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comparison main.c @ 341:ccab04e2f601

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- decrease measurement interval, measure at start - fix integer sizes or format strings
author Matt Johnston <matt@ucc.asn.au>
date Sat, 16 Jun 2012 09:07:38 +0800
parents 449272fc63a3
children 9b5b202129c3
comparison
equal deleted inserted replaced
340:3baca8d980f4 341:ccab04e2f601
28 // - number of sensors (and range?) 28 // - number of sensors (and range?)
29 29
30 // 1 second. we have 1024 prescaler, 32768 crystal. 30 // 1 second. we have 1024 prescaler, 32768 crystal.
31 #define SLEEP_COMPARE 32 31 #define SLEEP_COMPARE 32
32 // limited to uint16_t 32 // limited to uint16_t
33 #define MEASURE_WAKE 300 33 #define MEASURE_WAKE 20
34 34
35 #define VALUE_NOSENSOR -9000 35 #define VALUE_NOSENSOR -9000
36 #define VALUE_BROKEN -8000 36 #define VALUE_BROKEN -8000
37 37
38 // limited to uint16_t 38 // limited to uint16_t
232 uint8_t n_sensors; 232 uint8_t n_sensors;
233 eeprom_read(n_sensors, n_sensors); 233 eeprom_read(n_sensors, n_sensors);
234 234
235 fprintf_P(crc_stdout, PSTR("START\n")); 235 fprintf_P(crc_stdout, PSTR("START\n"));
236 fprintf_P(crc_stdout, PSTR("now=%lu\n" 236 fprintf_P(crc_stdout, PSTR("now=%lu\n"
237 "time_step=%lu\n" 237 "time_step=%hu\n"
238 "first_time=%lu\n" 238 "first_time=%lu\n"
239 "last_time=%lu\n"), 239 "last_time=%lu\n"),
240 clock_epoch, 240 clock_epoch,
241 MEASURE_WAKE, 241 (uint16_t)MEASURE_WAKE,
242 first_measurement_clock, 242 first_measurement_clock,
243 last_measurement_clock); 243 last_measurement_clock);
244 fprintf_P(crc_stdout, PSTR("sensors=%u\n"), n_sensors); 244 fprintf_P(crc_stdout, PSTR("sensors=%u\n"), n_sensors);
245 for (uint8_t s = 0; s < n_sensors; s++) 245 for (uint8_t s = 0; s < n_sensors; s++)
246 { 246 {
248 fprintf_P(crc_stdout, PSTR("sensor_id%u="), s); 248 fprintf_P(crc_stdout, PSTR("sensor_id%u="), s);
249 eeprom_read_to(id, sensor_id[s], ID_LEN); 249 eeprom_read_to(id, sensor_id[s], ID_LEN);
250 printhex(id, ID_LEN, crc_stdout); 250 printhex(id, ID_LEN, crc_stdout);
251 fputc('\n', crc_stdout); 251 fputc('\n', crc_stdout);
252 } 252 }
253 fprintf_P(crc_stdout, PSTR("measurements=%u\n"), n_measurements); 253 fprintf_P(crc_stdout, PSTR("measurements=%hu\n"), n_measurements);
254 for (uint16_t n = 0; n < n_measurements; n++) 254 for (uint16_t n = 0; n < n_measurements; n++)
255 { 255 {
256 fprintf_P(crc_stdout, PSTR("meas%u="), n); 256 fprintf_P(crc_stdout, PSTR("meas%u="), n);
257 for (uint8_t s = 0; s < n_sensors; s++) 257 for (uint8_t s = 0; s < n_sensors; s++)
258 { 258 {
259 fprintf_P(crc_stdout, PSTR(" %u"), measurements[n][s]); 259 fprintf_P(crc_stdout, PSTR(" %hu"), measurements[n][s]);
260 } 260 }
261 fputc('\n', crc_stdout); 261 fputc('\n', crc_stdout);
262 } 262 }
263 fprintf_P(crc_stdout, PSTR("END\n")); 263 fprintf_P(crc_stdout, PSTR("END\n"));
264 fprintf_P(stdout, PSTR("CRC=%hu\n"), crc_out); 264 fprintf_P(stdout, PSTR("CRC=%hu\n"), crc_out);
517 517
518 clock_epoch ++; 518 clock_epoch ++;
519 519
520 if (comms_timeout != 0) 520 if (comms_timeout != 0)
521 { 521 {
522 comms_timeout--; 522 // XXX testing
523 //comms_timeout--;
523 } 524 }
524 525
525 if (measure_count >= MEASURE_WAKE) 526 if (measure_count >= MEASURE_WAKE)
526 { 527 {
527 measure_count = 0; 528 measure_count = 0;
748 setup_tick_counter(); 749 setup_tick_counter();
749 750
750 sei(); 751 sei();
751 752
752 need_comms = 1; 753 need_comms = 1;
754 need_measurement = 1;
753 755
754 #if 0 756 #if 0
755 for (;;) 757 for (;;)
756 { 758 {
757 do_comms(); 759 do_comms();