YouTube channel (BigRig Creates) draws attention by making Nintendo 3DS huge. The giant Nintendo 3DS made here can play exclusive titles like the original Nintendo 3DS, and has huge buttons, a huge touch screen, and a huge slide pad, and the top screen is also realized in 3D.
The goal of making a huge Nintendo 3DS is to install a huge foldable top screen, actually implement a three-dimensional mounting, actually implement a huge slide pad mounting, and actually implement a software operation.
I bought a mount that can hang a used 3D TV on a wall and attach it using materials like wood, rope, and screws. There are two types of 3D TVs, passive and active, as technologies for realizing 3D stereoscopic images. The active method realizes a three-dimensional effect by projecting images separately to the left and right eyes with polarized filter glasses. In passive mode, interspecies images are alternately projected to the left and right eyes for each scan line to realize a three-dimensional effect.
The Nintendo 3DS adopts a parallax barrier method that realizes 3D stereoscopic images without 3D glasses. This is to create binocular parallax by separating the images entering the left and right eyes by preparing a barrier called a parallax barrier. However, this method has the disadvantage that it does not work unless it is a small monitor. The 3D TV that this YouTube channel bought to build a giant Nintendo 3DS was a working type.
Citra was used as a Nintendo 3DS emulator because it was the only emulator that supported graphics upscaling. However, it is said that Citra could not output the secondary screen by simulating only the main Nintendo 3DS screen. Therefore, programming was required to extract the Nintendo 3DS’s lower screen video from the Citra source code.
Next giant slide pad foundation is the smartphone. A special conductive filament was prepared and wound on the end of a giant slide pad, enabling the smartphone screen to act as a giant slide pad. The button part also has a L/R button.
