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Dependencies: DriveConroller IMU MDD Mycan Odometer PID RotaryEncoder UART USS mbed
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stateLib.h
- Committer:
- TanakaTarou
- Date:
- 2018-10-07
- Revision:
- 20:1957c67ab740
- Parent:
- 19:bdb503dd1e8c
- Child:
- 21:4912835805a8
File content as of revision 20:1957c67ab740:
#define LIBNUM 45 //(X, Y, θ, speed, angle) #define NEUTRAL 0 #define A1 1 #define A2 2 #define A3 3 #define B1 4 #define B2 5 #define C1 6 #define C2 7 #define C3 8 /* #define B_x 1.740f #define B_y 1.5f #define e_posi 2.740f #define C1_x 3.740f #define C2_x 4.740f #define C3_x 5.740f #define A_x 0.8f #define A1_y 1.5f #define A2_y 2.5f #define A3_y 3.5f #define A_yow 90.0f */ #define B_x 0.3f #define B_y 0.3f #define e_posi 0.4f #define C1_x 0.5f #define C2_x 0.7f #define C3_x 0.9f #define A_x 0.2f #define A1_y 0.2f #define A2_y 0.4f #define A3_y 0.6f #define A_yow 90.0f float state_lib[LIBNUM][5] ={{0.0, 0.0, 0, NEUTRAL, 0},//スタートゾーン {B_x, B_y, 0, B1, 0}, {B_x, 20.0, 0, B1, 0}, {B_x, 20.0, 0, B1, 1}, {B_x, B_y, 0, B1, 0},//4 {B_x, B_y, 0, B2, 0}, {B_x, 13.0, 0, B2, 0}, {B_x, 13.0, 0, B2, 1}, {B_x, B_y, 0, B2, 0},//8 {B_x, B_y, 0, B1, 0}, {B_x, 20.0, 0, B1, 0}, {B_x, 20.0, 0, B1, 1}, {B_x, 20.0, 0, B1, 0},//12 {B_x, 20.0, 0, B2, 0}, {B_x, 13.0, 0, B2, 0}, {B_x, 13.0, 0, B2, 1}, {B_x, B_y, 0, B2, 0},//16 {e_posi, 0.0, 0, NEUTRAL, 0},//17 {C1_x, 0.0, 0, C1, 0}, {C1_x, 16.0, 0, C1, 0}, {C1_x, 16.0, 0, C1, 1}, {C1_x, 0.0, 0, C1, 0},//21 {C2_x, 0.0, 0, C2, 0}, {C2_x, 16.0, 0, C2, 0}, {C2_x, 16.0, 0, C2, 1}, {C2_x, 0.0, 0, C2, 0},//25 {C3_x, 0.0, 0, C3, 0}, {C3_x, 16.0, 0, C3, 0}, {C3_x, 16.0, 0, C3, 1}, {C3_x, 0.0, 0, C3, 0},//29 {e_posi, 0.0, 0, NEUTRAL, 0},//30 {0.3, A1_y, A_yow, A1, 0}, {-17, A1_y, A_yow, A1, 0}, {-17, A1_y, A_yow, A1, 1}, {A_x, A1_y, A_yow, A1, 0},//34 {A_x, A2_y, A_yow, A2, 0}, {-17, A2_y, A_yow, A2, 0}, {-17, A2_y, A_yow, A2, 1}, {A_x, A2_y, A_yow, A2, 0},//38 {A_x, A3_y, A_yow, A3, 0}, {-17, A3_y, A_yow, A3, 0}, {-17, A3_y, A_yow, A3, 1}, {A_x, A3_y, A_yow, A3, 0},//42 {A_x, A1_y, 0, NEUTRAL, 0},// 43 {0.0, 0.0, 0, NEUTRAL, 0}// 補給, スタートゾーン戻る }; float tops_lib[4][3] = { { 0, 90, 0}, { 0, 90, 1}, { 0, 90, 0}, { 0, 90, 0} }; typedef struct topsPara { float vel, angle; }topsPara; topsPara para_NEUTRAL = {0, 90}; /* topsPara para_A1 = {18, 83}; topsPara para_A2 = {24, 83}; topsPara para_A3 = {18, 83}; topsPara para_B1 = {32, 84.5}; topsPara para_B2 = {58, 84.8}; topsPara para_C1 = {32, 84.5}; topsPara para_C2 = {38, 85.5}; topsPara para_C3 = {44, 87.0}; */ topsPara para_A1 = {0, 84}; topsPara para_A2 = {0, 84}; topsPara para_A3 = {0, 84}; topsPara para_B1 = {0, 82.5}; topsPara para_B2 = {0, 84.8}; topsPara para_C1 = {0, 82.5}; topsPara para_C2 = {0, 83.5}; topsPara para_C3 = {0, 85.5}; topsPara para_lib[9] = { para_NEUTRAL, para_A1, para_A2, para_A3, para_B1, para_B2, para_C1, para_C2, para_C3 }; typedef struct state { float x, y , theta, shoot, angle, supply; }state; typedef struct elements { float x, y , theta; }elements;