Smit Lunagariya
Smit Lunagariya
On current master: ``` >>> tan(x**2).diff(x) 2*x*(tan(x**2)**2 + 1) >>> simplify(tan(x**2).diff(x)) 2*x/cos(x**2)**2 ``` The expected result is obtained using simplify. @oscarbenjamin @asmeurer Can it be closed?
The original issue is fixed but has another issue: ``` % lfortran --fixed-form --implicit-typing --show-asr scipy/linalg/src/lu.f semantic error: Symbol is already declared in the same scope --> scipy/linalg/src/lu.f:9:30 | 9...
The original issue is fixed but has another issue: ``` % lfortran --fixed-form --implicit-typing --show-asr scipy/linalg/src/lu.f semantic error: Symbol is already declared in the same scope --> scipy/linalg/src/lu.f:9:30 | 9...
Thanks for reporting. I will look into it.
Similar error: ``` % lfortran --fixed-form --implicit-typing --show-asr scipy/optimize/cobyla/trstlp.f tokenizer error: Expecting terminating symbol for subroutine --> scipy/optimize/cobyla/trstlp.f:487:7 | 487 | 500 CONTINUE | ^ ```
``` % lfortran --fixed-form --implicit-typing --show-asr scipy/optimize/minpack2/dcsrch.f tokenizer error: Expecting terminating symbol for subroutine --> scipy/optimize/minpack2/dcsrch.f:325:7 | 325 | 10 continue | ^ ```
I'm working on `do loop non-constant integer increment`
> the commented out features are really minor. Wasn't this fixed by #909?
Similar to: #672