att.fTrem.vis

Module

MEI.visual

Attributes

compact
full definition
by class
by module

beams, beams.float, float.gap

beams(optional)Indicates the number of beams present. Value of datatype a positive integer between 1 and 6.

beams.float(optional)Captures the number of "floating" beams, i.e., those not attached to stems. Value of datatype nonNegativeInteger.

float.gap(optional)Records the amount of separation between floating beams and stems. Value conforms to data.MEASUREMENTABS.

direct childs

beams(optional)Indicates the number of beams present. Value of datatype a positive integer between 1 and 6.

beams.float(optional)Captures the number of "floating" beams, i.e., those not attached to stems. Value of datatype nonNegativeInteger.

float.gap(optional)Records the amount of separation between floating beams and stems. Value conforms to data.MEASUREMENTABS.

MEI.visualVisual component declarations.

beams(optional)Indicates the number of beams present. Value of datatype a positive integer between 1 and 6.

beams.float(optional)Captures the number of "floating" beams, i.e., those not attached to stems. Value of datatype nonNegativeInteger.

float.gap(optional)Records the amount of separation between floating beams and stems. Value conforms to data.MEASUREMENTABS.

Available at

compact
by class
by module

fTrem

att.fTrem.vis

fTrem(fingered tremolo) – A rapid alternation between a pair of notes (or chords or perhaps between a note and a chord) that are (usually) farther apart than a major second.

MEI.cmn

fTrem(fingered tremolo) – A rapid alternation between a pair of notes (or chords or perhaps between a note and a chord) that are (usually) farther apart than a major second.

Constraints

text
schematron

The number of floating beams must be less than or equal to the total number of beams.


                           <sch:rule context="mei:fTrem[@beams and @beams.float]">
                              
                              <sch:assert test="@beams.float <= @beams">The number of floating beams must be less
                                 than or equal to the total number of beams.</sch:assert>
                              </sch:rule>

Declaration


                     <classSpec ident="att.fTrem.vis" module="MEI.visual" type="atts">
                        
                        <desc>Visual domain attributes.</desc>
                        
                        <attList org="group">
                           
                           <attDef ident="beams" usage="opt">
                              
                              <desc>Indicates the number of beams present.</desc>
                              
                              <datatype maxOccurs="1" minOccurs="1">
                                 
                                 <rng:data type="positiveInteger">
                                    
                                    <rng:param name="minInclusive">1</rng:param>
                                    
                                    <rng:param name="maxInclusive">6</rng:param>
                                    </rng:data>
                                 </datatype>
                              </attDef>
                           
                           <attDef ident="beams.float" usage="opt">
                              
                              <desc>Captures the number of "floating" beams, i.e., those not attached to stems.</desc>
                              
                              <datatype maxOccurs="1" minOccurs="1">
                                 
                                 <rng:data type="nonNegativeInteger"/>
                                 </datatype>
                              
                              <constraintSpec ident="check_beams.floating" scheme="isoschematron">
                                 
                                 <constraint>
                                    
                                    <sch:rule context="mei:fTrem[@beams and @beams.float]">
                                       
                                       <sch:assert test="@beams.float <= @beams">The number of floating beams must be less
                                          than or equal to the total number of beams.</sch:assert>
                                       </sch:rule>
                                    </constraint>
                                 </constraintSpec>
                              </attDef>
                           
                           <attDef ident="float.gap" usage="opt">
                              
                              <desc>Records the amount of separation between floating beams and stems.</desc>
                              
                              <datatype maxOccurs="1" minOccurs="1">
                                 
                                 <rng:ref
                                       
                                       name="data.MEASUREMENTABS"
                                       />
                                 </datatype>
                              </attDef>
                           </attList>
                        </classSpec>