Closed KathiSchleidt closed 3 months ago
Think the issue is that the commenter cannot abstract, not capable of modelling "the big bang" as an electronic object Won't fix
Maybe the misunderstanding is in what exactly is an object. there is no definition in 19156 and in Geolexica one reads: "entity with a well defined boundary and identity that encapsulates state and behaviour". That obviously stems from programming and leaves a lot of room for interpretation (what is a 'well defined boundary'? In which sense or dimension?) Are gravity or a dream both objects? The reason to add a definition for 'phenomenon' is that it is a more generic term that would avoid this discussion, Geolexica doesn't have it, and going into 'wider ISO definitions' is asked a bit much for someone who is 'only' interested in Observation and Measurements. BTW the definition of 'property' in ISO refers to 'attribute' and vice versa. Not very helpful in understanding why we would need two separate terms.
I-ADOPT conceptual model is pretty clear on what property is. I like the definition given at the top (attribute which is observable).
I would not also not refer to the 'big bang' as an 'object', rather as a 'phenomenon'. The 'object' in this context is the 'universe', isn't it? Although that just started to come into existence from nothing ... thus, the object changed quite a bit as part of the phenomenon.
Just like in the ontology world, where everything is a Thing (the definition of Thing is the opposite of an empty set), in the O&M world everything can be an Object. This includes events and abstract concepts and phenomenons.
In this discussion we can Observe the concept of Object to be the cause of much discussion: Observed Property: Amount of discussion; FeatureOfInterest: The concept of Object; result value: much.
It only depends on your perspective and system definition. How one chooses their Objects depends on ones goals.
Can't kill Abby!
Ask Reese if possible
Abby has been restored, see #201
I'll let her know
-017 Not all phenomena that have properties are objects (e.g. the ‘big bang’).
property attribute which is observable [SOURCE: ISO 19143:2010, modified]
To be complemented by defining phenomenon A phenomenon is an entity that has at least one property and is referenced by an identifier
KS: nice if you can redefine phenomenon, but goes out of line with wider ISO definitions