📄 testprog.lst
字号:
400 2 else if(m_int_count_rec ==3)
401 2 {
402 3 m_tc += con_speed2;
403 3 }
404 2 else if(m_int_count_rec ==6)
405 2 {
406 3 m_tc += con_speed4;
407 3 }
408 2 else //4,5
409 2 {
410 3 m_tc += con_speed3;
411 3 }
412 2 }
413 1 //工作方式６用不着列出，因为是上面５种工作方式之一
414 1 //-------------------------------------------------------------------20050713
415 1
416 1 if(m_tc > 2320) m_total_t0 = (m_tc - 2050)/290 ;
417 1 else m_total_t0 = 1;
418 1 m_t0_c = 0;
419 1
420 1 if(m_tc < 1600) return;
421 1
422 1 if(m_get_gzfs ==1 )
423 1 {
424 2 if(m_tc > 8600) m_tc = 8600;
425 2 if(m_pulse_count == 1)
426 2 {
427 3 silent = 44000 + m_tc*2; //45536
C51 COMPILER V7.00 TESTPROG 11/18/2007 17:17:47 PAGE 8
428 3 }
429 2 else if(m_pulse_count == 2)
430 2 {
431 3 silent = 44800 + m_tc*2; //45536
432 3 }
433 2 else return;
434 2
435 2 TH0 = silent/256;
436 2 TL0 = silent%256;
437 2 ET0 = SET;
438 2 TR0 = SET;
439 2 return;
440 2 }
441 1 else if( m_get_gzfs == 4 )
442 1 {
443 2 if(m_tc > m_left_fdb_tc ) m_tc = m_left_fdb_tc; //第一步，
444 2
445 2 silent = 44200 + m_tc*2; //44200
446 2 //----------------------------------------------
447 2 if(m_pulse_count == 3 ||m_pulse_count== 4)
448 2 {
449 3 silent = silent + m_fdb_tc*2; //44200
450 3 }
451 2 TH0 = silent/256;
452 2 TL0 = silent%256;
453 2 ET0 = SET;
454 2 TR0 = SET;
455 2 return;
456 2 }
457 1 else
458 1 {
459 2 if(m_tc > 8900) m_tc = 8900;
460 2 silent = 44200 + m_tc*2; //44200
461 2 TH0 = silent/256;
462 2 TL0 = silent%256;
463 2 ET0 = SET;
464 2 TR0 = SET;
465 2 return;
466 2 }
467 1 }
468
469 void t1_isr( void) interrupt 3 //timer 0 interrupt
470 {
471 1 TH1 = 0Xf8;
472 1 TL1 = 0X30;
473 1
474 1 m_ms_count++;
475 1 m_send_ref++; //每个毫秒发送一个字节
476 1
477 1 if(m_ms_count == 10) //10 another half wave
478 1 {
479 2 TR0 = CLEAR; //关闭定时器0,
480 2 ET0 = CLEAR;
481 2 U_DRV = SET;
482 2
483 2 m_int_count ++;
484 2 m_int_count_rec ++;
485 2
486 2 //对工作方式1的特殊照顾
487 2 if(m_get_gzfs == 1 ) //对于间歇供电的处理
488 2 {
489 3 m_pulse_count ++;
C51 COMPILER V7.00 TESTPROG 11/18/2007 17:17:47 PAGE 9
490 3 if(m_pulse_count > m_get_zkb) m_pulse_count = 1;
491 3 if(m_pulse_count > 3)
492 3 {
493 4 m_vol2_old_01 = 0;
494 4 m_vol2_old_10 = 0;
495 4 }
496 3 }
497 2 else if( m_get_gzfs == 4 ) //对于脉冲供电方式的处理
498 2 {
499 3 m_pulse_count ++;
500 3 if(m_pulse_count > 4) m_pulse_count = 1;
501 3 }
502 2
503 2 if(m_br_fs) goto NTTS;
504 2
505 2 m_vol2_new = channel(167);//channel(4); //首先检测二次电压
506 2 m_vol2_10 = m_vol2_new;
507 2
508 2 if( m_get_gzfs == 4 && m_pulse_count == 2) goto next_1666;
509 2 if( m_get_gzfs == 4 && m_pulse_count == 4 )
510 2 {
511 3 if(m_dtj > 109 )
512 3 { //360
513 4 if(m_vol2_new + m_get_o36 < m_vol2_old_10 )
514 4 {
515 5 goto next_166; //340
516 5 }
517 4 }
518 3 else if(m_dtj > 72)
519 3 { //250
520 4 if( m_vol2_new + m_get_o36 < m_vol2_old_10 )
521 4 {
522 5 goto next_166;
523 5 }
524 4 }
525 3 else
526 3 { //250
527 4 if( m_vol2_new + m_get_o36 < m_vol2_old_10 )
528 4 {
529 5 if(m_cur2 > m_cur2_div6) //div4; 240 && m_cur2_new > m_vol2_new + 100
530 5 {
531 6 next_166: TR0 = CLEAR; //关闭定时器0,
532 6 ET0 = CLEAR;
533 6 U_DRV = SET; //因为火花，关闭进一步的脉冲
534 6 m_br_fs = TRUE;
535 6 m_vol2_old_10 = m_vol2_new;
536 6 return;
537 6 }
538 5 }
539 4 }
540 3 }
541 2 else
542 2 {
543 3 if(m_dtj > 109 )
544 3 { //360
545 4 if(m_vol2_new + m_get_o109 < m_vol2_old_10 )
546 4 {
547 5 goto next_16; //340
548 5 }
549 4 }
550 3 else if(m_dtj > 72)
551 3 { //250
C51 COMPILER V7.00 TESTPROG 11/18/2007 17:17:47 PAGE 10
552 4 if( m_vol2_new + m_get_o72 < m_vol2_old_10 )
553 4 {
554 5 goto next_16;
555 5 }
556 4 }
557 3 else
558 3 { //250
559 4 if( m_vol2_new + m_get_o36 < m_vol2_old_10 )
560 4 {
561 5 if(m_cur2 > m_cur2_div6) //div4; 240 && m_cur2_new > m_vol2_new + 100
562 5 {
563 6 next_16: TR0 = CLEAR; //关闭定时器0,
564 6 ET0 = CLEAR;
565 6 U_DRV = SET; //因为火花，关闭进一步的脉冲
566 6 m_br_fs = TRUE;
567 6 m_vol2_old_10 = m_vol2_new;
568 6 return;
569 6 }
570 5 }
571 4 }
572 3 }
573 2
574 2 next_1666:
575 2 m_vol2_old_10 = m_vol2_new;
576 2
577 2 if(m_br_fs)
578 2 {
579 3 NTTS: if(m_br_u2) return;
580 3 U_DRV = SET;
581 3 //-----------------------
582 3 if(m_tc > 8900) m_tc = 8900; //new adding
583 3
584 3 if(m_get_gzfs == 1)
585 3 {
586 4 if(m_vol2 >8) m_br_over8 = TRUE;
587 4 m_cur2 = 0;//<1>二次电流
588 4 //-----------------------------------------------
589 4 if(m_pulse_count == 4)
590 4 {
591 5 m_tc_max = m_tc;
592 5 //0.70--0.76--0.82--0.88
593 5 con_speed1 = m_tc_max/50;
594 5 m_tc = con_speed1 * 35;
595 5 con_speed1 = con_speed1 * 3;
596 5 con_speed = 3;
597 5 m_br_fs = FALSE;
598 5 m_int_count_rec = 0;
599 5 m_hh_count ++; // just for sparking rate
600 5 }
601 4 //-----------------------------------------------
602 4 m_count_plc = 0; //偏励磁次数清零
603 4 m_vol2_old_10 = 0;
⌨️ 快捷键说明
复制代码
Ctrl + C
搜索代码
Ctrl + F
全屏模式
F11
切换主题
Ctrl + Shift + D
显示快捷键
?
增大字号
Ctrl + =
减小字号
Ctrl + -