def create_window(i1,
i2,
dist=None,
width=1.,
height=1.2,
bottom_height=1.,
close=True):
create = False
pts = data['points']
for w in data['walls']:
if (i1 in w) and (i2 in w):
create = True
break
if create:
if not dist:
dist = 0.5 * distance(pts[i1], pts[i2])
window = rectangle(width, height)
op = Opening(pts[i1],
pts[i2],
thick,
dist,
bottom_height + 0.5 * height,
vertical,
window,
close=close)
all_openings.append(op.ex)
if op.close: all_closings.append(op.close)
def create_heat(i1,
i2,
dist=None,
width=0.8,
height=0.6,
offset=0.05,
box_thickness=0.05,
bottom_height=0.2):
create = False
pts = data['points']
for w in data['walls']:
if (i1 in w) and (i2 in w):
create = True
break
if create:
if not dist:
dist = 0.5 * distance(pts[i1], pts[i2])
heat = rectangle(width, height)
op = BoxOnWall(pts[i1], pts[i2], thick, box_thickness, offset, dist,
0.2 + 0.5 * height, vertical, heat)
all_heats.append(op.ex)
for w in data['walls']:
plt.plot([data['points'][w[i]][0] for i in range(2)],
[data['points'][w[i]][1] for i in range(2)], 'r')
for pol in polylines:
plt.plot([p[0] for p in pol], [p[1] for p in pol], 'k')
plt.axis('equal')
plt.show()
pts = data['points']
walls = data['walls']
height = 3.
vertical = Vector([0., 0., 1.])
window = rectangle(1.9, 5.8)
windows = []
all_openings = []
all_closings = []
all_heats = []
def create_window(i1,
i2,
dist=None,
width=1.,
height=1.2,
bottom_height=1.,
close=True):