Ted Parrott
/
Frontal_tilt
NA
Fork of AX12-HelloWorld by
main.cpp
- Committer:
- tedparrott6
- Date:
- 2017-11-16
- Revision:
- 2:8a752bc2f2f8
- Parent:
- 1:b12b06e2fc2d
File content as of revision 2:8a752bc2f2f8:
#include "mbed.h" #include "AX12.h" int main() { AX12 m1 (p28, p27, 1); AX12 m2 (p28, p27, 2); AX12 m3 (p28, p27, 3); AX12 m4 (p28, p27, 4); AX12 m6 (p28, p27, 6); AX12 m5 (p28, p27, 5); AX12 m7 (p28, p27, 7); AX12 m8 (p28, p27, 8); AX12 m9 (p28, p27, 9); AX12 m10 (p28, p27, 10); Serial pc(USBTX,USBRX); Timer t; float l_theta_k; float l_theta_h; float l_theta_a_x; float l_theta_a_x_rad; float l_theta_7_x; float l_theta_8_x; float l_theta_a_y; float l_theta_a_y_rad; float l_theta_7_y; float l_theta_8_y; float l_theta_8_r_y; float l_theta_5; float l_theta_7_m; float l_theta_8_m; float l_theta_6; float h_l; float r_theta_k; float r_theta_h; float r_theta_a_x; float r_theta_a_x_rad; float r_theta_2_x; float r_theta_1_x; float r_theta_a_y; float r_theta_a_y_rad; float r_theta_2_y; float r_theta_1_y; float r_theta_1_r_y; float r_theta_4; float r_theta_2_m; float r_theta_1_m; float r_theta_3; float h_r; float time; float angle_read; float angle_read_rad; m5.SetGoal(150); wait(1); m6.SetGoal(150); wait(1); m7.SetGoal(150); wait(1); m8.SetGoal(150); wait(1); m1.SetGoal(150); wait(1); m2.SetGoal(150); wait(1); m3.SetGoal(150); wait(1); m4.SetGoal(150); wait(1); m9.SetGoal(150); wait(1); m10.SetGoal(150); wait(1); t.start(); h_l = 0; h_r = 0; while (1) { time = t.read(); angle_read = 5*sin(time); angle_read_rad = angle_read*(3.14159/180); if(angle_read == 0){ h_l = 0; h_r = 0; }else if(angle_read > 0){ h_l = 79*tan(angle_read_rad); h_r = 0; }else if(angle_read < 0){ angle_read_rad = abs(angle_read_rad); h_l = 0; h_r = 79*tan(angle_read_rad); } l_theta_h = ((180/3.14159)*acos(1-(h_l/204))); l_theta_k = 2*l_theta_h; l_theta_5 = 150 + l_theta_h; l_theta_6 = 150 + l_theta_k; r_theta_h = ((180/3.14159)*acos(1-(h_r/204))); r_theta_k = 2*r_theta_h; r_theta_4 = 150 - r_theta_h; r_theta_3 = 150 - r_theta_k; l_theta_a_x = l_theta_h; l_theta_a_x_rad = l_theta_a_x*(3.14159/180); l_theta_8_x = (l_theta_a_x/0.34); l_theta_7_x = ((180/3.14159)*(asin((11.4/8)*l_theta_a_x_rad))); l_theta_a_y = angle_read; l_theta_a_y_rad = l_theta_a_y*3.14159/180; l_theta_7_y = -1.43*l_theta_a_y; l_theta_8_r_y = -asin((20.94/8)*sin(l_theta_a_y_rad)); l_theta_8_y= (l_theta_8_r_y*180/3.14159); r_theta_a_x = r_theta_h; r_theta_a_x_rad = r_theta_a_x*(3.14159/180); r_theta_1_x = (r_theta_a_x/0.34); r_theta_2_x = ((180/3.14159)*(asin((11.4/8)*r_theta_a_x_rad))); r_theta_a_y = angle_read; r_theta_a_y_rad = r_theta_a_y*3.14159/180; r_theta_2_y = -1.43*r_theta_a_y; r_theta_1_r_y = -asin((20.94/8)*sin(r_theta_a_y_rad)); r_theta_1_y= (r_theta_1_r_y*180/3.14159); l_theta_7_m = 150 + l_theta_7_x + l_theta_7_y; l_theta_8_m = 150 - l_theta_8_x + l_theta_8_y; r_theta_2_m = 150 - r_theta_2_x - r_theta_2_y; r_theta_1_m = 150 + r_theta_1_x - r_theta_1_y; m1.SetGoal(r_theta_1_m); m2.SetGoal(r_theta_2_m); m3.SetGoal(r_theta_3); m4.SetGoal(r_theta_4); m5.SetGoal(l_theta_5); m6.SetGoal(l_theta_6); m7.SetGoal(l_theta_7_m); m8.SetGoal(l_theta_8_m); pc.printf("\n\rAngle: %05f",angle_read); } }