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hub / github.com/ardamavi/PI-rCNN / plot_point_comparison

Function plot_point_comparison

code/Plotting/plotting_procedure.py:221–255  ·  view source on GitHub ↗
(ground_truths, model_outputs, comparison_point=(32,32),
                          path="Figures/", file="point_comparison.png", time_interval=3)

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219
220# Plot the comparisons of changes on one point during time:
221def plot_point_comparison(ground_truths, model_outputs, comparison_point=(32,32),
222 path="Figures/", file="point_comparison.png", time_interval=3):
223
224 # Create folder if not exists:
225 if not os.path.exists(path):
226 os.makedirs(path)
227
228 # Get x axis that represents time:
229 x_axis = np.linspace(0, time_interval, len(model_outputs))
230
231 # Get changes on one point:
232 dataset_change = ground_truths[:,comparison_point[0], comparison_point[1], :]
233 model_change = model_outputs[:,comparison_point[0], comparison_point[1], :]
234
235
236 # Plotting:
237 title_list = ["u change on point ({0},{1})".format(comparison_point[0], comparison_point[1]),
238 "v change on point ({0},{1})".format(comparison_point[0], comparison_point[1])]
239 fig, ax = plt.subplots(nrows=1, ncols=2, figsize=(9, 6))
240 fig.subplots_adjust(hspace=0.25, wspace=0.25)
241 for plt_x in range(0,2):
242 c = 0 if plt_x == 0 else 1 # Specify channel to plot
243 ax[plt_x].plot(x_axis, dataset_change[:,c], "tab:green", label="Reference")
244 ax[plt_x].plot(x_axis, model_change[:,c], "tab:orange", label="Model")
245 ax[plt_x].set_title(title_list[plt_x])
246 ax[plt_x].set_xlabel('Time')
247 ax[plt_x].set_ylabel("u" if c == 0 else "v")
248 ax[plt_x].set_xlim([0, time_interval])
249 ax[plt_x].legend()
250
251 # Save plot:
252 plt.savefig(path+"/"+file)
253 plt.close("all")
254
255 return True
256
257
258

Callers 1

plotting_pipelineFunction · 0.90

Calls

no outgoing calls

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