### add .gitignore

parent e791eba9
.gitignore 0 → 100644
 # files *.pyc # build __pycache__/ # docs .ipynb_checkpoints
 """ This is the Daypym Package. """ # print('Daypym init happens')
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 ... ... @@ -168,6 +168,23 @@ def point_in_poly(point, poly): no_inter_d = len(inter_d) return True if no_inter_r == 3 or no_inter_l == 3 or no_inter_u == 3 or no_inter_d == 3 else False # we will see how robust this is # check this again later def supress_points(xyz, vertices, zmax, apothem): """Return an xyz with the points supressed to zmax within the vertices of the polygon. This is to use with a cropped xyz made with tiff2xyz().""" vert_vects = [Vector2D(v-apothem, v-apothem) for v in vertices] poly = Polygon2D(vert_vects) x_min = min(poly.xs) x_max = max(poly.xs) y_min = min(poly.ys) y_max = max(poly.ys) for i in xyz.index: if ((xyz.loc[i, 'x'] > x_min and xyz.loc[i, 'x'] < x_max) and (xyz.loc[i, 'y'] > y_min and xyz.loc[i, 'y'] < y_max)): point = Vector2D(xyz.loc[i, 'x'], xyz.loc[i, 'y']) if point_in_poly(point, poly): xyz.loc[i, 'z'] = zmax return xyz def gridpoints_in_poly_2d(grid_2d, poly_2d): "Returns a list of points, that are inside a 2d poly. Takes a meshgrid (made with grid_2d) and a 2d poly as input" pip = [] # list of points in poly ... ... @@ -232,6 +249,16 @@ def create_sensor_points(surf_name, points_in_poly_2d, row_index, col_index, ori sensor_points_surf = {'surf_name':surf_name, 'surf_coords':original_poly.vertices_list, 'sensor_points':sensor_points, 'ri':row_index, 'ci':col_index, 'sp_ori':list(normal_vectors)} # make a dict for the sensor points with name points and vectors, later export this to DS file return sensor_points_surf def xyz_coords_from_sps(sps): """Takes sps dict as input. Extracts x, y, z coords from an sps dict made with the create_sensor_points() or the pointgrid_over_surface() function""" x, y, z = ([] for i in list(range(3))) for p in sps: x += [c for c in p['sensor_points']] y += [c for c in p['sensor_points']] z += [c for c in p['sensor_points']] return pd.DataFrame(data={'x':x, 'y':y, 'z':z}) def translate_to_ds_pts(surf_sensor_points, p_name, grid_method): """Translates and saves the sensorpoints as Daysim .pts file. Also saves a csv or json with additional info useful for postprocessing""" x, y, z, vx, vy, vz, surf_name, ri, ci = ([] for i in list(range(9))) ... ...
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