State, condition, situation, status are terms for existing circumstances or surroundings. Usually people will refer to "the" state of, not a state.) (Although I don't think it's possible to assign multiple states to an object. An object might possibly not have a state assigned. States, on the other hand, are conditions that don't need to be arranged in any sort of order or on any spectrum. I believe statuses should be arranged on a spectrum, and an object usually moves from one end of the spectrum to another, having exactly one status assigned. In my opinion, a status is one of a pre-defined set of conditions, for example, not ready, in progress, almost ready, and ready to use (see ironically, WebPlatform.Org calls these "states", but I think they are more like "statuses"). The difference is really open to interpretation. In fact, Dictionary.Com uses the term "state" in the very definition of status (see #2), and vice versa (see #3). In a technical manual, there may be a clear distinction between these terms, however in the English language these words are synonymous. STOHDTO (Six To One, Half-a-Dozen To the Other). The status of the project however would almost certainly change with time, likely with respect to a deadline. This description of the state of the project would be the same at any point in time given unchanged progress of components A and B and unchanged outside influences. The state of the project maybe described as, "component A is complete but component B is not the project is 60% complete overall". In the context that you describe, the definitions above are still relevant. The difference here, I think, holds true even outside the context of systems engineering. ![]() A status, however, describes the outcome of an action at a particular point in time. From the definitions above, it could also be inferred that a state exists (or does not exist) irrespective of time. In systems engineering, these two words have very specific meanings. The transition into the state that describes the item being in the cart may be blocked if the status of the transition signals an error (i.e. For example, the user of our online shop may attempt to add an item to their cart. on shopping website, a user's shopping cart enters a different state when the customer adds an item to it.Ī "status", in the context of states of a system, describes the transition into a state. ![]() A system is in a certain "state" at a point in time when the system meets a pre-defined set of criterion, i.e. I find the systems engineering definition useful here.
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