if loop == 0:
indlist = indlist_All
startmode = 'initialize'
make_bars_just_5sec(
date, startmode,
symbol_list) ## make_bars_just_5sec(date,startmode,symbol_list):
barlist = barlist_All
make_bars_no_5sec(
date, startmode, symbol_list, barlist
) #def make_bars_no_5sec(date,startmode,symbol_list,barlist)
make_states(date, ['ES'], barlist,
indlist) #make_states('fullist',date,['ES'])
make_states(date, symbol_list, barlist,
indlist) #make_states('fullist',date,symbol_list)
rpInd.CreateIndvalueTable(indlist_part1, ['1min', '5mins', '15mins'],
['ES', 'FDAX', 'CL'],
libarea + 'indlevels.csv')
indlistnew = ['pivot'] #indlist_lines2
for indline in indlistnew:
lineval = rpInd.ShowLastBarofInd('ES', '1day', indline)[1]
print lineval, indline
rpu_rp.WriteArrayToCsvfile(sigarea + 'ES.daily.spotlines2.csv',
[['1', '']])
rpu_rp.WriteArrayToCsvfileAppend(
sigarea + 'ES.daily.spotlines2.csv', [[lineval, indline]])
factor = 1
limitlines = 5.0
if float(float(loop) / factor) == round((loop / factor), 1):
print 'cycle ', loop
sym = 'ES'
spotfile = libarea + 'spotlines.' + sym + '.csv'
## if canswer == 'y':
make_bars_no_5sec(
date, startmode, symbol_list, barlist_All, 'normal'
) #def make_bars_no_5sec(date,startmode,symbol_list,barlist)
make_states(date, ['ES'], barlist_All,
indlist_All) #make_states('fullist',date,['ES'])
make_states(date, symbol_list, barlist_All,
indlist_All) #make_states('fullist',date,symbol_list)
tanswer = 'n' # raw_input('createtable? ')
## problem !!!!! you have already read this table in envdicts
if tanswer == 'y':
tablelist = indlist_All
tabledurlist = barlist_All
rpInd.CreateIndvalueTable(tablelist, tabledurlist,
['ES', 'FDAX', 'CL'],
libarea + 'indlevels.csv')
indlistnew = ['pivot'] #indlist_lines2
for indline in indlistnew:
lineval = rpInd.ShowLastBarofInd('ES', '1day', indline)[1]
print lineval, indline
rpu_rp.WriteArrayToCsvfile(libarea + 'ES.daily.spotlines2.csv',
[['1', '']])
rpu_rp.WriteArrayToCsvfileAppend(
libarea + 'ES.daily.spotlines2.csv', [[lineval, indline]])
## ask which statesarea lable to use by glob.glob(states area labels...choose one or default to main
## =================
### here ends the first loop tasks ###
##################