Hello,
We have an algorithm like:
Step 1: Set ε, ρ_0,t_1. Set i=1
Step2: If a≤ε, stop.
Step 3: Calculate ∆_i. Set t_{i}^{+}=t_i+∆_i
Step 4: Calculate ρ_i.
Step 5: If b=0, go to Step 6. Otherwise, set t_{i+1}=t_{i}^{+} and go to Step 7.
Step 6: If ρ_i ≥ρ_0, set t_{i+1}=t_{i}^{+}, do something go to Step 8. Otherwise do another thing and go to Step 3 (inner cycle).
Step 7: If ρ_i ≥ρ_0 do something and go to Step 8. Otherwise do another thing and go to Step 8.
Step 8: Set i=i+1 and go to Step 2. (outer cycle)
I have written a code like this:
Set ε, ρ_0,t_1, maxiter. Calculate a, Set i=1
While (a> ε & i<maxiter)
Calculate ∆_i
Set t_{i}^{+}=t_i+∆_i
Calculate ρ_i.
Calculate b.
If b=0
If ρ_i ≥ρ_0
t_{i+1}=t_{i}^{+}
i=i+1
else
while (ρ_i <ρ_0 & b=0)
Calculate ∆_i
Set t_{i}^{+}=t_i+∆_i
Calculate ρ_i.
Calculate b.
end (out of inner cycle)
If ρ_i ≥ρ_0
t_{i+1}=t_{i}^{+}
i=i+1
do something
else
t_{i+1}=t_{i}^{+}
i=i+1
do another thing
end
end
else (beginning if)
t_{i+1}=t_{i}^{+}
If ρ_i ≥ρ_0
do something
i=i+1
else
do another thing
i=i+1
end
calculate a
end (out of outer cycle)
The code is working but it is not working as it should work, I could not find my mistake in the code. Do you have any suggestions for the code? Especially for the loop (inner cycle) between Step 3 and Step 6.
