many conditions, print something for all

# -*- coding: utf-8 -*-
"""
Created on Wed Jun 22 16:42:45 2016
@author: Krishna
"""
import re
def cl(s1, gmk1, gs1, data1): # output will be the confidence level

    for i in range(0,len(beg_gmk_up)):
        if re.search(r'(^!Series_.*?\s"%s\s)' %beg_gmk_up[i], s1, re.I|re.S):   # manipulation - UP
            k=k*0.63
            vv=1
            d= 1
#            print ('gmks start7')
    for i in range(0,len(beg_gmk_down)):
        if re.search(r'(^!Series_.*?\s"%s\s)' %beg_gmk_down[i], s1, re.I|re.S):   # manipulation - DOWN
            k=k*1.99
            vv=1
            d= -1
#            print ('gmks start7')
    for i in range(0,len(beg_other)):
        if re.search(r'(^!Series_.*?\s"%s\s)' %beg_other[i], s1, re.I|re.S):  # line starts with a golden PHRASE - no manipulation info
            k=k*3.71
            vv=1
#            print ('line start7')
    if re.search(r'(^!Series_\w.*?\s"Keywords:)', s1, re.I):  # line starts with KEYWORDS - manipulation dependent on the gmk linked
        ll=s1.split(',')
        v=0
#        print (321321)
        for i in range(0,len(ll)):
           if gmk1 and gs1 in ll[i]:
               v=4
               k=k*4.43
#               print (123123123)
#               print (k)
               vv=1
               if gmk1 in ['loss of', 'deficient', 'knockout', 'haploinsufficiency', 'haploin-sufficiency', 'inactivation', 'knock-out', 'deletion', 'inhibition', 'silencing', '-/-', 'null', 'KO', 'knockdown', 'ko', 'lacking', 'mutant']:
                   d=-1
#                   print ('keyword start7_1')
               if gmk1 in ['treated', 'exposure', 'activation', 'induced', 'expressing', 'overexpression', 'overexpressing', 'stimulated', 'stimulation', 'over-activation', '+', 'treatment']:
                   d=1
#                   print ('keyword start7_2')
        if v!=4:        # THINK OF REMOVING THIS RULE
           k=k*1.83
#           print ('no keywords')
           vv=1

           print ('opposite of keyword start7')
    if re.search(r'(%s\(control\))' %gs1, s1, re.I|re.S): #gs1(control) - no manipulation info
#        print ('control rule')        ###############################
        None
    if re.search(r'(The object of this study was to identify genes transcriptionally upregulated.*?downregulated)', s1):
        None
#        print ('golden line rule')
    if re.search(r'(The object of this study was to identify genes transcriptionally upregulated)', s1):
#        print ('golden line rule')
        d=1
    if re.search(r'(The object of this study was to identify genes transcriptionally downregulated)', s1):
#        print ('golden line rule')
        d=-1
    for ii in range(0,len(data1)):

        if (re.search(r'(%s.*?\..*?%s)' % (re.escape(gs1), re.escape(gmk1)), br0, re.I|re.S)) or (re.search(r'(%s.*?\..*?%s)' % (re.escape(gmk1), re.escape(gs1)), br0, re.I|re.S)): #gs1 fullstop gmk1 and viceversa - no manipulation info
            k=k*0.87
#            print ('--fullstop')
        if gmk1 == 'activation':
            if  re.search(r'(activation by %s)' %gs1, br0, re.I|re.S): # this was meant to be a negative rule
                k=k*0.21
                vv=1
                d=1
#                print ('activation one') ##########################
            if  re.search(r'(probably.*?%s activation)' %gs1, br, re.I|re.S|re.DOTALL):
                k=k*1
                vv=1
                d=1
#                print ('activation two') ##############################
            if  re.search(r'(critical for.*?%s activation)' %gs1, br, re.I|re.S):
                k=k*0.1
                vv=1
                d=1
#                print ('activation three') ################################
            if  re.search(r'(%s.*?activation of)' %gs1, br3, re.I|re.S):
                k=k*0.73
                vv=1
                d=1
#                print ('activation four') ################################
        if gmk1 == 'deficient':
            if  re.search(r'(%s deficient)' %gs1, br0, re.I|re.S): # modification is DOWN
                k=k*3.45
                vv=1
                d=-1
#                print ('deficient one')
            if  re.search(r'(deficient.+?exhibited.+?%s)' %gs1, br0, re.I|re.S|re.DOTALL):
                k=k*0.1
                vv=1
                d=-1
#                print ('deficient two') ###########################

        if gmk1 == '-/-':
            if  re.search(r'(-/-%s)' %gs1, br0, re.I|re.S): #
#                print ('minus one rule')  ###########################
                d=-1
            if  re.search(r'(%s-/-)' %gs1, br0, re.I|re.S):
                k=k*2.78
                vv=1
                d=-1
#                print ('minus two')
        if gmk1 == '+':
            if  re.search(r'(%s+)' %gs1, br0, re.I|re.S):
#                print ('plus one rule')
                d=1
            if  re.search(r'(%s\(\+\))' %gs1, br3, re.I|re.S):
                k=k*0.1
                vv=1
                d=1
#                print ('plus two')
            else:
#                print ('plus last option')
#                None
        if gmk1 == 'induced':
            if  re.search(r'(%s.*?was shown.+?induced)' %gs1, br0, re.I|re.S|re.DOTALL):
                k=k*0.1
                vv=1
                d=1
#                print ('induced one') ###########################
            if  re.search(r'(%s.*?-induced)' %gs1, br0, re.I|re.S):
#                print ('induced two rule') ###########################
                d=1
            if  re.search(r'(induced.*?to %s)' %gs1, br0, re.I|re.S):
                k=k*0.41
                vv=1
                d=1
#                print ('induced three') ###########################
            if  re.search(r'(induced.*?while %s)' %gs1, br0, re.I|re.S):
                k=k*0.1
                vv=1
#                print ('induced four') ###########################
        if gmk1 == 'inhibition':
            if  re.search(r'(hypothesized\s.*?\sinhibition\s.*?\s%s )' %gs1, br, re.I|re.S):
#                print ('inhibition one rule') ###########################
                d=-1