Umm idk I'll check xlibman but if I find any it will take me about till saturday or friday to convert them if you feel like waiting(I promise they will be as good as the sprites above)

This is a link to some Black and White Kirby sprites that I converted cause I was really really bored lol. Anyways I'm working on converting some more sprites like Kirby, Zelda, Samus, basically all NES sprites lol.If you have any sprites you want me to convert to B/W just ask.

http://img171.imageshack.us/my.php?image=untitledry2.png

Ok Game Dev 83 is a project I am working on so people will be able to program a great Xlib program (B/W or Grayscale) in about a week. It will include an environment to create anything you want. I have some stuff to put in it like routines and a user friendly IDE. But I need any routines that anyone has that they use to make games and please try to comment the code if u type it in so I don't have to read it all to understand it

Game Dev 83 Features:
Mapmaker able to make scrolling maps
Sprite editor(Grayscale included)
Code editor

Any other features you want just ask and they will be added to this list if possible and specify in detail what you want it to do.

Mapmaker:
You will be able to make any size scrolling map and their will be an extensive set of sprites already made that you will be able to use if desired.

Sprite editor:
You will be able to make a sprite and then it will make a mask for the sprite for grayscale. It will also be able to compress it to binary or hex and will include a decompressor of your chosing.

Code writer:
You will be able to write your program with minimal hard coding and just use some easy macros among other things. Hard coding will be as minimal as possible, but if the compiler produces something unwanted then you could edit it. Otherwise the code editor will be able to remember a sprite, e.g. you write real(1,G,H,5,2,3,4,5,3,4=SPRITE then when every you specify the compiler to use SPRITE in the routine it will replace it with that. You can make as many macros as you want.

Wow that game is great I love the blood sadly I only got to level three lol I suck what language did you program int in??

This game looks totally awesome I can't wait till it is finished.

sad to say though but the rotation part was to hard to implement for me so maybe someone else can try it.I can not take credit for this because if was taken from the source of Edit3D for TI-89, same with my converted BASIC stuff if was converted from that source file. Also another thing is if you wanted to draw faces then you would have to bubble sort the z axis from lowest to biggest, then the one with the most z value would get it's face drawn in first and so on. SO basically that would be a cover-up routine with the lowest visible solid areas being visible.

This rotation for all axes:
Camera.y = dist * sin(ang_x) ;
Camera.z = dist * cos(ang_x) ;
Camera.z = Camera.z * cos(ang_y) ;
Camera.x = dist * cos(ang_x) ;
Camera.x = Camera.x * sin(ang_y);
//Those are in LCAM, LCAM(1=camera.x and so on
Work_CUBE.z = - Work_CUBE.y * sin(ang_x) + Work_CUBE.z * cos(ang_x)
Work_CUBE.y =  Work_CUBE.y * cos(ang_x)  + intermediate * sin(ang_x)
//rotation around the y axis
Work_CUBE.z = - Work_CUBE.y * sin(ang_x) + Work_CUBE.z * cos(ang_x)
Work_CUBE.y =  Work_CUBE.y * cos(ang_x)  + intermediate * sin(ang_x)
//rotation around the x axis
Work_CUBE.x = Work_CUBE.x * cos(ang_z) - Work_CUBE.y * sin(ang_z)
Work_CUBE.y = Work_CUBE.y * cos(ang_z) + intermediate * sin(ang_z)
//rotation around the z axis

That link doesn't work

Also I'm working on implementing rotation into that source code above, but anyways xlibman the 8xp format is attached.

Actually I found the equation to convert 3D points to 2D on a plane from some C documents so I made a copy of the C programs in BASIC for true 3D rendering but sadly it is very slow it takes about 2 seconds to render 8 3D vertices