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alphabet.py
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alphabet.py
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from typing import Any, Dict
class AlphabetDrawer:
def __init__(self, letter_width: int, letter_height: int):
self.letter_width = letter_width
self.letter_height = letter_height
def draw_letter(self, s: str, x: int, y: int):
LETTER_TO_CALLABLE: Dict[str, Any] = {
'A': self.A,
'B': self.B,
'C': self.C,
'D': self.D,
'E': self.E,
'F': self.F,
'G': self.G,
'H': self.H,
'I': self.I,
'J': self.J,
'K': self.K,
'L': self.L,
'M': self.M,
'N': self.N,
'O': self.O,
'P': self.P,
'Q': self.Q,
'R': self.R,
'S': self.S,
'T': self.T,
'U': self.U,
'V': self.V,
'W': self.W,
'X': self.X,
'Y': self.Y,
'Z': self.Z,
}
LETTER_TO_CALLABLE[s](s, x, y)
def A(self, s: str, x: int, y: int) -> None:
print(f'PA{x + self.letter_height},{y};')
print('PD;')
print(f'PA{x},{y + int(self.letter_width / 2)};')
print(f'PA{x + self.letter_height},{y + self.letter_width};')
print('PU;')
print(f'PA{x + int(self.letter_height / 2)},{y + int(self.letter_width * 1/5)};')
print('PD;')
print(f'PA{x + int(self.letter_height / 2)},{y + int(self.letter_width * 4/5)};')
print('PU;')
def B(self, s: str, x: int, y: int) -> None:
print(f'PA{x},{y};')
print('PD;')
print(f'PA{x},{y + int(self.letter_width * 5/6)};')
print(f'PA{x + int(self.letter_height * 1/6)},{y + self.letter_width};')
print(f'PA{x + int(self.letter_height * 2/6)},{y + self.letter_width};')
print(f'PA{x + int(self.letter_height * 3/6)},{y + int(self.letter_width * 5/6)};')
print(f'PA{x + int(self.letter_height * 4/6)},{y + self.letter_width};')
print(f'PA{x + int(self.letter_height * 5/6)},{y + self.letter_width};')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * 5/6)};')
print(f'PA{x + self.letter_height},{y};')
print(f'PA{x},{y};')
print('PU;')
print(f'PA{x + int(self.letter_height / 2)},{y + int(self.letter_width * 5/6)};')
print('PD;')
print(f'PA{x + int(self.letter_height / 2)},{y};')
print('PU;')
def C(self, s: str, x: int, y: int) -> None:
print(f'PA{x + int(self.letter_height * 1/5)},{y + self.letter_width};')
print('PD;')
print(f'PA{x},{y + int(self.letter_width * 4/5)};')
print(f'PA{x},{y + int(self.letter_width * 1/5)};')
print(f'PA{x + int(self.letter_height * 1/5)},{y};')
print(f'PA{x + int(self.letter_height * 4/5)},{y};')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * 1/5)};')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * 4/5)};')
print(f'PA{x + int(self.letter_height * 4/5)},{y + self.letter_width};')
print('PU;')
def D(self, s: str, x: int, y: int) -> None:
print(f'PA{x},{y};')
print('PD;')
print(f'PA{x},{y + int(self.letter_width * 4/5)};')
print(f'PA{x + int(self.letter_height * 1/5)},{y + self.letter_width};')
print(f'PA{x + int(self.letter_height * 4/5)},{y + self.letter_width};')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * 4/5)};')
print(f'PA{x + self.letter_height},{y};')
print(f'PA{x},{y};')
print('PU;')
def E(self, s: str, x: int, y: int) -> None:
print(f'PA{x},{y + self.letter_width};')
print('PD;')
print(f'PA{x},{y};')
print(f'PA{x + self.letter_height},{y};')
print(f'PA{x + self.letter_height},{y + self.letter_width};')
print('PU;')
print(f'PA{x + int(self.letter_height / 2)},{y};')
print('PD;')
print(f'PA{x + int(self.letter_height / 2)},{y + int(self.letter_width * 2/3)};')
print('PU;')
def F(self, s: str, x: int, y: int) -> None:
print(f'PA{x},{y + self.letter_width};')
print('PD;')
print(f'PA{x},{y};')
print(f'PA{x + self.letter_height},{y};')
print('PU;')
print(f'PA{x + int(self.letter_height / 2)},{y};')
print('PD;')
print(f'PA{x + int(self.letter_height / 2)},{y + self.letter_width};')
print('PU;')
def G(self, s: str, x: int, y: int) -> None:
print(f'PA{x + int(self.letter_height * 1/6)},{y + self.letter_width};')
print('PD;')
print(f'PA{x},{y + int(self.letter_width * 5/6)};')
print(f'PA{x},{y + int(self.letter_width * 1/5)};')
print(f'PA{x + int(self.letter_height * 1/5)},{y};')
print(f'PA{x + int(self.letter_height * 4/5)},{y};')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * 1/5)};')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * 5/6)};')
print(f'PA{x + int(self.letter_height * 5/6)},{y + self.letter_width};')
print(f'PA{x + int(self.letter_height / 2)},{y + self.letter_width};')
print(f'PA{x + int(self.letter_height / 2)},{y + int(self.letter_width * 2/3)};')
print('PU;')
def H(self, s: str, x: int, y: int) -> None:
print(f'PA{x},{y};')
print('PD;')
print(f'PA{x + self.letter_height},{y};')
print('PU;')
print(f'PA{x},{y + self.letter_width};')
print('PD;')
print(f'PA{x + self.letter_height},{y + self.letter_width};')
print('PU;')
print(f'PA{x + int(self.letter_height / 2)},{y};')
print('PD;')
print(f'PA{x + int(self.letter_height / 2)},{y + self.letter_width};')
print('PU;')
def I(self, s: str, x: int, y: int) -> None:
print(f'PA{x},{y};')
print('PD;')
print(f'PA{x},{y + self.letter_width};')
print('PU;')
print(f'PA{x + self.letter_height},{y};')
print('PD;')
print(f'PA{x + self.letter_height},{y + self.letter_width};')
print('PU;')
print(f'PA{x},{y + int(self.letter_width / 2)};')
print('PD;')
print(f'PA{x + self.letter_height},{y + int(self.letter_width / 2)};')
print('PU;')
def J(self, s: str, x: int, y: int) -> None:
print(f'PA{x},{y};')
print('PD;')
print(f'PA{x},{y + self.letter_width};')
print('PU;')
print(f'PA{x},{y + int(self.letter_width * 2/3)};')
print('PD;')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * 2/3)};')
print(f'PA{x + self.letter_height},{y};')
print(f'PA{x + int(self.letter_height * 2/3)},{y};')
print('PU;')
def K(self, s: str, x: int, y: int) -> None:
print(f'PA{x},{y};')
print('PD;')
print(f'PA{x + self.letter_height},{y};')
print('PU;')
print(f'PA{x},{y + self.letter_width};')
print('PD;')
print(f'PA{x + int(self.letter_height / 2)},{y};')
print(f'PA{x + self.letter_height},{y + self.letter_width};')
print('PU;')
def L(self, s: str, x: int, y: int) -> None:
print(f'PA{x},{y + int(self.letter_width * 1/6)};')
print('PD;')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * 1/6)};')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * 5/6)};')
print('PU;')
def M(self, s: str, x: int, y: int) -> None:
print(f'PA{x + self.letter_height},{y};')
print('PD;')
print(f'PA{x},{y};')
print(f'PA{x + int(self.letter_height / 2)},{y + int(self.letter_width / 2)};')
print(f'PA{x},{y + self.letter_width};')
print(f'PA{x + self.letter_height},{y + self.letter_width};')
print('PU;')
def N(self, s: str, x: int, y: int) -> None:
print(f'PA{x + self.letter_height},{y};')
print('PD;')
print(f'PA{x},{y};')
print(f'PA{x + self.letter_height},{y + self.letter_width};')
print(f'PA{x},{y + self.letter_width};')
print('PU;')
def O(self, s: str, x: int, y: int) -> None:
print(f'PA{x},{y + int(self.letter_width * 1/5)};')
print('PD;')
print(f'PA{x},{y + int(self.letter_width * 4/5)};')
print(f'PA{x + int(self.letter_height * 1/5)},{y + self.letter_width};')
print(f'PA{x + int(self.letter_height * 4/5)},{y + self.letter_width};')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * 4/5)};')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * 1/5)};')
print(f'PA{x + int(self.letter_height * 4/5)},{y};')
print(f'PA{x + int(self.letter_height * 1/5)},{y};')
print(f'PA{x},{y + int(self.letter_width * 1/5)};')
print('PU;')
def P(self, s: str, x: int, y: int) -> None:
print(f'PA{x + self.letter_height},{y};')
print('PD;')
print(f'PA{x},{y};')
print(f'PA{x},{y + int(self.letter_width * 5/6)};')
print(f'PA{x + int(self.letter_height * 1/6)},{y + self.letter_width};')
print(f'PA{x + int(self.letter_height * 2/6)},{y + self.letter_width};')
print(f'PA{x + int(self.letter_height * 3/6)},{y + int(self.letter_width * 5/6)};')
print(f'PA{x + int(self.letter_height / 2)},{y};')
print('PU;')
def Q(self, s: str, x: int, y: int) -> None:
print(f'PA{x},{y + int(self.letter_width * 1/5)};')
print('PD;')
print(f'PA{x},{y + int(self.letter_width * 4/5)};')
print(f'PA{x + int(self.letter_height * 1/5)},{y + self.letter_width};')
print(f'PA{x + int(self.letter_height * 4/5)},{y + self.letter_width};')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * 4/5)};')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * 1/5)};')
print(f'PA{x + int(self.letter_height * 4/5)},{y};')
print(f'PA{x + int(self.letter_height * 1/5)},{y};')
print(f'PA{x},{y + int(self.letter_width * 1/5)};')
print('PU;')
print(f'PA{x + int(self.letter_height * (2/3))},{y + int(self.letter_width * (2/3))};')
print('PD;')
print(f'PA{x + self.letter_height},{y + self.letter_width};')
print('PU;')
def R(self, s: str, x: int, y: int) -> None:
print(f'PA{x + self.letter_height},{y};')
print('PD;')
print(f'PA{x},{y};')
print(f'PA{x},{y + int(self.letter_width * 5/6)};')
print(f'PA{x + int(self.letter_height * 1/6)},{y + self.letter_width};')
print(f'PA{x + int(self.letter_height * 2/6)},{y + self.letter_width};')
print(f'PA{x + int(self.letter_height/2)},{y + int(self.letter_width * 5/6)};')
print(f'PA{x + int(self.letter_height/2)},{y};')
print('PU;')
print(f'PA{x + int(self.letter_height/2)},{y + int(self.letter_width * 3/5)};')
print('PD;')
print(f'PA{x + self.letter_height},{y + self.letter_width};')
print('PU;')
def S(self, s: str, x: int, y: int) -> None:
print(f'PA{x + int(self.letter_height * 1/6)},{y + self.letter_width};')
print('PD;')
print(f'PA{x},{y + int(self.letter_width * 5/6)};')
print('PD;')
print(f'PA{x},{y + int(self.letter_width * 1/6)};')
print(f'PA{x + int(self.letter_height * 1/6)},{y};')
print(f'PA{x + int(self.letter_height * 2/6)},{y};')
print(f'PA{x + int(self.letter_height/2)},{y + int(self.letter_width * 1/6)};')
print(f'PA{x + int(self.letter_height/2)},{y + int(self.letter_width * 5/6)};')
print(f'PA{x + int(self.letter_height * 4/6)},{y + self.letter_width};')
print(f'PA{x + int(self.letter_height * 5/6)},{y + self.letter_width};')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * 5/6)};')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * 1/6)};')
print(f'PA{x + int(self.letter_height * 5/6)},{y};')
print('PU;')
def T(self, s: str, x: int, y: int) -> None:
print(f'PA{x},{y};')
print('PD;')
print(f'PA{x},{y + self.letter_width};')
print('PU;')
print(f'PA{x},{y + int(self.letter_width / 2)};')
print('PD;')
print(f'PA{x + self.letter_height},{y + int(self.letter_width / 2)};')
print('PU;')
def U(self, s: str, x: int, y: int) -> None:
print(f'PA{x},{y};')
print('PD;')
print(f'PA{x + int(self.letter_height * 4/5)},{y};')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * 1/5)};')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * 4/5)};')
print(f'PA{x + int(self.letter_height * 4/5)},{y + self.letter_width};')
print(f'PA{x},{y + self.letter_width};')
print('PU;')
def V(self, s: str, x: int, y: int) -> None:
print(f'PA{x},{y};')
print('PD;')
print(f'PA{x + self.letter_height},{y + int(self.letter_width / 2)};')
print(f'PA{x},{y + self.letter_width};')
print('PU;')
def W(self, s: str, x: int, y: int) -> None:
print(f'PA{x},{y};')
print('PD;')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * (1/3))};')
print(f'PA{x + int(self.letter_height / 2)},{y + int(self.letter_width / 2)};')
print(f'PA{x + self.letter_height},{y + int(self.letter_width * (2/3))};')
print(f'PA{x},{y + self.letter_width};')
print('PU;')
def X(self, s: str, x: int, y: int) -> None:
print(f'PA{x},{y};')
print('PD;')
print(f'PA{x + self.letter_height},{y + self.letter_width};')
print('PU;')
print(f'PA{x + self.letter_height},{y};')
print('PD;')
print(f'PA{x},{y + self.letter_width};')
print('PU;')
def Y(self, s: str, x: int, y: int) -> None:
print(f'PA{x},{y};')
print('PD;')
print(f'PA{x + int(self.letter_height / 2)},{y + int(self.letter_width / 2)};')
print(f'PA{x + self.letter_height},{y + int(self.letter_width / 2)};')
print('PU;')
print(f'PA{x + int(self.letter_height / 2)},{y + int(self.letter_width / 2)};')
print('PD;')
print(f'PA{x},{y + self.letter_width};')
print('PU;')
def Z(self, s: str, x: int, y: int) -> None:
print(f'PA{x},{y};')
print('PD;')
print(f'PA{x},{y + self.letter_width};')
print(f'PA{x + self.letter_height},{y};')
print('PD;')
print(f'PA{x + self.letter_height},{y + self.letter_width};')
print('PU;')