`geetools.List`#

Extra methods for the ee.List class.

Package Contents#

Classes#

ListAccessor

Toolbox for the ee.List class.

class geetools.List.ListAccessor(obj)[source]#

Toolbox for the ee.List class.

Initialize the List class.

Parameters:: obj (ee.List) –

complement(other)[source]#

Compute the complement of the current list and the other list.

The mthematical complement is the list of elements that are in the current list but not in the other list and vice-versa.

Parameters:: other (geetools.types.ee_list) – The list to compute the complement with.
Returns:: A list of strings corresponding to the complement of the current list and the other list.
Return type:: ee.List

Examples

import ee, geetools

ee.Initialize()

l1 = ee.List(["1", "2", "3"])
l2 = ee.List(["2", "3", "4"])

l1.geetools.complement(l2).getInfo()

delete(index)[source]#

Delete an element from a list.

Parameters:: index (geetools.types.ee_int) – The index of the element to delete.
Returns:: The list without the element at the given index.
Return type:: ee.List

Examples

import ee, geetools

ee.Initialize()

l = ee.List(["a", "b", "c"])
l.geetools.delete(1).getInfo()

intersection(other)[source]#

Compute the intersection of the current list and the other list.

The intersection is the list of elements that are in both lists.

Parameters:: other (geetools.types.ee_list) – The list to compute the intersection with.
Returns:: A list of strings corresponding to the intersection of the current list and the other list.
Return type:: ee.List

Examples

import ee, geetools

ee.Initialize()

l1 = ee.List(["1", "2", "3"])
l2 = ee.List(["2", "3", "4"])

l1.geetools.intersection(l2).getInfo()

join(separator=', ')[source]#

Format a list to a string.

Same as the join method but elements that cannot be stringified will be returned as the object type.

Parameters:: separator (geetools.types.ee_str) – The separator to use.
Returns:: A string with the list elements separated by commas.
Return type:: ee.string

Examples

import ee, geetools

ee.Initialize()

l = ee.List(['a', 1, ee.Image(0)])
l.geetools.join().getInfo()

product(other)[source]#

Compute the cartesian product of 2 list.

Values will all be considered as string and will be joined with no spaces.

Parameters:: other (geetools.types.ee_list) – The list to compute the cartesian product with.
Returns:: A list of strings corresponding to the cartesian product.
Return type:: ee.List

Examples

import ee, geetools

ee.Initialize()

l1 = ee.List(["1", "2", "3"])
l2 = ee.List(["a", "b", "c"])

l1.geetools.product(l2).getInfo()

replaceMany(replace)[source]#

Replace many values in a list.

Parameters:: replace (geetools.types.ee_dict) – the dictionary with the values to replace. the keys are the values to replace and the values are the new values.
Returns:: A list with the values replaced
Return type:: ee.List

Examples

import ee, geetools

ee.Initialize()

l = ee.List(["a", "b", "c"])
replace = ee.Dictionary({"a": "foo", "c": "bar"})
l = l.geetools.replaceMany(replace)
l.getInfo()

classmethod sequence(ini, end, step=1)[source]#

Create a sequence from ini to end by step.

Similar to ee.List.sequence, but if end != last item then adds the end to the end of the resuting list.

Parameters:

ini (geetools.types.ee_int) – The initial value of the sequence.
end (geetools.types.ee_int) – The final value of the sequence.
step (geetools.types.ee_int) – The step of the sequence.

Returns:

A list of numbers corresponding to the sequence.

Return type:

ee.List

Examples

import ee, geetools

ee.Initialize()

l = ee.List.geetools.sequence(0, 10, 2)
l.getInfo()

toStrings()[source]#

Convert elements of a list into Strings.

If the list contains other elements that are not strings or numbers, it will return the object type. For example, [‘a’, 1, ee.Image(0)] -> [‘a’, ‘1’, ‘Image’].

Returns:: A list of strings corresponding to the elements of the list.
Return type:: ee.List

Examples

import ee, geetools

ee.Initialize()

l = ee.List(["a", 1, ee.Image(0)])
l.geetools.toStrings().getInfo()

union(other)[source]#

Compute the union of the current list and the other list.

This list will drop duplicated items.

Parameters:: other (geetools.types.ee_list) – The list to compute the union with.
Returns:: A list of strings corresponding to the union of the current list and the other list.
Return type:: ee.List

Examples

import ee, geetools

ee.Initialize()

l1 = ee.List(["1", "2", "3"])
l2 = ee.List(["2", "3", "4"])

l1.geetools.union(l2).getInfo()

zip()[source]#

Zip a list of lists.

The nested lists need to all have the same size. The size of the first element will be taken as reference.

Returns:: A list of lists with the zipped elements
Return type:: ee.List

Examples

import ee, geetools

ee.Initialize()

l = ee.List([[1,2,3], [4,5,6], [7,8,9]])
l.geetools.zip().getInfo()

geetools.List#

Package Contents#

Classes#

`geetools.List`#