Given a list of inputs. The last x of the list, are a number that I want to use for a test. So, the beginning n-x elements are the ones I want to test using the elements in x.
For example:
test_case = [0.18677649597722776, 0.21992417009282958, 0.21001370207789635, 0.2576939078119566, -0.26790678064174844, 0.23723906040549575, 0.23796810219833633, 0.12311570730540798, 0.291222989748139, -0.46589179980005796, -0.5679935337540711, -0.541967302717414, 0.2797199715268191, -0.0462338707795437, 0.3352382038488532, -0.6395453091791992, -0.7116194799285872, -0.6827853559995019, 0.4131897184013285, 0.07125041194386302, 0.47179441094288416, -0.5670171363969451, -0.6493889334859158, -0.6214861349381114, 0.6332084272531783, 0.2946607775328391, 0.7252115985158697, -0.48494480580385074, -0.5584250339723696, -0.5329318548632481, 0, 1, 0, 5, 5, 5]
The last 6 numbers I want to use as part of my test on the first 30 numbers. I want to cycle through the 30 numbers such that when test_case[31] < 3, give me test_case[0], else give me -999. This iterates until test_case[36] < 3, give me test_case[5]. Then I want test_case[31] to go back and be used on test_case[6] and loop again.
After I'm at test_case[30], I want it to stop.
Here's what I have:
def test_inputs(x, comp_size):
counts = x[-comp_size:]
inputs = x[:(len(x)-comp_size+1)]
counts_pos = 0
inputs_pos = 0
while inputs_pos < (len(x)-comp_size+1):
if counts_pos == 6:
counts_pos = 0
if counts[counts_pos] < 3:
x.append(inputs[inputs_pos])
print inputs_pos
print counts_pos
inputs_pos += 1
counts_pos += 1
else:
x.append(-999)
print inputs_pos
print counts_pos
inputs_pos += 1
counts_pos += 1
I'm trying to make a generalized function. In this case, should be able to run:
test_inputs(test_case, 6)
However, this doesn't stop at inputs_pos == 31. I put in print statements, and it looks like it just keeps going.
Is there a simpler way using a filter?