"""
Capstone Team Project.  Code to run on the EV3 robot (NOT on a laptop).

This code defines the DriveSystem class, for making the robot move.

Authors:  Your professors (for the framework)
    and PUT_YOUR_NAMES_HERE.
Fall term, 2019-2020.
"""
# TODO: Put the name of EACH team member who contributes
#   to this module in the above.

import rosebot_low_level
import time
import math


###############################################################################
#    DriveSystem
###############################################################################
class DriveSystem(object):
    """
    Controls the robot's motion via methods that include:
      go                         stop
      go_straight_for_seconds    go_straight_for_inches
      spin_in_place_for_seconds  spin_in_place_for_degrees
      turn_for_seconds           turn_for_degrees
    """

    # -------------------------------------------------------------------------
    # NOTE:
    #   To "go straight" means that both wheels move at the same speed.
    #     -- Positive speeds should make the robot move forward.
    #     -- Negative speeds should make the robot move backward.
    #   To "spin_in_place" means that the wheels move at speeds S and -S.
    #     -- Positive speeds should make the robot spin clockwise
    #          (i.e., left motor goes at speed S, right motor at speed -S).
    #     -- Negative speeds should make the robot spin counter-clockwise
    #          (i.e., left motor goes at speed -S, right motor at speed S).
    #   To "turn" means that one wheel does not move and the other does move:
    #     -- Positive speeds should make only the left motor move
    #          (and hence the turn is clockwise).
    #     -- Negative speeds should make only the right motor move
    #          (and hence the turn is counter-clockwise).
    #   The RoseBot's "wheels" have diameter about 1.3 inches.
    # -------------------------------------------------------------------------

    def __init__(self, left_motor_port, right_motor_port):
        """
        Constructs two Motor objects (for the left and right wheels).
          :type left_motor_port:  str  (must be 'A', 'B', 'C' or 'D')
          :type right_motor_port: str  (must be 'A', 'B', 'C' or 'D')
          """
        # ---------------------------------------------------------------------
        # TODO: With your instructor, implement this method.
        # ---------------------------------------------------------------------

    def go(self, left_wheel_speed, right_wheel_speed):
        """
        Makes the left and right wheel motors spin at the given speeds
        (which should each be integers between -100 and 100).
          :type left_wheel_speed:  int
          :type right_wheel_speed: int
        """
        # ---------------------------------------------------------------------
        # TODO: Implement this method.
        # ---------------------------------------------------------------------

    def stop(self):
        """ Stops the left and right wheel motors. """
        # ---------------------------------------------------------------------
        # TODO: Implement this method.
        # ---------------------------------------------------------------------

    def go_straight_for_seconds(self, seconds, speed):
        """
        Makes the robot go straight (forward if speed > 0, else backward)
        for the given number of seconds at the given speed.
          :type seconds: float
          :type speed:   int
        """
        # ---------------------------------------------------------------------
        # TODO: Implement this method.
        # ---------------------------------------------------------------------

    def go_straight_for_inches(self, inches, speed):
        """
        Makes the robot go straight (forward if speed > 0, else backward)
        for the given number of inches at the given speed, using the
        encoder (degrees traveled sensor, "position") built into the motors.
          :type inches: float
          :type speed:  int
        """
        # ---------------------------------------------------------------------
        # TODO: Implement this method.
        # ---------------------------------------------------------------------

    def spin_in_place_for_seconds(self, seconds, speed):
        """
        Makes the robot spin in place for the given number of seconds
        at the given speed.
          :type seconds: float
          :type speed:   int
        """
        # ---------------------------------------------------------------------
        # TODO: Implement this method.
        # ---------------------------------------------------------------------

    def spin_in_place_for_degrees(self, degrees, speed):
        """
        Makes the robot spin in place the given number of degrees
        at the given speed.
          :type degrees: float
          :type speed:   int
        """
        # ---------------------------------------------------------------------
        # TODO: Implement this method.
        # ---------------------------------------------------------------------

    def turn_for_seconds(self, seconds, speed):
        """
        Makes the robot turn for the given number of seconds
        at the given speed.
          :type seconds: float
          :type speed:   int
        """
        # ---------------------------------------------------------------------
        # TODO: Implement this method.
        # ---------------------------------------------------------------------

    def turn_for_degrees(self, degrees, speed):
        """
        Makes the robot turn the given number of degrees
        at the given speed.
          :type degrees: float
          :type speed:   int
        """
        # ---------------------------------------------------------------------
        # TODO: Implement this method.
        # ---------------------------------------------------------------------

"""
Capstone Team Project.  Code to run on the EV3 robot (NOT on a laptop).

This code defines the DriveSystem class, for making the robot move.

Authors:  Your professors (for the framework)
    and PUT_YOUR_NAMES_HERE.
Fall term, 2019-2020.
"""
# TODO: Put the name of EACH team member who contributes
#   to this module in the above.

import rosebot_low_level
import time
import math


###############################################################################
#    DriveSystem
###############################################################################
class DriveSystem(object):
    """
    Controls the robot's motion via methods that include:
      go                         stop
      go_straight_for_seconds    go_straight_for_inches
      spin_in_place_for_seconds  spin_in_place_for_degrees
      turn_for_seconds           turn_for_degrees
    """

    # -------------------------------------------------------------------------
    # NOTE:
    #   To "go straight" means that both wheels move at the same speed.
    #     -- Positive speeds should make the robot move forward.
    #     -- Negative speeds should make the robot move backward.
    #   To "spin_in_place" means that the wheels move at speeds S and -S.
    #     -- Positive speeds should make the robot spin clockwise
    #          (i.e., left motor goes at speed S, right motor at speed -S).
    #     -- Negative speeds should make the robot spin counter-clockwise
    #          (i.e., left motor goes at speed -S, right motor at speed S).
    #   To "turn" means that one wheel does not move and the other does move:
    #     -- Positive speeds should make only the left motor move
    #          (and hence the turn is clockwise).
    #     -- Negative speeds should make only the right motor move
    #          (and hence the turn is counter-clockwise).
    #   The RoseBot's "wheels" have diameter about 1.3 inches.
    # -------------------------------------------------------------------------

    def __init__(self, left_motor_port, right_motor_port):
        """
        Constructs two Motor objects (for the left and right wheels).
          :type left_motor_port:  str  (must be 'A', 'B', 'C' or 'D')
          :type right_motor_port: str  (must be 'A', 'B', 'C' or 'D')
          """
        # ---------------------------------------------------------------------
        # TODO: With your instructor, implement this method.
        # ---------------------------------------------------------------------

    def go(self, left_wheel_speed, right_wheel_speed):
        """
        Makes the left and right wheel motors spin at the given speeds
        (which should each be integers between -100 and 100).
          :type left_wheel_speed:  int
          :type right_wheel_speed: int
        """
        # ---------------------------------------------------------------------
        # TODO: Implement this method.
        # ---------------------------------------------------------------------

    def stop(self):
        """ Stops the left and right wheel motors. """
        # ---------------------------------------------------------------------
        # TODO: Implement this method.
        # ---------------------------------------------------------------------

    def go_straight_for_seconds(self, seconds, speed):
        """
        Makes the robot go straight (forward if speed > 0, else backward)
        for the given number of seconds at the given speed.
          :type seconds: float
          :type speed:   int
        """
        # ---------------------------------------------------------------------
        # TODO: Implement this method.
        # ---------------------------------------------------------------------

    def go_straight_for_inches(self, inches, speed):
        """
        Makes the robot go straight (forward if speed > 0, else backward)
        for the given number of inches at the given speed, using the
        encoder (degrees traveled sensor, "position") built into the motors.
          :type inches: float
          :type speed:  int
        """
        # ---------------------------------------------------------------------
        # TODO: Implement this method.
        # ---------------------------------------------------------------------

    def spin_in_place_for_seconds(self, seconds, speed):
        """
        Makes the robot spin in place for the given number of seconds
        at the given speed.
          :type seconds: float
          :type speed:   int
        """
        # ---------------------------------------------------------------------
        # TODO: Implement this method.
        # ---------------------------------------------------------------------

    def spin_in_place_for_degrees(self, degrees, speed):
        """
        Makes the robot spin in place the given number of degrees
        at the given speed.
          :type degrees: float
          :type speed:   int
        """
        # ---------------------------------------------------------------------
        # TODO: Implement this method.
        # ---------------------------------------------------------------------

    def turn_for_seconds(self, seconds, speed):
        """
        Makes the robot turn for the given number of seconds
        at the given speed.
          :type seconds: float
          :type speed:   int
        """
        # ---------------------------------------------------------------------
        # TODO: Implement this method.
        # ---------------------------------------------------------------------

    def turn_for_degrees(self, degrees, speed):
        """
        Makes the robot turn the given number of degrees
        at the given speed.
          :type degrees: float
          :type speed:   int
        """
        # ---------------------------------------------------------------------
        # TODO: Implement this method.
        # ---------------------------------------------------------------------

Capstone Team Project.  Code to run on the EV3 robot (NOT on a laptop).  This code defines the DriveSystem class, for making the robot move.  Authors:  Your professors (for the framework)     and PUT_YOUR_NAMES_HERE. Fall term, 2019-2020. # TODO: Put the name of EACH team member who contributes #   to this module in the above. ############################################################################### #    DriveSystem ############################################################################### Controls the robot's motion via methods that include:       go                         stop       go_straight_for_seconds    go_straight_for_inches       spin_in_place_for_seconds  spin_in_place_for_degrees       turn_for_seconds           turn_for_degrees # ------------------------------------------------------------------------- # NOTE: #   To "go straight" means that both wheels move at the same speed. #     -- Positive speeds should make the robot move forward. #     -- Negative speeds should make the robot move backward. #   To "spin_in_place" means that the wheels move at speeds S and -S. #     -- Positive speeds should make the robot spin clockwise #          (i.e., left motor goes at speed S, right motor at speed -S). #     -- Negative speeds should make the robot spin counter-clockwise #          (i.e., left motor goes at speed -S, right motor at speed S). #   To "turn" means that one wheel does not move and the other does move: #     -- Positive speeds should make only the left motor move #          (and hence the turn is clockwise). #     -- Negative speeds should make only the right motor move #          (and hence the turn is counter-clockwise). #   The RoseBot's "wheels" have diameter about 1.3 inches. # ------------------------------------------------------------------------- Constructs two Motor objects (for the left and right wheels).           :type left_motor_port:  str  (must be 'A', 'B', 'C' or 'D')           :type right_motor_port: str  (must be 'A', 'B', 'C' or 'D') # --------------------------------------------------------------------- # TODO: With your instructor, implement this method. # --------------------------------------------------------------------- Makes the left and right wheel motors spin at the given speeds         (which should each be integers between -100 and 100).           :type left_wheel_speed:  int           :type right_wheel_speed: int # --------------------------------------------------------------------- # TODO: Implement this method. # --------------------------------------------------------------------- Stops the left and right wheel motors. # --------------------------------------------------------------------- # TODO: Implement this method. # --------------------------------------------------------------------- Makes the robot go straight (forward if speed > 0, else backward)         for the given number of seconds at the given speed.           :type seconds: float           :type speed:   int # --------------------------------------------------------------------- # TODO: Implement this method. # --------------------------------------------------------------------- Makes the robot go straight (forward if speed > 0, else backward)         for the given number of inches at the given speed, using the         encoder (degrees traveled sensor, "position") built into the motors.           :type inches: float           :type speed:  int # --------------------------------------------------------------------- # TODO: Implement this method. # --------------------------------------------------------------------- Makes the robot spin in place for the given number of seconds         at the given speed.           :type seconds: float           :type speed:   int # --------------------------------------------------------------------- # TODO: Implement this method. # --------------------------------------------------------------------- Makes the robot spin in place the given number of degrees         at the given speed.           :type degrees: float           :type speed:   int # --------------------------------------------------------------------- # TODO: Implement this method. # --------------------------------------------------------------------- Makes the robot turn for the given number of seconds         at the given speed.           :type seconds: float           :type speed:   int # --------------------------------------------------------------------- # TODO: Implement this method. # --------------------------------------------------------------------- Makes the robot turn the given number of degrees         at the given speed.           :type degrees: float           :type speed:   int # --------------------------------------------------------------------- # TODO: Implement this method. # ---------------------------------------------------------------------