def my_custom_teleop():
print("custom code")
#controller class
controller = Controller()
# initialize Pi Hat
hat = Py_Hat(address=96)
while True:
controller.event_get()
# setup controls
leftstick = controller.set_axis('leftstick')
rightstick = controller.set_axis('rightstick')
LT = controller.set_axis('LT')
# button example - note set_button vs set_axis
A = controller.set_button('A')
# Button press to run Autonomous
if LT > .75:
my_custom_autonomous(hat)
# drivetrain examples
hat.motor(0, leftstick)
hat.motor(1, -rightstick)
# sleep for smooth loops
sleep(.02)
def my_custom_teleop():
#controller class
controller = Controller()
# initialize Pi Hat
hat = Py_Hat(address=96)
while True:
controller.event_get()
# setup controls
leftstick = controller.set_axis('leftstick')
rightstick = controller.set_axis('rightstick')
LT = controller.set_axis('LT')
RT = controller.set_axis('RT')
#Button press to run Autonomous
if LT > .75:
my_custom_autonomous(hat)
if RT > .9:
print("2")
hat.motor(0, -.4)
hat.motor(1, .2)
sleep(.3)
hat.motor(0, .4)
hat.motor(1, -.2)
sleep(.3)
# drivetrain examples
if leftstick > .05 or leftstick < -.05:
hat.motor(0, leftstick)
else:
hat.motor(0, .05)
if rightstick > .05 or rightstick < -.05:
hat.motor(1, -rightstick)
else:
hat.motor(1, .05)
#sleep for smooth loops
sleep(.02)
gpio_in = GPIO(8, "in")
while True:
value = gpio_in.read()
if value == False:
break
else:
print("custom code")
#my_custom_teleop()
my_custom_autonomous()
sleep(.01)
gpio_in.close()
#controller class
controller = Controller()
# initialize Pi Hat
hat = Py_Hat(address=96)
# configure deadzone
deadzone = controller.deadzone()
# Configure min and max servo angle as well as init
servo_min = 0
servo_max = 360
servo = 0
while True:
if not controller.has_controller():
# Robot Code for Tech Garage
# Author: Danny Dasilva
# License: Public Domain
from app.Robot import Controller, Py_Hat
from My_Custom_Code import my_custom_teleop
from time import sleep
import os
from time import sleep
#controller class
controller = Controller()
# initialize Pi Hat
hat = Py_Hat(address=96)
change = False
deadzone, custom_code = controller.read()
# Configure min and max servo angle as well as init
servo_min = 0
servo_max = 360
servo = 0
def infinite_sequence():
num = 0
while True:
yield num
num += 1
def my_custom_teleop():
#controller class
controller = Controller()
# initialize Pi Hat
hat = Py_Hat(address=96)
# configure deadzone
deadzone = controller.deadzone()
# Configure min and max servo angle as well as init
servo_min = 0
servo_max = 360
servo = 0
while True:
if not controller.has_controller():
# handle disconnect
#loop through all the pins and set them to 0
for pin in range(4):
hat.motor(pin, deadzone)
else:
#print("Controlerl connected")
controller.event_get()
B = controller.set_button('B')
X = controller.set_button('X')
A = controller.set_button('A')
Y = controller.set_button('Y')
LB = controller.set_button('LB')
RB = controller.set_button('RB')
LT = controller.set_axis('LT')
RT = controller.set_axis('RT')
Home = controller.set_button('Home')
Start = controller.set_button('Start')
Back = controller.set_button('Back')
# Arm A motor
if LB == 1:
hat.motor(4, 1)
print("Motor Arm 1 forward")
elif RB == 1:
hat.motor(4, -1)
print("Motor Arm 1 back")
else:
hat.motor(4, deadzone)
# Arm B motor
if LT > .75:
hat.motor(5, 1)
print("Motor Arm 2 forward")
elif RT > .75:
hat.motor(5, -1)
print("Motor Arm 2 back")
else:
hat.motor(5, deadzone)
# Servo 1
if LT > .75:
servo = min(servo + .2, servo_max)
hat.servo(6, servo)
print("servo 1 active")
elif RT > .75:
servo = max(servo - .2, servo_min)
hat.servo(6, servo)
print("servo 1 active")
# Servo 2
if X == 1:
servo = min(servo + .2, servo_max)
hat.servo(7, servo)
print("servo 2 active")
elif Y == 1:
servo = max(servo - .2, servo_min)
hat.servo(7, servo)
print("servo 2 active")
forward = controller.set_axis("leftstick")
turn = controller.set_axis("rightstickx")
strafe = controller.set_axis("leftstickx")
print(strafe)
hat.motor(0, -forward + strafe - turn)
hat.motor(1, forward - strafe - turn)
hat.motor(2, forward + strafe - turn)
hat.motor(3, -forward - strafe - turn)
# motor_1 back right
# motor_2 front left
# motor_3 back left
# motor_4 front right
# Reset Deadzone
if Start == Y == Home == 1:
deadzone = controller.control_loop(.01, hat)
# sleep for smooth loops
sleep(.02)
def my_custom_autonomous():
controller = Controller()
deadzone = controller.deadzone()
hat = Py_Hat(address=96)
while True:
if not controller.has_controller():
# handle disconnect
#loop through all the pins and set them to 0
hat.motor(2, deadzone)
else:
#print("Controlerl connected")
controller.event_get()
forward = controller.set_axis("leftstick")
strafe = controller.set_axis("leftstickx")
turn = controller.set_axis("rightstickx")
rightVert = controller.set_axis("rightstick")
A = controller.set_button('A')
Y = controller.set_button('Y')
x, y = controller.gamepad.get_hat(0)
hat.motor(4, -forward - turn - strafe)
hat.motor(5, -forward - turn + strafe)
hat.motor(6, forward - turn + strafe)
hat.motor(7, forward - turn - strafe)
hat.motor(0, x)
if (A):
hat.motor(1, -1)
elif (Y):
hat.motor(1, 1)
else:
hat.motor(1, 0)
hat.motor(2, -y)
hat.motor(3, -y)
def my_custom_teleop():
#controller class
controller = Controller()
# initialize Pi Hat
hat = Py_Hat(address=96)
# configure deadzone
deadzone = controller.deadzone()
# Configure min and max servo angle as well as init
servo_min = 0
servo_max = 360
servo = 0
disconnect = Check_Input()
while True:
if not disconnect.has_controller():
# handle disconnect
print('reconnect the controller')
#loop through all the pins and set them to 0
for pin in range(4):
hat.motor(pin, deadzone)
print('reconnect')
else:
controller.event_get()
# setup controls
leftstick = controller.set_axis('leftstick') # 1
rightstick = controller.set_axis('rightstick') # 4
leftstickx = controller.set_axis('leftstickx') # 0
B = controller.set_button('B')
X = controller.set_button('X')
A = controller.set_button('A')
Y = controller.set_button('Y')
LB = controller.set_button('LB')
RB = controller.set_button('RB')
LT = controller.set_axis('LT')
RT = controller.set_axis('RT')
Home = controller.set_button('Home')
Start = controller.set_button('Start')
Back = controller.set_button('Back')
# Arm A motor
if LB == 1:
hat.motor(4, 1)
print("Motor Arm 1 forward")
elif RB == 1:
hat.motor(4, -1)
print("Motor Arm 1 back")
else:
hat.motor(4, deadzone)
# Arm B motor
if LT > .75:
hat.motor(5, 1)
print("Motor Arm 2 forward")
elif RT > .75:
hat.motor(5, -1)
print("Motor Arm 2 back")
else:
hat.motor(5, deadzone)
# Servo 1
if LT > .75:
servo = min(servo + .2, servo_max)
hat.servo(6, servo)
print("servo 1 active")
elif RT > .75:
servo = max(servo - .2, servo_min)
hat.servo(6, servo)
print("servo 1 active")
# Servo 2
if X == 1:
servo = min(servo + .2, servo_max)
hat.servo(7, servo)
print("servo 2 active")
elif Y == 1:
servo = max(servo - .2, servo_min)
hat.servo(7, servo)
print("servo 2 active")
#axis 1 in this case controls forwards backards and 2 controls turning
r = Math.hypot(leftstick, leftstickx)
robotAngle = Math.atan2(leftstickx, leftstick) - Math.pi / 4
# below controls strafe
rightX = my_joystick.get_axis(0)
v1 = r * Math.cos(robotAngle) + rightX
v2 = r * Math.sin(robotAngle) - rightX
v3 = r * Math.sin(robotAngle) + rightX
v4 = r * Math.cos(robotAngle) - rightX
hat.motor(0, v1) # back right
hat.motor(1, v2) # front left
hat.motor(2, v3) # back left
hat.motor(3, v4) # front right
# motor_1 back right
# motor_2 front left
# motor_3 back left
# motor_4 front right
# Reset Deadzone
if Start == Y == Home == 1:
deadzone = controller.control_loop(.01, hat)
# sleep for smooth loops
sleep(.02)