if cycle_hour[-2:] == '00': ymd = int(cycle_hour)-3 three_hour = str(ymd)[:-2] + '21' elif cycle_hour[-2:] == '01': ymd = int(cycle_hour)-3 three_hour = str(ymd)[:-2] + '22' elif cycle_hour[-2:] == '02': ymd = int(cycle_hour)-3 three_hour = str(ymd)[:-2] + '23' else: three_hour = int(cycle_hour)-3 three_hour = str(three_hour).zfill(2) ## Download the METAR data print 'Loading Mesonet Data...' DataDict = mred( '201105242000.mdf' ) TendDict = mred( '201105242000.mdf' ) ## Lists/Dictionaries for plotting functions syntax = [] plotvar = {} uservars = [] print 'Plot Variables:\n PFUNC = \n WIND = \ntype "exit" to exit\ntype "run" or "r" to run' while True: while True: vars = raw_input('==> ') if vars.upper() == 'R' or vars.upper() == 'RUN' or vars.upper() == 'EXIT': break else: syntax.append( vars.upper() ) plt.close()
#if cycle_hour[-2:] == '00': # ymd = int(cycle_hour)-3 # three_hour = str(ymd)[:-2] + '21' #elif cycle_hour[-2:] == '01': # ymd = int(cycle_hour)-3 # three_hour = str(ymd)[:-2] + '22' #elif cycle_hour[-2:] == '02': # ymd = int(cycle_hour)-3 # three_hour = str(ymd)[:-2] + '23' #else: # three_hour = int(cycle_hour)-3 # three_hour = str(three_hour).zfill(2) ## Download the METAR data print 'Loading Mesonet Data...' DataDict = mred( 'http://mesonet.org/data/public/mesonet/mdf/' + year + '/' + month + '/' + day + '/' + datestring + '.mdf' ) TendDict = mred( '201105242000.mdf' ) ## Lists/Dictionaries for plotting functions syntax = [] plotvar = {} uservars = [] print 'Plot Variables:\n PFUNC = \n WIND = \ntype "exit" to exit\ntype "run" or "r" to run' while True: while True: vars = raw_input('==> ') if vars.upper() == 'R' or vars.upper() == 'RUN' or vars.upper() == 'EXIT': break else: syntax.append( vars.upper() ) plt.close()