2015_robocon_bteam
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2015robot_main
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Fork of
2015robot_main
by 
Naoto Deguchi
autoMode.h
- Committer:
- DeguNaoto
- Date:
- 2015-10-18
- Revision:
- 105:0be5d5d64782
- Parent:
- 103:ffd3ca4a7a71
- Child:
- 106:20dab118bd5b
File content as of revision 105:0be5d5d64782:
#ifndef AUTOMODE_H
#define AUTOMODE_H
/***PID Controller***/
//PID velocity_controller(36.0,5274.0 ,0.0,RATE);
//PID direction_controller(36.0,3.0,0.0,RATE);
PID velocity_controller(9.0,5274.0,0.0,RATE);
PID direction_controller(36.0,3.0,0.0,RATE);
Timeout OpStart;
void OpponentsStart(){
spcount = 0.0;
step = 15;
CStep = 15;
flaga = 1;
flagf = 1;
}
#ifdef IM920
/***IM920 correspondence***/
void autoIM920() {
if(b==7){ /*mode change*/
if(edge7) {
edge7=0;
autoflag=0;
Indicator4=0;
IndicatorAuto=1;
flaga=0;
Move_l(0.0);
Move_r(0.0);
}
}
else if((b==6)&&(!flaga)){ /*start*/
if(edge6){
edge6=0;
resetState();
flagf=1;
spcount=0.0;
// targ_velocity=speed;
// sendData(7,70);
sendData(5,69); //right
wait(0.05);
sendData(4,69); //left
wait(0.05);
stateR = 69;
stateL = 69;
step = 0;
CStep = 1;
flaga = 1;
}
}
else if((b==5)&&(!flaga)){ /*middle start*/
if(edge5){
edge5=0;
resetState();
flagf = 1;
spcount=0.0;
// targ_velocity=speed;
// sendData(7,59);
sendData(5,60); //right
wait(0.05);
sendData(4,61); //left
wait(0.05);
stateR = 59;
stateL = 59;
step = 5;
CStep = 7;
flaga = 1;
}
}
else if((b==8)&&(!flaga)){ /*opponents start*/
if(edge8){
edge8=0;
resetState();
// targ_velocity = speed;
#ifdef BLUE
sendData(5,71); //right
wait(0.05);
sendData(4,71); //left
#else
sendData(5,72); //right
wait(0.05);
sendData(4,71); //left
#endif
wait(0.05);
stateR = 70;
stateL = 70;
step=114;
CStep=114;
OpStart.attach(&OpponentsStart,2.2);
// OpStart.attach(&OpponentsStart,2.0);
// spcount=0.0;
// step = 15;
// CStep = 15;
// flaga = 1;
// flagf = 1;
}
}
else if(b==9){ /******/
}
else if(b==1){ /*L down*/
if(edge1){
edge1=0;
if(stateL!=1) stateL--;
sendData(4,stateL);
}
}
else if(b==2){ /*L up*/
if(edge2){
edge2=0;
if(stateL!=MAX_VALUE) stateL++;
sendData(4,stateL);
}
}
else if(b==3){ /*R down*/
if(edge3){
edge3=0;
if(stateR!=1) stateR--;
sendData(5,stateR);
}
}
else if(b==4){ /*R up*/
if(edge4){
edge4=0;
if(stateR!=MAX_VALUE) stateR++;
sendData(5,stateR);
}
}
if(a2){
skip = 1;
}
else if(!a2){
skip = 0;
}
if(b!=1) edge1=1;
if(b!=2) edge2=1;
if(b!=3) edge3=1;
if(b!=4) edge4=1;
if(b!=5) edge5=1;
if(b!=6) edge6=1;
if(b!=7) edge7=1;
if(b!=8) edge8=1;
}
#else
void autoPS3(){
if(circle){ /*mode change*/
if(edge_circle){
edge_circle=0;
autoflag=0;
Indicator4=0;
IndicatorAuto=1;
flaga = 0;
}
}
else if(up){ /*start*/
if(edge_up){
edge_up=0;
resetState();
flagf=1;
targ_velocity=speed;
// sendData(7,70);
sendData(5,68);
wait(0.1);
sendData(4,68);
stateR = 69;
stateL = 69;
step = 0;
CStep = 1;
flaga = 1;
}
}
else if(right){ /*middle start*/
if(edge_right){
edge_right=0;
resetState();
flagf = 1;
targ_velocity=speed;
sendData(7,61);
/*sendData(4,61);
wait(0.1);
sendData(5,58);*/
stateR = 61;
stateL = 61;
step = 5;
CStep = 6;
flaga = 1;
}
}
else if(down){ /*opponents start*/
if(edge_down){
edge_down=0;
resetState();
flagf = 1;
targ_velocity = speed;
sendData(7,70);
stateR = 70;
stateL = 70;
step = 15;
CStep = 15;
flaga = 1;
}
}
else if(square){ /*reset*/
sendData(7,255);
}
else if(cross){ /*stop*/
Motor_swing=0;
// sita=PI/4.0,x=0.0,y=0.0;
targ_velocity=0.0;
#ifdef BLUE
targ_sita=PI/4.0;
#else
targ_sita=-PI/4.0;
#endif
velocity_controller.reset();
direction_controller.reset();
}
else if(l1){ /*L up*/
if(edge_l1){
edge_l1=0;
if(stateL!=1) stateL--;
sendData(4,stateL);
}
}
else if(l2){ /*L down*/
if(edge_l2){
edge_l2=0;
if(stateL!=MAX_VALUE) stateL++;
sendData(4,stateL);
}
}
else if(r1){ /*R up*/
if(edge_r1){
edge_r1=0;
if(stateR!=1) stateR--;
sendData(5,stateR);
}
}
else if(r2){ /*R down*/
if(edge_r2){
edge_r2=0;
if(stateR!=MAX_VALUE) stateR++;
sendData(5,stateR);
}
}
if(triangle){
skip = 1;
}
else if(!triangle){
skip = 0;
}
}
#endif
/***The function is PID controller initialize.***/
inline void initializeControllers()
{
// velocity_controller.setInputLimits(-200000.0, 200000.0); //x1
velocity_controller.setInputLimits(-20000.0, 20000.0); //x1
direction_controller.setInputLimits(-10.0, 10.0); //x2
//Pwm output from MOVE_OUTPUT_LIMIT_BOTTOM to MOVE_OUTPUT_LIMIT_TOP
// velocity_controller.setOutputLimits(-1.0, 1.0);
velocity_controller.setOutputLimits(0.0, 1.0);
direction_controller.setOutputLimits(-1.0, 1.0);
//set bias. 初期値
velocity_controller.setBias(0.0);
direction_controller.setBias(0.0);
//set mode.
velocity_controller.setMode(AUTO_MODE);
direction_controller.setMode(AUTO_MODE);
}
/***The function is following move speed.***/
inline void velocity_following()
{
velocity_controller.setSetPoint((float)targ_velocity);
velocity_controller.setProcessValue((float)velocity);
x1 = (double)velocity_controller.compute();
}
inline void sita_following()
{
direction_controller.setSetPoint((float)targ_sita);
direction_controller.setProcessValue((float)sita);
//direction_controller.setSetPoint(0.0); /*目標値とのずれをなくす*/
//direction_controller.setProcessValue(-y);
x2 = (double)direction_controller.compute();
}
inline void move_following()
{
velocity_following();
sita_following();
if(flagf==0){
Vr = ( 2.0*(-x1) + x2 ) / 3.0;
Vl = ( 2.0*(-x1) - x2 ) / 3.0;
}
else if(flagf==1){
if(x2>0){
Vr = x1;
Vl = x1 - x2;
}
else{
Vr = x1 + x2;
Vl = x1;
}
}
if( abs(Vr) < 0.2 ) Vr = 0.0;
if( abs(Vl) < 0.2 ) Vl = 0.0;
Move_r( ( float ) Vr );
Move_l( ( float ) Vl );
}
#endif /*autoMode.h*/
