📄 general.h
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/**************************************************************************/
/**MITSUBISHI**MITSUBISHI**MITSUBISHI**MITSUBISHI**MITSUBISHI**MITSUBISHI**/
/**************************************************************************/
/**************************************************************************/
/* DISCLAIMER: */
/* We (MITSUBISHI ELECTRIC B.V.) do not warrant that the Software is */
/* free from claims by a third party of copyright, patent, trademark, */
/* trade secret or any other intellectual property infringement. */
/* */
/* Under no circumstances are we liable for any of the following: */
/* */
/* 1. third-party claims against you for losses or damages; */
/* 2. loss of, or damage to, your records or data; or */
/* 3. economic consequential damages (including lost profits or */
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/* */
/* We do not warrant uninterrupted or error free operation of the */
/* Software. We have no obligation to provide service, defect */
/* correction, or any maintenance for the Software. We have no */
/* obligation to supply any Software updates or enhancements to you */
/* even if such are or later become available. */
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/* IF YOU DOWNLOAD OR USE THIS SOFTWARE YOU AGREE TO THESE TERMS. */
/* */
/* THERE ARE NO WARRANTIES, EXPRESS OR IMPLIED, INCLUDING THE */
/* IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A */
/* PARTICULAR PURPOSE. */
/**************************************************************************/
/**************************************************************************/
/* */
/* */
/* Name : GENERAL.H */
/* Date : 12.02.1999 */
/* Author : CA */
/* Change : */
/* (Date) (Author) (Description) */
/* */
/**************************************************************************/
/************************* exported variables *****************************/
public near unsigned int timer_100ms;
// buffer of each single digit
public near unsigned int lcd_1;
public near unsigned int lcd_2;
public near unsigned int lcd_3;
public near unsigned int lcd_4;
public near unsigned int lcd_5;
public near unsigned int lcd_6;
public near unsigned int lcd_7;
public near unsigned int lcd_8;
public near unsigned int lcd_9;
public near unsigned int lcd_10;
public near unsigned int lcd_11;
public near unsigned int lcd_12;
public near unsigned int state_lcd; // buffer for sequence-states
public near unsigned int state_common; // buffer for common-states
public near unsigned char port_1_c0; // port buffer
public near unsigned char port_2_c0;
public near unsigned char port_1_c1;
public near unsigned char port_2_c1;
public near unsigned char port_1_c2;
public near unsigned char port_2_c2;
public near unsigned char port_1_c3;
public near unsigned char port_2_c3;
public near unsigned char port_3_c0;
public near unsigned char port_4_c0;
public near unsigned char port_3_c1;
public near unsigned char port_4_c1;
public near unsigned char port_3_c2;
public near unsigned char port_4_c2;
public near unsigned char port_3_c3;
public near unsigned char port_4_c3;
public near unsigned char port_5_c0;
public near unsigned char port_5_c1;
public near unsigned char port_5_c2;
public near unsigned char port_5_c3;
public near unsigned int TIME_ON;
public near unsigned int TIME_OFF;
/************************ defines ****************************************/
/* definition of lcd symbols */
/* all values depend on pin reservation */
/* All digits can be initialised with the follwing 'common'/'segment' */
/* line combinations: */
/* Example for the first digit */
/* C3 C2 C1 C0 */
/* ---- ---- ---- ---- */
/* |||| |||| |||| |||+-------------- SEG 1 (bit0) */
/* |||| |||| |||| ||+--------------- SEG 2 (bit1 */
/* |||| |||| |||| |+---------------- SEG 3 (bit2) */
/* |||| |||| |||| +----------------- SEG 4 (bit3) */
/* |||| |||| |||+--------------------- SEG 1 (bit4) */
/* |||| |||| ||+---------------------- SEG 2 (bit5) */
/* |||| |||| |+----------------------- SEG 3 (bit6) */
/* |||| |||| +------------------------ SEG 4 (bit7) */
/* |||| |||+---------------------------- SEG 1 (bit8) */
/* |||| ||+----------------------------- SEG 2 (bit9) */
/* |||| |+------------------------------ SEG 3 (bit10)*/
/* |||| +------------------------------- SEG 4 (bit11)*/
/* |||+----------------------------------- SEG 1 (bit12)*/
/* ||+------------------------------------ SEG 2 (bit13)*/
/* |+------------------------------------- SEG 3 (bit14)*/
/* +-------------------------------------- SEG 4 (bit15)*/
/* for OPTREX FRD-0346P SEG1 corresponds to pin 1 of LCD */
/* SEG2 corresponds to pin 2 of LCD */
/* SEG3 corresponds to pin 35 of LCD */
/* SEG4 corresponds to pin 36 of LCD */
#define C0A 0x8000
#define C0B 0x0400
#define RDS 0x1000
#define C0D 0x4000
#define C1A 0x0100
#define C1B 0x0040
#define C1C 0x0800
#define C1D 0x2000
#define C2A 0x0010
#define C2B 0x0004
#define C2C 0x0080
#define C2D 0x0200
#define FARE 0x0008
#define C3B 0x0002
#define C3C 0x0001
#define C3D 0x0020
#define LCD_OFF 0x0000
#define LCD_1 0x4002 //0x0440
#define LCD_2 0x83c1 //0x4C31
#define LCD_3 C3C+C2C+C1C+C0A+C1B //0x0x4C61
#define LCD_4 C2A+C2D+C1B+C2C+C1C //0x0D60
#define LCD_5 C3C+C2A+C2D+C1B+C1C+C0A //0x4961
#define LCD_6 C3C+C2A+C1A+C2D+C1B+C1C+C0A //0x0971
#define LCD_7 C3C+C2B+C1D //0x4540
#define LCD_8 C3C+C2A+C1A+C0A+C2C+C1C+C2D+C1B //0x4D71
#define LCD_9 C3C+C2A+C2C+C2D+C1B+C1C+C0A //0x4D61
#define LCD_0 C3C+C2A+C1A+C0A+C2C+C1C //0x4551
#define LCD_C C3C+C2A+C1A+C0A //0x4111
#define LCD_O C3C+C2A+C1A+C0A+C2C+C1C //0x4551
#define LCD_N C1A+C2A+C3D+C0B+C1C+C2C //0x8552
#define LCD_T C3C+C3B+C0D //0x6008
#define LCD_R C3C+C2C+C1B+C2D+C2A+C1A+C0B //0x4D32
#define LCD_L C2A+C1A+C0A //0x0111
#define LCD_D C2C+C1C+C1B+C2D+C1A+C0A //0x6449
#define LCD_W C2A+C1A+C1D+C0B+C1C+C2C //0x05D2
#define LCD_I C3B+C0D //0x0440
#define LCD_H C2A+C1A+C2C+C1C+C2D+C1B //0x0D70
#define LCD_M C2A+C1A+C2C+C1C+C3D+C2B //0x8750
#define D9_a 0x0008
#define D10_A 0x0004
#define D10_B 0x0008
#define D10_C 0x0800
#define D10_D 0x4000
#define D10_E 0x0400
#define D10_F 0x0040
#define D10_G 0x0080
#define D10_col 0x8000
#define D11_A 0x0001
#define D11_B 0x0002
#define D11_C 0x0200
#define D11_D 0x1000
#define D11_E 0x0100
#define D11_F 0x0010
#define D11_G 0x0020
#define D12_A 0x0008
#define D12_B 0x0080
#define D12_C 0x0800
#define D12_D 0x8000
#define D12_E 0x0400
#define D12_F 0x0004
#define D12_G 0x0040
#define LCD_D10_0 D10_A+D10_B+D10_C+D10_D+D10_E+D10_F
#define LCD_D10_1 D10_B+D10_C
#define LCD_D10_2 D10_A+D10_B+D10_D+D10_E+D10_G
#define LCD_D10_3 D10_A+D10_B+D10_C+D10_D+D10_G
#define LCD_D10_4 D10_B+D10_C+D10_F+D10_G
#define LCD_D10_5 D10_A+D10_C+D10_D+D10_F+D10_G
#define LCD_D10_6 D10_A+D10_C+D10_D+D10_E+D10_F+D10_G
#define LCD_D10_7 D10_A+D10_B+D10_C
#define LCD_D10_8 D10_A+D10_B+D10_C+D10_D+D10_E+D10_F+D10_G
#define LCD_D10_9 D10_A+D10_B+D10_C+D10_D+D10_F+D10_G
#define LCD_D11_0 D11_A+D11_B+D11_C+D11_D+D11_E+D11_F
#define LCD_D11_1 D11_B+D11_C
#define LCD_D11_2 D11_A+D11_B+D11_D+D11_E+D11_G
#define LCD_D11_3 D11_A+D11_B+D11_C+D11_D+D11_G
#define LCD_D11_4 D11_B+D11_C+D11_F+D11_G
#define LCD_D11_5 D11_A+D11_C+D11_D+D11_F+D11_G
#define LCD_D11_6 D11_A+D11_C+D11_D+D11_E+D11_F+D11_G
#define LCD_D11_7 D11_A+D11_B+D11_C
#define LCD_D11_8 D11_A+D11_B+D11_C+D11_D+D11_E+D11_F+D11_G
#define LCD_D11_9 D11_A+D11_B+D11_C+D11_D+D11_F+D11_G
#define LCD_D12_0 D12_A+D12_B+D12_C+D12_D+D12_E+D12_F
#define LCD_D12_1 D12_B+D12_C
#define LCD_D12_2 D12_A+D12_B+D12_D+D12_E+D12_G
#define LCD_D12_3 D12_A+D12_B+D12_C+D12_D+D12_G
#define LCD_D12_4 D12_B+D12_C+D12_F+D12_G
#define LCD_D12_5 D12_A+D12_C+D12_D+D12_F+D12_G
#define LCD_D12_6 D12_A+D12_C+D12_D+D12_E+D12_F+D12_G
#define LCD_D12_7 D12_A+D12_B+D12_C
#define LCD_D12_8 D12_A+D12_B+D12_C+D12_D+D12_E+D12_F+D12_G
#define LCD_D12_9 D12_A+D12_B+D12_C+D12_D+D12_F+D12_G
/* definitions of display states */
#define STATE_LCD_OFF 0x0000
#define STATE_LCD_1 0x0001
#define STATE_LCD_2 0x0002
#define STATE_LCD_3 0x0003
#define STATE_LCD_4 0x0004
#define STATE_LCD_5 0x0005
#define STATE_LCD_6 0x0006
#define STATE_LCD_7 0x0007
#define STATE_LCD_8 0x0008
#define STATE_LCD_9 0x0009
#define STATE_LCD_10 0x000A
#define STATE_LCD_11 0x000B
#define STATE_LCD_12 0x000C
#define STATE_LCD_13 0x000D
#define STATE_LCD_14 0x000E
#define STATE_LCD_15 0x000F
#define STATE_LCD_16 0x0010
#define STATE_LCD_17 0x0011
#define STATE_LCD_18 0x0012
#define STATE_LCD_19 0x0013
#define STATE_LCD_20 0x0014
#define STATE_LCD_21 0x0015
#define STATE_LCD_22 0x0016
#define STATE_LCD_23 0x0017
#define STATE_LCD_24 0x0018
#define STATE_LCD_25 0x0019
#define STATE_LCD_26 0x001A
#define STATE_LCD_27 0x001B
#define STATE_LCD_28 0x001C
#define STATE_LCD_29 0x001D
#define STATE_LCD_30 0x001E
#define STATE_LCD_31 0x001F
#define STATE_LCD_32 0x0020
#define STATE_LCD_33 0x0021
#define STATE_LCD_34 0x0022
#define STATE_LCD_35 0x0023
/* definition for common/segment multiplex state machine */
#define STATE_COMMON_C0_ON 0x0000
#define STATE_COMMON_C0_OFF 0x0001
#define STATE_COMMON_C1_ON 0x0002
#define STATE_COMMON_C1_OFF 0x0003
#define STATE_COMMON_C2_ON 0x0004
#define STATE_COMMON_C2_OFF 0x0005
#define STATE_COMMON_C3_ON 0x0006
#define STATE_COMMON_C3_OFF 0x0007
#define STATE_COMMON_C4_ON 0x0008
#define STATE_COMMON_C4_OFF 0x0008
#define STATE_COMMON_C0_IN 0X0009
#define STATE_COMMON_C1_IN 0X000A
#define STATE_COMMON_C2_IN 0X000B
#define STATE_COMMON_C3_IN 0X000C
#define STATE_COMMON_C0_IN2 0X000D
#define STATE_COMMON_C1_IN2 0X000E
#define STATE_COMMON_C2_IN2 0X000F
#define STATE_COMMON_C3_IN2 0X0010
/************************* function prototypes ****************************/
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