search for: genmoic

Displaying 8 results from an estimated 8 matches for "genmoic".

Did you mean: genmoics
2019 Jun 21
4
Calculation of e^{z^2/2} for a normal deviate z
Hello, Well, try it: p <- .Machine$double.eps^seq(0.5, 1, by = 0.05) z <- qnorm(p/2) pnorm(z) # [1] 7.450581e-09 1.228888e-09 2.026908e-10 3.343152e-11 5.514145e-12 # [6] 9.094947e-13 1.500107e-13 2.474254e-14 4.080996e-15 6.731134e-16 #[11] 1.110223e-16 p/2 # [1] 7.450581e-09 1.228888e-09 2.026908e-10 3.343152e-11 5.514145e-12 # [6] 9.094947e-13 1.500107e-13 2.474254e-14 4.080996e-15
2019 Jun 21
4
Calculation of e^{z^2/2} for a normal deviate z
...values: > qnorm(-5000, log=TRUE) [1] -99.94475 -pd > On 21 Jun 2019, at 17:11 , jing hua zhao <jinghuazhao at hotmail.com> wrote: > > Dear Rui, > > Thanks for your quick reply -- this allows me to see the bottom of this. I was hoping we could have a handle of those p in genmoics such as 1e-300 or smaller. > > Best wishes, > > > Jing Hua > > ________________________________ > From: Rui Barradas <ruipbarradas at sapo.pt> > Sent: 21 June 2019 15:03 > To: jing hua zhao; r-devel at r-project.org > Subject: Re: [Rd] Calculation of e^{z...
2019 Jun 21
0
Calculation of e^{z^2/2} for a normal deviate z
Dear Rui, Thanks for your quick reply -- this allows me to see the bottom of this. I was hoping we could have a handle of those p in genmoics such as 1e-300 or smaller. Best wishes, Jing Hua ________________________________ From: Rui Barradas <ruipbarradas at sapo.pt> Sent: 21 June 2019 15:03 To: jing hua zhao; r-devel at r-project.org Subject: Re: [Rd] Calculation of e^{z^2/2} for a normal deviate z Hello, Well, try it: p...
2019 Jun 23
2
Calculation of e^{z^2/2} for a normal deviate z
...gt; [1] -99.94475 > > -pd > >> On 21 Jun 2019, at 17:11 , jing hua zhao <jinghuazhao at hotmail.com> wrote: >> >> Dear Rui, >> >> Thanks for your quick reply -- this allows me to see the bottom of this. I was hoping we could have a handle of those p in genmoics such as 1e-300 or smaller. >> >> Best wishes, >> >> >> Jing Hua >> >> ________________________________ >> From: Rui Barradas <ruipbarradas at sapo.pt> >> Sent: 21 June 2019 15:03 >> To: jing hua zhao; r-devel at r-project.org >&g...
2019 Jun 21
0
Calculation of e^{z^2/2} for a normal deviate z
...r values: > qnorm(-5000, log=TRUE) [1] -99.94475 -pd > On 21 Jun 2019, at 17:11 , jing hua zhao <jinghuazhao at hotmail.com> wrote: > > Dear Rui, > > Thanks for your quick reply -- this allows me to see the bottom of this. I was hoping we could have a handle of those p in genmoics such as 1e-300 or smaller. > > Best wishes, > > > Jing Hua > > ________________________________ > From: Rui Barradas <ruipbarradas at sapo.pt> > Sent: 21 June 2019 15:03 > To: jing hua zhao; r-devel at r-project.org > Subject: Re: [Rd] Calculation of e^{z^2/2...
2019 Jun 23
0
Calculation of e^{z^2/2} for a normal deviate z
...gt; > >> On 21 Jun 2019, at 17:11 , jing hua zhao <jinghuazhao at hotmail.com> > wrote: > >> > >> Dear Rui, > >> > >> Thanks for your quick reply -- this allows me to see the bottom of > this. I was hoping we could have a handle of those p in genmoics such as > 1e-300 or smaller. > >> > >> Best wishes, > >> > >> > >> Jing Hua > >> > >> ________________________________ > >> From: Rui Barradas <ruipbarradas at sapo.pt> > >> Sent: 21 June 2019 15:03 > >...
2019 Jun 24
2
Calculation of e^{z^2/2} for a normal deviate z
...g hua zhao <jinghuazhao at hotmail.com> >> wrote: >> >> >> >> Dear Rui, >> >> >> >> Thanks for your quick reply -- this allows me to see the bottom of >> this. I was hoping we could have a handle of those p in genmoics such as >> 1e-300 or smaller. >> >> >> >> Best wishes, >> >> >> >> >> >> Jing Hua >> >> >> >> ________________________________ >> >> From: Rui Barradas <ruip...
2019 Jun 24
0
Calculation of e^{z^2/2} for a normal deviate z
...g hua zhao <jinghuazhao at hotmail.com> >> wrote: >> >> >> >> Dear Rui, >> >> >> >> Thanks for your quick reply -- this allows me to see the bottom of >> this. I was hoping we could have a handle of those p in genmoics such as >> 1e-300 or smaller. >> >> >> >> Best wishes, >> >> >> >> >> >> Jing Hua >> >> >> >> ________________________________ >> >> From: Rui Barradas <ruip...