Help - Other QR code - Can it be reverse engineered?

What's with the Zapper? It seems to be deactivated. I wanted to see if B would start again from the win with no stars if he gets Zapped.

 

@B Hill You're a developer? Have you made any games?

Also, isn't it normal that only one of the win blocks emit a light? Good point on the starless win, though, but since there is just one of them there, shouldn't it win the level? Or do you think it only works when you have more than one?

EDIT: Also, the R bot won't move, and if you're close enough, you can actually tap on the cylinder, but no bubble will appear and B will weirdly backtrack just before he goes to it, and go to the block beside it. And the protruding corners (the ones outside the normal block size) of the trash can will blend into another block if another one is placed beside it, having an effect like the ghost block.

EDIT 2: What's with the cars? The metal blocks are multiple wedges and irregular shapes, like they're incompletely rendered.

EDIT 3: Yikes! There seems to be something wrong with the level. It wasn't like that at first. I opened it in my other device, and it FELL THROUGH THE FLOOR! I was able to still see it, but it dropped down until it went out of view. Then when I restarted both of the devices, it went back to normal.

 

I think too that many of these hidden blocks are not included in the game because of bugs/instabilities. Wheels, Bricks pillar, Non triggered Win,... They all have stranges/erronous behavior and are difficult to use or useless. I only see a great value to the stone/metal corner, grass wedges, desert effect and metal stairs. I love the design effect that could draw to:

Spoiler: Design effects

What is great now is the ability to rotate the level. That was the first objective and it works well for me. Here is 2 of the bigger level I made and I haven't found any issues (but that wasn't the first shot! )

Spoiler: Transformers - the desert other side

Spoiler: Petroleum - rotation with desert effect

 

@QuantumForce - Haha At least you've got a new avatar: a QR Code! And it is not a fake one! Really nice...
That's interesting. A factorisation of the cases would be awesome. I didn't considered the orientation like this but I noticed a redundant pattern.
From the starting orientation, I only track the (x,y,z) changes. Following your implementation of the blocktypes (thanks!), here is where I came to:

Spoiler: Stone stair

Code:

        self.STONE_STAIR = BlockType(5, "StoneStair", subtypes=[
            BlockType(0x00, "StoneStair", direction='BN', rot=(0,0,0), rot90 = BlockType(0x01, "StoneStair", direction='BW')),  # Official
            BlockType(0x01, "StoneStair", direction='BW', rot=(0,1,0), rot90 = BlockType(0x02, "StoneStair", direction='BS')),
            BlockType(0x02, "StoneStair", direction='BS', rot=(0,2,0), rot90 = BlockType(0x03, "StoneStair", direction='BE')),
            BlockType(0x03, "StoneStair", direction='BE', rot=(0,3,0), rot90 = BlockType(0x00, "StoneStair", direction='BN')),

            BlockType(0x04, "StoneStair", direction='TN', rot=(1,0,0), rot90 = BlockType(0x05, "StoneStair", direction='TW')),  # Official
            BlockType(0x05, "StoneStair", direction='TW', rot=(1,0,3), rot90 = BlockType(0x06, "StoneStair", direction='TS')),
            BlockType(0x06, "StoneStair", direction='TS', rot=(1,0,2), rot90 = BlockType(0x07, "StoneStair", direction='TE')),
            BlockType(0x07, "StoneStair", direction='TE', rot=(1,0,1), rot90 = BlockType(0x04, "StoneStair", direction='TN')),

            BlockType(0x08, "StoneStair", direction='TS', rot=(2,0,0), rot90 = BlockType(0x09, "StoneStair", direction='TE')),  # Non official
            BlockType(0x09, "StoneStair", direction='TE', rot=(2,3,0), rot90 = BlockType(0x0a, "StoneStair", direction='TN')),
            BlockType(0x0a, "StoneStair", direction='TN', rot=(2,2,0), rot90 = BlockType(0x0b, "StoneStair", direction='TW')),
            BlockType(0x0b, "StoneStair", direction='TW', rot=(2,1,0), rot90 = BlockType(0x08, "StoneStair", direction='TS')),

            BlockType(0x0c, "StoneStair", direction='BS', rot=(3,0,0), rot90 = BlockType(0x0d, "StoneStair", direction='BE')),  # Non official
            BlockType(0x0d, "StoneStair", direction='BE', rot=(3,0,1), rot90 = BlockType(0x0e, "StoneStair", direction='BN')),
            BlockType(0x0e, "StoneStair", direction='BN', rot=(3,0,2), rot90 = BlockType(0x0f, "StoneStair", direction='BW')),
            BlockType(0x0f, "StoneStair", direction='BW', rot=(3,0,3), rot90 = BlockType(0x0c, "StoneStair", direction='BS')),

            BlockType(0x10, "StoneStair", direction='NE', rot=(0,0,1), rot90 = BlockType(0x11, "StoneStair", direction='NW')),  # Official
            BlockType(0x11, "StoneStair", direction='NW', rot=(0,1,1), rot90 = BlockType(0x12, "StoneStair", direction='SW')),
            BlockType(0x12, "StoneStair", direction='SW', rot=(0,2,1), rot90 = BlockType(0x13, "StoneStair", direction='SE')),
            BlockType(0x13, "StoneStair", direction='SE', rot=(0,3,1), rot90 = BlockType(0x10, "StoneStair", direction='NE')),

            BlockType(0x14, "StoneStair", direction='NW', rot=(0,0,3), rot90 = BlockType(0x15, "StoneStair", direction='SW')),  # Non official
            BlockType(0x15, "StoneStair", direction='SW', rot=(0,1,3), rot90 = BlockType(0x16, "StoneStair", direction='SE')),
            BlockType(0x16, "StoneStair", direction='SE', rot=(0,2,3), rot90 = BlockType(0x17, "StoneStair", direction='NE')),
            BlockType(0x17, "StoneStair", direction='NE', rot=(0,3,3), rot90 = BlockType(0x14, "StoneStair", direction='NW')),
        ])

Despite the "direction" key (which varies depending on the kind of block), the "rot" key pattern still almost the same everytime, even for the motor (I list: stair, wedge, zapper, motor, curved rail, pillar, half pillar, fence and... corner). I said almost because I had an exception for slider and rail where the pattern change to:

Spoiler: Slider

Code:

        self.SLIDER = BlockType(41, "Slider", subtypes=[
            BlockType(0x00, "Slider", direction='BN', rot=(0, 0, 1), rot90=BlockType(0x01, "Slider", direction='BW')),  # Official
            BlockType(0x01, "Slider", direction='BW', rot=(0, 1, 1), rot90=BlockType(0x02, "Slider", direction='BS')),
            BlockType(0x02, "Slider", direction='BS', rot=(0, 2, 1), rot90=BlockType(0x03, "Slider", direction='BE')),
            BlockType(0x03, "Slider", direction='BE', rot=(0, 3, 1), rot90=BlockType(0x00, "Slider", direction='BN')),  # Official

            BlockType(0x04, "Slider", direction='TN', rot=(1, 0, 1), rot90=BlockType(0x05, "Slider", direction='TW')),
            BlockType(0x05, "Slider", direction='TW', rot=(1, 0, 2), rot90=BlockType(0x06, "Slider", direction='TS')),
            BlockType(0x06, "Slider", direction='TS', rot=(1, 0, 3), rot90=BlockType(0x07, "Slider", direction='TE')),
            BlockType(0x07, "Slider", direction='TE', rot=(1, 0, 0), rot90=BlockType(0x04, "Slider", direction='TN')),

            BlockType(0x08, "Slider", direction='TS', rot=(0, 0, 3), rot90=BlockType(0x09, "Slider", direction='TE')),
            BlockType(0x09, "Slider", direction='TE', rot=(0, 1, 3), rot90=BlockType(0x0a, "Slider", direction='TN')),
            BlockType(0x0a, "Slider", direction='TN', rot=(0, 2, 3), rot90=BlockType(0x0b, "Slider", direction='TW')),
            BlockType(0x0b, "Slider", direction='TW', rot=(0, 3, 3), rot90=BlockType(0x08, "Slider", direction='TS')),

            BlockType(0x0c, "Slider", direction='BS', rot=(3, 0, 1), rot90=BlockType(0x0d, "Slider", direction='BE')),  # Official
            BlockType(0x0d, "Slider", direction='BE', rot=(3, 0, 2), rot90=BlockType(0x0e, "Slider", direction='BN')),
            BlockType(0x0e, "Slider", direction='BN', rot=(3, 0, 3), rot90=BlockType(0x0f, "Slider", direction='BW')),
            BlockType(0x0f, "Slider", direction='BW', rot=(3, 0, 0), rot90=BlockType(0x0c, "Slider", direction='BS')),

            BlockType(0x10, "Slider", direction='NE', rot=(0, 0, 0), rot90=BlockType(0x11, "Slider", direction='NW')),
            BlockType(0x11, "Slider", direction='NW', rot=(0, 1, 0), rot90=BlockType(0x12, "Slider", direction='SW')),
            BlockType(0x12, "Slider", direction='SW', rot=(0, 2, 0), rot90=BlockType(0x13, "Slider", direction='SE')),
            BlockType(0x13, "Slider", direction='SE', rot=(0, 3, 0), rot90=BlockType(0x10, "Slider", direction='NE')),

            BlockType(0x14, "Slider", direction='NW', rot=(2, 0, 0), rot90=BlockType(0x15, "Slider", direction='SW')),
            BlockType(0x15, "Slider", direction='SW', rot=(2, 3, 0), rot90=BlockType(0x16, "Slider", direction='SE')),
            BlockType(0x16, "Slider", direction='SE', rot=(2, 2, 0), rot90=BlockType(0x17, "Slider", direction='NE')),
            BlockType(0x17, "Slider", direction='NE', rot=(2, 1, 0), rot90=BlockType(0x14, "Slider", direction='NW')),
        ])

Note: on this one I didn't change the "direction" name value to a more suitable one as, in fact, I am not using it. I really need to cleanup my code

Here is a demo on the card rendering but note that it is not a playable level, so the presentation picture is for the most sufficient:

Spoiler: Démo

 

@TR O -

1. No. The name is limited to 16 characters, no more. Some characters that are forbiden in the app can be used manually but there's not a lot. Here are the rules I have implemented in my file and that seems to work well: "Max 16 char: A-Z a-z 0-9 space - / ( ) ! & : ,"
2. The level editor mode is managed by the app and doesn't allow to import levels. So, from any modification I do, I generate a QR Code to be read in the download application panel. In fact there's nothing in the code that tells the app to put it in the editor or download panel. I could have tell you that I am working on a 3D web level editor but that's too early for now At least, my evenings are really busy on that...
3. I didn't find any way to determine which B bot would be THE ONE. I didn't focused on that too, but again nothing in the code seems to be planned to mark one bot different from another one.

 

Definitely! @Gepeto and @QuantumForce have developed an online 3D builder that allows you to build levels like in the real app, but with added features like access to the unreleased blocks, group selection, ability to move blocks up and down, rotate the whole level, and more! It's still in development so it's not available to the public yet, but it's really amazing!

 

Despite the 3D Builder is still in development a level customizer is now available online at mekostudio.com so that everyone willing to rotate or customize some parts of a level is able to do it by himself with a number of given blocks.

A dedicated thread has also been created here.