Prints information about the dimensions and bands of a data cube.
Usage
print.cube(x, ...)
Arguments
Argument
Description
x
Object of class “cube”
…
Further arguments passed to the generic print function
Examples
# create image collection from example Landsat data only # if not already done in other examplesif (!file.exists(file.path(tempdir(), "L8.db"))) { L8_files <-list.files(system.file("L8NY18", package ="gdalcubes"),".TIF", recursive =TRUE, full.names =TRUE)create_image_collection(L8_files, "L8_L1TP", file.path(tempdir(), "L8.db"), quiet =TRUE) }L8.col =image_collection(file.path(tempdir(), "L8.db"))v =cube_view(extent=list(left=388941.2, right=766552.4, bottom=4345299, top=4744931, t0="2018-01", t1="2018-12"),srs="EPSG:32618", nx =497, ny=526, dt="P1M")print(raster_cube(L8.col, v))
A data cube proxy object
Dimensions:
low high count pixel_size chunk_size
t 2018-01-01 2018-12-31 12 P1M 1
y 4345299 4744931 526 759.756653992395 384
x 388941.2 766552.4 497 759.781086519115 384
Bands:
name offset scale nodata unit
1 B01 0 1 NaN
2 B02 0 1 NaN
3 B03 0 1 NaN
4 B04 0 1 NaN
5 B05 0 1 NaN
6 B06 0 1 NaN
7 B07 0 1 NaN
8 B08 0 1 NaN
9 B09 0 1 NaN
10 B10 0 1 NaN
11 B11 0 1 NaN
12 BQA 0 1 NaN
Source Code
# print.cubePrint data cube information```{r include=FALSE}library(gdalcubes)```## DescriptionPrints information about the dimensions and bands of a data cube.## Usage```rprint.cube(x, ...)```## Arguments| Argument | Description ||:------------|:----------------------------------|| x | Object of class "cube" || ... | Further arguments passed to the generic print function |## Examples```{r}# create image collection from example Landsat data only # if not already done in other examplesif (!file.exists(file.path(tempdir(), "L8.db"))) { L8_files <-list.files(system.file("L8NY18", package ="gdalcubes"),".TIF", recursive =TRUE, full.names =TRUE)create_image_collection(L8_files, "L8_L1TP", file.path(tempdir(), "L8.db"), quiet =TRUE) }L8.col =image_collection(file.path(tempdir(), "L8.db"))v =cube_view(extent=list(left=388941.2, right=766552.4, bottom=4345299, top=4744931, t0="2018-01", t1="2018-12"),srs="EPSG:32618", nx =497, ny=526, dt="P1M")print(raster_cube(L8.col, v))```