one | Title | Data | Data Name | No |
typedef struct SclXy {
Fixed32x;
Fixed32y;
} SclXy; one | Title | Data | Data Name | No |
typedef struct SclXyz {
Fixed32x;
Fixed32y;
Fixed32z;
} SclXyz; one | Title | Data | Data Name | No |
typedef struct SclLineTb {
Fixed32 h; /* Horizontal screen scroll value */
Fixed32 v; /* Vertical screen scroll value */
Fixed32 dh; /* Horizontal coordinate increment */
} SclLineTb; one | Title | Data | Data Name | No |
typedef struct SclLinWindowTb {
Uint16 start; /* Horizontal starting point coordinates */
Uint16 end; /* Horizontal end point coordinates */
} SclLinWindowTb; one | Title | Data | Data Name | No |
typedef struct SclRgb {
Sint16 red; /* red */
Sint16 green; /* green */
Sint16 blue; /* Blue */
} SclRgb; one | Title | Data | Data Name | No |
typedef struct SclVramConfig{
Uint32 ktboffsetA; /* Coefficient table for rotation parameters with VRAM relative address */
/* Specification (If SCL_RBGO_K is specified, */
/* Specify the relative address from there. ) */
Uint32 ktboffsetB; /* The specified unit is 2048(0x400)Byte */
/* Coefficient table for rotation parameter B in VRAM */
/* Specify by relative address */
Uint8 vramModeA; /* Specify whether to divide VRAM A into two banks */
/* ON/OFF */
Uint8 vramModeB; /* Specify whether to divide VRAM B into two banks */
/* ON/OFF */
Uint8 vramA0; /* Specify what to use VRAM A0 on the rotating surface */
/* Valid for the entire VRAM A if not divided */
/* SCL_NON */
/* Do not store rotation surface data */
/* SCL_RBG0_K */
/* Put RBG0 coefficient data */
/* SCL_RBG0_PN */
/* Put RBG0 pattern name data */
/* Scl_RBG0_CHAR */
/* Place RBG0 character */
Unit8 vramA1; /* Specify what VRAMA1 is used for on the rotating surface */
/* Invalid if VRAMA is not split */
Uint8 vramB0; /* Specify what to use VRAM B0 on the rotating surface */
/* Valid for the entire VRAM B if not divided */
Uint8 vramB1; /* Specify what to use VRAM B1 for on the rotating surface */
/* Invalid if VRAM B is not partitioned */
Uint8 colram; /* Specify whether to store coefficient data in color RAM */
/* If coefficient data is placed in VRAM, it becomes unusable */
/* Color RAM mode is SCL_CRM15-2048 */
/* Cannot be specified without */
/* Specified by SCL_RBG0_K or SCL_NON */
} SclVramConfig; | No other data can be placed in a VRAM bank that contains some rotation surface data. However, other data can be placed in the coefficient data by specifying ktboffsetA and ktboffsetB. |
|---|
one | Title | Data | Data Name | No |
typedef struct Sclconfig {
Uint8 dispenbl; /* Display ON/OFF */
/* Screen display enable register (180020h) */
/* ON Display picture on screen */
/* OFF Do not display the picture on the screen */
Uint8 charsize; /* Character size */
/* Character control register (180028h to 18002ah) */
/* SCL_CHAR_SIZE_1X1 */
/* Set to 1X1 */
/* SCL_CHAR_SIZE_2x2 */
/* Set to 2x2 */
Uint8 pnamesize; /* pattern name size */
/* Pattern name control register (180030h to 180038h)*/
/* SCL_PN2WORD */
/* Set in 2word units */
/* SCL_PN1WORD */
/* 1 word unit setting */
Uint8 platesize; /* Plane size */
/* Plane size register (18003ah) */
/* SCL_PL_SIZE_1X1 */
/* Set to 1X1 */
/* SCL_PL_SIZE_2X1 */
/* Set to 2X1 */
/* SCL_PL_SIZE_2X2 */
/* Set to 2x2 */
Uint8 bmpsize; /* Bitmap size*/
/* Character control register (180028h to 18002ah) */
/* SCL_BMP_SIZE_512X256 */
/* Set to 512X256 */
/* SCL_BMP_SIZE_512X512 */
/* Set to 512X512 */
/* SCL_BMP_SIZE_1024X256 */
/* Set to 1024X256 */
/* SCL_BMP_SIZE_1024X512 */
/* Set to 1024X512 */
Uint8 coltype; /* Number of character colors */
/* Character control register (180028h to 18002ah) */
/* SCL_COL_TYPE_16 */
/* Set to 16 colors */
/* SCL_COL_TYPE_256 */
/* Set to 256 colors */
/* SCL_COL_TYPE_2048 */
/* Set to 2048 colors */
/* SCL_COL_TYPE_32K */
/* Set to 320,000 colors */
/* SCL_COL_TYPE_1M */
/* Set to 16.77 million colors */
Uint8 datatype; /* Bitmap enable */
/* Character control register (180028h to 18002ah) */
/* SCL_BITMAP */
/* Specify bitmap format */
/* SCL_CELL */
/* Specify cell format */
Uint8 mapover; /* Screen overflow processing */
/* Screen overflow processing register (18003ah) */
/* SCL_OVER_0 */
/* Set the area outside the display area to the display area */
/* Repeat the image. */
/* SCL_OVER1 */
/* Outside the display area, screen over pattern */
/* Repeat the pattern specified in the name register */
/* Yes (rotated surface only) */
/* SCL_OVER_2 */
/* Make the area outside the display area transparent */
/* SCL_OVER_3 */
/* Set the display area to 512x512 */
/* Make everything else transparent */
Uint8 flip; /* Character number auxiliary mode */
/* Special functions when the pattern name data size is 1 word */
/* Specify whether to use the reverse function. */
/* If specified, the character number will be 10 bits */
/* If not, it will be 12bit */
/* Pattern name control register (180030h to 180038h) */
/* SCL_PN_10BIT */
/* Enable special and invert features */
/* SCL_PN_12BITT */
/* Disable special and invert features */
Uint16 patnamecontrl; /* Auxiliary data in pattern name control register */
Uint32 plate_addr[16]; /* Scroll screen map register */
/* For cell format, enter the start address of the pattern name table */
/* designation */
/* For bitmap format, start address of bitmap data */
/* Specify */
/* Normal (180040h ~ 18004eh) */
/* Rotation (180050h ~ 18006eh) */
} Sclconfig; one | Title | Data | Data Name | No |
typedef struct SclLineParam {
Uint8 delta_enbl; /* Line zoom enable */
/* Line & vertical cell scroll register (18009ah) */
/* ON/OFF */
Uint8 v_enbl; /* Line scroll enable (vertical) */
/* Line & vertical cell scroll register;(18009ah) */
/* ON/OFF */
Uint8 h_enbl; /* Cell scroll enable (horizontal) */
/* Line & vertical cell scroll register (18009ah) */
/* ON/OFF */
Uint8 cell_enbl; /* Vertical cell scroll enable */
/* Line & vertical cell scroll register (18009ah) */
/* ON/OFF */
Uint8 interval; /* Line-in scroll interval */
/* Line & vertical cell scroll register (18009ah) */
/* SCL_1_LINE */
/* Line scroll data table for each line */
/* Set */
/* SCL_2_LINE */
/* Line scroll data table every 2 lines */
/* Set */
/* SCL_4_LINE */
/* Line scroll data table every 4 lines */
/* Set */
/* SCL_8_LINE */
/* Line scroll data table every 8 lines */
/* Set */
Uint32 line_addr; /* Line scroll address register (18009ch to 18009eh) */
/* Set the address on VRAM where the line scroll table will be placed */
Uint32 cell_addr; /* Vertical cell scroll table address register (18009c to 18009e) */
/* Set the address on VRAM where the vertical cell scroll table is placed */
GlbLineTb line_tbl[]; /* Line scroll table */
Fixed32 cell_tbl[]; /* Vertical cell scroll address register */
} SclLineParam; one | Title | Data | Data Name | No |
typedef struct SclSysreg{
/* Address Contents */
Uint16 tvmode; /* 180000H TV screen mode */
Uint16 extenbl; /* 180002H external signal */
Uint16 tvstatus; /* 180004H screen status */
Uint16 vramsize; /* 180006H VRAM size */
Uint16 H_val; /* 180008H H counter */
Uint16 V_val; /* 18000AH V counter */
Uint16 vramchg; /* 18000CH */
Uint16 ramcontrl; /* 18000EH RAM control */
Uint16 vramcyc[8]; /* 180010H VRAM cycle pattern */
Uint16 dispenbl; /* 180020H Screen display enable */
Uint16 mosaic; /* 180022H mosaic control */
Uint16 specialcode_sel; /* 180024H special code select */
Uint16 specialcode; /* 180026H special function code */
} SclSysreg;Symbols are registered in this library as follows. After writing to this symbol, if you write 1 to the global variable "SclProcess", it will be reflected in the register at the next V-Blank.
SclSysreg Scl_s_reg;
one | Title | Data | Data Name | No |
typedef struct SclDataset{
/* Address Contents */
Uint16 charcontrl0; /* 180028H character control(NBG0,NBG1) */
Uint16 charcontrl1; /* 18002AH character control(NBG2,NBG3,RBG0) */
Uint16 bmpalnum0; /* 18002CH bitmap palette number (NBG0,NBG1) */
Uint16 bmpalnum1; /* 18002EH Bitmap palette number (RBG0) */
Uint16 patnamecontrl[5]; /* 180030H pattern name control */
Uint16 platesize; /* 18003AH plane size */
Uint16 mapoffset0; /* 18003CH map offset (NBG0 to NBG3) */
Uint16 mapoffset1; /* 18003EH map offset (rotation parameter AB) */
Uint16 normap[8]; /* 180040H map (normal scroll) */
Uint16 rotmap[16]; /* 180050H map (rotation parameters A, B) */
} SclDataset;Symbols are registered in this library as follows. After writing to this symbol, if you write 1 to the global variable “SclProcess”, it will be reflected in the register at the next V-Blank.
SclDataset Scl_d_reg;
one | Title | Data | Data Name | No |
typedef struct SclNorscl{
/* Address Contents */
Fixed32 n0_move_x; /* 180070H Horizontal screen scroll value (NBG0) */
Fixed32 n0_move_y; /* 180074H Vertical screen scroll value (NBG0) */
Fixed32 n0_delta_x; /* 180078H Horizontal coordinate increment (NBG0) */
Fixed32 n0_delta_y; /* 18007CH Vertical coordinate increment (NBG0) */
Fixed32 n1_move_x; /* 180080H Horizontal screen scroll value (NBG1) */
Fixed32 n1_move_y; /* 180084H Vertical screen scroll value (NBG1) */
Fixed32 n1_delta_x; /* 180088H Horizontal coordinate increment (NBG1) */
Fixed32 n1_delta_y; /* 18008CH Vertical coordinate increment (NBG1) */
Uint16 n2_move_x; /* 180090H Horizontal screen scroll value (NBG2) */
Uint16 n2_move_y; /* 180092H Vertical screen scroll value (NBG2) */
Uint16 n3_move_x; /* 180094H Horizontal screen scroll value (NBG3) */
Uint16 n3_move_y; /* 180096H Vertical screen scroll value (NBG3) */
Uint16 zoomenbl; /* 180098H zoomenbl; enable */
Uint16 linecontrl; /* 18009AH line & vertical cell scroll control (NBG0,NBG1)*/
Uint32 celladdr; /* 18009CH Vertical cell scroll table address (NBG0,NBG1) */
Uint32 lineaddr[2]; /* 1800A0H line scroll table address */
Uint32 linecolmode; /* 1800A8H line color screen table address */
Uint32 backcolmode; /* 1800ACH back screen table address */
} SclNorscl;Symbols are registered in this library as follows. After writing to this symbol, if you write 1 to the global variable “SclProcess”, it will be reflected in the register at the next V-Blank.
SclNorscl Scl_n_reg;
one | Title | Data | Data Name | No |
typedef struct SclRotscl{
/* Address Contents */
Uint16 paramode; /* 1800B0H rotation parameter mode */
Uint16 paramcontrl; /* 1800B2H rotation parameter read control */
Uint16 k_contrl; /* 1800B4H coefficient table control */
Uint16 k_offset; /* 1800B6H coefficient table address offset */
Uint16 mapover[2]; /* 1800B8H screen over pattern name */
Uint32 paramaddr; /* 1800BAH rotation parameter table address */
} SclRotscl;Symbols are registered in this library as follows. After writing to this symbol, if you write 1 to the global variable “SclProcess”, it will be reflected in the register at the next V-Blank.
SclRotscl Scl_r_reg;
one | Title | Data | Data Name | No |
typedef struct SclWinscl{
/* Address Contents */
Uint16 win0_start[2]; /* 1800C0H window position (W0, starting point XY) */
Uint16 win0_end[2]; /* 1800C4H window position (W0, end point XY) */
Uint16 win1_start[2]; /* 1800C8H window position (W1, starting point XY) */
Uint16 win1_end[2]; /* 1800CCH window position (W1, end point XY) */
Uint16 wincontrl[4]; /* 1800D0H window control */
Uint32 linewin0_addr; /* 1800D8H line window table address (W0) */
Uint32 linewin1_addr; /* 1800DCH line window table address (W0) */
} SclWinscl;Symbols are registered in this library as follows. After writing to this symbol, if you write 1 to the global variable "SclProcess", it will be reflected in the register at the next V-Blank.
SclWinscl Scl_w_reg;
one | Title | Data | Data Name | No |
Uint16 SclDisplayX;
Uint16 SclDisplayY;