#1 Work in progress:

- Update README
- Update figures

[ci skip]

README.md

@@ -25,32 +25,93 @@ pip install ezgpx
 
 ```python
 import ezgpx
+import matplotlib
 
 # Parse GPX file
 gpx = ezgpx.GPX("file.gpx")
 
 # Simplify (using Ramer-Dougle-Peucker algorithm)
 gpx.simplify()
 
-# Plot with Matplotlib
-gpx.matplotlib_plot(color="elevation",
-                    start_stop_colors=("green", "red"),
-                    way_points_color="blue",
-                    title=gpx.name(),
-                    duration=(0, 0),
-                    distance=(0.5, 0),
-                    ascent=None,
-                    pace=(1, 0),
-                    speed=None,
-                    file_path="img_1")
-
 # Remove metadata
 gpx.remove_metadata()
 
+# Plot with Matplotlib
+test_gpx.matplotlib_plot(figsize=(16,9),
+                         size=6,
+                         color="ele",
+                         cmap=matplotlib.cm.get_cmap("gnuplot", 12),
+                         colorbar=False,
+                         start_point_color="green",
+                         stop_point_color="red",
+                         way_points_color=None,
+                         background="World_Imagery",
+                         offset_percentage=0.04,
+                         dpi=100,
+                         title=test_gpx.name(),
+                         title_fontsize=20,
+                         watermark=True,
+                         file_path="img_1.png")
+
 # Write new simplified GPX file
 gpx.to_gpx("new_file.gpx")
 ```
-![](img/matplotlib_plot_1.png)
+![](img/matplotlib_plot_1.jpg)
+
+## 🏋️ Advanced Use
+
+```python
+import ezgpx
+import matplotlib
+
+# Parse GPX file
+gpx = ezgpx.GPX("file.gpx")
+
+# Plot with Matplotlib
+test_gpx.expert_plot(figsize=(16,9),
+                     subplots=(3,2),
+                     map_position=(0,0),
+                     map_size=10,
+                     map_color="ele",
+                     map_cmap=matplotlib.cm.get_cmap("viridis", 12),
+                     map_colorbar=True,
+                     start_point_color=None,
+                     stop_point_color=None,
+                     way_points_color=None,
+                     background="World_Imagery",
+                     offset_percentage=0.04,
+                     xpixels=1000,
+                     ypixels=None,
+                     dpi=100,
+                     elevation_profile_position=(1,0),
+                     elevation_profile_size=10,
+                     elevation_profile_color="ele",
+                     elevation_profile_cmap=matplotlib.cm.get_cmap("viridis", 12),
+                     elevation_profile_colorbar=False,
+                     elevation_profile_grid=True,
+                     elevation_profile_fill_color="lightgray",
+                     elevation_profile_fill_alpha=0.5,
+                     pace_graph_position=(2,0),
+                     pace_graph_size=10,
+                     pace_graph_color="ele",
+                     pace_graph_cmap=None,
+                     pace_graph_colorbar=False,
+                     pace_graph_grid=True,
+                     pace_graph_fill_color="lightgray",
+                     pace_graph_fill_alpha=0.5,
+                     pace_graph_threshold=15,
+                     ascent_rate_graph_position=(1,1),
+                     made_with_ezgpx_position=(0,1),
+                     shared_color="ele",
+                     shared_cmap=None,
+                     shared_colorbar=True,
+                     data_table_position=(2,1),
+                     title=test_gpx.name(),
+                     title_fontsize=20,
+                     watermark=False,
+                     file_path="img_2.png")
+```
+![](img/expert_plot_1.jpg)
 
 ## 👤 Author
 - Fabien ALLEMAND