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lav_draw.py
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import matplotlib.patches as patches
from math import pi
def draw_lav_top_down(lopa_bk, lav, canvas, canvas_type, top_down_datum):
lav_color = 'green'
# reference_side = lav.reference_side
# breadth = float(lav.breadth)
# if reference_side == 'LHS':
# breadth = breadth*-1
# width = float(lav.width)
# x = top_down_datum[0]
# y = top_down_datum[1]
# if lav.side == 'LHS':
# #x = datum[0]
# #y = datum[1]
# x_coords = [x, x, x-breadth, x-breadth, x]
# y_coords = [y, y-width, y-width, y, y]
# canvas.plot(x_coords,y_coords, color = lav_color)
# if lav.side == 'RHS':
# #x = datum[0]
# #y = datum[1]
# x_coords = [x, x, x-breadth, x-breadth, x]
# y_coords = [y, y+width, y+width, y, y]
# canvas.plot(x_coords,y_coords, color = lav_color)
if lopa_bk.aircraft_type in ['A320', 'A319']:
offset = 0
if lav[0] == 'Lav A':
if canvas_type == 'matplotlib':
s = 278.6
elif canvas_type == 'dxf':
s=0
b = 36.6
cl = 19.685
w = 46.51
x = [s, s-b, s-b, s, s]
y = [-cl-w, -cl-w, -cl, -cl, -cl-w]
if canvas_type == 'matplotlib':
canvas.plot(x, y, color = lav_color)
elif canvas_type == 'dxf':
points = []
for index, v in enumerate(x):
points.append((v, y[index]))
canvas.add_lwpolyline(points)
x = [s-b+7, s-b+7]
y = [-cl-w, -cl]
if canvas_type == 'matplotlib':
canvas.plot(x, y, color = lav_color)
canvas.text(s - (b/2), -cl-w/2, 'La', ha='center', va='bottom')
elif canvas_type == 'dxf':
points = []
for index, v in enumerate(x):
points.append((v, y[index]))
canvas.add_lwpolyline(points)
#add seat
x = -7-29.6
canvas.add_ellipse((22+x, -49.6), major_axis=(0, 8), start_param=1.2*pi, end_param=0.8*pi,ratio=0.8)
points = []
points.append((18.24+x, -56.07))
points.append((25.76+x, -56.07))
canvas.add_lwpolyline(points)
points = [(7+x, -44), (17.43+x,-44)]
canvas.add_lwpolyline(points)
points = [(26.57+x, -44), (36.81+x,-44)]
canvas.add_lwpolyline(points)
#sink
canvas.add_ellipse((-36.6+3.5, -66.2+30), major_axis=(0, 3), ratio=0.5)
if lav[3] == 'Yes':#cas
points = [(0, -cl), (7,-cl), (7,-cl-(w*0.7)), (0,-cl-(w*0.7))]
canvas.add_lwpolyline(points)
canvas.add_line((0, -cl-(w*0.35)), (7, -cl-(w*0.35)))
canvas.add_text("F/A",
dxfattribs={
'rotation': 270,}
#'height': 0.35}
).set_pos((3.5, -cl-(w*0.18)), align='MIDDLE_CENTER')
canvas.add_text("F/A",
dxfattribs={
'rotation': 270,}
#'height': 0.35}
).set_pos((3.5, -cl-(w*0.53)), align='MIDDLE_CENTER')
if lav[0] == 'Lav D':
if canvas_type == 'matplotlib':
s = 1207 #station
elif canvas_type == 'dxf':
s = 0 #station is handled when block is inserted
cl = -19.68
b = 36.81
w = 51.51
x = [s, s, s+36.81, s+36.81]
y = [-19.68-51.51, -19.68, -19.68, -19.68-46.51]
if canvas_type == 'matplotlib':
canvas.plot(x, y, color = lav_color)
elif canvas_type == 'dxf':
points = []
for index, v in enumerate(x):
points.append((v, y[index]))
canvas.add_lwpolyline(points)
x = [s, s + 36.81]
y = [-19.68-40, -19.68-40]
if canvas_type == 'matplotlib':
canvas.plot(x, y, color = lav_color)
elif canvas_type == 'dxf':
points = []
for index, v in enumerate(x):
points.append((v, y[index]))
canvas.add_lwpolyline(points)
x = [s+7, s+7]
y = [-19.68-40, -19.68]
if canvas_type == 'matplotlib':
canvas.plot(x, y, color = lav_color)
canvas.text(s + (b/2), cl-w/2, 'Ld', ha='center', va='center')
elif canvas_type == 'dxf':
points = []
for index, v in enumerate(x):
points.append((v, y[index]))
canvas.add_lwpolyline(points)
#add seat
canvas.add_ellipse((22, -49.6), major_axis=(0, 8), start_param=1.2*pi, end_param=0.8*pi,ratio=0.8)
points = []
points.append((18.24, -56.07))
points.append((25.76, -56.07))
canvas.add_lwpolyline(points)
points = [(7, -44), (17.43,-44)]
canvas.add_lwpolyline(points)
points = [(26.57, -44), (36.81,-44)]
canvas.add_lwpolyline(points)
#sink
canvas.add_ellipse((3.5, -59.68+30), major_axis=(0, 3), ratio=0.5)
if lav[3] == 'Yes':#cas
points = [(b, cl), (b+7,cl), (b+7,cl-(w*0.35)), (b,cl-(w*0.35))]
canvas.add_lwpolyline(points)
canvas.add_text("F/A",
dxfattribs={
'rotation': 270,}
#'height': 0.35}
).set_pos((b+3.5, cl-(w*0.18)), align='MIDDLE_CENTER')
if lav[4] == 'Yes': #draw doghouse
rect = patches.Rectangle((s-8,cl - 5),8,-45,linewidth=1,edgecolor='grey',facecolor='grey')
canvas.add_patch(rect)
if lav[0] == 'Lav E':
if canvas_type == 'matplotlib':
s = 1207
elif canvas_type == 'dxf':
s = 0
cl = 19.68
b = 36.61
w = 51.51
x = [s, s, s+36.81, s+36.81]
y = [19.68+51.51, 19.68, 19.68, 19.68+46.51]
if canvas_type == 'matplotlib':
canvas.plot(x, y, color = lav_color)
elif canvas_type == 'dxf':
points = []
for index, v in enumerate(x):
points.append((v, y[index]))
canvas.add_lwpolyline(points)
x = [s, s + 36.81]
y = [19.68+40, +19.68+40]
if canvas_type == 'matplotlib':
canvas.plot(x, y, color = lav_color)
elif canvas_type == 'dxf':
points = []
for index, v in enumerate(x):
points.append((v, y[index]))
canvas.add_lwpolyline(points)
x = [s+7, s+7]
y = [+19.68+40, +19.68]
if canvas_type == 'matplotlib':
canvas.plot(x, y, color = lav_color)
canvas.text(s + (b/2), cl+w/2, 'Le', ha='center', va='center')
elif canvas_type == 'dxf':
points = []
for index, v in enumerate(x):
points.append((v, y[index]))
canvas.add_lwpolyline(points)
#add seat
canvas.add_ellipse((22, 59.68-10.08), major_axis=(0, 8), start_param=0.2*pi, end_param=1.8*pi,ratio=0.8)
points = []
points.append((18.24, 59.68-3.61))
points.append((25.76, 59.68-3.61))
canvas.add_lwpolyline(points)
points = [(7, 59.68-15.68), (17.43,59.68-15.68)]
canvas.add_lwpolyline(points)
points = [(26.57, 59.68-15.68), (36.81,59.68-15.68)]
canvas.add_lwpolyline(points)
#sink
canvas.add_ellipse((3.5, 59.68-30), major_axis=(0, 3), ratio=0.5)
if lav[3] == 'Yes':#cas
points = [(b, cl), (b+7,cl), (b+7,cl+(w*0.7)), (b,cl+(w*0.7))]
canvas.add_lwpolyline(points)
canvas.add_line((b, cl+(w*0.35)), (b+7, cl+(w*0.35)))
points = [(b, cl), (b,cl-7), (b-(w*0.35),cl-7), (b-(w*0.35),cl)]
canvas.add_lwpolyline(points)
canvas.add_text("F/A",
dxfattribs={
'rotation': 270,}
#'height': 0.35}
).set_pos((b+3.5, cl+(w*0.18)), align='MIDDLE_CENTER')
canvas.add_text("F/A",
dxfattribs={
'rotation': 270,}
#'height': 0.35}
).set_pos((b+3.5, cl+(w*0.53)), align='MIDDLE_CENTER')
canvas.add_text("F/A").set_pos((b-(w*0.18), cl-3.5), align='MIDDLE_CENTER')
if lav[4] == 'Yes': #draw doghouse
if canvas_type == 'matplotlib':
rect = patches.Rectangle((s-8,cl + 5),8,45,linewidth=1,edgecolor='grey',facecolor='grey')
canvas.add_patch(rect)
elif canvas_type == 'dxf':
x = [s, s, s-8, s-8, s]
y = [cl+5+45, cl+5, cl+5, cl+5+45, cl+5+45]
points = []
for index, v in enumerate(x):
points.append((v, y[index]))
canvas.add_lwpolyline(points)
def draw_lav_side(lopa_bk, lav, canvas, canvas_type, side_datum):
lav_color = 'green'
# reference_side = lav.reference_side
# breadth = float(lav.breadth)
# height = float(lav.height)
# if reference_side == 'LHS':
# breadth = breadth*-1
# width = float(lav.width)
# x = side_datum[0]
# y = side_datum[1]
# x_coords = [x, x, x-breadth, x-breadth, x]
# y_coords = [y, y+height, y+height, y, y]
# canvas.plot(x_coords,y_coords, color = lav_color)
if lopa_bk.aircraft_type in ['A320', 'A319']:
offset = 0
y_datum = side_datum[1]
if lav[0] == 'Lav A':
if canvas_type == 'matplotlib':
s=278.6
elif canvas_type == 'dxf':
s=0
b = 36.6
x = [s, s, s-36.6, s-36.6]
y = [0+y_datum, 82.12+y_datum, 82.12+y_datum, 0+y_datum]
if canvas_type == 'matplotlib':
canvas[1].plot(x, y, color = lav_color)
canvas[1].text(s - (b/2), 40, 'La', ha='center', va='bottom')
elif canvas_type == 'dxf':
points = []
for index, v in enumerate(x):
points.append((v, y[index]))
canvas.add_lwpolyline(points)
if lav[0] == 'Lav E':
if canvas_type == 'matplotlib':
s = 1207
elif canvas_type == 'dxf':
s = 0
b= 36.6
x = [s, s, s+36.81, s+36.81]
y = [0+y_datum, 84.6+y_datum, 84.6+y_datum, 0+y_datum]
if canvas_type == 'matplotlib':
canvas[0].plot(x, y, color = lav_color)
canvas[0].text(s + (b/2), 40, 'Le', ha='center', va='bottom')
elif canvas_type == 'dxf':
points = []
for index, v in enumerate(x):
points.append((v, y[index]))
canvas.add_lwpolyline(points)
if lav[0] == 'Lav D':
if canvas_type == 'matplotlib':
s = 1207
elif canvas_type == 'dxf':
s=0
b = 36.81
x = [s, s, s+36.81, s+36.81]
y = [0+y_datum, 84.6+y_datum, 84.6+y_datum, 0+y_datum]
if canvas_type == 'matplotlib':
canvas[1].plot(x, y, color = lav_color)
canvas[1].text(s + (b/2), 40, 'Ld', ha='center', va='bottom')
elif canvas_type == 'dxf':
points = []
for index, v in enumerate(x):
points.append((v, y[index]))
canvas.add_lwpolyline(points)
if lav[4] == 'Yes': #doghouse
if canvas_type == 'matplotlib':
rect = patches.Rectangle((s-8, 0),8,24,linewidth=1,edgecolor='grey',facecolor='grey')
if lav[0] == 'Lav D':
canvas[1].add_patch(rect)
elif lav[0] == 'Lav E':
canvas[0].add_patch(rect)
elif canvas_type == 'dxf':
points = []
x = [s, s, s-8, s-8, s]
y = [y_datum, y_datum+24, y_datum+24, y_datum, y_datum]
for index, v in enumerate(x):
points.append((v, y[index]))
canvas.add_lwpolyline(points)