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cRom.h
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cRom.h
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#pragma once
#define MAX_GROUP_NUMBER 256
enum {
BM_COLMODE = WM_USER,
BM_NEW,
BM_OPEN,
BM_SAVE,
BM_ADD,
BM_IMPORT,
BM_EXPORT,
BM_UNDO,
BM_REDO,
BM_SELALL,
BM_SELMASK,
BM_SELMOVMASK,
BM_FILTER,
BM_ADDTOMASK,
BM_REMFROMMASK,
BM_UNICMASK,
BM_DELMASK,
BM_MASKCOL0,
BM_MASKCOL1,
BM_MASKCOL2,
BM_MASKCOL3,
BM_MOVEPATTERN,
BM_DRAWALL,
BM_EDITPAL,
BM_ORGMODE,
BM_MASKMULTI
};
#define BM_DRAWCOL0 BM_MASKCOL0
#define BM_DRAWCOL1 BM_MASKCOL1
#define BM_DRAWCOL2 BM_MASKCOL2
#define BM_DRAWCOL3 BM_MASKCOL3
enum
{
SA_DRAW = 0,
SA_SELECTION,
SA_COMPMASK,
SA_PALETTE,
SA_MASKCOLORS,
SA_MOVCOMPPATTERN,
SA_EDITCOLOR,
SA_MASKID,
SA_SHAPEMODE,
SA_COLSETS,
SA_DYNACOLOR,
SA_COPYMASK,
SA_DYNAMASK,
SA_SPRITECOLOR,
SA_ACSPRITE,
SA_SPRITE,
SA_SPRITES,
//SA_ADDSPRITE,
//SA_DELSPRITE,
SA_FRAMESPRITES,
SA_SECTIONS,
SA_COLROT
};
#define MAX_DYNA_SETS_PER_FRAME 16 // max number of color sets for dynamic content for each frame
#define MAX_COMP_RECTS 255 // max number of comparison rects and moving rects
#define MAX_COL_SETS 64 // max number of 4-color sets to remember
#define MAX_MASKS 64 // max number of comparison masks for comparison
#define SIZE_MASK_NAME 32 // size of dyna mask names
#define MAX_UNDO 16 // maximum undo/redo actions
#define MAX_SECTIONS 512 // maximum number of frame sections
#define SIZE_SECTION_NAMES 32 // size of section names
#define TOOLBAR_HEIGHT 100 // ...
#define MAX_SPRITES_PER_FRAME 32 // maximum amount of sprites to look for per frame
#define MAX_SPRITE_SIZE 128 // maximum size of the sprites
#define MAX_SPRITE_SIZE2 64 // maximum size of the sprites
#define SKIP_FRAME_DURATION 17 // skip the frames that are shorter than SKIP_FRAME_DURATION ms
#define MAX_COLOR_ROTATION 8 // maximum number of color rotations per frame
#define MAX_SPRITE_DETECT_AREAS 4 // maximum number of areas to detect the sprite
typedef struct
{
// header
char name[64]; // ROM name (no .zip, no path, example: afm_113b)
UINT32 fWidth; // Frame width=fW
UINT32 fHeight; // Frame height=fH
UINT32 nFrames; // Number of frames=nF
UINT32 noColors; // Number of colors in palette of original ROM=noC
UINT32 ncColors; // Number of colors in palette of colorized ROM=nC
UINT32 nCompMasks; // Number of dynamic masks=nM
UINT32 nMovMasks; // Number of moving rects=nMR
UINT32 nSprites; // Number of sprites=nS (max 255)
// data
// part for comparison
UINT32* HashCode; // UINT32[nF] hashcode/checksum
UINT8* CompMaskID; // UINT8[nF] Comparison mask ID per frame (255 if no rectangle for this frame)
UINT8* ShapeCompMode; // UINT8[nF] FALSE - full comparison (all 4 colors) TRUE - shape mode (we just compare black 0 against all the 3 other colors as if it was 1 color)
// HashCode take into account the ShapeCompMode parameter converting any '2' or '3' into a '1'
UINT8* MovRctID; // UINT8[nF] Horizontal moving comparison rectangle ID per frame (255 if no rectangle for this frame)
UINT8* CompMasks; // UINT8[nM*fW*fH] Mask for comparison
UINT8* MovRcts; // UINT8[nMR*4] Rect for Moving Comparision rectangle [x,y,w,h]. The value (<MAX_DYNA_SETS_PER_FRAME) points to a sequence of 4 colors in Dyna4Cols. 255 means not a dynamic content.
// part for colorization
UINT8* cPal; // UINT8[3*nC*nF] Palette for each colorized frames
UINT8* cFrames; // UINT8[nF*fW*fH] Colorized frames color indices, if this frame has sprites, it is the colorized frame of the static scene, with no sprite
UINT8* DynaMasks; // UINT8[nF*fW*fH] Mask for dynamic content for each frame. The value (<MAX_DYNA_SETS_PER_FRAME) points to a sequence of 4 colors in Dyna4Cols. 255 means not a dynamic content.
UINT8* Dyna4Cols; // UINT8[nF*MAX_DYNA_SETS_PER_FRAME*noC] Color sets used to fill the dynamic content UINT8* FrameSprites; // UINT8[nF*MAX_SPRITES_PER_FRAME] Sprite numbers to look for in this frame max=MAX_SPRITES_PER_FRAME 255 if no sprite
UINT8* FrameSprites; // UINT8[nF*MAX_SPRITES_PER_FRAME] Sprite numbers to look for in this frame max=MAX_SPRITES_PER_FRAME 255 if no sprite
UINT16* SpriteDescriptions; // UINT16[nS*MAX_SPRITE_SIZE*MAX_SPRITE_SIZE] Sprite drawing on 2 bytes per pixel:
// - the first is the 4-or-16-color sprite original drawing (255 means this is a transparent=ignored pixel) for Comparison step
// - the second is the 64-color sprite for Colorization step
UINT8* ColorRotations; // UINT8[3*MAX_COLOR_ROTATION*nF] 3 bytes per rotation: 1- first color (255 if no rotation); 2- last color; 3- number of 10ms between two rotations
UINT16* SpriteDetAreas; // UINT16[nS*4*MAX_SPRITE_DETECT_AREAS] rectangles (left, top, width, height) as areas to detect sprites (left=0xffff -> no zone)
UINT32* SpriteDetDwords; // UINT32[nS*MAX_SPRITE_DETECT_AREAS] dword to quickly detect 4 consecutive distinctive pixels inside the original drawing of a sprite for optimized detection
UINT16* SpriteDetDwordPos; // UINT16[nS*MAX_SPRITE_DETECT_AREAS] offset of the above dword in the sprite description
UINT32* TriggerID; // UINT32[nF] does this frame triggers any event ID, 0xFFFFFFFF if not
}cRom_struct;
typedef struct
{
// Header
char name[64]; // ROM name (no .zip, no path, example: afm_113b)
UINT8* oFrames; // UINT8[nF*fW*fH] Original frames (TXT converted to byte '2'->2)
BOOL activeColSet[MAX_COL_SETS]; // 4-or-16-color sets active
UINT8 ColSets[MAX_COL_SETS * 16]; // the 4-or-16-color sets
UINT8 acColSet; // current 4-or-16-color set
UINT8 preColSet; // first 4-or-16-color set displayed in the dialogbox
char nameColSet[MAX_COL_SETS * 64]; // caption of the colsets
UINT32 DrawColMode; // 0- 1 col mode, 1- 4 color set mode, 2- gradient mode
UINT8 Draw_Mode; // in colorization mode: 0- point, 1- line, 2- rect, 3- circle, 4- fill
int Mask_Sel_Mode; // in comparison mode: 0- point, 1- rectangle, 2- magic wand
BOOL Fill_Mode; // FALSE- empty, TRUE- filled
char Mask_Names[MAX_MASKS * SIZE_MASK_NAME]; // the names of the synamic masks
UINT32 nSections; // number of sections in the frames
UINT32 Section_Firsts[MAX_SECTIONS]; // first frame of each section
char Section_Names[MAX_SECTIONS * SIZE_SECTION_NAMES]; // Names of the sections
char Sprite_Names[255 * SIZE_SECTION_NAMES]; // Names of the sprites
UINT32 Sprite_Col_From_Frame[255]; // Which frame is used for the palette of the sprite colors
UINT8 Sprite_Edit_Colors[16 * 255]; // Which color are used to edit this sprite
UINT32* FrameDuration; // UINT32[nF] duration of the frame
char SaveDir[260]; // char[260] VPinMAME directory (must contain the final '\')
UINT16 SpriteRect[255*4]; // UINT16[255*4] rectangle where to find the sprite in the frame Sprite_Col_From_Frame
BOOL SpriteRectMirror[255 * 2]; // BOOL[255*2] has the initial rectangle been mirrored horizontally or/and vertically
}cRP_struct;
typedef struct {
BOOL active; // deactivated if similar to a previous one
char* ptr; // pointer to the first color index of the frame inside the TXT file
UINT32 timecode; // time code of the frame
UINT32 hashcode;
} sFrames;
typedef struct {
DWORD lastTime[MAX_COLOR_ROTATION]; // for C# we'll use DateTime and TimeSpan https://dotnetcodr.com/2016/10/20/two-ways-to-measure-time-in-c-net/
UINT8 firstcol[MAX_COLOR_ROTATION]; // initial first color of the rotation, 255 if the rotation is not active
UINT8 ncol[MAX_COLOR_ROTATION]; // number of colors in the rotation
UINT8 acfirst[MAX_COLOR_ROTATION]; // current offset of the colors
DWORD timespan[MAX_COLOR_ROTATION]; // time span between 2 switches
} sColRot;