AMCTestmakeR provides functions to be used with the free Optical Mark Recognition (OMR) software Auto Multiple Choice.
It’s main purpose is to facilitate working with R and AMC in parallel, but it can also be used to transform a spreadsheet into an AMC questionnaire easily.
So far, the features are limited to generating AMC-LaTeX code questions for Multiple Choice Questionnaires (single and multiple answer). Hopefully, it’s how most people use Auto Multiple Choice.
Install the library with install.packages("AMCTestmakeR"), and load it with:
If you don’t have devtools, install it with install.packages("devtools") first.
Install the development version with devtools::install_github("nilsmy/AMCTestmakeR").
Let’s say that we have a simple question to add: - How much is 1 + 1? - The correct answer is 2 (if you didn’t get this one, you’re probably at the wrong place) - The incorrect ones are 3 and 11
AMCcreatequestions(
question = "How much is $1+1$?",
correctanswers = 2,
incorrectanswers = list(3, 11))
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%| List of questions |%%%%%%%%%%
%%% (copy & paste in main .tex file) %%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\element{general}
{\begin{question}{Q1}\scoring{b=1,m=0,v=0,e=0,b=0}
How much is $1+1$?
\begin{multicols}{2}\AMCBoxedAnswers\begin{choices}
\correctchoice{2}
\wrongchoice{11}
\wrongchoice{3}
\end{choices}\end{multicols}\end{question}
}
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
%%%%%%%%%| List of elements |%%%%%%%%%
%%% (copy & paste after questions) %%%
%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
\section*{general}
\shufflegroup{general}
\insertgroup{general}Or, more simply AMCcreatequestions("How much is $1+1$?",2,list(3, 11)).
R escapes different characters than LaTeX, so doing a copy-and-paste of the console output will require than you tweak things a bit.
Instead of doing that, I recommend to use the optional argument writefile = TRUE to write the generated code into a file. The default creates a questions.tex file in the working directory, but you can indicate another path with filepath, and append to an existing file – rather than overwriting the existing file – with append = TRUE).
If you have an entire questionnaire to generate, the AMCcreatequestions can use vectors for many of its arguments.
Let’s first create 3 questions, putting the questions and answers in vectors.
question <- c("How much is $1+1$ ?",
"How much is $1 \\times 1$ ?",
"How much is $\\frac{1}{2}$ ?")
correct <- c(2,1,0.5)
incorrect1 <- c(3,4,10)
incorrect2 <- c(1,3,100)
incorrect3 <- c(4,8,NA)Note that the third question has only 2 incorrect answers: AMCTestmakeR will simply skip missing values (NA and "").
AMCcreatequestions(question = question,
correctanswers = correct,
incorrectanswers = list(incorrect1,incorrect2,incorrect3))
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#> %%%%%%%%%| List of questions |%%%%%%%%%%
#> %%% (copy & paste in main .tex file) %%%
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#>
#> \element{general}
#> {\begin{question}{Q1}\scoring{b=1,m=0,v=0,e=0,b=0}
#> How much is $1+1$ ?
#> \begin{multicols}{2}\AMCBoxedAnswers\begin{choices}
#> \correctchoice{2}
#> \wrongchoice{1}
#> \wrongchoice{3}
#> \wrongchoice{4}
#> \end{choices}\end{multicols}\end{question}
#> }
#>
#> \element{general}
#> {\begin{question}{Q2}\scoring{b=1,m=0,v=0,e=0,b=0}
#> How much is $1 \times 1$ ?
#> \begin{multicols}{2}\AMCBoxedAnswers\begin{choices}
#> \wrongchoice{8}
#> \wrongchoice{4}
#> \correctchoice{1}
#> \wrongchoice{3}
#> \end{choices}\end{multicols}\end{question}
#> }
#>
#> \element{general}
#> {\begin{question}{Q3}\scoring{b=1,m=0,v=0,e=0,b=0}
#> How much is $\frac{1}{2}$ ?
#> \begin{multicols}{2}\AMCBoxedAnswers\begin{choices}
#> \wrongchoice{100}
#> \wrongchoice{10}
#> \correctchoice{0.5}
#> \end{choices}\end{multicols}\end{question}
#> }
#>
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#> %%%%%%%%%| List of elements |%%%%%%%%%
#> %%% (copy & paste after questions) %%%
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#> \section*{general}
#> \shufflegroup{general}
#> \insertgroup{general}Like before, copy-paste is not optimal, as R escapes different characters than LaTeX. Using writefile = TRUE is more convenient to take care of this and translate R text into LaTeX (see above for details). Also, consider using the function AMCcreatetest() to handle the full test creation (described later as Suggested Workflow 1).
The element in AMC corresponds to a group of questions. They can for example correspond to different learning outcomes or chapters of a book. AMC is able to randomize questions within elements.
Provide a character value or vector to the argument element to define it. If you provide a value, all questions will have this value as element. If you provide a vector, each question will have its corresponding element.
AMCcreatequestions(element = c("ADD", "MULT", "DIV"),
question = question,
correctanswers = correct,
incorrectanswers = list(incorrect1,incorrect2,incorrect3))
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#> %%%%%%%%%| List of questions |%%%%%%%%%%
#> %%% (copy & paste in main .tex file) %%%
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#>
#> \element{ADD}
#> {\begin{question}{Q1}\scoring{b=1,m=0,v=0,e=0,b=0}
#> How much is $1+1$ ?
#> \begin{multicols}{2}\AMCBoxedAnswers\begin{choices}
#> \wrongchoice{4}
#> \wrongchoice{1}
#> \correctchoice{2}
#> \wrongchoice{3}
#> \end{choices}\end{multicols}\end{question}
#> }
#>
#> \element{MULT}
#> {\begin{question}{Q2}\scoring{b=1,m=0,v=0,e=0,b=0}
#> How much is $1 \times 1$ ?
#> \begin{multicols}{2}\AMCBoxedAnswers\begin{choices}
#> \correctchoice{1}
#> \wrongchoice{4}
#> \wrongchoice{3}
#> \wrongchoice{8}
#> \end{choices}\end{multicols}\end{question}
#> }
#>
#> \element{DIV}
#> {\begin{question}{Q3}\scoring{b=1,m=0,v=0,e=0,b=0}
#> How much is $\frac{1}{2}$ ?
#> \begin{multicols}{2}\AMCBoxedAnswers\begin{choices}
#> \wrongchoice{100}
#> \correctchoice{0.5}
#> \wrongchoice{10}
#> \end{choices}\end{multicols}\end{question}
#> }
#>
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#> %%%%%%%%%| List of elements |%%%%%%%%%
#> %%% (copy & paste after questions) %%%
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#> \section*{ADD}
#> \shufflegroup{ADD}
#> \insertgroup{ADD}
#> \section*{MULT}
#> \shufflegroup{MULT}
#> \insertgroup{MULT}
#> \section*{DIV}
#> \shufflegroup{DIV}
#> \insertgroup{DIV}The default element is general.
In AMC, each question should have a unique code.
The code can be provided in AMCTestmakeR through the argument code (like for the element argument, a character value or vector can be used).
AMCcreatequestions(code = c("ADD1", "MULT1", "DIV1"),
question = question,
correctanswers = correct,
incorrectanswers = list(incorrect1,incorrect2,incorrect3))
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#> %%%%%%%%%| List of questions |%%%%%%%%%%
#> %%% (copy & paste in main .tex file) %%%
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#>
#> \element{general}
#> {\begin{question}{ADD1}\scoring{b=1,m=0,v=0,e=0,b=0}
#> How much is $1+1$ ?
#> \begin{multicols}{2}\AMCBoxedAnswers\begin{choices}
#> \wrongchoice{3}
#> \wrongchoice{4}
#> \wrongchoice{1}
#> \correctchoice{2}
#> \end{choices}\end{multicols}\end{question}
#> }
#>
#> \element{general}
#> {\begin{question}{MULT1}\scoring{b=1,m=0,v=0,e=0,b=0}
#> How much is $1 \times 1$ ?
#> \begin{multicols}{2}\AMCBoxedAnswers\begin{choices}
#> \wrongchoice{4}
#> \wrongchoice{3}
#> \wrongchoice{8}
#> \correctchoice{1}
#> \end{choices}\end{multicols}\end{question}
#> }
#>
#> \element{general}
#> {\begin{question}{DIV1}\scoring{b=1,m=0,v=0,e=0,b=0}
#> How much is $\frac{1}{2}$ ?
#> \begin{multicols}{2}\AMCBoxedAnswers\begin{choices}
#> \wrongchoice{100}
#> \wrongchoice{10}
#> \correctchoice{0.5}
#> \end{choices}\end{multicols}\end{question}
#> }
#>
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#> %%%%%%%%%| List of elements |%%%%%%%%%
#> %%% (copy & paste after questions) %%%
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#> \section*{general}
#> \shufflegroup{general}
#> \insertgroup{general}A lazy version of this is, instead of codes, to input a code prefix with the codeprefix argument. Unique codes will be generated by the function by incrementing numbers after the prefix.
AMCcreatequestions(codeprefix = "MATH",
question = question,
correctanswers = correct,
incorrectanswers = list(incorrect1,incorrect2,incorrect3))
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#> %%%%%%%%%| List of questions |%%%%%%%%%%
#> %%% (copy & paste in main .tex file) %%%
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#>
#> \element{general}
#> {\begin{question}{MATH1}\scoring{b=1,m=0,v=0,e=0,b=0}
#> How much is $1+1$ ?
#> \begin{multicols}{2}\AMCBoxedAnswers\begin{choices}
#> \wrongchoice{1}
#> \wrongchoice{3}
#> \correctchoice{2}
#> \wrongchoice{4}
#> \end{choices}\end{multicols}\end{question}
#> }
#>
#> \element{general}
#> {\begin{question}{MATH2}\scoring{b=1,m=0,v=0,e=0,b=0}
#> How much is $1 \times 1$ ?
#> \begin{multicols}{2}\AMCBoxedAnswers\begin{choices}
#> \wrongchoice{4}
#> \wrongchoice{3}
#> \correctchoice{1}
#> \wrongchoice{8}
#> \end{choices}\end{multicols}\end{question}
#> }
#>
#> \element{general}
#> {\begin{question}{MATH3}\scoring{b=1,m=0,v=0,e=0,b=0}
#> How much is $\frac{1}{2}$ ?
#> \begin{multicols}{2}\AMCBoxedAnswers\begin{choices}
#> \wrongchoice{100}
#> \correctchoice{0.5}
#> \wrongchoice{10}
#> \end{choices}\end{multicols}\end{question}
#> }
#>
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#> %%%%%%%%%| List of elements |%%%%%%%%%
#> %%% (copy & paste after questions) %%%
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#> \section*{general}
#> \shufflegroup{general}
#> \insertgroup{general}When your questions are ready and the AMCcreatequestions() gives a satisfactory result. I suggest to directly use AMCcreatetest() to create the other .tex files and to have a fully working test easily (Workflow 1).
AMCcreatetest()AMCTestmakeR can create a test from scratch with the function AMCcreatetest(). It creates 3 .tex files (groups.tex, questions.tex, elements.tex) that can be directly used in the AMC project folder.
The first arguments of this function are passed to the AMCcreatequestions() function (see above for how to use it). The rest of the arguments are used to set test options (like fontsize, separateanswersheet, title, identifier, etc.). See the function documentation for a full list of options. If you don’t pass any option (except for the questions of course), you should have a useable – albeit not customized – test.
Separate answer sheets, font size, title, instructions, etc.
AMCcreatetest(
#This part is passed to the AMCcreatequestions() function:
question = "How much is $1+1$?",
2,
list("3", "11"),
#The next part is passed to AMCcreateelements():
shuffle = T,
sections = T,
#The last part is for general test options:
title = "Exam", #Custom title
paper = "a4", #change the paper for a4
fontsize = 11, #change fontsize
identifier = "ID Number", #change identifier
twosided = F, #print in one sided
instructions = "Don't respond here.", #show an instructions block
separateanswersheet = T, #use a separate answer sheet
answersheettitle = "Respond Here", #Change answer sheet title
answersheetinstructions = "Fill the boxes."#Answer sheet instructions
)When working on the questions, I suggest to work using AMCcreatequestions() with the default output as notes (to check the result without opening a separate .tex file). Once your questions are ready, I suggest to switch to AMCcreatequestions(), using the same beginning arguments, and changing the rest.
AMCcreateelements()If you want to customize more, you can do things step by step. If doing that, I highly recommend starting by reading the AMC documentation.
When using AMCcreatequestions() to create a questionnaire in AMC, I suggest to create, with writefile = TRUE, the questions in a separate questions file (e.g. questions.tex) in your AMC project folder.
From there, in your main .tex document (usually, that’s named groups.tex by AMC), add \input{questions.tex} at the beginning (but still after your \begin{document}).
Then, where you want to place the different elements, in your main .tex, add \insertgroup{element} for each of them. Before the \insertgroup{} command, you can use \shufflegroup{element} to shuffle the questions within the element.
AMCcreateelements() functionIf you have many elements in your document, and therefore many \insertgroup{} (and \shufflegroup{}) to insert, you may want to use the function AMCcreateelements() function. It will show as a console message (which you can, this time, easily copy-and-paste into your main .tex document) the commands to insert (and shuffle, if desired, through the shufflequestions argument) the elements:
AMCcreateelements(element = c("ADD", "MULT", "DIV"), shufflequestions = T, sections = T)
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#> %%%%%%%%%| List of elements |%%%%%%%%%
#> %%% (copy & paste after questions) %%%
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#> \section*{ADD}
#> \shufflegroup{ADD}
#> \insertgroup{ADD}
#> \section*{MULT}
#> \shufflegroup{MULT}
#> \insertgroup{MULT}
#> \section*{DIV}
#> \shufflegroup{DIV}
#> \insertgroup{DIV}Note that, if the same element is input multiple times (which often happens if you pass to this function the same vector of elements as the one used in AMCcreatequestions()), it is not a problem, since only unique values are output:
AMCcreateelements(element = c("MATH", "MATH", "MATH", "STAT"), shufflequestions = F, sections = F)
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#> %%%%%%%%%| List of elements |%%%%%%%%%
#> %%% (copy & paste after questions) %%%
#> %%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%%
#> \insertgroup{MATH}
#> \insertgroup{STAT}Auto multiple choice s a great freeware that is able to do a lot more that what AMCTestmakeR helps for, so I will try to add the most helpful features here soon. This software feels the In any case, I strongly encourage to read the documentation of how to use LaTeX in Auto Multiple Choice to get a sense of its many possibilities.