AminetAminet
Search:
82436 packages online
About
Recent
Browse
Search
Upload
Setup
Services

dev/cross/nessprtools_aos4.lha

Mirror:Random
Showing:m68k-amigaosppc-amigaosppc-morphosi386-arosi386-amithlonppc-warpupppc-powerupgeneric
No screenshot available
Short:Convert BMP images to NES formats
Author:Bob Rost, AmigaOS 4.0 compile by Spot / Up Rough
Uploader:spot triad se (Spot / Up Rough)
Type:dev/cross
Architecture:ppc-amigaos >= 4.0.0
Date:2006-09-19
Download:http://aminet.net/dev/cross/nessprtools_aos4.lha - View contents
Readme:http://aminet.net/dev/cross/nessprtools_aos4.readme
Downloads:649
NES Sprite Tools
March 18, 2004

 Note:
The Windows versions of these tools require the cygwin1.dll file. This file is
available from Bob Rost's NES development resources page.

  

 Included tools (and author):




   

bmp2chr 

Bob Rost 

   

bmp2level 

Bob Rost 

   

bmp2palette 

Bob Rost 

   

bmp2sprite 

Bob Rost 

   

bmp2table 

Bob Rost 

   

bmpmerge 

Bob Rost 

   

chr2bmp 

Bob Rost 

   

sprites2chrsprite 

Joey Echeverria  



  

 General Usage:

 These tools convert between various kinds of bitmaps images and other data
formats useful in creating games for the NES. Due to the BMP image loader used
in these tools, any BMP image used must be 24-bit uncompressed color. This is
the standard Windows bitmap output by applications such as Photoshop. The tools
themselves may impose further restrictions on size and number of colors allowed
in the images. All of these tools are command line applications. If you do not
understand how to use them, consult appropriate documentation for using a
command line in your computer's operating system.

  

 Source Code:

 These tools are released with source code into the public domain. They come
with no warranty. Each of the included tools makes use of the BMPImage class,
written for public domain by Bob Rost. They have been tested under Mac OSX and
should work without modification on most popular operating systems. Under
standard C++ development environments, you should be able to compile all of the
tools with the Makefile.

  

 bmp2chr:
This command line application converts a BMP image file into a NES CHR file. The
input image size must be 128x128 pixels, and it may contain only the following
colors:




  




Black 

  

000000 

  

becomes sub-palette color 0 

White 

  

FFFFFF 

  

becomes sub-palette color 1 

Red 

  

FF0000 

  

becomes sub-palette color 2 

Blue 

  

0000FF 

  

becomes sub-palette color 3  

  


Usage: bmp2chr input.bmp output.chr

  

 bmp2level:


 This tool allows you to input bitmaps with information about your desired
level, which can then be automatically converted into usable level data to draw
and use the level in a game. The levels currently supported by the tool may be
one or two screens wide.

 Usage: bmp2level map.bmp pattern.bmp palette.bmp collision.bmp special.bmp
output.dat




  

map.bmp 

A full-color screenshot of what your level should look like. The tool supports
one or two screens at a time, which means that your image should be either
256x240 pixels, or 512x240 pixels. The tool relies on 16x16 pixel major blocks
to create the map, so your map data should consist of sections of that size from
your pattern table. 

  

pattern.bmp 

A standard 4-color pattern table, as created by bmp2pattern or chr2bmp, or
required for bmp2chr. The image should be 128x128 pixels. Colors 0, 1, 2, and 3
map to black, white, red, and blue. 

  

palette.bmp 

An image 16 pixels wide. Pixels 0, 4, 8, and 12 must all be the same color, to
conform with standard Nintendo color palettes. Only the first row of 16 pixels
will be used in order to load the palette. 

  

collision.bmp 

An image the same size as your map data. It should consist of 16x16 pixel
squares of solid color. Black squares indicate no collision at that point, and
white squares indicate collision, meaning that game characters are expected to
be able to stand on the square and not go through it. 

  

special.bmp 

An image the same size as your map data. Like the collision image, it should
consist of 16x16 pixel squares of solid color. The color indicates that a
special object of a particular type exists at that location. Each type is simply
a number, which should be interpreted by your program. The colors map to type
numbers as shown below.




  

black 

000000 

  

no data 

  

white 

ffffff 

  

1 

  

red 

ff0000 

  

2 

  

blue 

0000ff 

  

3 

  

green 

00ff00 

  

4 

  

yellow 

ffff00 

  

5 

  

magenta 

ff00ff 

  

6 

  

cyan 

00ffff 

  

7  

 

  

output.dat 

The output data file for your level. You may include this file directly in your
rom to use in your game. The binary format is as follows:




1024 or 2048 bytes 

Name and Attribute table data to draw the level. If the level is on screen wide,
then the 1024 bytes may be copied directly to PPU memory at a nametable starting
address, such as $2000, in order to load the nametable and attribute table
correctly. If your level is two screens wide, then the first 1024 bytes will be
the lefthand screen, and the next 1024 bytes will be the righthand screen. 

256 or 512 bytes 

Collision data corresponding to the level. Data is 256 bytes for a one-screen
level, or 512 bytes for a two-screen level. Each byte represents a single major
block from the collision map, and its value is 0 for passable blocks and 1 for
solid blocks. Blocks are addressed in row order from far left to the far right
of the map, from top to bottom. 

3n +1 bytes
for n special items 

Each 3 bytes represents a single special item. The first byte is the item type,
the second byte is the x coordinate, and the third byte is the y coordinate.
Coordinates are in major blocks from the upper left of the map, right and
downward. The list is null-terminated by a single zero.  

  



  

 bmp2palette:



 Usage: bmp2palette flag palette.bmp output.dat




flag 

optional 

You may optionally specify which system palette to use for designating colors.
The available palettes are by Chris Covell, Loopy, and Matthew Conte. If no flag
is specified, then Chris Covell's palette is used by default. The flags for each
palette are as follows:
 -covell
-loopy
-conte 

palette.bmp 

  

This image should by 16 pixels wide, and either 1 or 2 pixels tall. It may
consist of any colors you wish, to be matched to the NES palette. However, every
fourth pixel (starting with the upper left pixel) must be the same color, to
conform to NES system restrictions. 

output.dat 

optional 

If you wish, you may specify an output filename. This file will be binary data,
16 or 32 bytes, where each byte is the NES system color of the corresponding
pixel, as read in standard row order. If you do not specify an output file, then
the colors will output to the console as an nbasic data statement.  



  

 bmp2sprite:

 This tool converts a BMP image file to a NES-style tile layout version. The
program does not check for color restrictions.

 Usage: bmp2sprite input.bmp output.bmp




input.bmp 

An image file that is a multiple of 8x16 pixels. 

output.bmp 

The output file. It will be a horizontal arrangement of the input file, 8 pixels
tall. The 8x8 pixel tiles will be read column order from the input and laid into
the output as encountered.  



  

 bmp2table:

 This tool converts a pattern table to a 4-color NES compatible pattern table,
based on the provided palette. The user will be alerted of ambiguous palette
matches, and it is the user's responsibility to resolve them manually.

 Usage: bmp2table input.bmp palette.bmp output.bmp




input.bmp 

A 128x128 pixel image in full color. 

palette.bmp 

An image containing multiple sub palettes, to which the full color image will be
matched. The image may contain any number of sub palettes, each one 4x1 pixels.
The palette image may be any multiple of 4x1 pixels. 

output.bmp 

A 128x128 pixel image in NES 4 color, consisting of black, white, red, and blue.
This image may be fed to bmp2chr.  



  

 bmpmerge:

 This tool merges two bitmaps. It compares 8x8 tiles. For each tile which is
blank (solid color) in one of the input tiles and non-blank in the other, the
output file will contain the non-blank tile.

 Usage: bmp2table input1.bmp input2.bmp output.bmp




input1.bmp 

A 128x128 pixel image. 

input2.bmp 

A 128x128 pixel image. 

output.bmp 

A 128x128 pixel image, created as a result of merging the two input pictures.  



  

 chr2bmp:

 This command line application converts a NES CHR file to a BMP image. The input
file must be a single-bank CHR ROM (4096 bytes), or else only the first bank
will be used. The output image will be a conversion into 4-color space from the
NES sub-palette entries, with a size of 128x128 pixels. Palette color 0 becomes
black, 1 becomes white, 2 becomes red, and 3 becomes blue.

 Usage: chr2bmp input.chr output.bmp




input.chr 
 

output.bmp 
  



  

 sprites2chrsprite:

 Takes a number of input bitmaps and arranges them, in the order provided, into
an output pattern table. It does not attempt to alter any colors.

 Usage: sprites2chrsprite input1.bmp [input2.bmp [...]] output.bmp




input1.bmp 

An image 8 pixels tall, and a multiple of 8 pixels wide. 

input2-n.bmp 

Optional input images, also 8 pixels tall and a multiple of 8 pixels wide. 

output.bmp 

A 128x128 pixel pattern table. It will have the same colors as the input files.
The input bitmap images will be concatenated row order into the pattern table,
in rows of 16 tiles.




Contents of dev/cross/nessprtools_aos4.lha
 PERMSSN    UID  GID    PACKED    SIZE  RATIO METHOD CRC     STAMP          NAME
---------- ----------- ------- ------- ------ ---------- ------------ -------------
[generic]                55913  130944  42.7% -lh5- 08d9 Oct  3 20:31 nes_sprite_tools/AmigaOS4/bmp2chr
[generic]                60936  147784  41.2% -lh5- 9d3c Oct  3 20:31 nes_sprite_tools/AmigaOS4/bmp2level
[generic]                56554  131424  43.0% -lh5- 028c Oct  3 20:31 nes_sprite_tools/AmigaOS4/bmp2palette
[generic]                55008  128012  43.0% -lh5- 5bb1 Oct  3 20:31 nes_sprite_tools/AmigaOS4/bmp2sprite
[generic]                78192  209112  37.4% -lh5- cfc0 Oct  3 20:31 nes_sprite_tools/AmigaOS4/bmp2table
[generic]                75078  196440  38.2% -lh5- 0a9e Oct  3 20:32 nes_sprite_tools/AmigaOS4/bmpmerge
[generic]                55484  129624  42.8% -lh5- 37cb Oct  3 20:32 nes_sprite_tools/AmigaOS4/chr2bmp
[generic]                55384  129156  42.9% -lh5- 7a67 Oct  3 20:32 nes_sprite_tools/AmigaOS4/sprites2chrsprite
[generic]                 1024    2578  39.7% -lh5- 0c45 Mar 12  2004 nes_sprite_tools/source/bmpmerge.cpp
[generic]                  812    1668  48.7% -lh5- 727d Mar  2  2004 nes_sprite_tools/source/chr2bmp.cpp
[generic]                  373    1683  22.2% -lh5- a777 Mar 18  2004 nes_sprite_tools/source/Makefile
[generic]                  713    1576  45.2% -lh5- 1de9 Mar 12  2004 nes_sprite_tools/source/sprites2chrsprite.cpp
[generic]                 3682   11545  31.9% -lh5- f074 Mar 18  2004 nes_sprite_tools/NES Sprite Tools.html
[generic]                  924    2084  44.3% -lh5- e814 Mar  2  2004 nes_sprite_tools/source/bmp2chr.cpp
[generic]                 3550   13287  26.7% -lh5- e89d Mar 15  2004 nes_sprite_tools/source/bmp2level.cpp
[generic]                 2360    6151  38.4% -lh5- 92f4 Mar 18  2004 nes_sprite_tools/source/bmp2palette.cpp
[generic]                  608    1211  50.2% -lh5- 4ee5 Mar  2  2004 nes_sprite_tools/source/bmp2sprite.cpp
[generic]                 1589    4741  33.5% -lh5- 087a Mar 12  2004 nes_sprite_tools/source/bmp2table.cpp
[generic]                 1778    6698  26.5% -lh5- c436 Mar 12  2004 nes_sprite_tools/source/BMPImage.cpp
[generic]                  930    2234  41.6% -lh5- 2791 Mar 12  2004 nes_sprite_tools/source/BMPImage.h
---------- ----------- ------- ------- ------ ---------- ------------ -------------
 Total        20 files  510892 1257952  40.6%            Sep 19 20:31

Aminet © 1992-2018 Urban Müller and the Aminet team. Aminet contact address: <aminetaminet net>