pulp::host::sequencing::cartesian Namespace Reference

Classes
struct	Instance

Typedefs
using	Walk = signal::CartesianWalk
using	Grid = std::array<float, static_cast<std::size_t>(Walk::kMaxDim * Walk::kMaxDim)>

Functions
Grid	default_grid ()
	The default grid: a rising chromatic ramp in volts, so an unconfigured node walks an audible, obviously-ordered sequence rather than silence — which makes "is this thing clocked at all" answerable by ear.
float	cartesian_walk_worst_case_gain ()
	Worst-case linear gain for the Forge registry (series law 8).
float	cartesian_walk_cv_bound_v (const Grid &grid)
	Largest absolute CV, in volts, the node can emit for a given grid.
CustomNodeType	make_cartesian_walk_node (Grid grid=default_grid(), bool row_major=false)
	grid is the composed pattern and row_major is the access topology — the latter picks the registered type id, because it changes whether input port 1 is read at all.
ForgeNodeDescriptor	descriptor ()

Variables
constexpr const char *	kTypeId = "sequencing.cartesian_walk"
	Independent X and Y — the documented René behaviour, and the default.
constexpr const char *	kRowMajorTypeId = "sequencing.cartesian_walk_row_major"
	Row-major — an X wrap carries into Y, and the Y clock port is not read.
constexpr state::ParamID	kRun = 1
constexpr state::ParamID	kGridW = 2
constexpr state::ParamID	kGridH = 3
constexpr state::ParamID	kXOffset = 4
constexpr state::ParamID	kYOffset = 5

Typedef Documentation

Grid

using pulp::host::sequencing::cartesian::Grid = std::array<float, static_cast<std::size_t>(Walk::kMaxDim * Walk::kMaxDim)>

Walk

using pulp::host::sequencing::cartesian::Walk = signal::CartesianWalk

Function Documentation

cartesian_walk_cv_bound_v()

float pulp::host::sequencing::cartesian::cartesian_walk_cv_bound_v

(

const Grid &

grid

)

Largest absolute CV, in volts, the node can emit for a given grid.

cartesian_walk_worst_case_gain()

float pulp::host::sequencing::cartesian::cartesian_walk_worst_case_gain

(

)

Worst-case linear gain for the Forge registry (series law 8).

As with stage_seq: the clock and reset ports are consumed as edges, the CV output comes from the baked grid, and the gate and end-of-cycle outputs are boolean levels. No input amplitude reaches an output.

default_grid()

Grid pulp::host::sequencing::cartesian::default_grid ( )

inline

The default grid: a rising chromatic ramp in volts, so an unconfigured node walks an audible, obviously-ordered sequence rather than silence — which makes "is this thing clocked at all" answerable by ear.

descriptor()

ForgeNodeDescriptor pulp::host::sequencing::cartesian::descriptor ( )

inline

make_cartesian_walk_node()

CustomNodeType pulp::host::sequencing::cartesian::make_cartesian_walk_node	(	Grid	grid = default_grid(),
		bool	row_major = false )

grid is the composed pattern and row_major is the access topology — the latter picks the registered type id, because it changes whether input port 1 is read at all.

Variable Documentation

kGridH

state::ParamID pulp::host::sequencing::cartesian::kGridH = 3

inlineconstexpr

kGridW

state::ParamID pulp::host::sequencing::cartesian::kGridW = 2

inlineconstexpr

kRowMajorTypeId

const char* pulp::host::sequencing::cartesian::kRowMajorTypeId = "sequencing.cartesian_walk_row_major"

inlineconstexpr

Row-major — an X wrap carries into Y, and the Y clock port is not read.

kRun

state::ParamID pulp::host::sequencing::cartesian::kRun = 1

inlineconstexpr

kTypeId

const char* pulp::host::sequencing::cartesian::kTypeId = "sequencing.cartesian_walk"

inlineconstexpr

Independent X and Y — the documented René behaviour, and the default.

kXOffset

state::ParamID pulp::host::sequencing::cartesian::kXOffset = 4

inlineconstexpr

kYOffset

state::ParamID pulp::host::sequencing::cartesian::kYOffset = 5

inlineconstexpr