def _create_casing_points(self, anchors, C, F, targets_lengths):
"""Creates a list of points for the casing alongside with their
connectivity
Args:
anchors ((float, float), (float, float)): xz coordinates of points
at the top of vertical targets.
C (float, float): coordinate of inner end of the dome
F (float, float): coordinate of outer end of the dome
targets_lengths (float, float): leg lengths of the vertical targets
Returns:
list: list of points with connectivity
([[x, z, 'connection_type'], [...]])
"""
B, G = anchors
h1, h2 = targets_lengths
points = []
# I
I_ = extend(C, F, distance_between_two_points(F, C) * 1.1)
points.append([I_[0], I_[1], "straight"])
# J
J = extend(G, F, h2 * 1.2)
points.append([J[0], J[1], "straight"])
# K
K = extend(B, C, h1 * 1.2)
points.append([K[0], K[1], "straight"])
# L
L = extend(F, C, distance_between_two_points(F, C) * 1.1)
points.append([L[0], L[1], "straight"])
return points
def _create_dome_points(
self, C, F, dome_length, dome_height, dome_thickness, dome_pos
):
"""Creates a list of points for the dome alongside with their
connectivity
Args:
C (float, float): coordinate of inner end of the dome
F (float, float): coordinate of outer end of the dome
dome_length (float): dome length (cm)
dome_height (float): dome height (cm)
dome_thickness (float): dome thickness (cm)
dome_pos (float): position of the dome between the two ends.
Returns:
list: list of points with connectivity
([[x, z, 'connection_type'], [...]])
"""
points = []
dome_base = extend(C, F, dome_pos * distance_between_two_points(F, C))
dome_lower_point = extend(
dome_base, rotate(dome_base, C, -math.pi / 2), dome_height
)
D_prime = extend(
dome_base,
dome_lower_point,
dome_height +
dome_thickness)
D = extend(
dome_lower_point,
rotate(dome_lower_point, D_prime, math.pi / 2),
dome_length / 2,
)
E = extend(
dome_lower_point,
rotate(dome_lower_point, D_prime, -math.pi / 2),
dome_length / 2,
)
# D
points.append([D[0], D[1], "circle"])
# D'
points.append([D_prime[0], D_prime[1], "circle"])
# E
points.append([E[0], E[1], "straight"])
return points