ipad: direct access from the home screen to interactive PDF

I have an interactive PDF stored locally (with a navigation that includes hyperlinks to other pages) on iPad. I can open files or books and view them interactively, but is it possible to create a shortcut with a custom icon and place it on the home screen as if it were an application? I know this is possible with URLs, but I need it to be available offline so it can't be in the cloud.

I have read answers to similar questions here, but those are very old solutions that require a connection or no longer seem to be valid.

Terminal gnome: the Ubuntu docker window always runs showing an interactive shell

I am currently following Docker documents, the installation was successful when I verified Docker –version

But when I try to do sudo docker run hello-world my terminal only shows the text Interactive shell After I wrote my password.

Why is this happening ?

I'm a rookie in ubuntu

tracing: interactive block on periodic force in a system of a single degree of freedom

I am trying to debug this sample code from a textbook:

Manipulate(
 (*Evaluate Eq.(8.2)*)
 hh = 1/Sqrt((1 - (r (CapitalOmega)0) ˆ2) ˆ2 + (2 (Zeta) r 
(CapitalOmega)0) ˆ2);
 thh = ArcTan(1 - (r (CapitalOmega)0) ˆ2, 
   2 (Zeta) r (CapitalOmega)0);
 (*Obtain coefficients from either Eq.(8.5) or Eq.(8.6)*)
 cnn = If(ptyp == 1, Abs(Sin(r (Pi) (Alpha))/(r (Pi) (Alpha))), 
   a1 = (2 Sin(2 (Pi) (Alpha) r) - 
       Sin(4 (Pi) (Alpha) r))/((Pi) r);
   b1 = (1 - 2 Cos(2 (Pi) (Alpha) r) + 
       Cos(4 (Pi) (Alpha) r))/((Pi) r);
   Sqrt(a1ˆ2 + b1ˆ2));
 psnn = If(ptyp == 1, 
   ArcTan(1 - Cos(2 r (Pi) (Alpha)), Sin(2 r (Pi) (Alpha))), 
   ArcTan(b1, a1));
 ptin = Table({n, cnn((n))}, {n, 1, nn});
 ptout = Table({n, hh((n)) , cnn((n))}, {n, 1, nn});
 lines = Table({{n, 0}, {n, 
     If(cnn((n)) < hh((n)) cnn((n)), hh((n)) cnn((n)), 
      cnn((n)))}}, {n, 1, nn});
 (*Sum series:Eq.(8.1)*)
 xt = If(ptyp == 1, (Alpha) + 
    2 (Alpha) Total(cnn hh Sin(r (CapitalOmega)0 t - thh + psnn)), 
   Total(cnn hh Sin(r (CapitalOmega)0 t - thh + psnn)));
 (*Coordinates to draw pulse*)
 If(ptyp == 1, 
  pulse1 = {{0, 0}, {0, 1}, {2 (Pi) (Alpha)/(CapitalOmega)0, 
     1}, {2 (Pi) (Alpha)/(CapitalOmega)0, 0}};
  pulse2 = {{2 (Pi)/(CapitalOmega)0, 0}, {2 (Pi)/(CapitalOmega)0, 
     1}, {(Pi) (Alpha)/(CapitalOmega)0 + 2 (Pi)/(CapitalOmega)0, 
     1}}, pulse1 = {{0, 0}, {0, 
     1}, {2 (Pi) (Alpha)/(CapitalOmega)0, 
     1}, {2 (Pi) (Alpha)/(CapitalOmega)0, -1}, {4 (Pi) (Alpha)/
(CapitalOmega)0, -1}, {4 (Pi) (Alpha)/(CapitalOmega)0, 0}};
  pulse2 = {{2 (Pi)/(CapitalOmega)0, 0}, {2 (Pi)/(CapitalOmega)0, 
     1}, {2 (Pi) (Alpha)/(CapitalOmega)0 + 
      2 (Pi)/(CapitalOmega)0, 1}});
 (*Create two graphs,one above the other*)
 GraphicsColumn({Plot(
    xt, {t, -(Pi)/(CapitalOmega)0/5., 
     2 (Pi)/(CapitalOmega)0 + (Pi) (Alpha)/(CapitalOmega)0}, 
    PlotStyle -> {Red}, PlotRange -> {Full, {-2, 2.3}}, 
    PlotLabel -> label1, AxesLabel -> {"(Tau)", "Amplitude"}, 
    Epilog -> {{Blue, Line(pulse1)}, {Blue, Line(pulse2)}}), 
   ListLinePlot(lines, PlotStyle -> Black, 
    PlotRange -> {{0, nn + 1}, Full}, PlotLabel -> label2, 
    AxesLabel -> {"n=(CapitalOmega)n/(CapitalOmega)0", "Magnitude"},
     Epilog -> {{Blue, PointSize(Medium), Point(ptin)}, {Red, 
       PointSize(Medium), Point(ptout)}})}),
 (*Create sliders and radio buttons*)
 Style("Periodic Waveform", 
  Bold), {{ptyp, 1, " "}, {1 -> labs, 2 -> labd}, 
  ControlType -> RadioButton}, Delimiter, 
 Style("Input Parameters", 
  Bold), {{(CapitalOmega)0, 0.04, "(CapitalOmega)o"}, 0.01, 1, 0.01,
   Appearance -> "Labeled", 
  ControlType -> Slider}, {{(Alpha), 0.2, la}, 0.02, 0.49, 0.01, 
  Appearance -> "Labeled", ControlType -> Slider}, Delimiter, 
 Style("Damping Factor", Bold), {{(Zeta), 0.1, "(Zeta)"}, 0.02, 0.7,
   0.01, Appearance -> "Labeled", ControlType -> Slider}, Delimiter, 
 Style("Frequency Spectrum -", Bold), 
 Style(" Maximum Number of Harmonics Displayed", 
  Bold), {{nn, 20, "N"}, 1, 50, 1, Appearance -> "Labeled", 
  ControlType -> Slider}, ControlPlacement -> Left, 
 Initialization :> (puls = {{0, 0}, {0, 1}, {0.25, 1}, {0.25, 0}, {1, 
      0}, {1, 1}, {1.1, 1}};
   (*Radio button images*)
   labs = ListLinePlot(puls, PlotRange -> {{0, 1.2}, {-0.1, 1}}, 
     Axes -> False, ImageSize -> Tiny, 
     Epilog -> {Arrowheads(0.1), Arrow({{0, 0.5}, {1, 0.5}}), 
       Arrow({{1, 0.5}, {0, 0.5}}), 
       Inset(Style("2(Pi)/(CapitalOmega)0", 14), {0.5, 0.65}), 
       Inset(Style("(Tau)d", 14), {0.125, 0.1})});
   puld = {{0, 0}, {0, 1}, {0.15, 1}, {0.15, -1}, {0.3, -1}, {0.3, 
      0}, {1, 0}, {1, 1}, {1.1, 1}};
   labd = 
    ListLinePlot(puld, PlotRange -> {{0, 1.2}, {-1.1, 1}}, 
     Axes -> False, ImageSize -> Tiny, 
     Epilog -> {Arrowheads({-0.1, 0.1}), Arrow({{0, 0.5}, {1, 0.5}}), 
       Inset(Style("2(Pi)/(CapitalOmega)0", 14), {0.5, 0.75}), 
       Inset(Style("(Tau)d", 14), {0.075, 0})});
   (*Figure titles*)
   label1 = 
    Column({"Time Domain Waveforms", 
      Row({Style("Input, ", Blue), Style("Output ", Red)})}, Center);
   label2 = 
    Column({"Frequency (Harmonic) Spectrum", 
      Row({Style(Row({"Input cn"}), Blue), 
        Style(Row({" Output (cnH((CapitalOmega)n))"}), Red)})}, 
     Center);
   (*Slider label*)
   la = "(Alpha)=(CapitalOmega)o(Tau)d/(2(Pi))"; 
   r = Range(1, 150);), 
 TrackedSymbols :> {(CapitalOmega)0, (Alpha), (Zeta), nn, ptyp})

The purpose of this code is to represent the periodic Force in a system of a single degree of freedom.

Among this large block, there is a problem with the plot elements that represent this engineering problem. There is an error that says the following:

Coordinate {1, (0.008 $ CellContext`ˆ2 + (1 – 0.04 $Cellcontextˆ2) $CellContextˆ2) ^ Rational (-1, 2), 0.9354892837886392} must be a pair of numbers or a scaled or compensated form.

Can anyone help me find the error that is causing the titles in the figures in the graph not to appear correctly?

Infographic – Interactive flowchart / conditional logic to show results

I am working on my company's website and try to help users discover the product they would need. I guess this is basically like making an interactive flowchart, where conditional logic determines what the next question will be.

What is this function called and what is the best way to show the final results?

I am thinking specifically about where each question is in separate "pages", where the following set of information is encouraged. Something similar to the online questionnaires of "what animal you are", or so (except that it has the same options, not conditional) https://www.samsara.com/pricing-2

Then something like this:

1: What are you repairing?

2nd: (if it's a boat) What kind of boat?

2b: (if car) What type of car?

3: final results

(if it is a sailboat) Get sails (link for more information)

(if it is a yacht) Get the helm (link for more information)

(if compact) Get tires (link for more information)

(if it is a truck) Get silencer (link for more information)

Design: Is MVC an architectural pattern only for interactive applications with the user?

Is it correct that MVC is an architectural pattern only for interactive applications with the user? (That is my understanding).

An application can interact with users through GUI or CLI.
Does MVC apply to GUI and CLI applications? (I guess so, but I'm not sure).

If an application does not interact with users, what architectural pattern (s) are similarly used for the non-interaction part of MVC, if applicable?

Thank you.

mysql – See individual table by list of interactive tables

Recover the tables with

#+begin_src sql :engine mysql :dbuser org :database grocer
show tables;
#+end_src

#+RESULTS:
| Tables_in_grocer |
|------------------|
| Customers        |
| OrderItems       |
| Orders           |
| Products         |
| Vendors          |

Then check each table one by one

select * from Vendors; 
select * from Products;
select * from Customers;
select * from Orders;
select * from OrderItems;

Is it possible to take advantage of the loop as

for table in tables
    select * from table;

An interactive web developer of WordPress. for $ 50

An interactive web developer of WordPress.

I have a great experience in designing WordPress websites. This experience is obtained by working with several companies, which are both large-scale and small-scale.
Any problem with your WordPress websites would be treated diligently, since I have been a senior website developer for a multinational company and troubleshooting is part of my daily life.

You can contact me for the following services on their websites:

– Design and hosting of a WordPress website from scratch
– Troubleshooting to solve any problem associated with any WordPress website.
– Configuration and customization of themes
– Issue editing
– WordPress SEO & # 39;
– Widgets
– forms
– CSS / HTML editing and any problem in WordPress not listed

A test will convince you

.

complexity theory: interactive test system for graphic non-isomorphism

$ mathit {GNI} in mathrm {PCP} ( mathit {poly} (n), 1) $

GNI It is the language of non-isomorphic graphics. Given two grapsh $ G_0 $ Y $ G_1 $ with $ n $ vertices, a verifier waits $ pi $ contain, for each graphic labeled $ H $ with $ n $ vertices, a little $ pi (H) in {0,1 } $ corresponding to yes $ H equiv G_0 $ or $ H equiv G_1 $ (arbitrary if none of the cases is valid). Then the verifier can choose a random bit $ b in {0,1 } $ and a random permutation of $ G_b $, $ H $. The verifier accepts if the corresponding bit of $ pi (H) $ is $ b $. Yes $ G_0 not equiv G_1 $ then the verifier accepts with probability $ 1 $ while yes $ G_0 equiv G_1 $, then the probability of accepting is at most $ 1/2 $.

I was reading this slide and got confused with the following part:

A bit $ pi (H) in {0,1 } $ corresponding to yes $ H = G_0 $ or $ H = G_1 $ (arbitrary yes
none of the cases is valid)

But what happens if both cases remain? Then, $ G_0 $ Y $ G_1 $ they are isomorphic and how should we assign the bit? I hope there is an example.

beginner: should I avoid using interactive mode?

Haskell rookie here. i usually ghci to implement a baby quicksort Algorithm (1) as follows:

Prelude> quicksort (firstx:xs) = quicksort(x|x<-xs, x quicksort () = ()

The command quicksort (1,2,3) Then give an error:

*** Exception :: 8: 1-17: non-exhaustive patterns in the rapid classification function

However, write exactly the same in a quicksort.hs file and running $ ghci quicksort.hs Do not throw such an error.

Question

What makes the difference? Is it a general rule that one should avoid using interactive mode?

Reference

(1) Rex page. Two dozen short lessons in Haskell

[GET][NULLED] – Woo floating car – An interactive floating car for WooCommerce v1.4.0

(IMG)
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(GET) (NULL) – Woo Floating Car – An interactive floating car for WooCommerce v1.4.0