pygplates.GpmlTopologicalSectionList

class pygplates.GpmlTopologicalSectionList

Bases: instance

A list of GpmlTopologicalSection instances. The list behaves like a regular python list in that the following operations are supported:

Operation	Result
for x in s	iterates over the elements x of s
x in s	True if x is an item of s
x not in s	False if x is an item of s
s += t	the GpmlTopologicalSectionList instance s is extended by sequence t
s + t	the concatenation of sequences s and t where either, or both, is a GpmlTopologicalSectionList
s[i]	the item of s at index i
s[i] = x	replace the item of s at index i with x
del s[i]	remove the item at index i from s
s[i:j]	slice of s from i to j
s[i:j] = t	slice of s from i to j is replaced by the contents of the sequence t (the slice and t can be different lengths)
del s[i:j]	same as s[i:j] = []
s[i:j:k]	slice of s from i to j with step k
del s[i:j:k]	removes the elements of s[i:j:k] from the list
s[i:j:k] = t	the elements of s[i:j:k] are replaced by those of t (the slice and t must be the same length if k != 1)
len(s)	length of s
s.append(x)	add element x to the end of s
s.extend(t)	add the elements in sequence t to the end of s
s.insert(i,x)	insert element x at index i in s
s.pop([i])	removes the element at index i in s and returns it (defaults to last element)
s.remove(x)	removes the first element in s that equals x (raises ValueError if not found)
s.count(x)	number of occurrences of x in s
s.index(x[,i[,j]])	smallest k such that s[k] == x and i <= k < j (raises ValueError if not found)
s.reverse()	reverses the items of s in place
s.sort(key[,reverse])	sort the items of s in place (note that key is not optional and, like python 3.0, we removed cmp)

A GpmlTopologicalSectionList can also be pickled.

Changed in version 0.42: Added pickle support.

__init__()

You cannot directly instantiate this class from Python.

Note

This constructor is only provided for pickle support.

Methods

__init__	You cannot directly instantiate this class from Python.
append(x)	Add element x to the end.
count(x)	Number of occurrences of x.
extend(t)	Add the elements in sequence t to the end.
index(x[,i[,j]])	Smallest k such that the k th element equals x and i <= k < j (raises ValueError if not found).
insert(i, x)	Insert element x at index i.
pop([i])	Removes the element at index i and returns it (defaults to last element).
remove(x)	Removes the first element that equals x (raises ValueError if not found).
reverse()	Reverses the items in place.
sort(key[,reverse])	Sort the items in place (note that key is not optional and, like python 3.0, we removed cmp).

append(x)

Add element x to the end.

count(x)

Number of occurrences of x.

extend(t)

Add the elements in sequence t to the end.

index(x[, i[, j]])

Smallest k such that the k th element equals x and i <= k < j (raises ValueError if not found).

insert(i, x)

Insert element x at index i.

pop([i])

Removes the element at index i and returns it (defaults to last element).

remove(x)

Removes the first element that equals x (raises ValueError if not found).

reverse()

Reverses the items in place.

sort(key[, reverse])

Sort the items in place (note that key is not optional and, like python 3.0, we removed cmp).