Hi Mike,
thanks, fixed in SVN 672.
/// Jürgen
On 08/31/2015 04:21 PM, Mike Duvos
wrote:
Hi,
¯4○ is supposed to be equal to 5○¯6○. While trying
Hi Mikke,
thanks, fixed in SVN 671.
/// Jürgen
On 08/31/2015 08:24 AM, Mike Duvos
wrote:
Hi,
I looked into the ¯4○ thing a bit more and have identified the
discrepancy between A
Hi,
¯4○ is supposed to be equal to 5○¯6○. While trying to check this on GNU
APL, I noticed your ARCCOSH gives a domain error on my vector.
⎕IO←0
X←1D45*⍳8
8 1⍴¯6○X
DOMAIN ERROR
8 1⍴¯6○X
^ ^
APL2 returns the answer. If I write my own ARCCOSH...
∇
[0]
Hi,
I looked into the ¯4○ thing a bit more and have identified the discrepancy
between APL2 and GNU APL, which may or not be a bug depending on whether
the ISO spec agrees with APL2 on this function.
According to the APL2 language reference, if the real part is greater than
or equal to zero, or t
Dropped an iota in the prior post.
X←1D1*⍳360
+/¯4○X
¯3.814090113E¯8J3.814086508E¯8
That changes the IBM result slightly, but the GNU APL one is still off by a
large amount.
On Sun, Aug 30, 2015 at 9:13 PM, Mike Duvos wrote:
> )CLEAR
> CLEAR WS
> ⎕IO←0
> X←1
)CLEAR
CLEAR WS
⎕IO←0
X←1D1*360
+/(¯1+X×X)*0.5
5.393937829E¯8J¯5.393937829E¯8
[IBM APL2]
+/¯4○X
5.393937829E¯8J¯5.393937829E¯8
[GNU APL]
+/¯4○X
122.0040743J2.828427087
I think this is wrong.
Hi Kacper,
thanks, fixed in SVN 642.
/// Jürgen
On 06/30/2015 01:13 AM, Kacper Gutowski
wrote:
There is a number of problems with circle functions.
Inverse trigonometric and hyperbolic functions ¯1 ¯2 ¯6 ¯7
as well a
There is a number of problems with circle functions.
Inverse trigonometric and hyperbolic functions ¯1 ¯2 ¯6 ¯7
as well as function 0 are not properly extended to complex
values when given argument is real; they work correctly with
real-valued complex cells:
0 ¯1 ¯2 ¯6 ¯7 ∘.○ ¯2 ¯2J0
0.
