📄 winav.h
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#if CPU_SPEED == CPU_39M
#define TIMER_TH 35
#define TIMER_TL 51
#define COUNT_10_SEC 588
#define COUNT_5_SEC 294
#define COUNT_4_SEC 235
#define COUNT_3_SEC 176
#define COUNT_2_SEC 118
#define COUNT_1_SEC 59
#define COUNT_HALF_SEC 29
#define COUNT_500_MSEC 29
#define COUNT_400_MSEC 24
#define COUNT_300_MSEC 18
#define COUNT_250_MSEC 15
#define COUNT_200_MSEC 12
#define COUNT_150_MSEC 9
#define COUNT_100_MSEC 6
#define COUNT_50_MSEC 3
#define COUNT_PER_SEC COUNT_1_SEC
#endif // if CPU_SPEED
// ########################################################
// each timer coming is 15 milliseconds ( in 40 M Hz )
// (50625* 12/ 40.5) us= 15 m sec
// TH1=(65536-50625)= 14911/256= 58;
// TH0=(65536-50625)= 14911%256= 63;
// ########################################################
#if CPU_SPEED == CPU_40M
#define TIMER_TH 58 // ** SVCD-TCH; THX
#define TIMER_TL 63 // ** SVCD-TCH; TLX
#define COUNT_10_SEC 667L
#define COUNT_5_SEC 333L
#define COUNT_4_SEC 267L
#define COUNT_3_SEC 200L
#define COUNT_2_SEC 133L
#define COUNT_1_SEC 67L
#define COUNT_HALF_SEC 33L
#define COUNT_500_MSEC 33
#define COUNT_400_MSEC 26
#define COUNT_300_MSEC 20
#define COUNT_250_MSEC 16
#define COUNT_200_MSEC 13
#define COUNT_150_MSEC 10
#define COUNT_100_MSEC 6
#define COUNT_50_MSEC 3
#define COUNT_PER_SEC COUNT_1_SEC
// the count for scanning keypad
///#define COUNT_PER_SCAN COUNT_100_MSEC
#endif // if CPU_SPEED
// ########################################################
// each timer coming is 25 milliseconds ( in 27 M Hz )
// (56250* 12/ 27.0) us= 25 m sec
// TH1=(65536-56250)= 9286/ 256= 36;
// TH0=(65536-56250)= 9286% 256= 70;
// (37480* 12/ 27.0) us= 16.66 m sec
// TH1=(65536-37480)= 28056/ 256= 109;
// TH0=(65536-37480)= 28056% 256= 152;
// ########################################################
#if CPU_SPEED == CPU_27M
#define TIMER_TH 109 // ** SVCD-TCH; THX
#define TIMER_TL 152 // ** SVCD-TCH; TLX
#define COUNT_10_SEC 600L
#define COUNT_5_SEC 300L
#define COUNT_4_SEC 240L
#define COUNT_3_SEC 180L
#define COUNT_2_SEC 120L
#define COUNT_1_SEC 60L
#define COUNT_500_MSEC 30
#define COUNT_400_MSEC 24
#define COUNT_300_MSEC 18
#define COUNT_250_MSEC 15
#define COUNT_200_MSEC 12
#define COUNT_150_MSEC 9
#define COUNT_100_MSEC 6
#define COUNT_50_MSEC 3
#define COUNT_PER_SEC COUNT_1_SEC
#define COUNT_HALF_SEC COUNT_500_MSEC
#endif // if CPU_SPEED
// ########################################################
// each timer coming is 10 milliseconds ( in 49.5 M Hz )
// (41250* 12/ 49.5) us= 10 m sec
// TH1=(65536-41250)= 24286/256= 94;
// TH0=(65536-41250)= 24286%256= 222;
// ########################################################
#if CPU_SPEED == CPU_49M
#define TIMER_TH 94
#define TIMER_TL 222
#define COUNT_10_SEC 1000L
#define COUNT_5_SEC 500L
#define COUNT_4_SEC 400L
#define COUNT_3_SEC 300L
#define COUNT_2_SEC 200L
#define COUNT_1_SEC 100L
#define COUNT_HALF_SEC 50L
#define COUNT_500_MSEC 50
#define COUNT_400_MSEC 40
#define COUNT_300_MSEC 30
#define COUNT_250_MSEC 25
#define COUNT_200_MSEC 20
#define COUNT_150_MSEC 15
#define COUNT_100_MSEC 10
#define COUNT_50_MSEC 5
#define COUNT_PER_SEC COUNT_1_SEC
#endif // if CPU_SPEED
#endif //#ifdef SYSTEM_8051
// Micky2.80p, remove PARISC related
#if (CPU==CPU_X86)
//DVD_046-1
#define COUNT_10_SEC 190L
#define COUNT_5_SEC 95L
#define COUNT_4_SEC 76L
#define COUNT_3_SEC 57L
#define COUNT_2_SEC 38L
#define COUNT_1_SEC 19L
#define COUNT_500_MSEC 9
#define COUNT_400_MSEC 8
#define COUNT_300_MSEC 6
#define COUNT_250_MSEC 5
#define COUNT_200_MSEC 4
#define COUNT_150_MSEC 3
#define COUNT_100_MSEC 2
#define COUNT_50_MSEC 1
#define COUNT_PER_SEC COUNT_1_SEC
#define COUNT_HALF_SEC COUNT_500_MSEC
#endif //#if (CPU==CPU_X86)
// ########################################################
///////////////////////////////////////////////////////////
// ****** Programmer/Developer's Zone ******
// !!!!!! Can be modified by Programmer only !!!!!!
///////////////////////////////////////////////////////////
// DVD_102pMicky, add define for integrate TVMODE
#define MPEG_VIDEO_MODE_PAL 0
#define MPEG_VIDEO_MODE_NTSC 1
// ***** Audio Frequency Define Range ***** // LLY.101
#define AUDIO_FREQ_BASE 0
#define AUDIO_FREQ_16K (AUDIO_FREQ_BASE+ 0)
#define AUDIO_FREQ_32K (AUDIO_FREQ_BASE+ 1)
#define AUDIO_FREQ_64K (AUDIO_FREQ_BASE+ 2)
#define AUDIO_FREQ_24K (AUDIO_FREQ_BASE+ 3)
#define AUDIO_FREQ_48K (AUDIO_FREQ_BASE+ 4)
#define AUDIO_FREQ_96K (AUDIO_FREQ_BASE+ 5)
#define AUDIO_FREQ_22K (AUDIO_FREQ_BASE+ 6)
#define AUDIO_FREQ_44K (AUDIO_FREQ_BASE+ 7)
#define AUDIO_FREQ_88K (AUDIO_FREQ_BASE+ 8)
#define AUDIO_FREQ_END AUDIO_FREQ_88K
#define AUDIO_FREQ_NO (AUDIO_FREQ_END-AUDIO_FREQ_BASE+1)
// ***** Message and Error Range **************************
#define MSG_INPUT_BASE 0x00
#define MSG_PANEL_BASE 0x80
#define MSG_OSD_BASE 0x00
#define ERR_NOERR TRUE
#define ERR_ERROR FALSE
#define ERR_KERNEL 0x10
#define ERR_UTL 0x40
#define ERR_CDINFO 0x60
#define ERR_SERVO 0x80
#define ERR_OSD 0xA0
#define ERR_PANEL 0xC0
#define INPB(dest) ((BYTE) dest)
#define OUTB(dest, val) { dest = (BYTE) val ; }
///////////////////////////////////////////////////////////
// ******************************
// ***** Simple types & common helper macros **************
// ******************************
// OSD&PANEL macro
#define OSD_OUTPUT_MACRO(mbMessage, mwParam, mbSec)\
{\
OSD_Output(mbMessage, mwParam, mbSec);\
PANEL_Output(mbMessage, mwParam);\
}
#define OSD_TRIGGER_MACRO(mwTime)\
{\
OSD_Trigger(mwTime);\
PANEL_Trigger(mwTime);\
}
#define OSD_INITIAL_MACRO()\
{\
OSD_Initial();\
PANEL_Initial();\
}
// LLY.172r added, do the neceeary thing while exit application
extern void _ExitApp(void);
#ifndef SYSTEM_8051
#define EXIT_APP_MACRO()\
{\
_ExitApp();\
}
#endif // #ifndef SYSTEM_8051
// #define TEST
//:Enable test functions, for cdinfo.c/cdinfo2.c information only
// valid range of successive key
//loger the Key10+ display time
// 1) when input number is not confirmed after a period of time
// the input number will be cleared
// 2) When 10+ is input a period of time, and no final digit is input
// will clear the input value or auto input 0 as final digit(by define)
#define COUNT_NUMBER_GAP COUNT_5_SEC
// ** TCH0.99D; define the global show time for OSD display
#define MSG_SHOWTIME_NORMAL 1
#define MSG_SHOWTIME_LONG 3
// define the count for retry reading TOC
#ifdef INPUT_PATH_ATAPIIF
#define RETRY_READ_TOC 1
#else
#define RETRY_READ_TOC 20
#endif
//***********************************
// LLY.051, define it, means F/W will display LOGO while playing MP3 title
#define SUPPORT_MP3_WITH_LOGO
// define it, means [ISR] Module will do IFD counting and the mechanism will start All Rcovery Activility
// define RELEASE_SETTING will define ERROR_CONCEAL also.
//#define ERROR_CONCEAL
// DVD_099cMicky, define it, OSD will display only for IR pressed key
#define SHOW_IR_KEY_OSD_ONLY
// define it, means System will follow SCMS control for DVD and non-DVD.
// Default is enable in "SER_ATA.C".
//#define SUPPORT_SCMS
// ** TCH1.72; define it, OSD will display each IR-Key value (Hex).
// Even the Key is invalid....
//#define _SHOW_IR_MAP
// DVD_276Micky, define it, will reduce the share Pool size
// used for serial debug combo only.
// currently reserve 384 bytes.
// some worst case DVD title may have problems??
/// #define _RESERVE_SRAM // cc.h, dvdinfo.c will reference it.
// Micky2.81, define it, will check overflow by ISR
// else, will polling the A/V remainder.
// for mini-DVD
#define CHECK_OVERFLOW_IN_ISR //LJY2.30-2 open this for 16M solution
/////////////////////////////////////////////////////
// ***** Serial Debug Relative Zone *****
////////////////////////////////////////////////////
#ifdef SERIAL_DEBUG
// [1] Reserve SRAM
#ifndef _RESERVE_SRAM
#define _RESERVE_SRAM
#endif //#ifndef _RESERVE_SRAM
// [3] Micky2.80p, define _printf only when serial debug.
#define printf _printf
// [4] Always don't support volume adjustment button -- LLY2.80
// Because, serial-debug and voluem adjustment button all share Timer2
#undef ENABLE_PANEL_VOLUME_ADJUSTMENT_BUTTON
#endif //#ifdef SERIAL_DEBUG
// ******************************
// STRICT zone for control spec.
// ******************************
// define it, means System will follow CSS control for DVD media.
// Default is disable.
//#define STRICT_CSS
#ifdef STRICT_CSS
#define SUPPORT_SCMS
#endif //STRICT_CSS
// define it, means System will follow DVD Video Navigator control.
// Default is enable.
#define STRICT_UOP
//////////////////////////////////////////////////////////////////
#ifdef ROM_256K
#define NO_DIGEST
//#define NO_VCD20
#define NO_LOGO
//#define DSP_NO_RELOAD // Don't load extra IEC_ERAM.inc
#define NO_SCREEN_SAVER // Don't load screen-saver
#define NO_SETUP
//#define NO_MP3
//#define NO_PANEL
#define NO_MULTIPLE_OSD // LLY.047, don't support mulit-OSD language
// #define NO_OSD
// #define NO_DVD
#endif //#ifdef ROM_256K
#ifdef NO_DVD
#define SIMP_DVD
#endif // NO_DVD
// ** TCH0.391; Remove the definition "PRINTFSTR" to [DVDINFO]
#ifdef RELEASE_SETTING
// Brian1.07, Disable VGA Video Output when Release mode
#define NO_VGA_OUTPUT
// define it, means enable PANEL_KeyScan in [ISR]
// else disable it as avoid the mistake if don't connect PANEL when testing
#define ENABLE_PANEL_KEYSCAN
// ** TCH1.01-1;
///#define W99132_IR
//DVD_037RECOVER
// define it, means enable the IFD count checking
// LLY2.79-2, always enable ERROR_CONCEAL mechanism while support serial-debug or not
// Becasue, CoCo says that it's only code size issue to disable "Error Concealment" !!
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