First working frequency progress functionality implemented. New functions added to the command control module.
This commit is contained in:
klaute
parent
e2aa053314
commit
2154a6b8f4
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@ -24,8 +24,10 @@ void cc_clearReadDataBuffer(void);
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void cc_setStartFreq(void);
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void cc_setEndFreq(void);
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void cc_setIntervall(void);
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void cc_setFreqStep(void);
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void cc_setDriveStrength(void);
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void cc_startMeasurement(void);
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void cc_getConfig(void);
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/*****************************************************************************/
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@ -40,7 +42,9 @@ uint8_t cc_commands[] = {
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CC_CMD_SET_END_FREQ,
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CC_CMD_SET_INTERVALL,
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CC_CMD_SET_DRIVE_STRENGTH,
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CC_CMD_SET_FREQ_STEP,
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CC_CMD_START_MEASUREMENT,
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CC_CMD_GET_CONFIG,
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};
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void (*cc_cmd_functions[])() = {
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@ -48,7 +52,9 @@ void (*cc_cmd_functions[])() = {
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CC_CMD_SET_END_FREQ_FUNC,
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CC_CMD_SET_INTERVALL_FUNC,
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CC_CMD_SET_DRIVE_STRENGTH_FUNC,
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CC_CMD_SET_FREQ_STEP_FUNC,
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CC_CMD_START_MEASUREMENT_FUNC,
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CC_CMD_GET_CONFIG_FUNC,
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};
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uint8_t cc_cmd_data_to_read[] = {
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@ -56,7 +62,9 @@ uint8_t cc_cmd_data_to_read[] = {
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CC_CMD_SET_END_FREQ_DATA_TO_READ,
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CC_CMD_SET_INTERVALL_DATA_TO_READ,
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CC_CMD_SET_DRIVE_STRENGTH_DATA_TO_READ,
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CC_CMD_SET_FREQ_STEP_DATA_TO_READ,
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CC_CMD_START_MEASUREMENT_DATA_TO_READ,
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CC_CMD_GET_CONFIG_DATA_TO_READ,
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};
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uint8_t cc_read_data[CC_READ_DATA_MAX];
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@ -75,47 +83,207 @@ uint8_t cc_cmd_data_read_cnt = 0;
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void cc_setStartFreq()
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{
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uint32_t tmp_start_freq = (uint32_t)cc_read_data[0] << 24;
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tmp_start_freq += (uint32_t)cc_read_data[1] << 16;
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tmp_start_freq += (uint32_t)cc_read_data[2] << 8;
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tmp_start_freq += (uint32_t)cc_read_data[3];
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if (tmp_start_freq < 1)
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tmp_start_freq = 1;
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if (tmp_start_freq > 150000000)
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tmp_start_freq = 150000000;
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start_freq = tmp_start_freq;
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char* tmp = " ";
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sprintf(tmp, "%c%c%c%c%c", MSG_SOM1, MSG_SOM2,
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MSG_TYPE_ANSWER_NOK,
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MSG_TYPE_ANSWER_OK,
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MSG_EOM1, MSG_EOM2);
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Serial.write(tmp);
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}
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void cc_setEndFreq()
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{
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uint32_t tmp_end_freq = (uint32_t)cc_read_data[0] << 24;
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tmp_end_freq += (uint32_t)cc_read_data[1] << 16;
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tmp_end_freq += (uint32_t)cc_read_data[2] << 8;
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tmp_end_freq += (uint32_t)cc_read_data[3];
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if (tmp_end_freq < 1)
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tmp_end_freq = 1;
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if (tmp_end_freq > 150000000)
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tmp_end_freq = 150000000;
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end_freq = tmp_end_freq;
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char* tmp = " ";
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sprintf(tmp, "%c%c%c%c%c", MSG_SOM1, MSG_SOM2,
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MSG_TYPE_ANSWER_NOK,
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MSG_TYPE_ANSWER_OK,
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MSG_EOM1, MSG_EOM2);
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Serial.write(tmp);
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}
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void cc_setFreqStep()
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{
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uint32_t tmp_step_freq = (uint32_t)cc_read_data[0] << 24;
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tmp_step_freq += (uint32_t)cc_read_data[1] << 16;
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tmp_step_freq += (uint32_t)cc_read_data[2] << 8;
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tmp_step_freq += (uint32_t)cc_read_data[3];
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if (tmp_step_freq < 1)
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tmp_step_freq = 1;
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if (tmp_step_freq > 150000000)
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tmp_step_freq = 150000000;
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step_freq = tmp_step_freq;
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char* tmp = " ";
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sprintf(tmp, "%c%c%c%c%c", MSG_SOM1, MSG_SOM2,
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MSG_TYPE_ANSWER_OK,
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MSG_EOM1, MSG_EOM2);
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Serial.write(tmp);
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}
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void cc_setIntervall()
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{
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uint16_t tmp_intervall = (uint16_t)cc_read_data[0] << 8;
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tmp_intervall += (uint16_t)cc_read_data[1];
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if (tmp_intervall < 1)
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tmp_intervall = 1;
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if (tmp_intervall > 150000000)
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tmp_intervall = 150000000;
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intervall = tmp_intervall;
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char* tmp = " ";
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sprintf(tmp, "%c%c%c%c%c", MSG_SOM1, MSG_SOM2,
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MSG_TYPE_ANSWER_NOK,
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MSG_TYPE_ANSWER_OK,
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MSG_EOM1, MSG_EOM2);
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Serial.write(tmp);
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}
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void cc_setDriveStrength()
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{
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char* tmp = " ";
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sprintf(tmp, "%c%c%c%c%c", MSG_SOM1, MSG_SOM2,
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MSG_TYPE_ANSWER_NOK,
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MSG_EOM1, MSG_EOM2);
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Serial.write(tmp);
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enum si5351_drive tmp_ds = (enum si5351_drive)cc_read_data[0];
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if (tmp_ds == SI5351_DRIVE_2MA ||
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tmp_ds == SI5351_DRIVE_4MA ||
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tmp_ds == SI5351_DRIVE_6MA ||
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tmp_ds == SI5351_DRIVE_8MA)
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{
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drive_str = tmp_ds;
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char* tmp = " ";
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sprintf(tmp, "%c%c%c%c%c", MSG_SOM1, MSG_SOM2,
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MSG_TYPE_ANSWER_OK,
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MSG_EOM1, MSG_EOM2);
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Serial.write(tmp);
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} else {
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char* tmp = " ";
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sprintf(tmp, "%c%c%c%c%c", MSG_SOM1, MSG_SOM2,
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MSG_TYPE_ANSWER_NOK,
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MSG_EOM1, MSG_EOM2);
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Serial.write(tmp);
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}
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}
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void cc_startMeasurement()
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{
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char* tmp = " ";
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sprintf(tmp, "%c%c%c%c%c", MSG_SOM1, MSG_SOM2,
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123,
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MSG_EOM1, MSG_EOM2);
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Serial.write(tmp);
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// 1. send measurement info to host
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// MSG_TYPE_CONFIG
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cc_getConfig();
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// 2. start a for loop from the frequence to start to the end frequence
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if (start_freq > 0 && start_freq <= 150000000 &&
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end_freq > 0 && end_freq <= 150000000 &&
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start_freq < end_freq &&
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intervall > 0 &&
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step_freq > 0)
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{
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si5351.drive_strength(SI5351_CLK0, drive_str); // 2 4 6 8ma
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uint32_t freq = 0;
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for (freq = start_freq; freq < end_freq; freq += step_freq)
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{
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uint32_t a0_sum = 0;
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uint32_t a1_sum = 0;
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uint16_t i = 0;
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si5351.set_freq(freq * 100, SI5351_PLL_FIXED, SI5351_CLK0);
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si5351.output_enable(SI5351_CLK0, 1); // enable clock output 0
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delay(1);
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for (i = 0; i < intervall; i++)
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{
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// 3. on every loop read the analog input A0 and A1 for the in intervall (milliseconds)
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// and generate the average value, read the ADC value every milli second.
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a0_sum += analogRead(A0);
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a1_sum += analogRead(A1);
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delay(1);
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}
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a0_sum = a0_sum / intervall;
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a1_sum = a1_sum / intervall;
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// 4. send the current output frequency, the drive strength and the measured ADC values from A0 and A1 to the host
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// MSG_TYPE_MEAS_FREQ_INFO
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Serial.write(MSG_SOM1);
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Serial.write(MSG_SOM2);
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Serial.write(MSG_TYPE_MEAS_FREQ_INFO);
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Serial.write((uint8_t)((freq & 0xff000000) >> 24));
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Serial.write((uint8_t)((freq & 0x00ff0000) >> 16));
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Serial.write((uint8_t)((freq & 0x0000ff00) >> 8));
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Serial.write((uint8_t) (freq & 0x000000ff));
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Serial.write((uint8_t)((a0_sum & 0xff00) >> 8));
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Serial.write((uint8_t) (a0_sum & 0x00ff));
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Serial.write((uint8_t)((a1_sum & 0xff00) >> 8));
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Serial.write((uint8_t) (a1_sum & 0x00ff));
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Serial.write(MSG_EOM1);
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Serial.write(MSG_EOM2);
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si5351.output_enable(SI5351_CLK0, 0); // disable clock output 0
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}
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// 5. send a measurement end message to the host
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// MSG_TYPE_MEAS_END_INFO
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char* tmp = " ";
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sprintf(tmp, "%c%c%c%c%c", MSG_SOM1, MSG_SOM2,
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MSG_TYPE_MEAS_END_INFO,
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MSG_EOM1, MSG_EOM2);
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Serial.write(tmp);
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} else {
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// on error
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char* tmp = " ";
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sprintf(tmp, "%c%c%c%c%c", MSG_SOM1, MSG_SOM2,
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MSG_TYPE_ANSWER_NOK,
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MSG_EOM1, MSG_EOM2);
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Serial.write(tmp);
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}
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}
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void cc_getConfig()
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{
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Serial.write(MSG_SOM1);
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Serial.write(MSG_SOM2);
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Serial.write(MSG_TYPE_CONFIG);
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Serial.write((uint8_t)((start_freq & 0xff000000) >> 24));
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Serial.write((uint8_t)((start_freq & 0x00ff0000) >> 16));
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Serial.write((uint8_t)((start_freq & 0x0000ff00) >> 8));
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Serial.write((uint8_t) (start_freq & 0x000000ff));
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Serial.write((uint8_t)((end_freq & 0xff000000) >> 24));
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Serial.write((uint8_t)((end_freq & 0x00ff0000) >> 16));
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Serial.write((uint8_t)((end_freq & 0x0000ff00) >> 8));
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Serial.write((uint8_t) (end_freq & 0x000000ff));
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Serial.write((uint8_t)((step_freq & 0xff000000) >> 24));
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Serial.write((uint8_t)((step_freq & 0x00ff0000) >> 16));
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Serial.write((uint8_t)((step_freq & 0x0000ff00) >> 8));
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Serial.write((uint8_t) (step_freq & 0x000000ff));
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Serial.write((uint8_t)((intervall & 0xff00) >> 8));
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Serial.write((uint8_t) (intervall & 0x00ff));
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Serial.write((uint8_t) drive_str);
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Serial.write(MSG_EOM1);
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Serial.write(MSG_EOM2);
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}
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/*****************************************************************************/
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@ -138,6 +306,7 @@ void cc_abort()
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MSG_TYPE_ANSWER_NOK,
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MSG_EOM1, MSG_EOM2);
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Serial.write(tmp);
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cc_init();
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}
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@ -10,8 +10,17 @@ extern "C" {
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Si5351 si5351;
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uint32_t start_freq = 10000;
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uint32_t end_freq = 50000000;
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uint32_t step_freq = 1000000; // 1 MHz default step size
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uint16_t intervall = 1000; // intervall to change the frequency as milli seconds
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enum si5351_drive drive_str = SI5351_DRIVE_2MA;
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void setup()
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{
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pinMode(A0, INPUT);
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pinMode(A1, INPUT);
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// Init the serial connection
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Serial.begin(57600);
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@ -21,6 +30,13 @@ void setup()
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// init the Si5351
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si5351.init(SI5351_CRYSTAL_LOAD_8PF, 0);
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si5351.set_pll(SI5351_PLL_FIXED, SI5351_PLLA);
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si5351.output_enable(SI5351_CLK0, 0); // disable clock output 0
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si5351.output_enable(SI5351_CLK1, 0); // disable clock output 1
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si5351.output_enable(SI5351_CLK2, 0); // disable clock output 2
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/*
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// Set CLK0 to output 14 MHz with a fixed PLL frequency
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si5351.set_pll(SI5351_PLL_FIXED, SI5351_PLLA);
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si5351.set_freq(1400000000ULL, SI5351_PLL_FIXED, SI5351_CLK0);
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@ -30,6 +46,7 @@ void setup()
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si5351.output_enable(SI5351_CLK0, 1); // enable clock output 0
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si5351.drive_strength(SI5351_CLK0, SI5351_DRIVE_2MA); // 2 4 6 8ma
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*/
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}
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void loop()
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@ -7,8 +7,11 @@
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#define MSG_EOM1 0x0d
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#define MSG_EOM2 0x0a
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#define MSG_TYPE_ANSWER_OK 0x01
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#define MSG_TYPE_ANSWER_NOK 0x02
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#define MSG_TYPE_ANSWER_OK 0x01
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#define MSG_TYPE_ANSWER_NOK 0x02
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#define MSG_TYPE_MEAS_FREQ_INFO 0x03
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#define MSG_TYPE_MEAS_END_INFO 0x04
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#define MSG_TYPE_CONFIG 0x05
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/*****************************************************************************/
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@ -32,7 +35,9 @@
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#define CC_CMD_SET_END_FREQ 0x02
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#define CC_CMD_SET_INTERVALL 0x03
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#define CC_CMD_SET_DRIVE_STRENGTH 0x04
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#define CC_CMD_START_MEASUREMENT 0x05
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#define CC_CMD_SET_FREQ_STEP 0x05
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#define CC_CMD_START_MEASUREMENT 0x06
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#define CC_CMD_GET_CONFIG 0x10
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/*****************************************************************************/
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@ -40,15 +45,19 @@
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#define CC_CMD_SET_END_FREQ_FUNC &cc_setEndFreq
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#define CC_CMD_SET_INTERVALL_FUNC &cc_setIntervall
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#define CC_CMD_SET_DRIVE_STRENGTH_FUNC &cc_setDriveStrength
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#define CC_CMD_SET_FREQ_STEP_FUNC &cc_setFreqStep
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#define CC_CMD_START_MEASUREMENT_FUNC &cc_startMeasurement
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#define CC_CMD_GET_CONFIG_FUNC &cc_getConfig
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/*****************************************************************************/
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#define CC_CMD_SET_START_FREQ_DATA_TO_READ 4 // up to 32 bit = 4 byte => 2 ** 32 = >500000000Hz
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#define CC_CMD_SET_END_FREQ_DATA_TO_READ 4 // up to 32 bit = 4 byte => 2 ** 32 = >500000000Hz
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#define CC_CMD_SET_INTERVALL_DATA_TO_READ 3 // up to 24 bit = 3 byte => 2 ** 24 = >1000000Hz
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#define CC_CMD_SET_INTERVALL_DATA_TO_READ 2
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#define CC_CMD_SET_DRIVE_STRENGTH_DATA_TO_READ 1
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#define CC_CMD_SET_FREQ_STEP_DATA_TO_READ 4
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#define CC_CMD_START_MEASUREMENT_DATA_TO_READ 0
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#define CC_CMD_GET_CONFIG_DATA_TO_READ 0
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/*****************************************************************************/
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