Search results
Results From The WOW.Com Content Network
The detailed semantics of "the" ternary operator as well as its syntax differs significantly from language to language. A top level distinction from one language to another is whether the expressions permit side effects (as in most procedural languages) and whether the language provides short-circuit evaluation semantics, whereby only the selected expression is evaluated (most standard ...
Note that the + and -characters can be any two different non-whitespace characters. Also, if you just want to use the value of the parameter when it's defined and some other value when it's undefined, you can use the simpler "fallback" construct: {{{1|some other value}}} Defined-and-non-blank vs. defined-and-blank vs. undefined
the conditional operator can yield a L-value in C/C++ which can be assigned another value, but the vast majority of programmers consider this extremely poor style, if only because of the technique's obscurity.
A full conditional thus contains two clauses: the subordinate clause, called the antecedent (or protasis or if-clause), which expresses the condition, and the main clause, called the consequent (or apodosis or then-clause) expressing the result. To form conditional sentences, languages use a variety of grammatical forms and constructions.
In Lambda calculus, the concept of an if-then-else conditional can be expressed using the following expressions: true = λx. λy. x false = λx. λy. y ifThenElse = (λc. λx. λy. (c x y)) true takes up to two arguments and once both are provided (see currying), it returns the first argument given.
"Third conditional" or "conditional III" is a pattern used to refer to hypothetical situations in a past time frame, generally counterfactual (or at least presented as counterfactual). Here the condition clause is in the past perfect, and the consequence is expressed using the conditional perfect. If you had called me, I would have come.
Given two events A and B from the sigma-field of a probability space, with the unconditional probability of B being greater than zero (i.e., P(B) > 0), the conditional probability of A given B (()) is the probability of A occurring if B has or is assumed to have happened. [5]
The biconditional is true in two cases, where either both statements are true or both are false. The connective is biconditional (a statement of material equivalence), [2] and can be likened to the standard material conditional ("only if", equal to "if ... then") combined with its reverse ("if"); hence the name. The result is that the truth of ...