📄 display.s
字号:
.dbline 264
; else
; {
.dbline 265
; if(t2)
tst R10
breq L149
.dbline 266
; {
.dbline 267
; led7_display(12,2,0,1); // t1=0
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,2
ldi R16,12
xcall _led7_display
.dbline 268
; led7_display(t2,3,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,3
mov R16,R10
xcall _led7_display
.dbline 269
; led7_display(t3,4,1,1);
ldi R24,1
std y+2,R24
std y+0,R24
ldi R18,4
mov R16,R12
xcall _led7_display
.dbline 270
; led7_display(t4,5,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,5
mov R16,R22
xcall _led7_display
.dbline 271
; }
xjmp L150
L149:
.dbline 273
; else
; { // t1=0,t2=0
.dbline 274
; if(t3)
tst R12
breq L151
.dbline 275
; {
.dbline 276
; led7_display(12,2,0,1); // t3!=0
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,2
ldi R16,12
xcall _led7_display
.dbline 277
; led7_display(12,3,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,3
ldi R16,12
xcall _led7_display
.dbline 278
; led7_display(t3,4,1,1);
ldi R24,1
std y+2,R24
std y+0,R24
ldi R18,4
mov R16,R12
xcall _led7_display
.dbline 279
; led7_display(t4,5,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,5
mov R16,R22
xcall _led7_display
.dbline 280
; }
xjmp L152
L151:
.dbline 282
; else
; { //t1=0,t2=0,t3=0
.dbline 283
; if(t4)
tst R22
breq L153
.dbline 284
; {
.dbline 285
; led7_display(12,2,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,2
ldi R16,12
xcall _led7_display
.dbline 286
; led7_display(12,3,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,3
ldi R16,12
xcall _led7_display
.dbline 287
; led7_display(0,4,1,1);
ldi R24,1
std y+2,R24
std y+0,R24
ldi R18,4
clr R16
xcall _led7_display
.dbline 288
; led7_display(t4,5,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,5
mov R16,R22
xcall _led7_display
.dbline 289
; }
xjmp L154
L153:
.dbline 291
; else
; {
.dbline 292
; led7_display(12,2,0,1); // t1=0,t2=0,t3=0,t4=0
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,2
ldi R16,12
xcall _led7_display
.dbline 293
; led7_display(12,3,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,3
ldi R16,12
xcall _led7_display
.dbline 294
; led7_display(12,4,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,4
ldi R16,12
xcall _led7_display
.dbline 295
; led7_display(0,5,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,5
clr R16
xcall _led7_display
.dbline 296
; }
L154:
.dbline 297
; }
L152:
.dbline 298
; }
L150:
.dbline 299
; }
L148:
.dbline 301
;
; SEI();
sei
.dbline 302
; }
xjmp L141
L145:
.dbline 304
;
; else if(point_flag == 2)
ldd R24,y+15
cpi R24,2
breq X10
xjmp L141
X10:
.dbline 305
; {
.dbline 306
; CLI();
cli
.dbline 307
; WDR();
wdr
.dbline 308
; t5 = data;
ldd R20,y+17
ldd R21,y+18
.dbline 309
; t1 = t5/1000;
ldi R18,1000
ldi R19,3
movw R16,R20
xcall div16u
mov R14,R16
.dbline 310
; t2 = (t5%1000)/100;
ldi R18,1000
ldi R19,3
movw R16,R20
xcall mod16u
ldi R18,100
ldi R19,0
xcall div16u
mov R10,R16
.dbline 311
; t3 = ((t5%1000)%100)/10;
ldi R18,1000
ldi R19,3
movw R16,R20
xcall mod16u
ldi R18,100
ldi R19,0
xcall mod16u
ldi R18,10
ldi R19,0
xcall div16u
mov R12,R16
.dbline 312
; t4 = ((t5%1000)%100)%10;
ldi R18,1000
ldi R19,3
movw R16,R20
xcall mod16u
ldi R18,100
ldi R19,0
xcall mod16u
ldi R18,10
ldi R19,0
xcall mod16u
mov R22,R16
.dbline 313
; if(t1)
tst R14
breq L157
.dbline 314
; {
.dbline 315
; led7_display(t1,2,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,2
mov R16,R14
xcall _led7_display
.dbline 316
; led7_display(t2,3,1,1);
ldi R24,1
std y+2,R24
std y+0,R24
ldi R18,3
mov R16,R10
xcall _led7_display
.dbline 317
; led7_display(t3,4,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,4
mov R16,R12
xcall _led7_display
.dbline 318
; led7_display(t4,5,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,5
mov R16,R22
xcall _led7_display
.dbline 319
; }
xjmp L158
L157:
.dbline 321
; else
; {
.dbline 322
; if(t2)
tst R10
breq L159
.dbline 323
; {
.dbline 324
; led7_display(12,2,0,1); // t1=0
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,2
ldi R16,12
xcall _led7_display
.dbline 325
; led7_display(t2,3,1,1);
ldi R24,1
std y+2,R24
std y+0,R24
ldi R18,3
mov R16,R10
xcall _led7_display
.dbline 326
; led7_display(t3,4,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,4
mov R16,R12
xcall _led7_display
.dbline 327
; led7_display(t4,5,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,5
mov R16,R22
xcall _led7_display
.dbline 328
; }
xjmp L160
L159:
.dbline 330
; else
; { // t1=0,t2=0
.dbline 331
; if(t3)
tst R12
breq L161
.dbline 332
; {
.dbline 333
; led7_display(12,2,0,1); // t3!=0
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,2
ldi R16,12
xcall _led7_display
.dbline 334
; led7_display(t2,3,1,1);
ldi R24,1
std y+2,R24
std y+0,R24
ldi R18,3
mov R16,R10
xcall _led7_display
.dbline 335
; led7_display(t3,4,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,4
mov R16,R12
xcall _led7_display
.dbline 336
; led7_display(t4,5,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,5
mov R16,R22
xcall _led7_display
.dbline 337
; }
xjmp L162
L161:
.dbline 339
; else
; { // t1=0,t2=0,t3=0
.dbline 340
; if(t4)
tst R22
breq L163
.dbline 341
; {
.dbline 342
; led7_display(12,2,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,2
ldi R16,12
xcall _led7_display
.dbline 343
; led7_display(t2,3,1,1);
ldi R24,1
std y+2,R24
std y+0,R24
ldi R18,3
mov R16,R10
xcall _led7_display
.dbline 344
; led7_display(0,4,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,4
clr R16
xcall _led7_display
.dbline 345
; led7_display(t4,5,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,5
mov R16,R22
xcall _led7_display
.dbline 346
; }
xjmp L164
L163:
.dbline 348
; else
; {
.dbline 349
; led7_display(12,2,0,1); // t1=0,t2=0,t3=0,t4=0
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,2
ldi R16,12
xcall _led7_display
.dbline 350
; led7_display(12,3,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,3
ldi R16,12
xcall _led7_display
.dbline 351
; led7_display(12,4,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,4
ldi R16,12
xcall _led7_display
.dbline 352
; led7_display(0,5,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,5
clr R16
xcall _led7_display
.dbline 353
; }
L164:
.dbline 354
; }
L162:
.dbline 355
; }
L160:
.dbline 356
; }
L158:
.dbline 357
; SEI();
sei
.dbline 358
; }
.dbline 359
; }
xjmp L141
L143:
.dbline 361
;
; else if(pannel_led[channel].data==on) //开关量状态显示 ON
ldi R24,20
ldd R0,y+13
mul R24,R0
movw R30,R0
ldi R24,<_pannel_led+11
ldi R25,>_pannel_led+11
add R30,R24
adc R31,R25
ldd R24,z+0
ldd R25,z+1
cpi R24,90
ldi R30,0
cpc R25,R30
brne L165
.dbline 362
; {
.dbline 363
; WDR();
wdr
.dbline 364
; led7_display(0,2,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,2
clr R16
xcall _led7_display
.dbline 365
; led7_display(13,3,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,3
ldi R16,13
xcall _led7_display
.dbline 366
; led7_display(12,4,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,4
ldi R16,12
xcall _led7_display
.dbline 367
; led7_display(12,5,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,5
ldi R16,12
xcall _led7_display
.dbline 368
; }
xjmp L141
L165:
.dbline 369
; else if(pannel_led[channel].data == off) //OFF
ldi R24,20
ldd R0,y+13
mul R24,R0
movw R30,R0
ldi R24,<_pannel_led+11
ldi R25,>_pannel_led+11
add R30,R24
adc R31,R25
ldd R24,z+0
ldd R25,z+1
cpi R24,165
ldi R30,0
cpc R25,R30
breq X11
xjmp L141
X11:
.dbline 370
; {
.dbline 371
; WDR();
wdr
.dbline 372
; led7_display(0,2,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,2
clr R16
xcall _led7_display
.dbline 373
; led7_display(14,3,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,3
ldi R16,14
xcall _led7_display
.dbline 374
; led7_display(14,4,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,4
ldi R16,14
xcall _led7_display
.dbline 375
; led7_display(12,5,0,1);
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,5
ldi R16,12
xcall _led7_display
.dbline 376
; }
.dbline 377
; }
xjmp L141
L140:
.dbline 380
.dbline 381
wdr
.dbline 382
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,2
ldi R16,15
xcall _led7_display
.dbline 383
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,3
ldi R16,17
xcall _led7_display
.dbline 384
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,4
ldi R16,16
xcall _led7_display
.dbline 385
ldi R24,1
std y+2,R24
clr R2
std y+0,R2
ldi R18,5
ldi R16,16
xcall _led7_display
.dbline 386
L141:
.dbline -2
L109:
adiw R28,3
xcall pop_gset5
adiw R28,4
.dbline 0 ; func end
ret
.dbsym r t4 22 c
.dbsym r t3 12 c
.dbsym r t5 20 i
.dbsym r t2 10 c
.dbsym r t1 14 c
.dbsym l data 17 i
.dbsym l point_flag 15 c
.dbsym l channel 13 c
.dbend
.area bss(ram, con, rel)
.dbfile D:\报警系统设计资料\报警系统软件\测量模块基于CAN的系统网程序\CAN网可配置型报警灯板程序\display.c
_sendmsg::
.blkb 12
.dbstruct 0 12 _VCI_CAN_OBJ
.dbfield 0 ID L
.dbfield 4 Data A[8:8]c
.dbend
.dbsym e sendmsg _sendmsg S[_VCI_CAN_OBJ]
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