Predict hand angles with experts rules.
Observed values are for each measured key on 5 professional cuers: 1 ; b ; 53 2 ; b ; 73 6 ; b ; 57 7 ; b ; 63 8 ; b ; 62 3 ; c ; 64 4 ; c ; 69 5 ; c ; 52 6 ; c ; 51 7 ; c ; 59 1 ; m ; 55 4 ; m ; 56 5 ; m ; 62 6 ; m ; 39 8 ; m ; 70 2 ; s ; 73 3 ; s ; 93 4 ; s ; 90 6 ; s ; 80 7 ; s ; 85 1 ; t ; 48 3 ; t ; 52 4 ; t ; 42 5 ; t ; 57 6 ; t ; 44
Average and standard deviations: - b: 62.0 (5.3) - c: 59.0 (6.0) - m: 56.4 (7.7) - t: 48.6 (4.7) - s: 83.0 (5.0)
Instantiate a custom hand angle predictor.
def __init__(self):
"""Instantiate a custom hand angle predictor.
"""
super(WhereAnglePredictorObserved, self).__init__()
self._description = MSG_DESCRIPTION_RULES
self._radius = 5
Calculate the angle at the neutral position.
def _calculate_angle_n(self) -> int:
"""Calculate the angle at the neutral position.
:return: (int) angle in degrees
"""
return 50
Calculate the angle at the cheek bone position.
def _calculate_angle_b(self) -> int:
"""Calculate the angle at the cheek bone position.
:return: (int) angle in degrees
"""
return 62
Calculate the angle at the chin position.
def _calculate_angle_c(self) -> int:
"""Calculate the angle at the chin position.
:return: (int) angle in degrees
"""
return 59
Calculate the angle at the mouse position.
def _calculate_angle_m(self) -> int:
"""Calculate the angle at the mouse position.
:return: (int) angle in degrees
"""
return 56
Calculate the angle at the side position.
def _calculate_angle_s(self) -> int:
"""Calculate the angle at the side position.
:return: (int) angle in degrees
"""
return 83
Calculate the angle at the throat position.
def _calculate_angle_t(self) -> int:
"""Calculate the angle at the throat position.
:return: (int) angle in degrees
"""
return 49