?? panel.h
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/*****************************************************************************
panel.h - PANEL functions, types, and definitions
Version 1.00
Copyright (c) 1996, Winbond Corp. All rights reserved. *
******************************************************************************/
//#ifndef __PANEL_H__
//#define __PANEL_H__
// *** define Constant ***********************************************
//#include "osd.h"
// *** Declare Function ***********************************************
//BYTE PANEL_KeyScan();
//void PANEL_Initial();
//void PANEL_Output ( BYTE bMessage, WORD wParam);
//void PANEL_Trigger(WORD wTime);
// *** VFD Controller Definition *************************************************
// For differnt VFD controllers, there are different methods to do hareware control
// To drive VFD panel successfully, please define "IC TYPE" correctly first !
#define P16312 //for SUNSTAR, KAI,
//#define PNJU3421 //for IDALL
// *** Mode setting for VFD panel ***************************************
// For VFD panels, maybe there are different mode setting suitable for it
// If the mode setting isn't correct, lighting will be wrong.
//All bytes on VFD panel
#define VFD_GRID_ARRAY 12 // 18 for NEC-16311's 8d/20s ( idall; kai_0901 )
#define VFD_TRACKKBIT_ALL 12
// 12 for NEC-16312's 6d/16s ( sun_239 )
//Mode setting command
#define VFD_DISP_MODE 0x02 // 0x00 for NEC-16311's 8d/20s (sonken_265)
// 0x02 for NEC-16312 6d/16s ( kai_265; sun_239 )
// 0x05 for PD16312 9d/13s (kai_0901)
// 0xFD for PNJU3421 (idall_0901)
// 0xF8 for PNJU3421 8d/15s (kai_265)
// 0x5A for BU2872 6d/16s (konka_253)
//Display control command : set pulse width
#define VFD_CTRL_MODE 0x8F // Pulse width=14/16 for pulse width
// 0x8F for P16312/P16311
// 0xFD for PNJU3421 (idall)
// *** Definition useful for panel keyscan **************************
// total bytes from key matrix
//#define KeyScanByte 3
#define KEY_SCAN_BYTE 3
// *** LED Definition ***********************************************
// For FUTABA 6-BT serial VFD panel (soken, 265)
// LED on : "0", off : "1"
#define VFD_LED1 0xFE // DiscType
#define VFD_LED2 0xFD // Audio channel (MPX)
#define VFD_LED3 0xFB // Surround
#define VFD_LED4 0xF7 // PON
#define VFD_LED5 0xEF
// *** Name & Position definition for VFD panel ***********************
// for huikai 6-bt-265 vfd,driver is upd16312
// For FUTABA 6-BT serial VFD panel
//
// For nec_upd16312 6d/16s grid mapping
// ---------------------------------
// | | 6G | 5G | 4G | 3G | 2G | 1G |
// ---------------------------------
// |P1 | | | | | | |01h
// |.. | | | | | | |
// |P8 | 10 | 8 | 6 | 4 | 2 | 0 |80h
// |---------------------------------
// |P9 | | | | | | |01h
// |.. | | | | | | |
// |P16| 11 | 9 | 7 | 5 | 3 | 1 |80h
// ---------------------------------
// *******************
// *** for SKYWORTHY_265 ***
//Grid Mapping ( 12 bytes )
#define VFD_GRID_ADDR0 11 //{ VFD_N1 }
#define VFD_GRID_ADDR1 10 //{ VFD_N2 }
#define VFD_GRID_ADDR2 9 //{ VFD_SA,VFD_SB,VFD_SAB,VIDEO_CD,DASH }
#define VFD_GRID_ADDR3 8 //{ REPEAT,1,ALL,A<->,B,MEM }
#define VFD_GRID_ADDR4 7 //{ VFD_MIN_N1,COL }
#define VFD_GRID_ADDR5 6 //{ VFD_MIN_N2,MIN }
#define VFD_GRID_ADDR6 5 //{ VFD_SEC_N1 }
#define VFD_GRID_ADDR7 4 //{ VFD_SEC_N2,SEC }
#define VFD_GRID_ADDR8 3 //{ PGM,RAN,EDIT,PLAY>,PAUSE||,CDG,REMAIN }
#define VFD_GRID_ADDR9 2 //{ INTRO,LEVEL,SPACE,FADE,FADEUP,FADEDOWN,OVER }
#define VFD_GRID_ADDR10 1 //{ TrackBit: 9,10,11,12,13,14,15,16 }
#define VFD_GRID_ADDR11 0 //{ TrackBit: 1,2,3,4,5,6,7,8 }
//#define VFD_GRID_ADDR12 12 //{ }
//#define VFD_GRID_ADDR13 13 //{ }
//#define VFD_GRID_ADDR14 14 //{ }
//#define VFD_GRID_ADDR15 15 //{ }
//#define VFD_GRID_ADDR16 16 //{ }
//#define VFD_GRID_ADDR17 17 //{ }
//Grid position definition
#define VFD_TRACKBIT_N1_ADDR VFD_GRID_ADDR10
#define VFD_TRACKBIT_N2_ADDR VFD_GRID_ADDR11
#define VFD_TRACKBIT_1_ADDR VFD_TRACKBIT_N2_ADDR
#define VFD_TRACKBIT_1 0x08
#define VFD_TRACKBIT_2_ADDR VFD_TRACKBIT_N2_ADDR
#define VFD_TRACKBIT_2 0x04
#define VFD_TRACKBIT_3_ADDR VFD_TRACKBIT_N2_ADDR
#define VFD_TRACKBIT_3 0x02
#define VFD_TRACKBIT_4_ADDR VFD_TRACKBIT_N2_ADDR
#define VFD_TRACKBIT_4 0x01
#define VFD_TRACKBIT_5_ADDR VFD_TRACKBIT_N2_ADDR
#define VFD_TRACKBIT_5 0x80
#define VFD_TRACKBIT_6_ADDR VFD_TRACKBIT_N2_ADDR
#define VFD_TRACKBIT_6 0x40
#define VFD_TRACKBIT_7_ADDR VFD_TRACKBIT_N2_ADDR
#define VFD_TRACKBIT_7 0x20
#define VFD_TRACKBIT_8_ADDR VFD_TRACKBIT_N2_ADDR
#define VFD_TRACKBIT_8 0x10
#define VFD_TRACKBIT_9_ADDR VFD_TRACKBIT_N1_ADDR
#define VFD_TRACKBIT_9 0x08
#define VFD_TRACKBIT_10_ADDR VFD_TRACKBIT_N1_ADDR
#define VFD_TRACKBIT_10 0x04
#define VFD_TRACKBIT_11_ADDR VFD_TRACKBIT_N1_ADDR
#define VFD_TRACKBIT_11 0x02
#define VFD_TRACKBIT_12_ADDR VFD_TRACKBIT_N1_ADDR
#define VFD_TRACKBIT_12 0x01
#define VFD_TRACKBIT_13_ADDR VFD_TRACKBIT_N1_ADDR
#define VFD_TRACKBIT_13 0x80
#define VFD_TRACKBIT_14_ADDR VFD_TRACKBIT_N1_ADDR
#define VFD_TRACKBIT_14 0x40
#define VFD_TRACKBIT_15_ADDR VFD_TRACKBIT_N1_ADDR
#define VFD_TRACKBIT_15 0x20
#define VFD_TRACKBIT_16_ADDR VFD_TRACKBIT_N1_ADDR
#define VFD_TRACKBIT_16 0x10
#define VFD_TRACKBIT_17_ADDR 0
#define VFD_TRACKBIT_17 0
#define VFD_TRACKBIT_18_ADDR 0
#define VFD_TRACKBIT_18 0
#define VFD_TRACKBIT_19_ADDR 0
#define VFD_TRACKBIT_19 0
#define VFD_TRACKBIT_20_ADDR 0
#define VFD_TRACKBIT_20 0
//ADD 1997.10.24
//-------------------
//volume bar position
#define VFD_BAR_1_ADDR 12
#define VFD_BAR_1 0x0
#define VFD_BAR_2_ADDR 12
#define VFD_BAR_2 0x0
#define VFD_BAR_3_ADDR 12
#define VFD_BAR_3 0x0
#define VFD_BAR_4_ADDR 12
#define VFD_BAR_4 0x0
#define VFD_BAR_5_ADDR 12
#define VFD_BAR_5 0x0
#define VFD_BAR_6_ADDR 12
#define VFD_BAR_6 0x0
#define VFD_BAR_7_ADDR VFD_GRID_ADDR1
#define VFD_BAR_7 0x0
#define VFD_BAR_8_ADDR VFD_GRID_ADDR1
#define VFD_BAR_8 0x0
#define VFD_BAR_9_ADDR VFD_GRID_ADDR1
#define VFD_BAR_9 0x0
#define VFD_BAR_10_ADDR VFD_GRID_ADDR1
#define VFD_BAR_10 0x0
#define VFD_BAR_11_ADDR VFD_GRID_ADDR1
#define VFD_BAR_11 0x0
#define VFD_BAR_12_ADDR VFD_GRID_ADDR1
#define VFD_BAR_12 0x0
#define VFD_BAR_13_ADDR VFD_GRID_ADDR1
#define VFD_BAR_13 0x0
#define VFD_BAR_14_ADDR VFD_GRID_ADDR1
#define VFD_BAR_14 0x0
//--------------------
//multi_disc position
#define VFD_1S_ADDR VFD_GRID_ADDR3 //disc 1
#define VFD_1S 0x0
#define VFD_1S1_ADDR VFD_GRID_ADDR3 //inner circle of disc 1
#define VFD_1S1 0x0
#define VFD_1S2_ADDR VFD_GRID_ADDR3 //outer circle of disc 1
#define VFD_1S2 0x0
#define VFD_2S_ADDR VFD_GRID_ADDR3
#define VFD_2S 0x0
#define VFD_2S1_ADDR VFD_GRID_ADDR3
#define VFD_2S1 0x0
#define VFD_2S2_ADDR VFD_GRID_ADDR3
#define VFD_2S2 0x0
#define VFD_3S_ADDR VFD_GRID_ADDR3
#define VFD_3S 0x0
#define VFD_3S1_ADDR VFD_GRID_ADDR2
#define VFD_3S1 0x0
#define VFD_3S2_ADDR VFD_GRID_ADDR2
#define VFD_3S2 0x0
#define VFD_4S_ADDR VFD_GRID_ADDR2
#define VFD_4S 0x0
#define VFD_4S1_ADDR VFD_GRID_ADDR2
#define VFD_4S1 0x0
#define VFD_4S2_ADDR VFD_GRID_ADDR2
#define VFD_4S2 0x0
#define VFD_5S_ADDR VFD_GRID_ADDR2
#define VFD_5S 0x0
#define VFD_5S1_ADDR VFD_GRID_ADDR2
#define VFD_5S1 0x0
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