#Rpg maker 2k3 3d game 32 bit
#Rpg maker 2k3 3d game pro

I tested this too : Tooks several of the example screenshots on the store page - converted them down to 8-bit (256 colors) with paint shop pro and all of them looked identical. Yes I understand from your explanation it can indeed display a lot more, but the fact is, in most case it just doesn't, and that's kind of hte bottom line. I'm pretty sure most people would agree it's 8-bit graphics. The RPG Maker's features and game style can be compared to video games of the 16-bit era, such as SNES.īut overall since the RPG is all 8-bit color, and each sprite/tile/etc can only be a maximum of 8-bit, and overall it looks most like the NES.

Therefore '8-bit music' doesn't really have anything to do with 8 bits per se, but it refers to chiptune-like music because that's what the 8-bit consoles such as the Game Boy supported back then. * Eras of video games: This is an abstract definition which is actually used to refer to a certain set of consoles and the styles of music, graphics, etc. The RPG Maker is written for a 32-bit architecture (and 64-bit processors support a 32-bit mode as well). This indirectly defines the amount of memory a processor can directly access.

#Rpg maker 2k3 3d game 32 bit

It was 32 bit for a long time and shifted to 64 bits in the last years. * Processor word size: Defines the normal size of values with which a processor operates. The RPG Maker theoretically uses a 24-bit spectrum for sprites, but the screen is limited to 16-bit, so it's effectively 16-bit (65536 colors). number of colors to choose from to select those used in the first point. The RPG Maker allows 65536 colors (16 bit) on the screen concurrently (all displayed sprites together). the number of colors to choose from, per sprite, is 256 (8 bit). The RPG Maker users indexed 8-bit sprites, i.e. It doesn't say how big the palette is from which the colors can be chosen. * Number of colors concurrently used in a sprite and/or on screen. Tl dr: You have to differentiate between 4 uses of bitness: See also: (fourth_generation)Īs you can see, the RPG Maker belongs to this 'era', feature-wise.ģ2-bit, 64-bit, 128-bit: This is where we get into more realstic 3D and sound, smooth hi-res graphics. The 16-bit era is the 4th generation of video games (1987-1999). Sound MIDI-like (note-based sounds but with richer, more realistic soundfonts, and more channels), <65536 colors, screen size around 350x350, multi-layer tilemaps and more complex graphics, sometimes even basic 3D. See also: (third_generation)ġ6-bit: SNES, Mega Drive.

The 8-bit area is the 3rd generation of video games, I'd say (1983-1995). Sound usually chiptunes, graphics very low in colors (4-32 colors on screen out of a palette of <256 colors), screen size around 200x200, often using a fixed tile grid leading to square text, etc. It has just became an abstract term for a specific era of consoles and games and the styles of graphics and music they used (which came from the limits the technical architecture set them).Ĩ-bit: NES or GBC, for example. Usually you do mean processor architecture, because it is usually associated with a certain generation of video consoles. This way we would have proven that while each individual picture can have only 256 colors, we can have 65536 ones on the screen.Īlso, the bitness of videogames is indeed ambigous. Let's display 273 vertical lines with 240 pixels each, and 1 vertical line with 16 pixels, makes 273*240+16=65536 You could theoretically go and create 274 different pictures, each of them using 240 different colors (except for the last which uses 16) out of the 16-bit RGB specture (5, 6, 5 bits for R, G, B), and then display them all on the screen. We want to prove that we can really show 65536 colors on the screen. You can pick them from the 24-bit RGB spectrum, however because the screen uses 16-bit colors, some information is always lost (which you can best see when using gradients).Ī theoretical experiment: 320x240 = 76800 pixels on the screen. 256 colors', but it doesn't define which colors. The 8 bits you have to use for graphic materials are indexed, i.e. The RPG Maker 2000/2003 uses a 16 bit screen (RGB with 5, 6, 5 bits), i.e.