It might be a good time to correct the inaccurate coordinates in introtutorial.rst.
Right now, San Francisco is in Reno and Berlin is almost in France.
If you're interested:
import pandas as pd
import matplotlib.pyplot as plt
- # very approximate
# latitude, longitude, name, altitude, timezone
coordinates = [
- (30, -110, 'Tucson', 700, 'Etc/GMT+7'),
- (35, -105, 'Albuquerque', 1500, 'Etc/GMT+7'),
- (40, -120, 'San Francisco', 10, 'Etc/GMT+8'),
- (50, 10, 'Berlin', 34, 'Etc/GMT-1'),
+ (32.2, -111.0, 'Tucson', 700, 'Etc/GMT+7'),
+ (35.1, -106.6, 'Albuquerque', 1500, 'Etc/GMT+7'),
+ (37.8, -122.4, 'San Francisco', 10, 'Etc/GMT+8'),
+ (52.5, 13.4, 'Berlin', 34, 'Etc/GMT-1'),
]
Here's the commit:
https://github.com/EricDuminil/pvlib-python/commit/7abbfc8e7d9c4a59ee1b937948cb4eefeaab1801
Originally posted by @EricDuminil in #1144 (comment)
It might be a good time to correct the inaccurate coordinates in
introtutorial.rst.Right now, San Francisco is in Reno and Berlin is almost in France.
If you're interested:
import pandas as pd import matplotlib.pyplot as plt - # very approximate # latitude, longitude, name, altitude, timezone coordinates = [ - (30, -110, 'Tucson', 700, 'Etc/GMT+7'), - (35, -105, 'Albuquerque', 1500, 'Etc/GMT+7'), - (40, -120, 'San Francisco', 10, 'Etc/GMT+8'), - (50, 10, 'Berlin', 34, 'Etc/GMT-1'), + (32.2, -111.0, 'Tucson', 700, 'Etc/GMT+7'), + (35.1, -106.6, 'Albuquerque', 1500, 'Etc/GMT+7'), + (37.8, -122.4, 'San Francisco', 10, 'Etc/GMT+8'), + (52.5, 13.4, 'Berlin', 34, 'Etc/GMT-1'), ]Here's the commit:
https://github.com/EricDuminil/pvlib-python/commit/7abbfc8e7d9c4a59ee1b937948cb4eefeaab1801
Originally posted by @EricDuminil in #1144 (comment)