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textarea="explain data feedback_general"

iEdit="explain feedback_general"

asis="explain feedback_general"

:Mixte multiple choice questions embedded in a non variable text.

This exercise presents a text where response fields are inserted.

<p>

To build an exercise with this model, just enter the text.

An easy syntax allows you to incorporate multiple choice fields and

free answers in the text.

</p>

<p class="wims_credits">Author of the model: <a href="mailto:qualite@wimsedu.info">Gang Xiao</a></p>

:%%%%%%%%%%%%%%%%%      ATTENTION      %%%%%%%%%%%%%%%%%%%%

Remove the above header if you destroy the model tags! (The lines starting

with a ':'.) Otherwise the exercise might not be taken back by Createxo.

:%%%%%%%% Sample parameters to be redefined %%%%%%%%%%%%%%%%%

:\title{Choices in a text}

:\author{XIAO, Gang}

:\email{qualite@wimsedu.info}

:\credits{}

:Instruction for learners

\text{explain=Remplissez.}

:Main data.

Questions to ask should be put between a pair of

double-question marks "??".

<p>

The question is a multiple choice if it contains multiple objects separated by commas,

 the correct answer being first.<br>

If the question (between ??) contains only one object, then it is a free answer,

 numeric if it is a number or textual otherwise.

</p><p>

You can ask up to 20 questions in one sentence.

If several correct answers are possible in a free answer,

 separate all the correct answers (synonyms) with a vertical line <span class="tt wims_code_words">|</span>.

(the analysis is then done by symtext).

</p>

$embraced_randitem

\text{data=Linux was created in ??1991?? by Linus Torvalds,

who was a ??Finnish, Swedish, American, English, Nordic?? student

at the time working on the ??Minix?? system on

??Intel 386,Sun,Macintosh,Bull,Microsoft?? architecture machines.<br>

He posted on a newsgroup the first version of his system,

 which was version ??0.02??.

}

:Embraced random items

$embraced_randitem

\text{accolade=item(1,1 yes,

2 no)}

:Menu display order

Menus can be displayed in a shuffle order or sorted.

\text{list_order=item(1,alpha,shuffle)}

:Tolerance level for free answers

The types <span class="tt">case</span> and <span class="tt">nocase</span> are especially suitable for language applications.

In other cases, prefer<span class="tt">atext</span>.

\text{type_rep=item(3,case (no error tolerance),

  nocase (tolerate lowercase / uppercase),

  atext (ignore plural / singular and articles))}

:%%%%%%%%%%%%%% Nothing to modify until statement %%%%%%%%%%%%%%%%

\text{accolade=wims(word 1 of \accolade)}

\precision{10000}

\text{data=wims(singlespace \data)}

\text{data=\accolade=1 ? wims(embraced randitem \data)}

\text{data=slib(text/cutchoice2 \data)}

\integer{qs=min(20,floor(rows(\data)/2))}

\text{types=}

\text{options=}

\text{lengths=}

\text{good=}

\text{field=}

\for{i=1 to \qs}{

 \text{f=\data[2*\i;]}

 \integer{test=items(\f)}

 \if{\test>1}{

  \text{g=\f[1]}

  \if{\list_order issametext alpha}{

    \text{f=wims(sort items \f)}

  }{

    \text{f=shuffle(\f,,)}

  }

  \text{g=positionof(\g,\f)}

  \text{good=\good\g;,}

  \text{field=\field\f;}

  \text{types=\types[]menu,}

  \text{lengths=\lengths,}

 }{

  \text{good=\good\f,}

  \integer{c=wims(charcnt \f)}

  \text{field=\field;}

  \real{test=\f}

  \if{\test issametext NaN}{

   \text{test=wims(translate internal | to , in \f)}

   \integer{c=wims(charcnt \test[1])}

   \integer{c=min(50,max(6,\c+6))}

   \text{lengths=\lengths\c,}

   \text{types=\types[]\type_rep,}

   \text{options=| isin \f?\options[]symtext}

  }{

   \integer{c=max(5,\c+2)}

   \text{lengths=\lengths\c,}

   \text{f1=wims(nospace \f)}

   \text{test=wims(text select -0123456789 in \f)}

   \text{types=\test issametext \f1 and abs(\f)<4000?\types[]numexp,:\types[]number,}

  }

 }

 \text{options=\options,}

}

\text{qlist=wims(makelist reply x for x=1 to \qs)}

\steps{\qlist}

:%%%%%%%%%%%%% Now the statement in HTML. %%%%%%%%%%%%%%%%%%%%

::You don't need to modify this in general.

\statement{<div>\explain</div>

  \data[1;]

  \for{k=1 to \qs}{

    \embed{r \k,\lengths[\k]} \data[2*\k+1;]

  }

}

:%%%%%%%%%%%%% Nothing to modify after. %%%%%%%%%%%%%%%%%5

\answer{Field 1}{\good[1]\field[1;]}{type=\types[1]}{option=\options[1]}

\answer{Field 2}{\good[2]\field[2;]}{type=\types[2]}{option=\options[2]}

\answer{Field 3}{\good[3]\field[3;]}{type=\types[3]}{option=\options[3]}

\answer{Field 4}{\good[4]\field[4;]}{type=\types[4]}{option=\options[4]}

\answer{Field 5}{\good[5]\field[5;]}{type=\types[5]}{option=\options[5]}

\answer{Field 6}{\good[6]\field[6;]}{type=\types[6]}{option=\options[6]}

\answer{Field 7}{\good[7]\field[7;]}{type=\types[7]}{option=\options[7]}

\answer{Field 8}{\good[8]\field[8;]}{type=\types[8]}{option=\options[8]}

\answer{Field 9}{\good[9]\field[9;]}{type=\types[9]}{option=\options[9]}

\answer{Field 10}{\good[10]\field[10;]}{type=\types[10]}{option=\options[10]}

\answer{Field 11}{\good[11]\field[11;]}{type=\types[11]}{option=\options[11]}

\answer{Field 12}{\good[12]\field[12;]}{type=\types[12]}{option=\options[12]}

\answer{Field 13}{\good[13]\field[13;]}{type=\types[13]}{option=\options[13]}

\answer{Field 14}{\good[14]\field[14;]}{type=\types[14]}{option=\options[14]}

\answer{Field 15}{\good[15]\field[15;]}{type=\types[15]}{option=\options[15]}

\answer{Field 16}{\good[16]\field[16;]}{type=\types[16]}{option=\options[16]}

\answer{Field 17}{\good[17]\field[17;]}{type=\types[17]}{option=\options[17]}

\answer{Field 18}{\good[18]\field[18;]}{type=\types[18]}{option=\options[18]}

\answer{Field 19}{\good[19]\field[19;]}{type=\types[19]}{option=\options[19]}

\answer{Field 20}{\good[20]\field[20;]}{type=\types[20]}{option=\options[20]}