simonTask.simonTask Class Reference

Public Member Functions
def	__init__ (self, DBG_flag=True)
def	run (self)
	runs the finite state machine of the Simon Says Game
def	transitionTo (self, newState)
	transitions from current state to next More...
def	button_pressed (self, IRQ_source)
	interrupt callback called when blue user button is pushed down More...
def	randChoices (self, List, k)
	returns multiple randomized values from list More...

Public Attributes
	state
	The current state of the finite state machine.
	round
	Counts the number of runs of our task.
	wins
	Number of Wins.
	losses
	Number of Losses.
	press
	Global State of button not being pressed.
	button_press
	Global Button initialized as not being pushed.
	buttonStart
	record start time (ms) each time button is pushed
	buttonEnd
	Record end time (ms) when button is released.
	DBG_flag
	Flag to specify if debug messages print.
	ledOn
	the time choices (sec) when the led will be on
	ledOff
	the time choices(sec) when the led will be off
	modeOn
	number of items in sequence when LED is on
	modeOff
	number of pauses in sequence when LED if off
	i
	indexing value for the list of LED times
	game
	Game set to start when it enters State 1.
	pinA5
	Connect to pinA5 to control LD2 LED.
	tim2
	create object using timer 2, trigger at 20000 hz (cycle/sec)
	t2ch1
	pinC13
	Define pin object for PC13 - for blue user button.
	ButtonInt
	Associate the callback function with the pin by setting up an external interrupt.
	start
	start time recording More...
	onList
	randomize list when LED is on
	offList
	randomize list when LED is off
	now
	time passing after button is released
	duration
	time difference between start of code and current state
	onTime
	set the on time for this round
	offTime
	set the off time for this round
	curr_time
	current time is updating constantly for LED on
	notPress
	time difference of button not being pressed
	releaseTime
	record time when button is pushed
	pressDuration
	time difference between release time and button push
	offCurr
	time recording starts when led is off
	offDuration
	time duration when LED is off
	Choice
	User input to continue or quit game.
	randList
	empty list to append new items into
	List
	inputted list of time items for LED to turn on and off
	k
	length of list
	randNum
	randomly select item location

Static Public Attributes
int	S0_GENERATE_PATTERN = 0
	Initiliaze Program with State 0.
int	S1_START_PATTERN = 1
	State 1 initialized the pattern shown to the user on the LED.
int	S2_USER_PATTERN = 2
	State 2 will recieve the pattern inputted by user.
int	S3_END_ROUND = 3
	State 3 will provide results whether the user won the game or not.
float	tolerance = 0.35
	tolerance of user pushing button in seconds

Member Function Documentation

button_pressed()

def simonTask.simonTask.button_pressed	(		self,
			IRQ_source
	)

interrupt callback called when blue user button is pushed down

Parameters

IRQ_src

the interrupt request state

Returns

if button is pressed or not pressed

randChoices()

def simonTask.simonTask.randChoices	(		self,
			List,
			k
	)

returns multiple randomized values from list

Imitates random.choices() that is not available in micropython.

Parameters

List	list of numbers or strings to be randomly selected
k	number of items to outputted

Returns

return list of randomized items

transitionTo()

def simonTask.simonTask.transitionTo	(		self,
			newState
	)

transitions from current state to next

Parameters

newState

The next desire state

Returns

the new state to transition to

Member Data Documentation

start

simonTask.simonTask.start

start time recording

record time when pin is on

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The documentation for this class was generated from the following file:

• simonTask.py