IsHolomorphic(f(z), For(z, c)), rendered f(z) is holomorphic at z=c, represents the predicate that f(z)
is complex differentiable in some open neighborhood of the point c.
IsHolomorphic(f(z), ForElement(z, S)), rendered f(z) is holomorphic on z∈S, represents the predicate that f(z)
is complex differentiable in some open neighborhood of every point in the set S.
As a special case f(z) is holomorphic at z=∞~
is equivalent to f(z1) is holomorphic at z=0.
As a special case f(z) is holomorphic at z=i∞
represents the predicate that f(z)
is a periodic function on the upper half plane that is holomorphic at infinity (in the sense of modular function theory)
Definitions:
| Fungrim symbol | Notation | Short description |
|---|---|---|
| IsHolomorphic | f(z) is holomorphic at z=c | Holomorphic predicate |
| UnsignedInfinity | ∞~ | Unsigned infinity |
| ConstI | i | Imaginary unit |
| Infinity | ∞ | Positive infinity |
Source code for this entry:
Entry(ID("499bdf"),
SymbolDefinition(IsHolomorphic, IsHolomorphic(f(z), For(z, c)), "Holomorphic predicate"),
Description(SourceForm(IsHolomorphic(f(z), For(z, c))), ", rendered", IsHolomorphic(f(z), For(z, c)), ", represents the predicate", "that", f(z), "is complex differentiable in some open neighborhood of the point", c, "."),
Description(SourceForm(IsHolomorphic(f(z), ForElement(z, S))), ", rendered", IsHolomorphic(f(z), ForElement(z, S)), ", represents the predicate", "that", f(z), "is complex differentiable in some open neighborhood of every point in the set", S, "."),
Description("As a special case", IsHolomorphic(f(z), For(z, UnsignedInfinity)), " is equivalent to", IsHolomorphic(f(Div(1, z)), For(z, 0)), "."),
Description("As a special case", IsHolomorphic(f(z), For(z, Mul(ConstI, Infinity))), " represents the predicate that", f(z), "is a periodic function on the upper half plane that is holomorphic at infinity (in the sense of modular function theory)"))