📄 testprog.lst
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C51 COMPILER V7.00 TESTPROG 11/18/2007 17:17:47 PAGE 1
C51 COMPILER V7.00, COMPILATION OF MODULE TESTPROG
OBJECT MODULE PLACED IN TestProg.OBJ
COMPILER INVOKED BY: C:\Keil\C51\BIN\C51.EXE TestProg.c LARGE BROWSE MODDP2 DEBUG OBJECTEXTEND
stmt level source
1 // Copyright 2003 HaiYan HighVoltage-Switch Corporation
2 // Write by whx1538@sina.com
3 // Version: YGK03HV-1.0 2003-11
4 //
5 // 07-13 modify mark it out
6 //--------------------------------------------
7 // jp_code == 0x08 取消
8 // jp_code == 0x09 设置
9 // jp_code == 0x0b 启动/停机
10 // jp_code == 0x0c 近控/远控
11 // jp_code == 0x0d 确认
12 //
13 //--------------------------------------------
14 #include "def_pin.h"
15
16
17 void serio_isr( void) interrupt 4 // 接收串行信息
18 {
19 1 if(RI_0)
20 1 {
21 2 RI_0 = 0;
22 2 ser_rec[m_r_in] = SBUF0;
23 2 m_r_in ++;
24 2 }
25 1 TI_0 = 0;
26 1 }
27
28 //提供触发波形
29 void t0_isr( void) interrupt 1 //timer 0 interrupt
30 {
31 1 m_t0_c++;
32 1 if(m_t0_c == 1)
33 1 { //first 270us timer constant
34 2 if(m_tc < 1650) return;
35 2 U_DRV = CLEAR;
36 2 TH0 = 0xfd; //270us
37 2 TL0 = 0xe4; //
38 2 }
39 1 else if (m_t0_c >= m_total_t0||m_tc <2760)
40 1 {
41 2 U_DRV = SET;
42 2 TR0 = CLEAR;
43 2 ET0 = CLEAR;
44 2 }
45 1 else if( m_t0_c & 1 ) //奇数
46 1 {
47 2 U_DRV = CLEAR;
48 2 TH0 = 0xff; //90us 24MHz
49 2 TL0 = 0x4c; //
50 2 }
51 1 else //偶数
52 1 {
53 2 U_DRV = SET;
54 2 TH0 = 0xfc; //450us 24MHz
55 2 TL0 = 0x7c; //
C51 COMPILER V7.00 TESTPROG 11/18/2007 17:17:47 PAGE 2
56 2 }
57 1 }
58
59 //电网参数的起点
60 void ex0_pulse_isr( void) interrupt 0 //ex0 interrupt 50hz*2 = 100hz signal
61 {
62 1 //------------------------------1000us 1 ms timer
63 1 TR1 = CLEAR;
64 1 TH1 = 0Xf8;
65 1 TL1 = 0X30;
66 1 ET1 = SET;
67 1 TR1 = SET;
68 1 //---------------------------------------------
69 1 TR0 = CLEAR; //关闭定时器0,
70 1 ET0 = CLEAR;
71 1 U_DRV = SET;
72 1 //---------------------------------------------
73 1 m_int_count ++;
74 1 m_ms_count = 0; //毫秒数清零
75 1
76 1 m_int_count_rec+=1;
77 1
78 1 if( m_int_count_rec > 250 ) //2 seconds without sparking
79 1 {
80 2 m_int_count_rec = 250;
81 2 }
82 1
83 1 if(m_tc_max < m_tc) m_tc_max = m_tc;
84 1
85 1 //对工作方式1的特殊照顾
86 1 if(m_get_gzfs == 1 ) //对于间歇供电的处理
87 1 {
88 2 m_pulse_count ++;
89 2 if(m_pulse_count > m_get_zkb) m_pulse_count = 1;
90 2 if(m_pulse_count > 3)
91 2 {
92 3 m_vol2_old_01 = 0;
93 3 m_vol2_old_10 = 0;
94 3 }
95 2 }
96 1 else if( m_get_gzfs == 4 ) //对于脉冲供电方式的处理
97 1 {
98 2 m_pulse_count ++;
99 2 if(m_pulse_count > 4) m_pulse_count = 1;
100 2 }
101 1
102 1 if(m_br_fs) goto NTTT;
103 1
104 1 m_vol2_new = channel(167);//channel(4); //首先检测二次电压
105 1
106 1 if( m_get_gzfs == 4 && m_pulse_count == 2) goto next_1555;
107 1 if( m_get_gzfs == 4 && m_pulse_count == 4 )
108 1 {
109 2 if(m_dtj > 109 )
110 2 { //360
111 3 if(m_vol2_new + m_get_o36 < m_vol2_old_10 )
112 3 {
113 4 goto next_155; //340
114 4 }
115 3 }
116 2 else if(m_dtj > 72)
117 2 { //250
C51 COMPILER V7.00 TESTPROG 11/18/2007 17:17:47 PAGE 3
118 3 if( m_vol2_new + m_get_o36 < m_vol2_old_10 )
119 3 {
120 4 goto next_155;
121 4 }
122 3 }
123 2 else
124 2 { //250
125 3 if( m_vol2_new + m_get_o36 < m_vol2_old_10 )
126 3 {
127 4 if(m_cur2 > m_cur2_div6) //div4; 240 && m_cur2_new > m_vol2_new + 100
128 4 {
129 5 next_155: TR0 = CLEAR; //关闭定时器0,
130 5 ET0 = CLEAR;
131 5 U_DRV = SET; //因为火花，关闭进一步的脉冲
132 5 m_br_fs = TRUE;
133 5 m_vol2_old_10 = m_vol2_new;
134 5 return;
135 5 }
136 4 }
137 3 }
138 2 }
139 1 else
140 1 {
141 2 if(m_dtj > 109 )
142 2 { //360
143 3 if(m_vol2_new + m_get_o109 < m_vol2_old_10 )
144 3 {
145 4 goto next_15; //340
146 4 }
147 3 }
148 2 else if(m_dtj > 72)
149 2 { //250
150 3 if( m_vol2_new + m_get_o72 < m_vol2_old_10 )
151 3 {
152 4 goto next_15;
153 4 }
154 3 }
155 2 else
156 2 { //250
157 3 if( m_vol2_new + m_get_o36 < m_vol2_old_10 )
158 3 {
159 4 if(m_cur2 > m_cur2_div6) //div4; 240 && m_cur2_new > m_vol2_new + 100
160 4 {
161 5 next_15: TR0 = CLEAR; //关闭定时器0,
162 5 ET0 = CLEAR;
163 5 U_DRV = SET; //因为火花，关闭进一步的脉冲
164 5 m_br_fs = TRUE;
165 5 m_vol2_old_10 = m_vol2_new;
166 5 return;
167 5 }
168 4 }
169 3 }
170 2 }
171 1
172 1 next_1555:
173 1 m_vol2_old_10 = m_vol2_new;
174 1
175 1 if(m_br_fs)
176 1 {
177 2 NTTT: if(m_br_u2)
178 2 {
179 3 ET0 = CLEAR;
C51 COMPILER V7.00 TESTPROG 11/18/2007 17:17:47 PAGE 4
180 3 ET1 = CLEAR;
181 3 m_temp_data = channel(231);//channel(5); //暂时取得二次电流设定值
182 3 m_temp_tempura = channel(135)/11;
183 3 return;
184 3 }
185 2
186 2 U_DRV = SET;
187 2
188 2 //-----------------------
189 2 if(m_tc > 8900) m_tc = 8900; //new adding
190 2
191 2 if(m_get_gzfs == 1)
192 2 {
193 3 if(m_vol2 >8) m_br_over8= TRUE;
194 3 m_cur2 = 0; //<1>二次电流
195 3 //-----------------------------------------------
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