UnquantizedPart¶

class maelzel.scoring.UnquantizedPart(notations, name='', shortname='', groupid='', groupname='', showName=True, quantProfile=None, resolve=True)[source]¶

Bases: object

An UnquantizedPart is a list of unquantized non-simultaneous Notation

See also

QuantizedPart,

Methods Summary

`check`()	Check that this part is valid
`distributeByClef`()	Distribute the notations in this Part into multiple parts, based on pitch
`dump`()	Dump this to stdout
`fillGaps`([mingap])	Fill gaps between notations in this Part, inplace
`findOverlap`()	Find the next overlap within the items of this part
`groupParts`(parts[, name, shortname, ...])	Mark the given parts as belonging to one group
`hasGaps`()	Does this Part have gaps?
`iterWithOffset`()	Iterate over the notations in this part with their resolved offsets
`meanPitch`()	The mean pitch of this part, weighted by the duration of each pitch
`needsMultipleClefs`()	True if the notations in this Part extend over the range of one clef
`setGroup`(groupid[, name, shortname, ...])
`stack`()	Stack the notations of this part inplace.

Methods Documentation

check()[source]¶

Check that this part is valid

Raises ValueError if an error is found

Return type:: None

distributeByClef()[source]¶

Distribute the notations in this Part into multiple parts, based on pitch

Return type:: list[UnquantizedPart]

dump()[source]¶

Dump this to stdout

Return type:: None

fillGaps(mingap=Fraction(1, 64))[source]¶

Fill gaps between notations in this Part, inplace

Return type:: None

findOverlap()[source]¶

Find the next overlap within the items of this part

Returns:: F, eventindex: int), or None if no overlap
Return type:: a tuple (overlapamount

static groupParts(parts, name='', shortname='', groupid='', showPartNames=False)[source]¶

Mark the given parts as belonging to one group

Parameters:

parts (list[UnquantizedPart]) – the parts to group
name – a name for the group
shortname – short name used for all systems after the first
groupid – an explicit group id to use. If not given, a group id is created
showPartNames – if True, the names for each part are shown (if present). Otherwise part names are hidden and only the group name is shown

Return type:

str

Returns:

the group id assigned to the parts

hasGaps()[source]¶

Does this Part have gaps?

Return type:: bool

iterWithOffset()[source]¶

Iterate over the notations in this part with their resolved offsets

The notations are not modified

Returns:: Notation, offset: F)
Return type:: an iterator of tuple(notation