grid.cc

`template <int N>`
`class vtb::guile::Grid_wrapper`

Fields

const int dimensions
vtb::core::Grid< float, N > grid

Methods

to_string() const -> SCM
select(SCM indices) -> SCM
num_segments(SCM nsegments) -> void
num_points(SCM npoints) -> void
max(SCM max) -> void
min(SCM min) -> void
max() -> SCM
min() -> SCM
Grid_wrapper(SCM min, SCM max, SCM npoints, SCM nsegments)
Grid_wrapper()

`make_grid(SCM rest) -> SCM`

Construct multidimensional rectangular grid.

Scheme procedure: vtestbed make-grid

Date: 2020-04-08

`grid_select(SCM object, SCM indices) -> SCM`

Construct new grid by selecting dimensions from the existing grid.

Scheme procedure: vtestbed grid-select

Date: 2020-04-08

`template <int N>`
`get_grid_wrapper(SCM object) -> Grid_wrapper< N > *`

`grid_define() -> void`

`is_grid(SCM object) -> bool`

`grid_min(SCM object) -> SCM`

Get grid lower bound.

Scheme procedure: vtestbed grid-min

Date: 2020-04-08

`grid_to_string(SCM object) -> SCM`

Convert grid to human-readable string.

Scheme procedure: vtestbed grid->string

Date: 2020-04-08

`grid_max(SCM object) -> SCM`

Get grid upper bound.

Scheme procedure: vtestbed grid-max

Date: 2020-04-08