graspologic/layouts/nooverlap/_quad_node.py [904:944]:
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                len_c_new = node_to_move.size + overlapping_node.size + _EPSILON
                angle_a_new = math.asin(a * math.sin(angle_c) / len_c_new)
                angle_b_new = 180 - math.degrees(angle_c) - math.degrees(angle_a_new)
                new_len_b = (
                    len_c_new * math.sin(math.radians(angle_b_new)) / math.sin(angle_c)
                )
                # print ("slope: %g, angle c: %g, new angle a: %g, newlenC: %g, new angle a: %g, new lenB %g" %(slope_ca, math.degrees(angle_c), math.degrees(angle_a_new), len_c_new, math.degrees(angle_a_new), new_len_b))
                x_new_plus = node_to_move.original_x + math.sqrt(
                    new_len_b ** 2 / (1 + slope_ca ** 2)
                )
                x_new_neg = node_to_move.original_x - math.sqrt(
                    new_len_b ** 2 / (1 + slope_ca ** 2)
                )
                x_plus_diff = x_new_plus - new_x
                x_neg_diff = x_new_neg - new_x
                # print ("both outsize, plus diff: %g, minus diff: %g" %(x_plus_diff, x_neg_diff))
                if abs(x_plus_diff) < abs(x_neg_diff):
                    prev_x, prev_y = new_x, new_y
                    new_x = x_new_plus
                    new_y = prev_y - slope_ca * prev_x + slope_ca * x_new_plus
                else:
                    prev_x, prev_y = new_x, new_y
                    new_x = x_new_neg
                    new_y = prev_y - slope_ca * prev_x + slope_ca * x_new_neg
                # print ("before: idx: %d, node: %s" %(ov_idx, str(overlapping_node.to_list()) ))
                ov_idx, overlapping_node = is_overlapping_any_node_and_index(
                    node_to_move,
                    new_x,
                    new_y,
                    nodes_around_the_edge + nodes_by_size,
                    0,
                    idx + num_nodes_around_edge,
                )
                # print ("after: idx: %d, node: %s" %(ov_idx, str(overlapping_node is not None) ))
            node_to_move.x = new_x
            node_to_move.y = new_y

            # if idx > 20: # only do a few in the first quad
            # 	break

        return
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graspologic/layouts/nooverlap/_quad_node.py [1015:1055]:
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                len_c_new = node_to_move.size + overlapping_node.size + _EPSILON
                angle_a_new = math.asin(a * math.sin(angle_c) / len_c_new)
                angle_b_new = 180 - math.degrees(angle_c) - math.degrees(angle_a_new)
                new_len_b = (
                    len_c_new * math.sin(math.radians(angle_b_new)) / math.sin(angle_c)
                )
                # print ("slope: %g, angle c: %g, new angle a: %g, newlenC: %g, new angle a: %g, new lenB %g" %(slope_ca, math.degrees(angle_c), math.degrees(angle_a_new), len_c_new, math.degrees(angle_a_new), new_len_b))
                x_new_plus = node_to_move.original_x + math.sqrt(
                    new_len_b ** 2 / (1 + slope_ca ** 2)
                )
                x_new_neg = node_to_move.original_x - math.sqrt(
                    new_len_b ** 2 / (1 + slope_ca ** 2)
                )
                x_plus_diff = x_new_plus - new_x
                x_neg_diff = x_new_neg - new_x
                # print ("both outsize, plus diff: %g, minus diff: %g" %(x_plus_diff, x_neg_diff))
                if abs(x_plus_diff) < abs(x_neg_diff):
                    prev_x, prev_y = new_x, new_y
                    new_x = x_new_plus
                    new_y = prev_y - slope_ca * prev_x + slope_ca * x_new_plus
                else:
                    prev_x, prev_y = new_x, new_y
                    new_x = x_new_neg
                    new_y = prev_y - slope_ca * prev_x + slope_ca * x_new_neg
                # print ("before: idx: %d, node: %s" %(ov_idx, str(overlapping_node.to_list()) ))
                ov_idx, overlapping_node = is_overlapping_any_node_and_index(
                    node_to_move,
                    new_x,
                    new_y,
                    nodes_around_the_edge + nodes_by_size,
                    0,
                    idx + num_nodes_around_edge,
                )
            # print ("after: idx: %d, node: %s" %(ov_idx, str(overlapping_node is not None) ))
            node_to_move.x = new_x
            node_to_move.y = new_y

        # if idx > 20: # only do a few in the first quad
        # 	break

        return
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