test_interface_read_timeserie Namespace Reference

Variables
string	help_message
string	other_message = '\nHere is the list of available tables:\n'
	user_file = False
string	table_name = ''
tuple	date_min = module_timespace.today_midnight-datetime.timedelta(days=10)
	date_max = module_timespace.today_midnight
	version = None
	save = False
tuple	image_path = os.path.join('dir.test','TEST','tmp.png')
	vmin = None
	vmax = None
int	sub_m = 2
int	sub_n = 2
list	filepath = sys.argv[2]
tuple	folder_test = os.path.join('dir.test','TEST')
tuple	fig_size = (18,9)
int	fig_resolution = 100
tuple	ndates = int((date_max - date_min).total_seconds()/24/3600)
list	dates = [ date_min + i*datetime.timedelta(hours=24) for i in range(0,ndates+1) ]
int	i = 0
	timeserie_glo = None
tuple	timeserie_db = database_timeserie.datetime2file(table_name,date_in,version=version)
tuple	timeserie_data = interface_read_timeserie.read(table_name,os.path.join(timeserie_db['dirname'],timeserie_db['filename']))
tuple	fig = plt.figure(num=1,figsize=fig_size,dpi=fig_resolution)
int	iplot = sub_m*100
tuple	sub = plt.subplot(iplot)

Variable Documentation

test_interface_read_timeserie.date_max = module_timespace.today_midnight

tuple test_interface_read_timeserie.date_min = module_timespace.today_midnight-datetime.timedelta(days=10)

list test_interface_read_timeserie.dates = [ date_min + i*datetime.timedelta(hours=24) for i in range(0,ndates+1) ]

tuple test_interface_read_timeserie.fig = plt.figure(num=1,figsize=fig_size,dpi=fig_resolution)

int test_interface_read_timeserie.fig_resolution = 100

tuple test_interface_read_timeserie.fig_size = (18,9)

list test_interface_read_timeserie.filepath = sys.argv[2]

tuple test_interface_read_timeserie.folder_test = os.path.join('dir.test','TEST')

string test_interface_read_timeserie.help_message

Initial value:

= """
Usage :\n
python test_interface_read_timeserie [options]
[-h]         : brief help
-t table_name: one among all timeserie tables
-b d1        : beginning date YYYYmmdd (today midnight - 10 days by default)
-e d2        : end date YYYYmmdd (today midnight by default)
--save       : save figure
-o imagePath : path of output image. Default: dir.test/TEST/tmp.png
-f filepath  : path of the wanted file to be read.
-v version   : version of the file to be read. For instance: V0 Stereo-A/Plastic velocity is in RTN frame, whereas V1 Stereo-A/Plastic velocity is in IAU_SUN frame. 
-vmin minVal : minimum value of the plot. Call sub.set_ylim function.
-vmax maxVal : maximum value of the plot. Call sub.set_ylim function.
-sub n m     : Make subplot nxm. Default 2x2. 
"""

int test_interface_read_timeserie.i = 0

list test_interface_read_timeserie.image_path = os.path.join('dir.test','TEST','tmp.png')

int test_interface_read_timeserie.iplot = sub_m*100

tuple test_interface_read_timeserie.ndates = int((date_max - date_min).total_seconds()/24/3600)

string test_interface_read_timeserie.other_message = '\nHere is the list of available tables:\n'

test_interface_read_timeserie.save = False

tuple test_interface_read_timeserie.sub = plt.subplot(iplot)

tuple test_interface_read_timeserie.sub_m = 2

tuple test_interface_read_timeserie.sub_n = 2

list test_interface_read_timeserie.table_name = ''

tuple test_interface_read_timeserie.timeserie_data = interface_read_timeserie.read(table_name,os.path.join(timeserie_db['dirname'],timeserie_db['filename']))

tuple test_interface_read_timeserie.timeserie_db = database_timeserie.datetime2file(table_name,date_in,version=version)

tuple test_interface_read_timeserie.timeserie_glo = None

test_interface_read_timeserie.user_file = False

tuple test_interface_read_timeserie.version = None

tuple test_interface_read_timeserie.vmax = None

tuple test_interface_read_timeserie.vmin = None