point

point

This keyword creates a named location in the circuit graph that can be referenced later.

The format for this command: point <string_expr>, where <string_expr> is a string literal or any expression that evaluates to a string. The named point can be referenced later using at "name", to "name", or via a variable or expression.

Static string

from "std" import *

v3v3 = supply("3.3V")
gnd = dgnd()

at v3v3
wire down 100 right 100

point "tmp1"

wire right 200 down 100
add cap(100n)
wire down 100
to gnd

at "tmp1"
wire down 100
add res(10k)
wire down 100
to gnd

Variable

A string stored in a variable can be passed directly to point:

from "std" import *

gnd = dgnd()

tmp_name = "my_point"
point tmp_name

wire right 100
at "my_point"
wire down 100
to gnd

Expression (string concatenation)

String expressions, such as concatenating a prefix with a loop index, are also valid:

from "std" import *

gnd = dgnd()
names = []

for i in range(0, 5):
    point "hello_" + i
    array_push(names, "hello_" + i)

    if i < 4:
        wire right 300

Dynamic reference in loops

To reference dynamically-named points inside a loop, use at array_get(names, i) where names holds the list of point name strings:

from "std" import *

v5 = supply("5V")
gnd = dgnd()
wire d 100

names = []
gnds = []

for i in range(0, 5):
    point "hello_" + i
    array_push(names, "hello_" + i)

    if i < 4:
        wire right 300

for i in range(0, 5):
    at array_get(names, i)

    wire down 100
    add cap(100n)
    wire down 100

    tmp_name = "gnd_" + i
    array_push(gnds, tmp_name)

    point tmp_name

for i in range(0, 5):
    at gnd
    wire up 100
    to array_get(gnds, i)

to "name" works for referencing a static named point in a wire chain:

point "tmp1"

at some_component pin 3
wire right 100
wire auto
to "tmp1"

[0] ParseError at 3:4-3:18: Could not find component: some_component Render failed due to syntax or parsing errors