, POM, maps? Are the calculations actually all done in `fshader.glsl`? or is there some CPU image processing somewhere else? I'll keep digging.
I wanted to try applying it to image masking or see if there's a way to do something like it in real time with a shader on the GPU.
FYI you can mirror your repo by adding additional remotes to your local git repo `git add remote <remotename> <repo-address>` and then pushing to the specific remote with `git push -u <remotename> <branchname>`.
It's a nice idea to have public mirrors if you're self hosting git. i.e. github, bitbucket or gitlab
I really like the concept of the game. It needs some mechanical polish, but it really is quite good.
Here is my criticisms / feedback:
The part where you get stuck on the end of rails is pretty game breaking . The swing physics feel a bit floaty. All of the enemies should really be a lot more visible, especially the crates, they blend in a lot with the background and it feels cheap to die to that.
I wonder if the control scheme would work better if holding left click pulled you in and right click was just for cancel/detach.
10/10 weird. Loved the conversations with the characters.
Really enjoyed the vibe and overall atmosphere.
I had great time racing around the platforms at THE BEACH
Mechanically there could be a lot more polish.
THE CASTLE feels like its designed for a different player controller ( or different scale) compared to the rest of the came
See https://siactro.itch.io/toree3d as a great reference of similar player controller.
I'd love to see the game design improved upon and the game world expanded. It really sucked me in... to a fucked up dimension... and I love it.