import re

def calculate_sysname(): 
	result = (len(re.findall("A|a|T|t", entity.propertyValue('SEQUENCE'))) * 100)/len(re.findall("A|a|C|c|G|g|T|t|U|u", entity.propertyValue('SEQUENCE')))	

	type=entity.propertyValue('OLIGO_TYPE')
	if type == "DNA":
		type = "d"
	else:
		type ="r"

	sense= entity.propertyValue('SENSE')
	if sense == "SENSE":
		sense = "s"
	elif sense == "ANTISENSE":
		sense ="a"

	group =  entity.propertyValue('GROUP')


	fromNuc =  entity.propertyValue('FROM_NUC')


	toNuc=  entity.propertyValue('TONUC')
	


	result = type + "-" +sense +"-" +group + "-" + "[" +fromNuc +"-"+toNuc+"]"

	return result
     
def calculate():
	return calculate_sysname()
21ba7ee5f6b9bb5081e116a0d5e7cb46f113ce04
<mask token>

<mask token>


def calculate_sysname():
    result = len(re.findall('A|a|T|t', entity.propertyValue('SEQUENCE'))
        ) * 100 / len(re.findall('A|a|C|c|G|g|T|t|U|u', entity.
        propertyValue('SEQUENCE')))
    type = entity.propertyValue('OLIGO_TYPE')
    if type == 'DNA':
        type = 'd'
    else:
        type = 'r'
    sense = entity.propertyValue('SENSE')
    if sense == 'SENSE':
        sense = 's'
    elif sense == 'ANTISENSE':
        sense = 'a'
    group = entity.propertyValue('GROUP')
    fromNuc = entity.propertyValue('FROM_NUC')
    toNuc = entity.propertyValue('TONUC')
    result = (type + '-' + sense + '-' + group + '-' + '[' + fromNuc + '-' +
        toNuc + ']')
    return result


<mask token>

<mask token>


def calculate_sysname():
    result = len(re.findall('A|a|T|t', entity.propertyValue('SEQUENCE'))
        ) * 100 / len(re.findall('A|a|C|c|G|g|T|t|U|u', entity.
        propertyValue('SEQUENCE')))
    type = entity.propertyValue('OLIGO_TYPE')
    if type == 'DNA':
        type = 'd'
    else:
        type = 'r'
    sense = entity.propertyValue('SENSE')
    if sense == 'SENSE':
        sense = 's'
    elif sense == 'ANTISENSE':
        sense = 'a'
    group = entity.propertyValue('GROUP')
    fromNuc = entity.propertyValue('FROM_NUC')
    toNuc = entity.propertyValue('TONUC')
    result = (type + '-' + sense + '-' + group + '-' + '[' + fromNuc + '-' +
        toNuc + ']')
    return result


def calculate():
    return calculate_sysname()

import re


def calculate_sysname():
    result = len(re.findall('A|a|T|t', entity.propertyValue('SEQUENCE'))
        ) * 100 / len(re.findall('A|a|C|c|G|g|T|t|U|u', entity.
        propertyValue('SEQUENCE')))
    type = entity.propertyValue('OLIGO_TYPE')
    if type == 'DNA':
        type = 'd'
    else:
        type = 'r'
    sense = entity.propertyValue('SENSE')
    if sense == 'SENSE':
        sense = 's'
    elif sense == 'ANTISENSE':
        sense = 'a'
    group = entity.propertyValue('GROUP')
    fromNuc = entity.propertyValue('FROM_NUC')
    toNuc = entity.propertyValue('TONUC')
    result = (type + '-' + sense + '-' + group + '-' + '[' + fromNuc + '-' +
        toNuc + ']')
    return result


def calculate():
    return calculate_sysname()

import re

def calculate_sysname(): 
	result = (len(re.findall("A|a|T|t", entity.propertyValue('SEQUENCE'))) * 100)/len(re.findall("A|a|C|c|G|g|T|t|U|u", entity.propertyValue('SEQUENCE')))	

	type=entity.propertyValue('OLIGO_TYPE')
	if type == "DNA":
		type = "d"
	else:
		type ="r"

	sense= entity.propertyValue('SENSE')
	if sense == "SENSE":
		sense = "s"
	elif sense == "ANTISENSE":
		sense ="a"

	group =  entity.propertyValue('GROUP')


	fromNuc =  entity.propertyValue('FROM_NUC')


	toNuc=  entity.propertyValue('TONUC')
	


	result = type + "-" +sense +"-" +group + "-" + "[" +fromNuc +"-"+toNuc+"]"

	return result
     
def calculate():
	return calculate_sysname()