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Fork of 1TEST_Flight_Protocol by
main.cpp
- Committer:
- skyyoungsik
- Date:
- 2017-05-22
- Revision:
- 1:e8a99f19604e
- Parent:
- 0:c466d770ffa7
File content as of revision 1:e8a99f19604e:
#include "mbed.h"
#include "ROBOFRIEN_GUI.h"
#include "ROBOFRIEN_LED.h"
#include <math.h>
#define PI 3.14159265359 // This value will be used when calculating angles
Timer MainTimer;
DigitalOut myled2(LED2);
DigitalOut myled3(LED3);
ROBOFRIEN_GUI GUI;
ROBOFRIEN_LED LED;
int cnt;
int main() {
GUI.Init();
LED.Init();
LED.HeadlightPeriod = GUI.headlight_period;
LED.HeadlightDutyrate = GUI.headlight_dutyrate;
LED.SidelightPeriod = GUI.sidelight_period;
LED.SidelightDutyrate = GUI.sidelight_dutyrate;
while(1) {
GUI.pc_rx_update();
LED.Update();
if(GUI.rx_bool() == true){
cnt ++;
/////////////////////////////////////////////////////////////////////////////////////////////////////////
//////////////////////////////////////////// [M/S] Mode and State ///////////////////////////////////////
/////////////////////////////////////////////////////////////////////////////////////////////////////////
GUI.Mode1 = 8 * sin( PI/180 + cnt/50.0) + 8;
GUI.Mode2 = 8 * cos( PI/180 + cnt/50.0) + 8;
GUI.MissionState = 8 * sin( PI/180 + cnt/50.0) + 8;
GUI.CurrentMarker = 11 * cos( PI/180 + cnt/100.0) + 10;
GUI.Bat1 = 50 * sin(PI/180 + cnt/50.0) + 50; // 21.6 ~ 24.6 ( 6cell )
GUI.Bat2 = 50 * cos(PI/180 + cnt/50.0) + 50; // 11.1 ~ 12.6 ( 3cell )
// [ Button State & Home Point Chksum & Marker Chksum ] is change automatically in "ROBOFRIEN_GUI.cpp" //
// You Can not change this setting, just use it ///
if(GUI.button[0] == true) {}
else {}
if(GUI.button[1] == true) {}
else {}
if(GUI.button[2] == true) {}
else {}
if(GUI.button[3] == true) {}
else {}
if(GUI.button[4] == true) {}
else {}
/////////////////////////////////////////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////// [GPS] GPS //////////////////////////////////////////////
/////////////////////////////////////////////////////////////////////////////////////////////////////////
GUI.utc_time = cnt * 10;
GUI.latitude = 35117030 + 10000 * sin( PI/180 + cnt/50.0);
GUI.longitude = 129087896 + 10000 * cos( PI/180 + cnt/50.0);
GUI.altitude = 22768 + 32768 * sin( PI/180 + cnt/50.0);
GUI.SatNum = 10 + 10 * sin( PI/180 + cnt/50.0);
/////////////////////////////////////////////////////////////////////////////////////////////////////////
///////////////////////////////////////////////// AHRS //////////////////////////////////////////////////
/////////////////////////////////////////////////////////////////////////////////////////////////////////
GUI.rollx100 = 4500 * sin( PI/180 + cnt/50.0);
GUI.pitchx100 = -4500 * sin( PI/180 + cnt/50.0);
GUI.yawx100 = 18000 * sin( PI/180 + cnt/50.0) + 18000;
GUI.roll_ratex100 = 30000 * sin( PI/180 + cnt/50.0);
GUI.pitch_ratex100 = 30000 * sin( PI/180 + cnt/50.0 + PI/4);
GUI.yaw_ratex100 = 30000 * sin( PI/180 + cnt/50.0 + PI*3/4);
GUI.VXx100 = 1000 * sin(PI/180 + cnt/50.0);
GUI.VYx100 = 1000 * cos(PI/180 + cnt/50.0);
GUI.VZx100 = 1000 * sin(PI/180 + cnt/50.0 + PI/4);
/////////////////////////////////////////////////////////////////////////////////////////////////////////
////////////////////////////////////////////// [C/P] CAP/PWM ////////////////////////////////////////////
/////////////////////////////////////////////////////////////////////////////////////////////////////////
GUI.cap[0] = 100 * sin(PI/180 + cnt/50.0);
GUI.cap[1] = 100 * sin(PI/180 + cnt/50.0 + PI/8);
GUI.cap[2] = 100 * sin(PI/180 + cnt/50.0 + 2*PI/8);
GUI.cap[3] = 100 * sin(PI/180 + cnt/50.0 + 3*PI/8);
GUI.cap[4] = 100 * sin(PI/180 + cnt/50.0 + 4*PI/8);
GUI.cap[5] = 100 * sin(PI/180 + cnt/50.0 + 5*PI/8);
GUI.cap[6] = 100 * sin(PI/180 + cnt/50.0 + 6*PI/8);
GUI.cap[7] = 100 * sin(PI/180 + cnt/50.0 + 7*PI/8);
GUI.pwm[0] = 100 * sin(PI/180 + cnt/50.0) + 100;
GUI.pwm[1] = 100 * sin(PI/180 + cnt/50.0 + PI/8) + 100;
GUI.pwm[2] = 100 * sin(PI/180 + cnt/50.0 + 2*PI/8) + 100;
GUI.pwm[3] = 100 * sin(PI/180 + cnt/50.0 + 3*PI/8) + 100;
GUI.pwm[4] = 100 * sin(PI/180 + cnt/50.0 + 4*PI/8) + 100;
GUI.pwm[5] = 100 * sin(PI/180 + cnt/50.0 + 5*PI/8) + 100;
GUI.pwm[6] = 100 * sin(PI/180 + cnt/50.0 + 6*PI/8) + 100;
GUI.pwm[7] = 100 * sin(PI/180 + cnt/50.0 + 7*PI/8) + 100;
/////////////////////////////////////////////////////////////////////////////////////////////////////////
/////////////////////////////////////////// [E/D] Extra & Debug /////////////////////////////////////////
/////////////////////////////////////////////////////////////////////////////////////////////////////////
GUI.DEBUGx100[0] = 9000 * sin(PI/180 + cnt/50.0) + 9000;
GUI.DEBUGx100[1] += 100;
if(GUI.DEBUGx100[1] >= 36000) GUI.DEBUGx100[1] = 0;
GUI.DEBUGx100[2] = 25000 * sin(PI/180 + cnt/50.0) + 25000;
GUI.DEBUGx100[3] = 11111;
GUI.DEBUGx100[4] = 22222;
GUI.DEBUGx100[5] = 33333;
GUI.DEBUGx100[6] = 44444;
GUI.DEBUGx100[7] = 55555;
/////////////////////////////////////////////////////////////////////////////////////////////////////////
/////////////////////////////////////////// Configuration ///////////////////////////////////////////////
/////////////////////////////////////////////////////////////////////////////////////////////////////////
///////////////////////////// -----------------DPN 1-------------------- ////////////////////////////////
// You can set the this value from "Config.h" ( EEPROM_MODEL_TYPE1, EEPROM_MODEL_TYPE2_UP, EEPROM_MODEL_TYPE2_DOWN ) //
///////////////////////////// -----------------DPN 2-------------------- ////////////////////////////////
// You can set the this value from "Config.h" ( MODEL_INFO, FIRMWARE_INFO ) //
///////////////////////////// -----------------DPN 3-------------------- ////////////////////////////////
/// You can set the original value of receiver to [raw_cap] with scale down ( -127 ~ 127 ) ///
/// You can use the [cap_min[8], cap_neu[8], cap_max[8]] for calibration of RC receiver value //
GUI.raw_cap[0] = 0;
GUI.raw_cap[1] = 0;
GUI.raw_cap[2] = 0;
GUI.raw_cap[3] = 0;
GUI.raw_cap[4] = 0;
GUI.raw_cap[5] = 0;
GUI.raw_cap[6] = 0;
GUI.raw_cap[7] = 0;
///////////////////////////// -----------------DPN 4-------------------- ////////////////////////////////
/// You can use the [motor_min[4]] for calibration of motor pwm value //
///////////////////////////// -----------------DPN 5-------------------- ////////////////////////////////
LED.HeadlightPeriod = GUI.headlight_period;
LED.HeadlightDutyrate = GUI.headlight_dutyrate;
LED.SidelightPeriod = GUI.sidelight_period;
LED.SidelightDutyrate = GUI.sidelight_dutyrate;
///////////////////////////// -----------------DPN 6-------------------- ////////////////////////////////
/// You can set the original value of receiver to [raw_cap] with scale down ( -127 ~ 127 ) ///
/// You can use the [cap_min[8], cap_neu[8], cap_max[8]] for calibration of RC receiver value //
if(GUI.attitude_configuration_bool == true){
GUI.attitude_configuration_bool = false;
// You can calibration of attitude (Roll, Pitch) //
}
if(GUI.Compass_Calibration_Mode == 1){
// You can calibration of compass (Yaw)//
}else if(GUI.Compass_Calibration_Mode == 2){
// You can finish the calibration of compass
}
///////////////////////////// -----------------DPN 7-------------------- ////////////////////////////////
/// You can use the [limit_rollx100, limit_pitchx100, limit_roll_rate, limit_pitch_rate, limit_yaw_rate] for limit the angle and angular velocity //
///////////////////////////// -----------------DPN 8-------------------- ////////////////////////////////
/// You can use the [gain_px100[20], gain_dx100[20], gain_ix100[20]] for gain tuning //
/////////////////////////////////////////////////////////////////////////////////////////////////////////
//////////////////////////////////////////////// Refresh ////////////////////////////////////////////////
/////////////////////////////////////////////////////////////////////////////////////////////////////////
GUI.Refresh();
}
}
}
