clone

Creates a copy of an existing schema element or schema object.

Library

EngeeRF

Syntax

outelem = clone(inelem) — creates a schema element outelem with identical properties as inelem. Function clone does not copy parent schema information such as ParentNodes and ParentPath.

outckt = clone(inckt) — creates a schema object outckt, identical to inckt. Elements of the scheme in inckt are copied recursively and added to the same nodes in outckt. Ports or terminals in outckt are defined in the same way as in inckt.

# inelem — schema element

+ scalar descriptor object

Details

The copied schema element specified as a scalar descriptor object. The circuit element can be a resistor, capacitor or inductor.

# inckt — schema object

+ scalar descriptor object

Details

The copied schema object specified as a scalar descriptor object.

# outelem — schema element

+ scalar descriptor object

Details

A copy of the schema element returned as a scalar descriptor object. The circuit element can be a resistor, capacitor or inductor.

# outckt — schema object

+ scalar descriptor object

Details

A copy of the schema object returned as a scalar descriptor object.

Details

Create a resistor.

using EngeeRF

hR1 = resistor(50)
print(hR1)

resistor(Terminals = ("p", "n"), Name = "R", Resistance = 50.0)

Create a copy of the resistor hR1.

hR2 = clone(hR1)
print(hR2)

resistor(Terminals = ("p", "n"), Name = "R", Resistance = 50.0)

Details

Create a schema object. Add a resistor and a capacitor to it.

using EngeeRF

hckt1 = circuit("circuit1")
hC1= add(hckt1,[1 2],capacitor(3e-9))
hR1 = add(hckt1,[2 3],resistor(100))
print(hckt1)

circuit(ElementNames = ("C", "R"), Name = "circuit1", Elements = Vector{EngeeRF.DomainRF.DomainObjectRF}, Nodes = [1, 2, 3])

Create a copy of the schema object.

hckt2 = clone(hckt1)
print(hckt2)

circuit(ElementNames = ("C", "R"), Name = "circuit1", Elements = Vector{EngeeRF.DomainRF.DomainObjectRF}, Nodes = [1, 2, 3])