def show_score_s_p(game):
gg.draw_ring(game.screen, .35*game.FIXATION_WIDTH, game.score_color,
game.bg_color, game.SENSOR_INPUT_OFFSET[0],
game.SENSOR_INPUT_OFFSET[1],
game.FIXATION_HEIGHT,
game.current_score)
gg.draw_fixation(game.screen,
game.FIXATION_WIDTH, game.FIXATION_HEIGHT,
game.score_color,
game.SENSOR_INPUT_OFFSET[0],
game.SENSOR_INPUT_OFFSET[1])
if (game.score_fixation_status == 'good' or
game.score_fixation_status == 'max'):
gg.draw_fixation(game.screen,
game.FIXATION_WIDTH, game.FIXATION_HEIGHT,
game.score_color,
1.3*game.SENSOR_INPUT_OFFSET[0],
game.SENSOR_INPUT_OFFSET[1])
gg.draw_fixation(game.screen,
game.FIXATION_WIDTH, game.FIXATION_HEIGHT,
game.score_color,
.7*game.SENSOR_INPUT_OFFSET[0],
game.SENSOR_INPUT_OFFSET[1])
if game.score_fixation_status == 'max':
gg.draw_fixation(game.screen,
game.FIXATION_WIDTH, game.FIXATION_HEIGHT,
game.score_color,
1.6*game.SENSOR_INPUT_OFFSET[0],
game.SENSOR_INPUT_OFFSET[1])
gg.draw_fixation(game.screen,
game.FIXATION_WIDTH, game.FIXATION_HEIGHT,
game.score_color,
.4*game.SENSOR_INPUT_OFFSET[0],
game.SENSOR_INPUT_OFFSET[1])
def show_fixation(game):
if game.cursor.check_within_dist(game.SENSOR_INPUT_OFFSET,
game.CURSOR_RAD-.5*game.FIXATION_WIDTH):
game.fixation_color = game.REG_FIXATION_COLOR
else:
game.fixation_color = game.BAD_FIXATION_COLOR
gg.draw_fixation(game.screen,
game.FIXATION_WIDTH, game.FIXATION_HEIGHT,
game.fixation_color,
game.SENSOR_INPUT_OFFSET[0],
game.SENSOR_INPUT_OFFSET[1])
def show_score_timed(game):
gg.draw_ring(game.screen, .35*game.FIXATION_WIDTH, game.score_color,
game.bg_color, game.SENSOR_INPUT_OFFSET[0],
game.SENSOR_INPUT_OFFSET[1],
game.FIXATION_HEIGHT,
game.current_score)
gg.draw_fixation(game.screen,
game.FIXATION_WIDTH, game.FIXATION_HEIGHT,
game.score_color,
game.SENSOR_INPUT_OFFSET[0],
game.SENSOR_INPUT_OFFSET[1])
def reset_for_next_sequence_execution(game, draw_progress_bool=True):
game.last_trial_recorded_bool = False
gg.draw_fixation(game, xpos=0.5 * game.SCREEN_WIDTH, color=game.FIXATION_COLOR)
game.timers["move"].reset()
game.timers["move_limit"].soft_reset()
game.current_sequence_complete = False
game.timers["score"].time_limit_hit = False
game.sequence_progress[:] = game.SEQUENCE_INCOMPLETE
game.key_in_sequence = 0
game.last_key_pressed = -1
if draw_progress_bool:
gg.draw_sequence_progress(game)
def run_sequence_score(game):
#############
# * * * #
#############
if not (game.last_trial_recorded_bool):
record_score(game)
game.last_trial_recorded_bool = True
if game.sequence_progress == game.SEQUENCE_CORRECT:
color = game.ACTIVE_COLOR
if game.timers["move"].time < 0.8 * np.median(game.execution_time_array) and game.mode != "scan":
gg.draw_fixation(game, xpos=0.5 * game.SCREEN_WIDTH + game.KEY_XPOS, color=color)
gg.draw_fixation(game, xpos=0.5 * game.SCREEN_WIDTH - game.KEY_XPOS, color=color)
elif game.timers["move"].time > 1.2 * np.median(game.execution_time_array):
color = game.SLOW_COLOR
else:
color = game.WRONG_COLOR
gg.draw_fixation(game, xpos=0.5 * game.SCREEN_WIDTH, color=color)
def run_sequence_score_rest(game):
gg.draw_fixation(game, xpos=0.5 * game.SCREEN_WIDTH, color=game.FIXATION_COLOR)