I get variables like these:
ocd[2].likelihood.range[1][0]=[-5219, -5191, 11.7];
ocd[2].likelihood.range[1][1]=[-5180, -5057, 56.5];
from an other program. I re-formate to:
range10=[-5219, -5191, 11.7];
range11=[-5180, -5057, 56.5];
for to use them in Python, but this is a lot of work, so my question is if it somehow is possible to use these variables with there original name in Python?
not sure what you are asking,, but i'll give it a try - in the "other" program's code do the following:
add this code before the first use of range* variables:
class Likelihood():
def __init__(self, x, y):
self.range = [{} for i in range(x)] # without default values
# if you need default values, use this code or numpy.zeros(shape=(x,y))
#self.range = [[0 for j in range(y)] for i in range(x)]
class MyDataType():
def __init__(self, dimension_1, dimension_2):
self.likelihood = Likelihood(dimension_1, dimension_2)
ocd = [0, 1, MyDataType(100, 100)]
# copy-paste your code here:
ocd[2].likelihood.range[1][0]=[-5219, -5191, 11.7];
ocd[2].likelihood.range[1][1]=[-5180, -5057, 56.5];
print(ocd[2].likelihood.range[1][0])
replace all range10 to ocd[2].likelihood.range[1][0], e.g. in Notepad++ Regex replace:
Find what: range(\d)(\d)
Replace with: ocd[2].likelihood.range[\1][\2]
i.e. from code: print(range10)
to code: print(ocd[2].likelihood.range[1][0])
ocd = [MyDataType(10, 10) for i in range(9999)] if you have enought memory to contain all data - but if you can't (or don't need to) stuff all data into memory, i would suggest parsing the output of previous program as text input - do you need to have access to all ocd, just 1 ocd or just 1 range at a time?You can do it in a pythonic way:
def range_function(row, column):
return ocd[2].likelihood.range[row][column]
range_function(1, 0) == [-5219, -5191, 11.7]
ocdlist or just text?