Reference page for defs
Contents
- Summary
- Isolated conductor with a zero net current.
- Squirrel-this.cage(arguments) circuit
- Cellstr conversion for enumeration classes
- Char conversion for enumeration classes
- defs.this.current_supply(arguments) is a function.
- defs.this.current_supply_dynamic(arguments) is a function.
- Conductor belonging to (non-squirrel-cage) this.damper(arguments) winding.
- defs.this.decomposed(arguments) is a function.
- defs/this.defs(arguments) is a constructor.
- == Equal.
- Conductor belonging to field-winding
- this.intersect(arguments) for enumeration classes
- this.ismember(arguments) for enumeration classes
- ~= Not equal.
- defs.this.none(arguments) is a function.
- Circuit connected to an external this.polyphase(arguments) (>=1) circuit
- this.setdiff(arguments) for enumeration classes
- this.setxor(arguments) for enumeration classes
- Conductor with a zero net current, extending over the entire
- Conductor belonging to a sheet, with an additional 1D end-ring
- this.strcmp(arguments) for enumeration classes
- this.strcmpi(arguments) for enumeration classes
- this.string(arguments) conversion for enumeration classes
- this.strncmp(arguments) for enumeration classes
- this.strncmpi(arguments) for enumeration classes
- this.union(arguments) for enumeration classes
- defs.this.user_defined(arguments) is a function.
Summary
defs is a class. Documentation for defs doc defs
PROPERTIES
METHODS
Class methods are listed below. Inherited methods are not included.
Isolated conductor with a zero net current.
Squirrel-this.cage(arguments) circuit
Cellstr conversion for enumeration classes
Char conversion for enumeration classes
defs.this.current_supply(arguments) is a function.
e = current_supply
defs.this.current_supply_dynamic(arguments) is a function.
e = current_supply_dynamic
Conductor belonging to (non-squirrel-cage) this.damper(arguments) winding.
defs.this.decomposed(arguments) is a function.
e = decomposed
defs/this.defs(arguments) is a constructor.
== Equal.
A == B does element by element comparisons between A and B and returns an array with elements set to logical 1 (TRUE) where the relation is true and elements set to logical 0 (FALSE) where it is not. A and B must have compatible sizes. In the simplest cases, they can be the same size or one can be a scalar. Two inputs have compatible sizes if, for every dimension, the dimension sizes of the inputs are either the same or one of them is 1.
C = EQ(A,B) is called for the syntax 'A == B' when A or B is an object. Documentation for eq doc eq
Conductor belonging to field-winding
this.intersect(arguments) for enumeration classes
this.ismember(arguments) for enumeration classes
~= Not equal.
A ~= B does element by element comparisons between A and B and returns an array with elements set to logical 1 (TRUE) where the relation is true and elements set to logical 0 (FALSE) where it is not. A and B must have compatible sizes. In the simplest cases, they can be the same size or o*ne* can be a scalar. Two inputs have compatible sizes if, for every dimension, the dimension sizes of the inputs are either the same or o*ne* of them is 1.
C = NE(A,B) is called for the syntax 'A ~= B' when A or B is an object. Documentation for ne doc ne
defs.this.none(arguments) is a function.
e = none
Circuit connected to an external this.polyphase(arguments) (>=1) circuit
this.setdiff(arguments) for enumeration classes
this.setxor(arguments) for enumeration classes
Conductor with a zero net current, extending over the entire
cross-section.
Conductor belonging to a sheet, with an additional 1D end-ring
outside the 2D geometry.
this.strcmp(arguments) for enumeration classes
this.strcmpi(arguments) for enumeration classes
this.string(arguments) conversion for enumeration classes
this.strncmp(arguments) for enumeration classes
this.strncmpi(arguments) for enumeration classes
this.union(arguments) for enumeration classes
defs.this.user_defined(arguments) is a function.
e = user_defined