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Stephen Wolfram
SEARCH MATHEMATICA 8 DOCUMENTATION
THIS IS DOCUMENTATION FOR AN OBSOLETE PRODUCT.
SEE THE
DOCUMENTATION CENTER
FOR THE LATEST INFORMATION.
Primality Proving Package
>
Primality Proving
Package Symbol
Primality Proving Package
Tutorials »
|
ProvablePrimeQ
PrimeQCertificate
PrimeQ
See Also »
|
Primality Proving Package
More About »
PrimeQCertificateCheck
PrimeQCertificateCheck[
cert
,
n
]
gives
True
if
cert
is a valid certificate for the primality or compositeness of
n
, and
False
otherwise.
MORE INFORMATION
To use
PrimeQCertificateCheck
, you first need to load the
Primality Proving Package
using
Needs
["PrimalityProving`"]
.
PrimeQCertificateCheck
recognizes whether
cert
is a primality or compositeness certification, and then uses the certificate to verify the assertion.
The certificate
cert
should match the integer
n
.
EXAMPLES
CLOSE ALL
Basic Examples
(3)
A certificate of primality:
Check:
A certificate of compositeness:
Check:
A certificate need not come from
PrimeQCertificate
. Here is the certificate generated by
PrimeQCertificate
for
3837523
:
A different certificate asserting that
3837523
is composite:
Check:
Needs["PrimalityProving`"]
A certificate of primality:
In[2]:=
Out[2]=
Check:
In[3]:=
Out[3]=
Needs["PrimalityProving`"]
A certificate of compositeness:
In[2]:=
Out[2]=
Check:
In[3]:=
Out[3]=
Needs["PrimalityProving`"]
A certificate need not come from
PrimeQCertificate
. Here is the certificate generated by
PrimeQCertificate
for
3837523
:
In[2]:=
Out[2]=
A different certificate asserting that
3837523
is composite:
In[3]:=
Out[3]=
Check:
In[4]:=
Out[4]=
SEE ALSO
ProvablePrimeQ
PrimeQCertificate
PrimeQ
TUTORIALS
Primality Proving Package
MORE ABOUT
Primality Proving Package