def endup(k, start, bccc, top_bccc, sd_bccc, bccadx):
notinup = 0
if bccc[k] <= stoploss * max(bccc[start:k]):
return k
if bccc[k] / bccc[k - 3] > stopprofit: #or bccc[i]/bccc[start]>1.05:
return k
notinup = 0
for j in range(start + 3, k):
if bccc[j] > top_bccc[j] * theta and findtheta(
bccc[j - thetaback:j]
) >= bolling_bar and sd_bccc[j] >= bolling_sd and bccadx[j] >= adxbar:
notinup = 0
else:
notinup = notinup + 1
if notinup >= back:
return k
if bccc[k] <= bot_bccc[k] * bot_bar:
return k
return 0
def godown(k, bccc, bot_bccc, sd_bccc, bccadx):
if bccc[k] < bot_bccc[k] * (2 - theta1) and findtheta(
bccc[k - thetaback1:k]
) <= -bolling_bar1 and sd_bccc[k] >= bolling_sd1 and bccadx[k] >= adxbar1:
return k
return 0
def goup(k, bccc, top_bccc, sd_bccc, bccadx):
if bccc[i] > top_bccc[k] * theta and findtheta(
bccc[k - thetaback:k]
) >= bolling_bar and sd_bccc[k] >= bolling_sd and bccadx[k] >= adxbar:
return k
return 0