The current OpMAP installation at ZKM (Karlsruhe, Germany) is based on an argumentative analysis of the Veggie Debate. By completing the survey, you actually judge different arguments that have been advanced in the debate. The argumentative analysis is later used to compute the degree to which your opinion coheres with the opinions of other users.
This document introduces the argumentative analysis of the Veggie Debate and the technical tools we’ve employed to carry it out.
In our interpretation, the Veggie Debate is essentially a debate about the following core claims:
[Meat-OK]: There exist meat and animal products which one is allowed to eat. [Eat-what-you-want]: One may eat meat and other animal products of any kind. [No-mass-farming]: One must not eat meat produced in modern mass farming facilities. [Strict-veggie]: One must not eat meat at all. [Strict-vegan]: One must not eat animal products at all. [Less-meat]: One should reduce the consumption of meat. [Less-animal]: One should reduce the consumption of animal products.
These claims are related in different ways. For example,
[No-mass-farming], that is, you cannot maintain both claims in a self-consistent way. Or,
[Strict-veggie], that is, if you accept the former, you inevitably accept the latter claim, too.
The different logical relations between the core claims are encoded in our argumentative analysis.
The argumentative analysis first and foremost clarifies the various pros and cons of the Veggie Debate. These pro and con reasons are reconstructed as arguments for or against the different core claims of the debate.
We distinguish the following kinds of arguments:
These categories are used to group the different arguments. The following argument map provides an overview of all the arguments of the debate.
The red and green arrows indicate relations of support and attack between the various arguments and theses. Further information on how to read an argument map can be found here.
Every argument of the debate is reconstructed as a series of premisses that justify a conclusion.
So, for example, the argument for
[No-mass-farming] which stresses the suffering of animals in mass-farming facilities is analysed as:
<Animal suffering>: Animal rights are flagrantly violated in modern mass-farming facilities. (1) Animal rights are flagrantly violated in modern mass-farming facilities. (2) By eating food that has been produced in conventional ways, esp. through mass-farming techniques, one supports the modern mass-farming industry. (3) One must not support an industry which is responsible for systematic violations of animal rights. ---- (4) [No mass farming]: One must not eat meat produced in modern mass farming facilities.
(3) serve as premisses of the argument
<Animal suffering> with conclusion
The different considerations of the debate are reconstructed as valid arguments. Valid arguments are “complete” in the following sense: If one accepts all premisses, one has to accept the conclusion. We say: the arguments define inferential relations between the various statements which figure in the debate.
(Who “forces” you to accept the conclusion if you accept the premisses? That’s our language. For example, you cannot consistently say both that ‘Ann is ill and Bob is ill’ and that ‘Bob is not ill’ – unless you use the words “and” or “not” in a very different way than we usually do.)
We’re using the newly developed Argdown Technology to carry out the argumentative analysis.
Argdown is basically a syntax, i.e., a set of conventions for structuring and organizing a text document. It allows you to code arguments in a standardized way. The core claims and the argument
<Animal suffering> from above are all formatted in accordance with Argdown conventions.
Argdown-documents can be read by different programs, which automatically generate argument maps or carry out advanced computations on the argumentative structure.
Constructing a survey from the logical reconstruction}