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しげじろうくまじ
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1 AtTiny85 (TS119-5 ) Ver Aug.2016 S.S 9 5 CPU EE-PROM TS119-5(7 +α ) #include <EEPROM.h> #define KEYIN 2 #define BUZZER 3 #define LED 5 #define stsound #define stsound #define stsound #define BEEP_TIME 400 #define TIC_TIME 30 #define COOL (90 ) #define COOL #define COOL #define COOL #define COOL5 0 3 #define COOL Optional Timers #define COOL7 0 0 #define COOL8 0 0 #define COOL9 0 0 const byte pin_cs = 2; PB2 const byte pin_wr = 1; PB1 const byte pin_data = 0; PB0 /* UNO const byte pin_cs = 10; const byte pin_wr = 9; const byte pin_data = 8; */ const byte sys_en = B ;

2 const byte rc_ocl = B ; const byte bis_cm = B ; 1/3 bias 4 commons const byte lcd_on = B ; ( ) const byte seg_tbl[43] = 0xaf,0xa0,0xcb,0xe9,0xe4,0x6d,0x6f,0xa8,0xef,0xed 0-9 0b , 0 0b , 1 0b , 2 0b , 3 0b , 4 0b , 5 0b , 6 0b , 7 0b , 8 0b , 9 0b , : 0b , ; 0b , -(<) 0b , = 0b , > 0b ,? 0b , A 0b , B 0b , C 0b , D 0b , E 0b , F 0b , G 0b , H 0b , I 0b , J 0b , K 0b , L 0b , M 0b , N 0b , O 0b , P 0b , Q 0b , R 0b , S 0b , T 0b , U 0b , V 0b , W 0b , X

3 0b , Y 0b , Z ; bit4 r0="1"( ),r1="::",r2="h",r3= ( ),r4=,r5="*"( ),r6=", ",r7="," #define i_colon 1 #define i_clunt 3 #define i_edit 5 * #define i_wait 4 #define SEG_CHR 0x10 #define SEG_SP 0 int timer[9] = (9 ) COOL1, COOL2, COOL3, COOL4, COOL5, COOL6, COOL7, COOL8, COOL9 ; int work_timer[9] = (9 ) COOL1, COOL2, COOL3, COOL4, COOL5, COOL6, COOL7, COOL8, COOL9 ; char lcd_buffer[] = " WELCOME" " " 0xef,0xef,0xef,0xef,0xef,0xef,0xef,0xef,0x0d,0x0a " " ; #define SETTING 0 #define STOPPING 1 #define COUNTING 2 #define WAITING 3 int modef = STOPPING; char edit_mm[2]; char edit_ss[2]; #define S_TIMER 0 #define MM10 1 #define SS10 2 int edit_ptr = 0; (0: 1: 2: ) #define POS_PTR 0 #define POS_MODE 1 #define POS_TIMER 2 #define POS_DUMMY 3 #define POS_MM 4 #define POS_SS 6 int tsel = 0; #define btnright 0

4 #define btnup 1 #define btndown 2 #define btnleft 3 #define btnselect 4 #define btnnone 5 int adc_key_in = 1000; int key_code = btnnone; int last_key_code = btnnone; /****** TS119-5 *******/ void Bgn_ht() pinmode(pin_cs, OUTPUT); pinmode(pin_wr, OUTPUT); pinmode(pin_data, OUTPUT); digitalwrite(pin_cs, HIGH); digitalwrite(pin_wr, HIGH); digitalwrite(pin_data, HIGH); Wrt_cmd(sys_en); Wrt_cmd(rc_ocl); Wrt_cmd(bis_cm); Wrt_cmd(lcd_on); void Dsp_cr() for (byte i = 0; i < 8; i++) Dsp_dt(i, 0); --- LCD ASCII ('0'-'Z') ( 4bit 8bit ) void Dsp_chr(byte adr, byte data) data = seg_tbl[(data - 0x30)]; Dsp_dt(adr, data);

5 --- LCD ( 4bit 8bit ) void Dsp_dt(byte adrs, byte data) if ( adrs == 1 ) data = data SEG_CHR; byte data_u = data >> 4; byte data_l = data & 0x0f; adrs = adrs * 2; digitalwrite(pin_cs, LOW); 4bit Wrt_bit(B101, 3); Write mode 101 Wrt_bit(adrs, 6); Wrt_bit(data_l, 4); digitalwrite(pin_cs, HIGH); digitalwrite(pin_cs, LOW); 4bit Wrt_bit(B101, 3); Write mode 101 Wrt_bit(adrs + 1, 6); Wrt_bit(data_u, 4); digitalwrite(pin_cs, HIGH); void Wrt_cmd(byte cmd) digitalwrite(pin_cs, LOW); Wrt_bit(B100, 3); Command mode 100 Wrt_bit(cmd, 8); Wrt_bit(0, 1); digitalwrite(pin_cs, HIGH); ---bit --- void Wrt_bit(byte data, byte cnt) while (cnt) digitalwrite(pin_wr, LOW); byte val = (data & (1 << (cnt - 1)))? HIGH : LOW; digitalwrite(pin_data, val); digitalwrite(pin_wr, HIGH); cnt--;

6 /*************************************/ EE-PROM void write_settings() for (int i = 0; i <= 9; i++) EEPROM.write(i, timer[i]); EE-PROM void read_settings() for (int i = 0; i <= 9; i++) timer[i] = EEPROM.read(i); LCD void disp_ln( void ) Dsp_cr(); Dsp_dt( 1, SEG_SP SEG_CHR ); for ( int i = 0; i < 8; i++ ) Dsp_chr( i, lcd_buffer[i] ); /*Dsp_chr( 4, lcd_buffer[4] ); Dsp_chr( 5, lcd_buffer[5] ); Dsp_chr( 6, lcd_buffer[6] ); Dsp_chr( 7, lcd_buffer[7] ); delay( 1000); # ( ) ( ) ( ) ( )*/ 1 void incr_tsel ( void ) tsel++; if ( tsel > 8 ) tsel = 0; lcd_buffer[pos_timer] = tsel + 1;

7 1 void decr_tsel ( void ) tsel--; if ( tsel < 0 ) tsel = 8; lcd_buffer[pos_timer] = tsel + 1; 1 void incr_timer( int d ) timer[tsel] = timer[tsel] + d; if ( timer[tsel] > 6000 ) timer[tsel] = timer[tsel] - d; 1 void decr_timer ( int d ) timer[tsel] = timer[tsel] - d; if ( timer[tsel] < 0 ) timer[tsel] = timer[tsel] + d; (E) void set_mode( void ) tsel = 0; edit_ptr = S_TIMER; set_disp( timer ); LCD void set_disp( int* t ) int m, s; m = t[tsel] / 60; s = t[tsel] % 60; (LCD ) sprintf( &lcd_buffer[pos_timer], "%1d", tsel + 1 ); sprintf( &lcd_buffer[pos_mm], "%02d", m );

8 sprintf( &lcd_buffer[pos_ss], "%02d", s ); lcd_buffer[pos_dummy] = '<'; if ( modef == STOPPING ) lcd_buffer[pos_mode] = '<'; if ( modef == COUNTING ) lcd_buffer[pos_mode] = 'C'; if ( modef == WAITING ) lcd_buffer[pos_mode] = 'W'; if ( modef == SETTING ) lcd_buffer[pos_mode] = 'E'; if ( edit_ptr == S_TIMER ) lcd_buffer[pos_ptr] = 'T'; [T]= else if ( edit_ptr == MM10 ) lcd_buffer[pos_ptr] = 'M'; [M]= else if ( edit_ptr == SS10 ) lcd_buffer[pos_ptr] = 'S'; [S]= Serial.println( lcd_buffer ); else Dsp_dt( 0, SEG_SP ); void start_timer ( void ) for ( int i = 0; i < 9; i++ ) work_timer[i] = timer[i]; tsel = 0; 2 int read_key() int c; c = read_buttons(); delay( 30 ); if ( c == read_buttons() ) return c; else return btnnone;

9 int read_buttons() int btn; adc_key_in = analogread(keyin); read the value from the sensor if (adc_key_in < 50) return btnright; else if (adc_key_in < 200) return btnup; else if (adc_key_in < 400) return btndown; else if (adc_key_in < 600) return btnleft; else if (adc_key_in < 790) return btnselect; /* else if (adc_key_in < 195) return btnup; else if (adc_key_in < 380) return btndown; else if (adc_key_in < 555) return btnleft; else if (adc_key_in < 790) return btnselect; */ else return btnnone; when all others fail, return this. void beep() for ( int i = 0; i < 1000; i++ ) digitalwrite(buzzer, HIGH); delaymicroseconds(beep_time); digitalwrite(buzzer, LOW); delaymicroseconds(beep_time); void tictac() for ( int i = 0; i < 100; i++ ) digitalwrite(buzzer, HIGH); digitalwrite(led, HIGH); delaymicroseconds(tic_time); digitalwrite(buzzer, LOW); digitalwrite(led, LOW); delaymicroseconds(tic_time);

10 /************ ************************/ void setup() Serial.begin(9600); pinmode( BUZZER, OUTPUT ); Bgn_ht(); modef = STOPPING; MsTimer2::set( 10, disp_ln ); MsTimer2::start(); Dsp_cr(); disp_ln(); delay( 3000 ); read_settings(); LED EE-PROM /************ ************************/ void loop() disp_ln(); if ( modef!= STOPPING ) Serial.println( modef ); key_code = read_key(); if ( last_key_code!= key_code ) last_key_code = key_code; Serial.println( key_code ); /* */ switch (key_code) case btnselect: MODE if ( modef == COUNTING ) modef = STOPPING; stop_timer(); else if ( modef == STOPPING ) modef = COUNTING; start_timer(); else if ( modef == SETTING ) modef = WAITING;

11 break; case btnleft: SEL if ( modef == SETTING ) edit_ptr++; if ( edit_ptr > SS10 ) edit_ptr = S_TIMER; break; case btnup: UP if ( modef == SETTING ) if ( edit_ptr == S_TIMER ) incr_tsel(); else if ( edit_ptr == MM10 ) incr_timer( 60 ); 1 else if ( edit_ptr == MM0 ) incr_timer( 60 ); 1 else if ( edit_ptr == SS10 ) incr_timer( 1 ); 10 else if ( edit_ptr == SS0 ) incr_timer( 1 ); 1 break; case btndown: if ( modef == SETTING ) if ( edit_ptr == S_TIMER ) decr_tsel(); else if ( edit_ptr == MM10 ) decr_timer( 60 ); 1 else if ( edit_ptr == MM0 ) decr_timer( 60 ); 1 else if ( edit_ptr == SS10 ) decr_timer( 1 ); 10 else if ( edit_ptr == SS0 ) decr_timer( 1 ); 1 break; case btnright: (Enter) if ( modef == STOPPING ) modef = SETTING; set_mode(); else if ( modef == COUNTING ) modef = STOPPING; else if ( modef == WAITING ) EE-PROM write_settings(); modef = STOPPING; break; case btnnone:

12 break; delay( 30 ); if ( modef == COUNTING ) if ( timer[tsel]!= 0 ) tictac(); if ( work_timer[ tsel ] == 0 ) beep(); work_timer[tsel] = timer[tsel]; tsel++; if ( tsel >= 9 ) tsel = 0; else work_timer[ tsel ]--; 1 set_disp( work_timer ); else tsel++; if ( tsel >= 9 ) tsel = 0; delay( 990 ); else set_disp( timer ); delay( 100 ); (1 )

Microsoft Word - SU1204教本(Driver)原稿.docx

Microsoft Word - SU1204教本(Driver)原稿.docx void setup(){ pinmode(13, OUTPUT); //13 void loop(){ digitalwrite(13, HIGH); //13 HIGH delay(500); digitalwrite(13, LOW); //13 LOW delay(500); setup pinmode loop delay C M B void setup(){ pinmode(12,output);