Re: Extract columns based on their the title in
- To: mathgroup at smc.vnet.net
- Subject: [mg131862] Re: Extract columns based on their the title in
- From: "Trichy V. Krishnan" <biztvk at nus.edu.sg>
- Date: Sat, 19 Oct 2013 04:11:36 -0400 (EDT)
- Delivered-to: l-mathgroup@mail-archive0.wolfram.com
- Delivered-to: l-mathgroup@wolfram.com
- Delivered-to: mathgroup-outx@smc.vnet.net
- Delivered-to: mathgroup-newsendx@smc.vnet.net
- References: <20130920110717.97AEE6A3D@smc.vnet.net>
Hi:
I have some minor problem with ForAll function. The Resolve[%] following that ForAll function is supposed to yield 'True or False' result but it is getting completely ignored. I used the Table function to just see if there is anything wrong with the final function (i.e. Pimdif in my program) and the Table produces clear results on the values submitted.
Can you help pl.
Regards
trichy
Pn =.; PLori =.; PL =.; x =.; y =.; z =.; v =.; Pg =.; Sn =.; s =.; \
del =.; UL =.; Un =.; Ug =.; x1 =.; y1 =.; zori =.; v1 =.; cs =.; \
msori =.; ms1 =.; ms2 =.; ms3 =.; ms =.;
Fmax =.; cSn =.; zori =.; Pinori =.; Pimori =.; seg1 =.; seg2 =.; \
seg3 =.; PigLg =.; Pigng =.; Pinng =.; PinLn =.; UB =.; PiLLg =.; \
PiLLn =.; PimLn =.; Pimds =.; Pimdif =.;
(* al1 is segment Low Price segment; al2 is Brand conscious segment; \
al3 i.e. 1-(al1+al2) is
Service Sensitive segment *)
PiL =.; Pns =.; Pig =.; Pim =.; w =.; al =.; be =.; dis =.; tpt =.; m \
=.; ga =.; Picha =.;
(* Market with no Grey Version. Nat Brand Vs. Pvt Label, both \
offering Full SOD
but Pn anchred at 1, reservation price for this product. Q: What is \
optimum PL? *)
Un = UB - Pn - 2 z; UL = -PLori - 2 (1 - z);
zori = Solve[Un == UL, z];
zori = z /. zori; zori = zori[[1]];
PiLori = PLori (1 - zori);
PiLoris = Solve[D[PiLori, PLori] == 0, PLori];
PLori = PLori /. PiLoris; PLori = PLori[[1]];
zori; PiLori; Pinori = (Pn - w) zori; Pimori = w zori;
msori = zori;
(* PL = 1/2 (2+Pn-UB), and zori = 1/8 (6-Pn+UB) *)
(* Since we want PLori < Pn, and zori <1, choose {Pn, UB} s.t. 2-Pn < \
UB < 2+Pn *)
(*Market with Grey brand in: 3-way fight *)
USL = 2; USn = USL; Us = del + (Usn - del) s; del = 0; s = 0;
Pn =.; PL =.; UB =.; UL =.; Ug =.; Un =.;
Fmax = 1/10; cSL = Fmax; cSn = Fmax; cs = s Fmax;
(* Choice 1: Pvt Lable and Grey product; segment 1 size: seg1=be \
(1-zori)*)
UL = USL - PL - 2 x; Ug = UB + Us - Pg - 2 (1 - x);
x1 = Solve[UL == Ug, x];
x1 = x /. x1; x1 = x1[[1]];
PigLg = (Pg - w (1 - dis)) (1 - x1) // FullSimplify;
PimLg = w (1 - dis) (1 - x1);
PiLLg = PL x1;
(* Choice 2: Regular brand and its Grey version; segment 2 size: \
seg2=al zori *)
Un = UB + USn - Pn - 2 y; Ug = UB + Us - Pg - 2 (1 - y);
y1 = Solve[Un == Ug, y];
y1 = y /. y1; y1 = y1[[1]];
Pigng = (Pg - w (1 - dis)) (1 - y1) // FullSimplify;
Pinng = (Pn - w) y1; Pimng = w y1 + w (1 - dis) (1 - y1);
(* Choice 3: Regular brand and Private Label; segment 3 size: seg3 = \
1-(seg1+seg2) *)
Un = UB + USn - Pn - 2 v; UL = USL - PL - 2 (1 - v);
v1 = Solve[Un == UL, v];
v1 = v /. v1; v1 = v1[[1]];
PinLn = (Pn - w ) v1 // FullSimplify; PimLn = w v1;
PiLLn = PL (1 - v1);
seg1 = be (1 - zori); seg2 = al zori; seg3 = 1 - (seg1 + seg2);
PiL = seg1 PiLLg + seg3 PiLLn - cSn;
ms = seg1 (1 - x1) + seg2 + seg3 v1;
Pim = seg1 PimLg + seg2 Pimng + seg3 PimLn + (ms - msori) ga w -
cSn del;
Pin = seg3 PinLn + seg2 Pinng - cSn (1 - del);
Pig = seg1 PigLg + seg2 Pigng // FullSimplify;
Pgs = Solve[D[Pig, Pg] == 0, Pg]; Pg = Pg /. Pgs; Pg =
Pg[[1]] // FullSimplify;
PiL;
PLs = Solve[D[PiL, PL] == 0, PL]; PL = PL /. PLs; PL =
PL[[1]] // FullSimplify;
Pn = 1; UB = USL; del = 0; ga = 0; Pim // FullSimplify;
FactorTerms[Pim, w] ; Pimds = Solve[D[Pim, dis] == 0, dis];
dis = dis /. Pimds // FullSimplify;
w = 1/10; be = 1/3; Pimdif = Pim - Pimori;
ForAll[al, al > 1/10 && al < 1/2 , Pimdif > 0];
Resolve[%]
From: Bob Hanlon [mailto:hanlonr357 at gmail.com]
Sent: Saturday, September 21, 2013 4:36 PM
To: mathgroup at smc.vnet.net
Subject: [mg131862] Re: Extract columns based on their the title in header
This message has been archived. View the original item <http://evalias1.nus=
.edu.sg/EnterpriseVault/ViewMessage.asp?VaultId=198C5BCCE64A0AD47867B4BF0=
8A9FEC301110000evsitealias&SavesetId1309239946553~201309211300010000~Z=
~90E9E1DA3FCEEAC7BA443A5A4691EF11>
dataList = {
{"Name", "Sex", "Age"},
{"Tom", "M", 12},
{"Bob", "M", 13},
{"Lily", "F", 11},
{"Jack", "M", 14},
{"Michael", "M", 10}
};
Cases[dataList // Transpose,
{"Name" | "Age", ___}] // Transpose
{{"Name", "Age"}, {"Tom", 12}, {"Bob", 13}, {"Lily", 11}, {"Jack",
14}, {"Michael", 10}}
(dataList // Transpose)[[
Position[dataList[[1]], "Name" | "Age"] //
Flatten]] // Transpose
{{"Name", "Age"}, {"Tom", 12}, {"Bob", 13}, {"Lily", 11}, {"Jack",
14}, {"Michael", 10}}
Bob Hanlon
On Fri, Sep 20, 2013 at 7:07 AM, Joug Raw <jougraw at gmail.com> wrote:
>
> I import a CSV file like this:
>
> Name, Sex, Age, ... , ...
> Tom, M, 12, ... ,...
> Bob, M, 13,
> Lily, F, 11,
> Jack, M, 14,
> Micheal, M, 10,
> ..
>
> It become a list and I call it datalist. Then I want only extract the Nam=
e
> and Age for each child in the list. I did some thing like:
>
> ColumPos =
> Map[#[[2]] &,
> Map[Position
--_000_98E7605BAD08FD46B144665CC4EA75B53E3A9DE1MBX06stfnusedus_
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