Time signatures are applied to the score from the "Time Signatures" palette.
This is done from page 2 of the New Score dialog.
Use any of the following methods:
To hide/show time signatures on a particular staff:
To disable/enable all courtesy time signatures (at the end of systems):
To hide or show an individual courtesy time signature:
You can also do the same thing from the Master Palette (Shift+F9).
In certain cases a score may show staves with different time signatures running at the same time. For example, in the following (J. S. Bach’s Goldberg Variation no. 26):
The global time signature is 3/4, but the time signature of the upper staff has been set independently to 18/16.
To set a local time signature for just one staff:
To open the Time signature properties dialog use one of the following:
This part of the dialog allows you to adjust the nominal appearance of the signature without affecting its underlying rhythmic value.
Alternatively, you can make a selection from a range of time signature symbols below.
This section allows you to adjust the default beaming patterns of notes occurring in the section controlled by the time signature.
Check the "Also change shorter notes" box if you want changes to apply to beam groups below as well.
For more information on beams, see Beams.
There are a few global style properties for time signatures (see Format→Style).
MuseScore aligns the stems of voice 1 notes according to the conventions of music theory. By contrast, voice 2 and voice 4 stems point downwards by default, while voice 3 stems point upwards. Voice 1 stems automatically flip upwards in the presence of voice 2 or 4 notes.
This action will flip any attached beam as well.
To hide the stems of individual notes:
To hide all stems in an instrument part:
Properties specific to stems and flags can be edited from the Stem tab in the Note section of the Properties panel:
Global settings for Stem thickness and Flag style may also be set in Format→Style→Notes.
By default, MuseScore beams notes according to settings in the Time signature properties dialog. To change this automatic pattern of note-beaming, see Beam groups.
You can override the default beaming of any individual note, using beam symbols in the Beam Properties palette, or in the Beam tab of the Properties toolbar. Hover over the icons for more info on what each one does.
To change one or more note beams use one of the following methods:
The following table describes the effect of each beam symbol:
Icon | Name | Description |
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Auto Beam | Apply default beaming as determined by the current time signature (see above). |
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No beam | Break beams before and after the selected note. |
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Break beam left | If the note is beamed to a previous note, break the beam. |
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Break inner beams (eighth) | Start a second level beam at this note. |
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Break inner beams (sixteenth) | Start a third level beam at this note. |
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Join beams | Join beams on both sides of the note. |
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Add feathered beam: decelerate | Start feathered beam to indicate gradually slower tempo. |
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Add feathered beam: accelerate | Start feathered beam to indicate gradually faster tempo. |
Note: The beam between two notes/rests is determined by both of the note/rests. For example: Two consecutive notes with a status of start beam here will not have a beam between them. If the two consecutive notes are set up to connect to each other they will beam, if one of them is not set up for this, the two notes will not beam.
To create feathered beams use one of the following methods:
Please note that only beams with two or more components (i.e. 16th notes or shorter) can become feathered.
See the table above for a description of the beam symbol effects.
Properties specific to beams can be edited from the Beam tab of the Note section in the Properties panel:
Beam types: Alter the beaming pattern at selected notes.
Feather beams: Ditto.
Force horizontal: Make beams of selected notes horizontal.
Beam height: Adjust height and angle of beams.
Editing of these properties is covered in the sections above.
A few global properties of beams can be set from Format→Style→Beams:
Beam distance: The vertical distance from one beam to the next.
Beam thickness
Broken beam minimum length
Flatten all beams: Check to make all note beams horizontal, regardless of context.
Standard music notation normally follows a set of conventions designed to facilitate the reading of rhythm. The basic idea is to group notes in ways that clarify which notes belong to which beat. Rules include:
A full discussion of this topic is beyond the scope of this Handbook, but for more information, see this handout.
Here is an example of a rhythm written incorrectly and then correctly:
MuseScore can correct many of these cases automatically.
To regroup rhythms according to the common conventions of standard music notation:
The rhythm itself is not changed—only the notation of it.
A tuplet is any group of notes that divide the beat in a way other than what is normally permitted by the time signature. Triplets consisting of three eighth notes in one beat are the most familiar type of tuplet.
A simple tuplet such as the triplet shown above can be entered in note input mode or in normal mode.
The note or rest is automatically divided for you and an appropriate annotation is applied.
The note or rest is automatically divided for you and an appropriate annotation is applied.
If you need to input a series of tuplets, and don't want to continually repeat the tuplet command, you can select the notes of the first tuplet and press R (Repeat) as many times as needed; then move subsequent notes into position using keyboard arrows, retyping or re-pitch mode.
More complex tuplets can be created as follows:
Tuplets can be nested within other tuplets.
To create a nested tuplet:
You can choose to display or hide a tuplet number or bracket, change its orientation, or adjust line thickness. See Tuplet properties (below) for details.
The display of selected tuplets can be changed in the Tuplet section of the Properties panel.
Direction: Whether the tuplet indication appears above or below the staff. Available settings are "Auto", "above" (↑) or "below" (↓).
Number type: Affects the numerical display. Choice of "Number", "Ratio" or "None".
Bracket type: Sets bracket display. Settings are "Auto", "bracket", or "no bracket".
Line thickness: The thickness of the tuplet bracket, if displayed.
You can set the global properties of tuplets in the score from Format→Style→Tuplets. These settings provide fine control over the default display of tuplets.
The settings include:
A full range of common barlines is contained in the Barlines palette.
Alternatively, you can drag a barline from the palette onto a barline in the score.
Changes are applied automatically to all barlines at the same point in the score.
Alternatively, you can hold Ctrl and drag a barline from the palette onto a barline in the score.
Only barlines in the one staff are affected.
This will add a "barline" in front of each selected note. The barline is for visual purposes and does not factor into any measure operations.
If you wish to divide a measure, inserting a real barline in the process, see Splitting a measure.
Here we are concerned with the vertical extension of barlines in order to link staves together, or their reduction to create partial barlines.
The barline snaps into place, and all other barlines in that staff follow.
Partial barlines can be easily created by adjusting "Span from" and "Span to" in the Barlines section of the Properties panel.
See Working with Mensurstrich.
You can edit properties specific to barlines in the Barlines section of the Properties panel:
Style: Used to change selected barlines to one in the dropdown list.
Span to next staff: Check this to make selected barlines extend to the staff beneath.
Span from/to: used to set the vertical start and end points of one or more selected barlines.
Set as staff default: Applies the changes made in Span to next staff and Span from/to to all barlines in the staff.
Span presets: Applies the selected preset to one or more selected barlines in the score.
Selected properties for all barlines in the score can be changed in Format→Style→Barlines:
By default, MuseScore shows measure numbers at the start of each system except the first one in a section. Numbering starts at the first complete measure in a section.
if you wish to change measure numbering:
To always show the number of a particular measure, regardless of style settings, open Measure properties and select "Always show" from the Measure number mode dropdown.
To hide all measure numbers, uncheck "Measure numbers" in Format→Style→Measure numbers.
To hide the number of a particular measure, regardless of style settings, open Measure properties and select "Always hide" from the Measure number mode dropdown.
In Measure properties, check "Exclude from measure count" (in the Other pane).
In Measure properties, edit "Add to measure number". Both positive and negative numbers are accepted.
By default, numbering of measures always restarts at the beginning of a new section. To prevent this, and make numbering continuous, select the break and in the Properties panel uncheck "Reset measure numbers for new section".
To adjust the position of all measure numbers, edit the X and Y offsets of "Position above" and "Position below" in Format→Style→Measure numbers.
Note that any changes made to a measure number in the Properties panel may be lost if the layout changes.
Various properties for all measure numbers in the score can be adjusted in Format→Style→Measure numbers. Most are dealt with in the sections above.
Other measure-related pages:
A measure rest looks like a whole rest, but is centered within a measure and indicates that the entire measure (or a voice within it) is silent:
It is commonly used in all meters (except 4/2 and 8/4).
A multimeasure rest is used to indicate a run of empty measures, the number of measures being shown by a figure above/below the staff.
Multimeasure rests can be turned on/off with the shortcut M, or by checking "Multimeasure Rests" in Format→Style…→Rests.
By default, if multimeasure rests are enabled, any sequence of two or more empty measures is automatically converted to multimeasure rests.
To change the minimum number of empty measures needed to trigger multimeasure rests:
Multimeasure rests can be turned on/off independently in the score and instrument parts.
Multimeasure rests are automatically broken at important points, such as double barlines, rehearsal marks, key signature or time signature changes, section breaks etc.
However, you can opt to break a multimeasure rest elsewhere as follows.
You can edit properties specific to multimeasure rests in the Multimeasure rest section of the Properties panel:
Show number: This box is checked by default. Uncheck it to hide the multimeasure number.
Number position: Adjust the vertical position of the multimeasure number, above or below the rest.
Some global properties of multimeasure rests can be set from Format→Style…→Measure numbers:
Others from Format→Style…→Rests:
Other measure-related pages:
A pickup measure, also known as an upbeat or anacrusis, is a partial, or incomplete, measure at the beginning of a score or section.
Note: By convention, measure numbering starts at the first complete measure.
It is accepted musical practice to omit the same duration as the pickup from the final measure of the piece or of the same repeat section. The same method of shortening the measure applies here.
A non-metered measure is one which is less or greater in duration than the indicated time signature.
A measures of less duration than the indicated signature may be created in exactly the same way as a pickup measure (see above).
Other ways of creating non-metered measures are described below:
Extra notes/rests can be inserted in a measure with the help of either a keyboard shortcut, or by using a special mode of entry called Insert mode:
If, at any time, the total duration of the notes and rests within the measure does not match the time signature, a small + or - sign will be shown above the measure.
This command joins selected measures into one measure.
Method A. To join two measures only:
Method B. To join any number of measures:
Notes: (1) If you select measures on only one staff in a score with multiple staves, the same measures will be joined in each staff of the system. (2) Beaming may be automatically modified.
This command inserts a barline before a selected note, splitting the measure into two.
Use one of the following methods:
Other measure-related pages:
The Measure properties dialog allows you to adjust various properties of an individual measure—such as visibility, duration, numbering and width ("Stretch").
To open Measure properties, right-click on a measure and select "Measure properties".
If you only want to adjust one measure, click OK to make the changes permanent. However, if you also want to adjust adjacent measures there is no need to close the dialog; simply click Apply, then use the arrows on the bottom left of the window to move the dialog to the new measure. The new measure number appears both at the top of the dialog and in the status bar.
Visible : Uncheck/check the boxes to hide/show the selected measure.
Stemless: Check/uncheck the box to hide/show stems.
Nominal: This is the time signature set in the score.
Actual: Adjust these figures to increase or decrease the duration of a measure.
Exclude from measure count: Check to make the count skip the selected measure.
Break multimeasure rest: See Measure rests and multimeasure rests.
Measure number mode: Allows you to display/hide measure number for the selected measure irrespective of style settings.
Add to measure number: Changes numbering from this measure onwards in the score.
Layout stretch: This property is normally adjusted first with a shortcut (see Stretch); use "Measure properties" for fine adjustment.
Play count: This only appears if the measure is before an end repeat barline. It indicates the number of times the repeat section is played.
The play count of the measure with the end repeat barline must be set one higher than the number of times you want the measure to play (this is usually equal to the number of entries in that volta repeat list + 1).
Take the following score:
Measure 4 should have play count set to 4
Measure 6 should have play count set to 3
Other measure-related pages: