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diff --git a/Latex/Latex6/latex_math_biblo_beamer_script.rst b/Latex/Latex6/latex_math_biblo_beamer_script.rst index b98a750..a1de297 100644 --- a/Latex/Latex6/latex_math_biblo_beamer_script.rst +++ b/Latex/Latex6/latex_math_biblo_beamer_script.rst @@ -11,8 +11,7 @@ .. Prerequisites .. ------------- -.. 1. Introduction to LaTeX. -.. #. Basics of LaTeX and its document structure. +.. 1. Basics of LaTeX and its document structure. .. #. Typesetting LaTeX text. .. 1. latex_intro @@ -41,12 +40,12 @@ formulae, bibliography and presentations, using LaTeX. .. R2 -.. At the end of this tutorial, you will be able to +At the end of this tutorial, you will be able to -.. 1. Write simple mathematical formulae in LaTeX. -.. #. Typeset simple mathematical formulae in LaTeX. -.. #. Write bibliography for a LaTeX document. -.. #. Make presentations in LaTeX, using beamer. +1. Write simple mathematical formulae in LaTeX. +#. Typeset simple mathematical formulae in LaTeX. +#. Write bibliography for a LaTeX document. +#. Make presentations in LaTeX, using beamer. .. L3 @@ -55,39 +54,44 @@ formulae, bibliography and presentations, using LaTeX. .. R3 Before beginning this tutorial, it is recommended to complete the tutorials -given in the prerequisite. +titled "Basics of LaTeX and its document structure" and "Typesetting LaTeX +text". .. L4 +{{{ Show the "LaTeX & Mathematics : An Introduction" slide }}} + .. R4 In general, it is advisable to use the AMS-LaTeX bundle to typeset mathematics in LaTeX. AMS-LaTeX is a collection of packages and classes for mathematical typesetting. -We can load amsmath by issuing the \usepackage{amsmath} in the preamble.It must +We can load amsmath by issuing the \usepackage{amsmath} in the preamble.It must be noted that amsmath is included in the base distribution of LaTex, in atleast the most recent versions. -Math formulae can be embedded in two ways, - “inline” or “text style ” method, which is done by enclosing the - required command and text within two dollar signs or between an backslash - opening bracket and backslash closing bracket. +Math formulae can be embedded in one of two ways. The first is, “inline” or +“text style ” method, which is done by enclosing the required commands and +text within two dollar signs or between an backslash opening bracket and +backslash closing bracket. - By enclosing them in a dedicated environment respectively/displayed style. +The second method is by enclosing them in a dedicated environment respectively, +this is also called displayed style. The most common LaTeX environment used to typeset mathematical formulae is -from equation family. +from the equation family. .. L5 +{{{ Show the "Matrices" slide }}} .. R5 An environment like bmatrix for example, is used to render a matrix. The syntax -for specifying a matrix is similar to that used in the tabular environment. The -& symbol is used for demarcating columns and \\ is used to demarcate rows. +for specifying a matrix is similar to that used for the tabular environment. +The & symbol is used for demarcating columns and \\ is used to demarcate rows. There are 5 other matrix environments and each have different/no type of delimiters. A table showing the data is being shown on the screen. The matrix @@ -95,10 +99,11 @@ and its allied environments are defined by the amsmath package. .. L6 +{{{ Show the "Matrices ..." slide }}} .. R6 -The screen shows the an example, that renders different types of matrices using +The screen shows the example, that renders different types of matrices using LaTeX. It also shows the two ways in which mathmatical formulae can be embedded into @@ -109,42 +114,46 @@ Please pause the tutorial and go through the example shown on the screen. .. L7 {{{continue from paused state}}} +{{{ Show the "Superscripts & Subscripts" slide }}} .. R7 To typeset superscripts in LaTeX, the carat character is used. The carat -operator just acts on the next character. +operator just acts on the immediate next character. To typeset subscripts in LaTeX, the underscore character is used. The carat -operator just acts on the next character. -Multiple characters and ambiguity is resolved by grouping them using opening -and closing curly brackets. +operator just acts on the immediate next character. +Multi character grouping and ambiguity is resolved by grouping them using +opening and closing curly brackets. .. L8 +{{{ Show the "Summation & integration" slide }}} .. R8 -To typeset the summation symbol, use the sum command. Similarly, the integral -symbol is obtained using the int command. The upper and lower limits, for both -the sum and int command are specified using the carat and underscore characters -, respectively. +To typeset the summation symbol, we use the sum command. Similarly, the +integral symbol is obtained using the int command. +The upper and lower limits, for both the sum and int command are specified +using the carat and underscore characters, respectively. .. L9 +{{{ Show the "displayed math" slide }}} .. R9 -We now move onto using the equation environment to render mathematical formulae, -which are numbered. Another environment called equation star environment renders +We now move onto using the equation environment to render mathematical formulae +which are numbered. Another allied environment called equation star renders unnumbered equations. -Backslash and opening square bracket and its counterpart the backslash -closing square bracket is a short hand for equation star environment. +Backslash opening square bracket and its counterpart the backslash closing +square bracket is a short hand for equation star environment. There is no similar shorthand for equation environment (i.e, the numbered equation environment). .. L10 +{{{ Show the "Groups of equations" slide }}} .. R10 @@ -162,18 +171,22 @@ ampersand symbol. .. L11 +{{{ Show the "Fractions & Surds" slide }}} .. R11 -To typeset fractions use the frac command. To typeset surds, we use the sqrt -command with the optional paramter of [n]. +To typeset fractions we use the frac command and to typeset surds, we use the +sqrt command with the optional paramter of [n]. The optional parameter for the +sqrt command is used to render roots not equal to 2. -Please note that there is a special command dfrac, that can be used to render -fractions as if its placed in display mode and is meant to be used even in +Please note that there is a special command dfrac that can be used to render +fractions, as if its placed in display mode and is meant to be used even in inline mode. .. L12 +{{{ Show the "Greek characters & Spacing in math environments" slide }}} + .. R12 Inserting Greek letters into LaTeX is simple. we use commands named alpha, beta, @@ -187,6 +200,8 @@ to specify the spacing required. .. L13 +{{{ Show the "Bibliography" slide }}} + .. R13 Writing bibliographies in LaTeX using the thebibliography environment is pretty @@ -197,24 +212,25 @@ Each entry of the bibliography begins with the command bibitem. It takes an optional parameter called label and a name for the entry.The label option replaces the numbers from the auto enumeration with the labels given. -The to cite the bibliography item within the document, we use the cite command, +Then to cite the bibliography item within the document we use the cite command, containing name as a parameter. We start the bibliography environment with a numerical parameter. This defines how much space is to be reserved for all the labels. If for example, we have less than 10 items in the Bibliography we would begin -the bibliography environment with an parameter, whose value is 9. +the bibliography environment with a parameter, whose value is 9. .. L14 {{{continue from paused state}}} +{{{ Show the "Beamer" slide }}} .. R14 It is highly recommended to use beamer to create presentations, especially when -you are using LaTeX typesetting your report. This is mainly because, it would be -really easy to reuse the LaTeX that you have used for the report/document for -the presentation as well. +you are using LaTeX typesetting your report. This is mainly because it would be +really easy to reuse the LaTeX content that you have already used for the +report/document for, the presentation as well. We begin a beamer document with the documentclass being set to beamer. @@ -223,6 +239,8 @@ that content is divided into slides. .. L15 +{{{ Show the "Beamer ..." slide }}} + .. R15 The usetheme command is used to specify the theme to be used for the current @@ -237,7 +255,8 @@ We must also note that the title page of the presentation can be set like any other LaTeX document. If we have to use fragile environemts like verbatim or lstlisting inside a -slide, then we have to pass an additional parameter to begin frame, fragile. +slide, then we have to pass an additional parameter to begin frame, namely +fragile. Overlays and simple animation can be achieved using the pause command. @@ -246,6 +265,8 @@ this marvelous utility. .. L16 +{{{ Show the "Beamer: An Example presentation" slide }}} + .. R16 This screen shows a very basic LaTeX presentation done using beamer. We use the @@ -257,20 +278,20 @@ example shown on the screen. .. L17 {{{continue from paused state}}} -{{{ Show summary slide }}} +{{{ Show the "Summary" slide }}} .. R17 This brings us to the end of this tutorial. In this tutorial, we have, -.. 1. Written simple mathematical formulae in LaTeX. -.. #. Typeset simple mathematical formulae in LaTeX. -.. #. Written bibliography for a LaTeX document. -.. #. Made a sample presentations in LaTeX, using beamer. +1. Written simple mathematical formulae in LaTeX. +#. Typeset simple mathematical formulae in LaTeX. +#. Written bibliography for a LaTeX document. +#. Made a sample presentations in LaTeX, using beamer. .. L18 -{{{Show self assessment questions slide}}} +{{{ Show the "Self assessment questions" slide }}} .. R18 @@ -284,7 +305,7 @@ remove the line. .. L19 -{{{Show self assessment questions slide}}} +{{{ Show the "Solutions" slide }}} .. R19 @@ -300,7 +321,7 @@ package. .. L20 -{{{ Show the thankyou slide }}} +{{{ Show the "Thank you" slide }}} .. R20 |