att.tie.vis

Visual domain attributes. The vo attribute is the vertical offset (from its normal position) of the entire rendered tie. The startho, startvo, endho, and endvo attributes describe the horizontal and vertical offsets of the start and end points of the tie in terms of staff interline distance; that is, in units of 1/2 the distance between adjacent staff lines. Startto and endto describe the start and end points in terms of time; that is, beats.
Module
MEI.visual
Attributes
bezier, bulge, color, curvedir, endho, endto, endvo, ho, lform, lsegs, lwidth, startho, startto, startvo, to, vo, x, x2, y, y2
bezier(optional)Records the placement of Bezier control points as a series of pairs of space-separated values; e.g., 19 45 -32 118. One or more values, each consisting of a sequence of decimal and decimal sub-values.
<att.tie.vis>att.curvature@bezier
bulge(optional)Describes a curve as one or more pairs of values with respect to an imaginary line connecting the starting and ending points of the curve. The first value captures a distance to the left (positive value) or right (negative value) of the line, expressed in virtual units. The second value of each pair represents a point along the line, expressed as a percentage of the line’s length. N.B. An MEI virtual unit (vu) is half the distance between adjacent staff lines where the interline space is measured from the middle of a staff line. One or more of decimal.
<att.tie.vis>att.curvature@bulge
color(optional)Used to indicate visual appearance. Do not confuse this with the musical term 'color' as used in pre-CMN notation. Value conforms to data.COLOR.
<att.tie.vis>att.color@color
curvedir(optional)Describes a curve with a generic term indicating the direction of curvature. Allowed values are: "above" (Upward curve.), "below" (Downward curve.), "mixed" (A "meandering" curve, both above and below the items it pertains to.)
<att.tie.vis>att.curvature@curvedir
endho(optional)Records the horizontal adjustment of a feature’s programmatically-determined end point. Value conforms to data.MEASUREMENTSIGNED.
<att.tie.vis>att.visualOffset2att.visualOffset2.ho@endho
endto(optional)Records a timestamp adjustment of a feature’s programmatically-determined end point. Value conforms to data.TSTAMPOFFSET.
<att.tie.vis>att.visualOffset2att.visualOffset2.to@endto
endvo(optional)Records a vertical adjustment of a feature’s programmatically-determined end point. Value conforms to data.MEASUREMENTSIGNED.
<att.tie.vis>att.visualOffset2att.visualOffset2.vo@endvo
ho(optional)Records a horizontal adjustment to a feature’s programmatically-determined location in terms of staff interline distance; that is, in units of 1/2 the distance between adjacent staff lines. Value conforms to data.MEASUREMENTSIGNED.
<att.tie.vis>att.visualOffsetatt.visualOffset.ho@ho
lform(optional)Describes the style of a line. Value conforms to data.LINEFORM.
<att.tie.vis>att.lineRend.base@lform
lsegs(optional)Describes the number of segments into which a dashed or dotted line may be divided, or the number of "peaks" of a wavy line; a pair of space-separated values (minimum and maximum, respectively) provides a range between which a rendering system-supplied value may fall, while a single value indicates a fixed amount of space; that is, the minimum and maximum values are equal. One or two values of datatype a positive integer no smaller than 2, separated by a space.
<att.tie.vis>att.lineRend.base@lsegs
lwidth(optional)Width of a line. Value conforms to data.LINEWIDTH.
<att.tie.vis>att.lineRend.base@lwidth
startho(optional)Records the horizontal adjustment of a feature’s programmatically-determined start point. Value conforms to data.MEASUREMENTSIGNED.
<att.tie.vis>att.visualOffset2att.visualOffset2.ho@startho
startto(optional)Records a timestamp adjustment of a feature’s programmatically-determined start point. Value conforms to data.TSTAMPOFFSET.
<att.tie.vis>att.visualOffset2att.visualOffset2.to@startto
startvo(optional)Records a vertical adjustment of a feature’s programmatically-determined start point. Value conforms to data.MEASUREMENTSIGNED.
<att.tie.vis>att.visualOffset2att.visualOffset2.vo@startvo
to(optional)Records a timestamp adjustment of a feature’s programmatically-determined location in terms of musical time; that is, beats. Value conforms to data.TSTAMPOFFSET.
<att.tie.vis>att.visualOffsetatt.visualOffset.to@to
vo(optional)Records the vertical adjustment of a feature’s programmatically-determined location in terms of staff interline distance; that is, in units of 1/2 the distance between adjacent staff lines. Value conforms to data.MEASUREMENTSIGNED.
<att.tie.vis>att.visualOffsetatt.visualOffset.vo@vo
x(optional)Encodes an x coordinate for a feature in an output coordinate system. When it is necessary to record the placement of a feature in a facsimile image, use the facs attribute. Value is a decimal number.
<att.tie.vis>att.xy@x
x2(optional)Encodes the optional 2nd x coordinate. Value is a decimal number.
<att.tie.vis>att.xy2@x2
y(optional)Encodes a y coordinate for a feature in an output coordinate system. When it is necessary to record the placement of a feature in a facsimile image, use the facs attribute. Value is a decimal number.
<att.tie.vis>att.xy@y
y2(optional)Encodes the optional 2nd y coordinate. Value is a decimal number.
<att.tie.vis>att.xy2@y2
(MEI.shared) Visual color attributes.
color(optional)Used to indicate visual appearance. Do not confuse this with the musical term 'color' as used in pre-CMN notation. Value conforms to data.COLOR.
(MEI.shared) Attributes that describe curvature.
bezier(optional)Records the placement of Bezier control points as a series of pairs of space-separated values; e.g., 19 45 -32 118. One or more values, each consisting of a sequence of decimal and decimal sub-values.
bulge(optional)Describes a curve as one or more pairs of values with respect to an imaginary line connecting the starting and ending points of the curve. The first value captures a distance to the left (positive value) or right (negative value) of the line, expressed in virtual units. The second value of each pair represents a point along the line, expressed as a percentage of the line’s length. N.B. An MEI virtual unit (vu) is half the distance between adjacent staff lines where the interline space is measured from the middle of a staff line. One or more of decimal.
curvedir(optional)Describes a curve with a generic term indicating the direction of curvature. Allowed values are: "above" (Upward curve.), "below" (Downward curve.), "mixed" (A "meandering" curve, both above and below the items it pertains to.)
(MEI.shared) Attributes that record the basic visual rendition of lines.
lform(optional)Describes the style of a line. Value conforms to data.LINEFORM.
lwidth(optional)Width of a line. Value conforms to data.LINEWIDTH.
lsegs(optional)Describes the number of segments into which a dashed or dotted line may be divided, or the number of "peaks" of a wavy line; a pair of space-separated values (minimum and maximum, respectively) provides a range between which a rendering system-supplied value may fall, while a single value indicates a fixed amount of space; that is, the minimum and maximum values are equal. One or two values of datatype a positive integer no smaller than 2, separated by a space.
(MEI.shared) Visual offset attributes. Some items may have their location recorded in terms of offsets from their programmatically-determined location. The ho attribute records the horizontal offset while vo records the vertical. The to attribute holds a timestamp offset, the most common use of which is as an alternative to the ho attribute.
(MEI.shared) Horizontal offset attributes.
ho(optional)Records a horizontal adjustment to a feature’s programmatically-determined location in terms of staff interline distance; that is, in units of 1/2 the distance between adjacent staff lines. Value conforms to data.MEASUREMENTSIGNED.
(MEI.shared) Horizontal offset attributes specified in terms of time.
to(optional)Records a timestamp adjustment of a feature’s programmatically-determined location in terms of musical time; that is, beats. Value conforms to data.TSTAMPOFFSET.
(MEI.shared) Vertical offset attributes.
vo(optional)Records the vertical adjustment of a feature’s programmatically-determined location in terms of staff interline distance; that is, in units of 1/2 the distance between adjacent staff lines. Value conforms to data.MEASUREMENTSIGNED.
(MEI.shared) Visual offset attributes. Some items may have their location recorded in terms of pairs of offsets from their programmatically-determined location. The startho and endho attributes record the horizontal offsets of the start and end points of the item, respectively. Similarly, the startvo and endvo attributes record the vertical offsets of the start and end points of the item. The startto and endto attributes hold timestamp offsets, the most common use of which is as alternatives to the ho attributes.
(MEI.shared) Horizontal offset requiring a pair of attributes.
startho(optional)Records the horizontal adjustment of a feature’s programmatically-determined start point. Value conforms to data.MEASUREMENTSIGNED.
endho(optional)Records the horizontal adjustment of a feature’s programmatically-determined end point. Value conforms to data.MEASUREMENTSIGNED.
(MEI.shared) Horizontal offset attributes requiring a pair of attributes specified in terms of time.
startto(optional)Records a timestamp adjustment of a feature’s programmatically-determined start point. Value conforms to data.TSTAMPOFFSET.
endto(optional)Records a timestamp adjustment of a feature’s programmatically-determined end point. Value conforms to data.TSTAMPOFFSET.
(MEI.shared) Vertical offset attributes requiring a pair of attributes.
startvo(optional)Records a vertical adjustment of a feature’s programmatically-determined start point. Value conforms to data.MEASUREMENTSIGNED.
endvo(optional)Records a vertical adjustment of a feature’s programmatically-determined end point. Value conforms to data.MEASUREMENTSIGNED.
(MEI.shared) Output coordinate attributes. Some elements may have their exact rendered *output* coordinates recorded. x and y attributes indicate where to place the rendered output. Recording the coordinates of a feature in a facsimile requires the use of the facs attribute.
x(optional)Encodes an x coordinate for a feature in an output coordinate system. When it is necessary to record the placement of a feature in a facsimile image, use the facs attribute. Value is a decimal number.
y(optional)Encodes a y coordinate for a feature in an output coordinate system. When it is necessary to record the placement of a feature in a facsimile image, use the facs attribute. Value is a decimal number.
(MEI.shared) Output coordinate attributes. Some elements may need 2 coordinate pairs to record their rendered *output* coordinates. The attributes indicate where to place the rendered output. Recording the coordinates of a feature in a facsimile requires the use of the facs attribute.
x2(optional)Encodes the optional 2nd x coordinate. Value is a decimal number.
y2(optional)Encodes the optional 2nd y coordinate. Value is a decimal number.
Component declarations that are shared between two or more modules.
bezier(optional)Records the placement of Bezier control points as a series of pairs of space-separated values; e.g., 19 45 -32 118. One or more values, each consisting of a sequence of decimal and decimal sub-values.
bulge(optional)Describes a curve as one or more pairs of values with respect to an imaginary line connecting the starting and ending points of the curve. The first value captures a distance to the left (positive value) or right (negative value) of the line, expressed in virtual units. The second value of each pair represents a point along the line, expressed as a percentage of the line’s length. N.B. An MEI virtual unit (vu) is half the distance between adjacent staff lines where the interline space is measured from the middle of a staff line. One or more of decimal.
color(optional)Used to indicate visual appearance. Do not confuse this with the musical term 'color' as used in pre-CMN notation. Value conforms to data.COLOR.
curvedir(optional)Describes a curve with a generic term indicating the direction of curvature. Allowed values are: "above" (Upward curve.), "below" (Downward curve.), "mixed" (A "meandering" curve, both above and below the items it pertains to.)
endho(optional)Records the horizontal adjustment of a feature’s programmatically-determined end point. Value conforms to data.MEASUREMENTSIGNED.
endto(optional)Records a timestamp adjustment of a feature’s programmatically-determined end point. Value conforms to data.TSTAMPOFFSET.
endvo(optional)Records a vertical adjustment of a feature’s programmatically-determined end point. Value conforms to data.MEASUREMENTSIGNED.
ho(optional)Records a horizontal adjustment to a feature’s programmatically-determined location in terms of staff interline distance; that is, in units of 1/2 the distance between adjacent staff lines. Value conforms to data.MEASUREMENTSIGNED.
lform(optional)Describes the style of a line. Value conforms to data.LINEFORM.
lsegs(optional)Describes the number of segments into which a dashed or dotted line may be divided, or the number of "peaks" of a wavy line; a pair of space-separated values (minimum and maximum, respectively) provides a range between which a rendering system-supplied value may fall, while a single value indicates a fixed amount of space; that is, the minimum and maximum values are equal. One or two values of datatype a positive integer no smaller than 2, separated by a space.
lwidth(optional)Width of a line. Value conforms to data.LINEWIDTH.
startho(optional)Records the horizontal adjustment of a feature’s programmatically-determined start point. Value conforms to data.MEASUREMENTSIGNED.
startto(optional)Records a timestamp adjustment of a feature’s programmatically-determined start point. Value conforms to data.TSTAMPOFFSET.
startvo(optional)Records a vertical adjustment of a feature’s programmatically-determined start point. Value conforms to data.MEASUREMENTSIGNED.
to(optional)Records a timestamp adjustment of a feature’s programmatically-determined location in terms of musical time; that is, beats. Value conforms to data.TSTAMPOFFSET.
vo(optional)Records the vertical adjustment of a feature’s programmatically-determined location in terms of staff interline distance; that is, in units of 1/2 the distance between adjacent staff lines. Value conforms to data.MEASUREMENTSIGNED.
x(optional)Encodes an x coordinate for a feature in an output coordinate system. When it is necessary to record the placement of a feature in a facsimile image, use the facs attribute. Value is a decimal number.
x2(optional)Encodes the optional 2nd x coordinate. Value is a decimal number.
y(optional)Encodes a y coordinate for a feature in an output coordinate system. When it is necessary to record the placement of a feature in a facsimile image, use the facs attribute. Value is a decimal number.
y2(optional)Encodes the optional 2nd y coordinate. Value is a decimal number.
Available at
tieAn indication that two notes of the same pitch form a single note with their combined rhythmic values.
Common Music Notation (CMN) repertoire component declarations.
tieAn indication that two notes of the same pitch form a single note with their combined rhythmic values.
Declaration
<classSpec ident="att.tie.vis" module="MEI.visual" type="atts">
<desc xml:lang="en">Visual domain attributes. The vo attribute is the vertical offset (from its normal position) of the entire rendered tie. The startho, startvo, endho, and endvo attributes describe the horizontal and vertical offsets of the start and end points of the tie in terms of staff interline distance; that is, in units of 1/2 the distance between adjacent staff lines. Startto and endto describe the start and end points in terms of time; that is, beats.</desc>
<classes>
<memberOf key="att.color"/>
<memberOf key="att.curvature"/>
<memberOf key="att.lineRend.base"/>
<memberOf key="att.visualOffset"/>
<memberOf key="att.visualOffset2"/>
<memberOf key="att.xy"/>
<memberOf key="att.xy2"/>
</classes>
</classSpec>
MEI Version: 5.1-dev(#6d3dd03)