SpriteEditor

Ver1.32

Text format

■ 1. C format (no rotation)
XXX.cl file example
/ ******************************** Color Table ****************************** / / * 0: 16 * / ← Palette entry number & color mode SPR_PAL pal_testFile_000 [] = { 0x8000, / * 0 * / ← Actual color data 0xE318, / * 1 * / (Continued for 16 or 256 colors depending on the mode) 0xD318, / * 2 * / : : : SPR_PAL_DAT paldata_testFile [] = { SPR_PAL_DEF (0x0040, 16, pal_AtestFile_000), SPR_PAL_DEF (0x0020, 16, pal_AtestFile_001), : ↑ : Palette address, color mode, label when editing : (Unused area is basically not output)
XXX.cg file example
/ ******************************** CG ****************************** / / * 0: 88x136 * / ← Sprite number & sprite size SPR_CG cg_testFile_000 [] = { 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0011, 0x0021, 0x0099, 0x0066, 0x00AA, : ↑ : Real pixel data : (Palette code in palette mode 32K color mode is actual color data) SPR_CG_DAT cgdata_testFile [] = { SPR_CG_DEF (88,136,0x00000000), SPR_CG_DEF (24, 16,0x00001760), SPR_CG_DEF (32, 23,0x00001820), SPR_CG_DEF (40, 23,0x00001990), SPR_CG_DEF (56, 48, 0x00001B5C), : ↑ : H size, V size, relative address for each sprite:
XXX.map file example
/ ******************************** MAP ****************************** / / * 0: * / ← Pattern number SPR_MAP map_testFile_000 [] = { SPR_MAP_DEF (1,COL_16, cg_testFile_005, 24, 16, 7, -62,0x0010), SPR_MAP_DEF (2, COL_16, cg_testFile_002, 32, 23, 2, -46, 0x0030), : ↑ : Sprite number, color mode (COL_16, COL_256, COL_DC) : Sply travel, H size, V size, H offset, V offset: Inversion information (0x0010 = H inversion, 0x0020 = V inversion)
XXX.anm file example
/ ******************************** ANIME ****************************** / / * 0: * / ANM_BNK bank_testFile_000 [] = { ANM_DEF (map_testFile_000, 5), ANM_DEF (map_testFile_010, 20), ANM_DEF (map_testFile_001, 5), : ↑ : Display target pattern label, display time:

■ 2. C format (+ rotation)

* Exactly the same as (1) except for XXX.pat

XXX.pat file example

/ ********************************
        PATTERN (+ rot)
****************************** /
/ * 0: * /
PAT_MAP pat_testFile_000 [] = {
        PAT_MAP_DEF (0, COL_256, cg_testFile_000, 0, 3, -16, -16, 16, 
16,0x20B6,0x0000)
};;

/ * 1: * /
PAT_MAP pat_testFile_001 [] = {
        PAT_MAP_DEF (1,COL_256, cg_testFile_001, 0, 3, -16, -16, 16, 16, 
16,0xF60A, 0x0000),,
        PAT_MAP_DEF (1,COL_256, cg_testFile_001, -19, 5, -16, -16, 16, 
16,0xEAAA, 0x0000),,
        PAT_MAP_DEF (2, COL_256, cg_testFile_002, 27, -17, -16, -16, 16, 
16,0x18E2,0x0000)
                : ↑
                : Sprite number, color mode (COL_16, COL_256, COL_DC)
                : Sprite travel, rotating center H coordinate, rotating center V coordinate,
                : Offset A, Offset B, Offset C, Offset D,
                : Rotation angle, inversion information (0x0010 = H inversion, 0x0020 = V inversion)
　
* Rotation center coordinates = Relative coordinate values from the pattern origin * Offsets A to D = Relative coordinate values between the rotation center point and each vertex of the sprite (at an angle of 0 °) (A = TopLeft-H coordinates B = TopLeft-V coordinates) C = BottomRight-H coordinates D = BottomRight-V coordinates)
* Rotation angle = Rotation angle for each sprite (0 ° to 360 ° is expressed in hexadecimal from $ 0000 to $ FFFF)

■ 3. ASM format (no rotation)
XXX.cl file example
; -------------------------- ; color data ; -------------------------- ; global .global pal_Test_000 .global pal_Test_000_END : : ; -------------------------- ; cg_Test_131 ← Sprite pal_Test_000: that used the corresponding palette at the time of editing CLSIZE pal_Test_000_END-pal_Test_000-4 ← Data size COLOR h'E318, h'F39C, h'D2DD, h'BA1C, h'A114, h'BA58, h'FA0C, h'F968; No = 00-07 COLOR h'D808, h'A194, h'990E, h'8088, h'82FD, h'8000, h'8000, h'8000; No = 08-0F : ↑ : Actual color code: pal_Test_000_END:
XXX.cg file example
; -------------------------- CG-data ; -------------------------- ; global .global cg_Test_000 ← global definition of label used .global cg_Test_000_END : : ; -------------------------- x_size: 40 y_size: 43 (16colors) ← H size, V size, color mode cg_Test_000: CGSIZE cg_Test_000_END-cg_Test_000-4 ← Data size .data.b h'00, h'00, h'00, h'00, h'00, h'00, h'00, h'00, h'00, h'00, h'02, h'20, h' 00, h'00, h'00, h '00 .data.b h'00, h'00, h'00, h'00, h'00, h'00, h'00, h'00, h'00, h'00, h'00, h'00, h' 00, h'00, h'2B, h 'B2 : ↑ : Pixel data (4bit / pixel in 16 color mode) , 8bit / pixel in 256 color mode) cg_Test_000_END: ; -------------------------- x_size: 56 y_size: 105 (32Kcolors) cg_Test_001: CGSIZE cg_Test_001_END-cg_Test_001-4 .data.w h'6F7B, h'6F7B, h'6F7B, h'4631, h'0000, h'7FFF, h'6F7B, h'6F7B .data.w h'6F7B, h'6F7B, h'0000, h'7FFF, h'7FFF, h'7FFF, h'7FFF, h'7FFF : ↑ : Pixel data (16bit / pixel in 32K color mode) cg_Test_001_END:
XXX.map file example
; -------------------------- ; Sprite Map ; -------------------------- ; global .global map_Test_000 .global map_Test_001 : : map_test_000: SPRNUM 8 ← Total number of sprites SPRDEF 1, 24, 16, -16, -60, NONE SPRDEF 2, 32, 23, -19, -44, NONE SPRDEF 3, 40, 23, -24, -21, HREV SPRDEF 4, 56, 48, 45, -18, HREV | VREV SPRDEF 5, 40, 72, 5, -18, HREV SPRDEF 6, 48, 25, -60, 1, NONE SPRDEF 7, 48, 21, -60, 36, VREV SPRDEF 8, 24, 10, -52, 26, NONE SPREND ↑ Sprite number, H size, V size, H offset, V offset, inversion information (H inversion = HREV, V inversion = VREV, none = NONE)
XXX.anm file example
; -------------------------- Anime Table ; -------------------------- ; global .global bank_Test_000 .global bank_Test_001 : : bank_anumSamp_000: ANIMNUM 12 ← Total number of patterns used ANIM map_Test_000, 5 ANIM map_Test_010, 20 ANIM map_Test_001, 5 : ↑ Target pattern, display time: ANIMEND

■ 4. ASM format (+ rotation)

* Exactly the same as (3) except for XXX.pat

; --------------------------
; Sprite Pattern (+ rot) 

; --------------------------
; global
        .global pat_anumSamp_000
        .global pat_anumSamp_001
                :
                :

pat_anumSamp_000:
        PATNUM 5
        PATTERN 1, 0, 3, -16, -16, 16, 16, h'F60A, NONE
        PATTERN 1, -19, 5, -16, -16, 16, 16, h'EAAA, NONE
                : ↑
                : Sprite number, rotating center H coordinate, rotating center V coordinate,
                : Offset A, Offset B, Offset C, Offset D,
                : Rotation angle, inversion information (H inversion = HREV, V inversion = VREV, none = NONE)
PATEND

* Rotation center coordinates = Relative coordinate values from the pattern origin * Offsets A to D = Relative coordinate values between the rotation center point and each vertex of the sprite (at an angle of 0 °) (A = TopLeft-H coordinates B = TopLeft-V coordinates) C = BottomRight-H coordinates D = BottomRight-V coordinates)
* Rotation angle = Rotation angle for each sprite (0 ° to 360 ° is expressed in hexadecimal from $ 0000 to $ FFFF)

■ 5. C format (+ rotation + reverse Pri)

■ 6. ASM format (+ rotation + reverse Pri)

Each ■ 2. ■ 4. For the pattern data output by XXX.pat, change the priority of the sprites placed on the tool in the reverse order and output.

The file format itself is ■ 2. ■ 4. Same as.

★ Graphic Tools Guide ★ Format list