Minor changes to script of Getting_started_with_sage_notebook.

1 files changed, 151 insertions, 3 deletions

diff --git a/getting_started_with_sage_notebook/script.rst b/getting_started_with_sage_notebook/script.rst
index 128a2e5..7daeef0 100644
--- a/getting_started_with_sage_notebook/script.rst
+++ b/getting_started_with_sage_notebook/script.rst
@@ -32,14 +32,22 @@
 Script
 ------
 
+.. L1
+
 {{{ Show the  first slide containing title, name of the production
 team along with the logo of MHRD }}}
 
+.. R1
+
 Hello friends and Welcome to this spoken tutorial on "Getting started 
 with Sage and Sage notebook".
 
+.. L2
+
 {{{ Show the slide containing objectives }}}
 
+.. R2
+
 At the end of this tutorial, you will be able to,
 
  #. Know what Sage and Sage notebook are.
@@ -52,8 +60,12 @@ At the end of this tutorial, you will be able to,
  #. Use code from other languages in the cells.
  #. Use the offline help available.
 
+.. L3
+
 {{{ Show the slide on what is Sage }}}
 
+.. R3
+
 To start with, What is Sage? Sage is a free, open-source mathematical
 software. Sage can do a lot of math stuff for you including, but not
 limited to, algebra, calculus, geometry, cryptography, graph theory
@@ -61,25 +73,36 @@ among other things. It can also be used as an aid in teaching and
 research in any of the areas that Sage supports. So let us start Sage
 now
 
+.. L4
+
 {{{ Show slide 'Installing Sage' }}}
 
+.. R4
+
 We are assuming that you have Sage installed on your computer now. If
 not please visit the page
 http://sagemath.org/doc/tutorial/introduction.html#installation for
 the tutorial on how to install Sage. 
 
+.. L5
+
 {{{ Open the terminal }}}
 
+.. R5
+
 Let us now learn how to start Sage. On the terminal type
+
+.. L6
 ::
 
     sage
 
-This should start a new Sage shell with the prompt sage: which looks
-like this
-
 {{{ Show what is displayed on the terminal }}}
 
+.. R6
+
+This should start a new Sage shell with the prompt sage: 
+
 So now we can type all the commands that Sage supports here. But Sage
 comes bundled with a much more elegant tool called Sage
 Notebook.So what is Sage Notebook? Sage Notebook provides a web based
@@ -95,10 +118,14 @@ is very handy for research and teaching.
 However we can also run our own instances of Sage notebook servers on
 all the computers, if we have a local installation of Sage. To start the
 notebook server just type 
+
+.. L7
 ::
 
     notebook()
 
+.. R7
+
 This will start the Sage Notebook server. If we are starting the notebook 
 server for the first time, we are prompted to enter the password for 
 the admin. Type the password and make a note of it. 
@@ -110,18 +137,26 @@ server started and there were no problems. If so, open your browser and
 in the address bar, type the URL shown in the instructions upon running
 the notebook command on the sage prompt.
 
+.. R8
+
 The notebook() command gives an instruction telling 
 Open your web browser to http://localhost:8000. 
 
+.. L8
+
 {{{ Point towards it }}}
 
 In our case it is http://localhost:{{{ Tell whatever is shown }}}
 
+.. L9
+
 {{{ Show the browser with Sage notebook }}}
 
 {{{ If you are logged in tell that you are logged in, log out and show
 what is said above for the login page }}}
 
+.. R9
+
 If you are not logged in yet, it shows the Notebook home page and
 textboxes to type the username and the password. You can use the
 username 'admin' and the password you gave while starting the notebook
@@ -133,13 +168,21 @@ admin page. A notebook can contain a collection of Sage Notebook
 worksheets. Worksheet is basically a working area. This is where
 we enter all the Sage commands on the notebook.
 
+.. L10
+
 {{{ Point at the links on the top of the page }}}
 
+.. R10
+
 The admin page lists all the worksheets created. On the topmost part
 of this page we have the links to various pages. 
 
+.. L11
+
 {{{ Point at the links as they are described }}}
 
+.. R11
+
 The home link takes us to the admin home page. The published link
 takes us to the page which lists all the published worksheets. The log
 link has the complete log of all the actions we did on the
@@ -151,10 +194,16 @@ offline reference and this help link is the way to get into it. Then
 we can report bugs about Sage by clicking on Report a Problem link and
 there is a link to sign out of the notebook.
 
+.. R12
+
 We can create a new worksheet by clicking New Worksheet link
 
+.. L12
+
 {{{ Click on the link }}}
 
+.. R13
+
 Sage prompts you for a name for the worksheet. Let us name the
 worksheet as 'nbtutorial'. Now we have our first worksheet which is
 empty.
@@ -163,53 +212,85 @@ A worksheet will contain a collection of cells. Every Sage command
 must be entered in this cell.A cell is equivalent to the prompt on
 console. When we create a new worksheet, to start with we will have
 one empty cell. Let us try out some math here
+
+.. L13
+
+.. L14
 ::
 
     2 + 2
     57.1 ^ 100
 
+.. R14
+
 The cap operator is used for exponentiation. If you observed carefully,
 we typed two commands but the output of only last command was
 displayed. By default each cell displays the result of only the last
 operation. We have to use print statement to display all the results
 we want to be displayed.
 
+.. R15
+
 Now to perform more operations, we want more cells. So how do we create
 a new cell? It is very simple. As we hover our mouse above or below
 the existing cells we see a blue line, by clicking on this new line we
 can create a new cell. 
 
+.. L15
+
 {{{ Click on the link }}}
 
+.. R16
+
 We have a cell, we have typed some commands in it, but how do we
 evaluate that cell? Pressing Shift along with Enter evaluates the
 cell. Alternatively we can also click on the evaluate link to evaluate
 the cell
 
+.. L16
+
 {{{ Evaluate the cell and demonstrate for both methods separately }}}
 ::
 
     matrix([[1,2], [3,4]])^(-1)
 
+.. R17
+
 After we create many cells, we may want to move between the cells. To
 move between the cells use Up and Down arrow keys. Also clicking on
 the cell will let you edit that particular cell.
 
+.. L17
+
 {{{ Move between two cells created }}}
 
+.. R18
+
 To delete a cell, clear the contents of the cell and hit backspace
 
+.. L18
+
 {{{ Clear and demonstrate deleting the cell }}}
 
+.. R19
+
 If you want to add annotations in the worksheet itself, on the blue
 line that appears on hovering the mouse around the cell, Hold Shift
 and click on the line. This creates a What You See Is What You Get
 cell.
 
+.. L19
+
 {{{ Create a HTML editable cell }}}
 
+.. R20
+
 We can make our text here.  We can make it bold, Italics, we
 can create bulleted and enumerated lists in this area
+
+.. L20
+
+{{{ Type in the editable cell }}}
 ::
 
     This text contains both the **bold** text and also *italicised*
@@ -221,104 +302,161 @@ can create bulleted and enumerated lists in this area
     1. Item 1
     2. Item 2
 
+.. R21
+
 In the same cell we can display typeset math using the LaTeX like
 syntax
+
+.. L21
 ::
 
     $\int_0^\infty e^{-x} \, dx$
 
+.. R22
+
 We enclose the math to be typeset within $ and $ or $$ and $$ as in
 LaTeX.
 
 We can also obtain help for a particular Sage command or function
 within the worksheet itself by using a question mark following the
 command
+
+.. L22
 ::
 
     sin?
 
+.. R23
+
 Evaluating this cell gives me the entire help for the sine function
 inline on the worksheet itself. Similarly we can also look at the
 source code of each command or function using double question mark
+
+.. L23
 ::
 
     matrix??
 
+.. R24
+
 Sage notebook also provides the feature for autocompletion. To
 autocomplete a command type first few unique characters and hit tab
 key
+
+.. L24
 ::
 
     sudo<tab>
 
+.. R25
+
 To see all the commands starting with a specific name type those
 characters and hit tab
+
+.. L25
 ::
 
     plo<tab>
 
+.. R26
+
 To list all the methods that are available for a certain variable or
 a datatype, we can use the variable name followed by the dot to access
 the methods available on it and then hit tab
+
+.. L26
 ::
 
     s = 'Hello'
     s.rep<tab>
 
+.. R27
+
 The output produced by each cell can be one of the three states. It
 can be either the full output, or truncated output or hidden output.
 The output area will display the error, if the Sage code we wrote in
 the cell did not successfully execute
+
+.. L27
 ::
 
     a, b = 10
 
+.. L28
+
 {{{ Show the three states }}}
 
+.. R28
+
 The default output we obtained now is a truncated output. Clicking at
 the left of the output area when the mouse pointer turns to hand gives
 us the full output, clicking again makes the output hidden and it
 cycles.
 
+.. R29
+
 Lastly, Sage supports a variety of languages and each cell on the
 worksheet can contain code written in a specific language. It is
 possible to instruct Sage to interpret the code in the language we
 have written. This can be done by putting percentage sign(%) followed
 by the name of the language. For example, to interpret the cell as
 Python code we put as the first line in the cell.
+
+.. L29
 ::
 
     %python
 
+.. R30
+
 Similarly we have: %sh for shell scripting,
  %fortran for Fortran, %gap for GAP and so on. Let us see
 how this works. Say I have an integer. The type of the integer in
 default Sage mode is
 
+.. L30
 ::
 
     a = 1
     type(a)
 
+.. L31
+
 {{{ Read the output }}}
 
+.. R31
+
 Output: <type 'sage.rings.integer.Integer'>
 
+.. R32
+
 We see that Integers are Sage Integers. Now let us put %python as the
 first line of the cell and execute the same code snippet
+
+.. L32
 ::
 
     %python
     a = 1
     type(a)
 
+.. L33
+
 {{{ Read the output }}}
 
+.. R33
+
 Output: <type 'int'>
 
 Now we see that the integer is a Python integer. Why? Because now we
 instructed Sage to interpret that cell as Python code.
 
+.. L34
+
+{{{ Show summary slide }}}
+
+.. R34
+
 This brings us to the end of this tutorial.In thus tutorial, 
 we have learnt to, 
 
@@ -334,8 +472,12 @@ we have learnt to,
   #. Use tab completions.
   #. Embed code of other scripting languages in the cells.
 
+.. L35
+
 {{{Show self assessment questions slide}}}
 
+.. R35
+
 Here are some self assessment questions for you to solve
 
 1. Each cell in a sage worksheet displays the result of only the last
@@ -348,9 +490,12 @@ Here are some self assessment questions for you to solve
    - Control key along with enter key
    - Alt key along with enter key 
 
+.. L36
 
 {{{solution of self assessment questions on slide}}}
 
+.. R36
+
 And the answers,
 
 1. True.By default each cell displays the result of only the last
@@ -358,7 +503,10 @@ And the answers,
 
 2. Pressing Shift along with Enter evaluates the cell.
 
+.. L37
+
 {{{ Show the Thankyou slide }}}
 
+.. R37
 Hope you have enjoyed This tutorial and found it useful.
 Thank you!