similar to: Integrate: compound distribution

Hi, I'm trying to compile two functions into one function. the first funtion is called 'fs' which is self-made function, another function is from the built-in 'integration' function that is copy-paste-edited. If built separatey, these functions work well. However that is not the case if combines together, where certainly I made mistake somewhere when constructing the code.

Dear R users, i try to integrate lgamma from 0 to Inf. But here i get the message "roundoff error is detected in the extrapolation table", if i use 1.0e120 instead of Inf the computation works, but this is against the suggestion of integrates help information to use Inf explicitly. Using stirlings approximation doesnt bring the solution too. ## Stirlings approximation lgammaApprox

Dear all, I have some issues with integrate in R thus I would like to request your help. I am trying to calculate the integral of f(x)*g(x). The f(x) is a step function while g(x) is a polynomial. If f(x) (step function) changes its value only few times (5 or 6 'steps') everything is calulated ok(verified results in scrap paper) but if f(x) takes like 800 different values I receive the

Hi I use roundcube as the webmail fronted to a dovecot server. It currently has squat enabled. When round cube performs a search, it does a compound search even if only one field is selected. >From another thread i read, dovecot in the v1 period did not support compound searches for squat. Does the latest version of V2 support compound searches with fts squat? If not, does fts with solr

On Mon, Mar 5, 2018 at 9:19 AM, Amar Tumballi <atumball at redhat.com> wrote: > Pranith, > > > >> We found that compound fops is not giving better performance in >> replicate and I am thinking of removing that code. Sent the patch at >> https://review.gluster.org/19655 >> >> > If I understand it right, as of now AFR is the only component

I have been told by the CRAN administrators that the following code generated an error on 64-bit Fedora Linux (gcc, clang) and on Solaris machines (sparc, x86), but runs well on all other systems): > fn <- function(x, y) ifelse(x^2 + y^2 <= 1, 1 - x^2 - y^2, 0) > tol <- 1.5e-8 > fy <- function(x) integrate(function(y) fn(x, y), 0, 1,

resend to ext3-users@redhat.com Albert Cranford wrote: > > Hi Andrew, > > Could we please apply this patch to shut up gcc-3.0 warnings ? > BTW, EXT3 & 2.4.6-pre6 works well with: > MACH 1-gcc-3.0 & ext3 on /usr/src filesystem (production workstation) > MACH 2-gcc-2.95-3 & ext3 on / filesystem (network server) > > Keep up the good work. > Thanks,

On 6/22/20 10:25 AM, Jason Gunthorpe wrote: > On Fri, Jun 19, 2020 at 02:56:42PM -0700, Ralph Campbell wrote: >> hmm_range_fault() returns an array of page frame numbers and flags for >> how the pages are mapped in the requested process' page tables. The PFN >> can be used to get the struct page with hmm_pfn_to_page() and the page size >> order can be determined with

Hello all. I have a problem with collapsing by a key in a compound database. I have 2 databases (e.g. clients and client branches), both of them have the same attribute (with the same valueno), `client_id'. What I need is to search in both these databases and collapse results by `client_id' to get client IDs (set_collapse_key is used with collapse_max=1). The problem is that I receive 2

We usually zero-initialize vectors like string_vector names = empty_vector; Allocating and zeroing separately is frequently useful however. Document the pattern string_vector names; names = (string_vector)empty_vector; where "(string_vector)empty_vector" is a compound literal. Link: http://mid.mail-archive.com/20230221183810.vjilfbmj3woqivlj at redhat.com Suggested-by: Eric

hmm_range_fault() returns an array of page frame numbers and flags for how the pages are mapped in the requested process' page tables. The PFN can be used to get the struct page with hmm_pfn_to_page() and the page size order can be determined with compound_order(page) but if the page is larger than order 0 (PAGE_SIZE), there is no indication that the page is mapped using a larger page size. To

On 5/8/20 12:51 PM, Christoph Hellwig wrote: > On Fri, May 08, 2020 at 12:20:07PM -0700, Ralph Campbell wrote: >> hmm_range_fault() returns an array of page frame numbers and flags for >> how the pages are mapped in the requested process' page tables. The PFN >> can be used to get the struct page with hmm_pfn_to_page() and the page size >> order can be determined

hmm_range_fault() returns an array of page frame numbers and flags for how the pages are mapped in the requested process' page tables. The PFN can be used to get the struct page with hmm_pfn_to_page() and the page size order can be determined with compound_order(page) but if the page is larger than order 0 (PAGE_SIZE), there is no indication that the page is mapped using a larger page size. To

On Mon, Jun 22, 2020 at 11:10:05AM -0700, Ralph Campbell wrote: > > On 6/22/20 10:25 AM, Jason Gunthorpe wrote: > > On Fri, Jun 19, 2020 at 02:56:42PM -0700, Ralph Campbell wrote: > > > hmm_range_fault() returns an array of page frame numbers and flags for > > > how the pages are mapped in the requested process' page tables. The PFN > > > can be used to

On 5/26/20 3:29 PM, Zi Yan wrote: > On 8 May 2020, at 16:06, Ralph Campbell wrote: > >> On 5/8/20 12:51 PM, Christoph Hellwig wrote: >>> On Fri, May 08, 2020 at 12:20:07PM -0700, Ralph Campbell wrote: >>>> hmm_range_fault() returns an array of page frame numbers and flags for >>>> how the pages are mapped in the requested process' page tables. The

Hi there, I have a Java process that writes HDF5 files with the following approximate structure: group "xxx" { group "yyy" { dataset {} dataset {} } group "zzz" { dataset {} dataset {} } } where dataset is a rank one dataspace having a compound datatype defined as: H5T_UNIX_TIME, float, float, float, float I

On Fri, Jun 19, 2020 at 02:56:42PM -0700, Ralph Campbell wrote: > hmm_range_fault() returns an array of page frame numbers and flags for > how the pages are mapped in the requested process' page tables. The PFN > can be used to get the struct page with hmm_pfn_to_page() and the page size > order can be determined with compound_order(page) but if the page is larger > than order 0

On Fri, May 08, 2020 at 12:20:07PM -0700, Ralph Campbell wrote: > hmm_range_fault() returns an array of page frame numbers and flags for > how the pages are mapped in the requested process' page tables. The PFN > can be used to get the struct page with hmm_pfn_to_page() and the page size > order can be determined with compound_order(page) but if the page is larger > than order 0

On 8 May 2020, at 16:06, Ralph Campbell wrote: > On 5/8/20 12:51 PM, Christoph Hellwig wrote: >> On Fri, May 08, 2020 at 12:20:07PM -0700, Ralph Campbell wrote: >>> hmm_range_fault() returns an array of page frame numbers and flags for >>> how the pages are mapped in the requested process' page tables. The PFN >>> can be used to get the struct page with

>> New subscriber here. I noticed that the FTS index is not used in compound searches. >> Is this expected? Tested in 2.0.0 and 2.0.8: > >Yep. It's been in TODO for a while. I know this thread is quite old, but we have the same issue with v2.0.14 and squat. Would this issue also affect the Solr FTS backend? Thanks, Nikolai.