ó 1øÜiÉ ãó~•SrSSKJr SSKrSSKJr SSKJr SSKJr SrS\R\R4S jr g) z+Support functions for horizon calculation é)ÚnumericéN)Ú constants)Ú radiation)Úsolarc#óÒ# •US-nX- n[R"US9n[UR[R -UR -U-5H nXU--v• M g7f)zCyields a sequence of datetimes evenly spaced apart by step_minutes.é<)ÚsecondsN)ÚdatetimeÚ timedeltaÚrangeÚdaysrÚseconds_per_dayr )Ústart_datetimeÚ end_datetimeÚ step_minutesÚstepÚspanÚdtÚns ÚS/var/www/html/motor_solar_iot/venv/lib/python3.13/site-packages/pysolar/simulate.pyÚdatetime_rangersaé€à ˜"Ñ €DØ Ñ (€DÜ × Ò  dÑ +€BÜ D—I‘I¤ × 9Ñ 9Ñ9¸D¿L¹LÑHÈTÑQÖ RˆØ A™vÑ%Ô%òSùs‚A%A'c #óh# •Sn [X4U5Hœn [R"XX¦Xx5n [R"XX¦5n U[ U 5n XÙ[ U [ R "[ R"U 55-5- :aSnO[R"X«5nX«XÎU 4v• Mž g7f)aAsimulates the motion of the sun over a time span and location of your choosing. temperature in Kelvin and pressure in Pascal The start and end points are set by datetime objects, which can be created with the standard Python datetime module like this: import datetime start = datetime.datetime(2008, 12, 23, 23, 14, 0) i|rN) rrÚ get_altitudeÚ get_azimuthÚroundÚmathÚsinÚradiansrÚget_radiation_direct)Ú latitude_degÚ longitude_degÚhorizonrrrÚ elevationÚ temperatureÚpressureÚalt_zeroÚtimeÚaltÚaziÚshadeÚrads rÚ simulate_spanr-%s›é€ð€Hܘ~¸\ÖJˆÜ× Ò  ¸dÈ{ÓeˆÜ×Ò  ¸TÓMˆØœ˜c› Ñ#ˆØ œe H¬t¯xªx¼¿ º ÀSÓ8IÓ/JÑ$JÓKÑKÓ K؉Cä×0Ò0°Ó;ˆCà˜ 5Ð(Ô(òKùs‚B0B2) Ú__doc__Úrrr rrrrÚstandard_temperatureÚstandard_pressurer-©órÚr4sVðñ$õÛÝÝÝò&ðqrðBK÷B`ñB`ðmv÷mHñmHõ)r3