Riferimenti:Tag e tipi comuni XML

Il seguente documento è stato generato da una modifica del foglio di stile xs3p: contiene le definizioni dei tag e dei tipi utilizzati sia nei file geogebra.xml che nei file geogebra_macro.xml, che sono la parte principale nel formato di file di GeoGebra. Per una breve introduzione consultare la pagina riferimenti XML.

Dichiarazioni globali

Elemento: cascell

XML Instance Representation

<cascell>

<cellPair> [1..*]

Start Sequence [0..1]

<inputCell> [1]

<expression> ... </expression> [1]

</inputCell>

<outputCell> [1]

<expression> ... </expression> [1]

</outputCell>

End Sequence

</cellPair>

</cascell>

Elemento: construction

XML Instance Representation

<construction

title="xs:string [0..1]"

author="xs:string [0..1]"

date="xs:string [0..1]"

>

Start Choice [0..*]

<command

name="xs:string [1]"

type="xs:string [0..1]"

var="xs:string [0..1]"

> [1]

<casMap> casMap </casMap> [0..1]

<input> ioType </input> [1]

<outputSizes> stringVal </outputSizes> [0..1]

<output> ioType </output> [1]

</command>

<element> ... </element> [1]

<cascell> ... </cascell> [1]

<expression

exp="xs:string [0..1]"

label="xs:string [0..1]"

type="elType [0..1]"

/> [1]

End Choice

</construction>

Elemento: element

XML Instance Representation

<element

type="elType [0..1]"

label="xs:string [0..1]"

>

Start Choice [0..*]

<absoluteScreenLocation> xyCoords </absoluteScreenLocation> [0..1]

<allowReflexAngle> boolVal </allowReflexAngle> [0..1]

<auxiliary> boolVal </auxiliary> [0..1]

<arcSize> intVal </arcSize> [0..1]

<animation> animation </animation> [0..1]

<caption> stringVal </caption> [0..1]

<comboBox> boolVal </comboBox> [0..1]

<condition

showObject="xs:string [0..1]"

/> [0..1]

<checkbox

fixed="xs:boolean [0..1]"

/> [0..1]

<coefficients

rep="representation [0..1]"

data="data [0..1]"

/> [0..1]

<coords> coords </coords> [0..1]

<coordStyle

style="coordStyles [0..1]"

/> [0..1]

<casMap> casMap </casMap> [0..1]

<decoration

type="decorTypes [0..1]"

/> [0..1]

<eigenvectors> eigenvectors </eigenvectors> [0..1]

<emphasizeRightAngle> boolVal </emphasizeRightAngle> [0..1]

<eqnStyle

style="eqnStyles [1]"

parameter="xs:string [0..1]"

/> [0..1]

<file

name="xs:string [0..1]"

/> [0..1]

<fixed> boolVal </fixed> [0..1]

<isShape> boolVal </isShape> [0..1]

<font> fontProperties </font> [0..1]

<angleStyle> intVal </angleStyle> [0..1]

<forceReflexAngle> boolVal </forceReflexAngle> [0..1]

<ggbscript> stringVal </ggbscript> [0..1]

<inBackground> boolVal </inBackground> [0..1]

<interpolate> boolVal </interpolate> [0..1]

<javascript> stringVal </javascript> [0..1]

<keepTypeOnTransform> boolVal </keepTypeOnTransform> [0..1]

<isLaTeX> boolVal </isLaTeX> [0..1]

<lineStyle

thickness="nonNegInt [0..1]"

type="lineTypes [0..1]"

typeHidden="xs:integer [0..1]"

opacity="xs:double [0..1]"

/> [0..1]

<labelMode> intVal </labelMode> [0..1]

<labelOffset> xyCoords </labelOffset> [0..1]

<layer> intVal </layer> [0..1]

<levelOfDetail> intVal </levelOfDetail> [0..1]

<linkedGeo

exp="xs:string [0..1]"

/> [0..1]

<listType

val="elType [0..1]"

/> [0..1]

<matrix> matrix </matrix> [0..1]

<objColor> objColorType </objColor> [0..1]

<bgColor> rgbaColor </bgColor> [0..1]

<outlyingIntersections> boolVal </outlyingIntersections> [0..1]

<pointSize> doubleVal </pointSize> [0..1]

<fading> doubleVal </fading> [0..1]

<pointStyle

val="pointStyles [0..1]"

/> [0..1]

<dimensions

width="xs:double [0..1]"

height="xs:double [0..1]"

/> [0..1]

<embed

id="xs:int [0..1]"

app="xs:string [0..1]"

/> [0..1]

<selectedIndex> intVal </selectedIndex> [0..1]

<selectionAllowed> boolVal </selectionAllowed> [0..1]

<show

object="xs:boolean [0..1]"

label="xs:boolean [0..1]"

ev="nonNegInt [0..1]"

/> [0..1]

<slider> slider </slider> [0..1]

<slopeTriangleSize> intVal </slopeTriangleSize> [0..1]

<spreadsheetTrace> spreadsheetTrace </spreadsheetTrace> [0..1]

<startPoint> expCoords </startPoint> [0..1]

<tooltipMode

val="tooltipModes [0..1]"

/> [0..1]

<tags> [0..1]

<tag

key="xs:string [0..1]"

value="xs:string [0..1]"

/> [0..1]

</tags>

<trace> boolVal </trace> [0..1]

<symbolic> boolVal </symbolic> [0..1]

<userinput

show="xs:boolean [0..1]"

value="xs:string [0..1]"

valid="xs:boolean [0..1]"

/> [0..1]

<value

val="doubleOrBool [1]"

random="xs:boolean [0..1]"

/> [0..1]

End Choice

</element>

Elemento: expression

XML Instance Representation

<expression

value="xs:string [0..1]"

error="xs:boolean [0..1]"

evalCommand="xs:string [0..1]"

evalComment="xs:string [0..1]"

/>

==Definizioni globali==
                    

Tipo: animation

Super-types:	None
Sub-types:	None

XML Instance Representation

<...

step="xs:string [0..1]"

speed="xs:string [0..1]"

type="nonNegInt [0..1]"

playing="xs:boolean [0..1]"

/>

Tipo: boolVal

Super-types:	None
Sub-types:	None

XML Instance Representation

<...

val="xs:boolean [1]"

/>

Tipo: casMap

Super-types:	None
Sub-types:	None

XML Instance Representation

<...>

<entry

key="xs:string [0..1]"

val="xs:string [0..1]"

/> [1..*]

</...>

Tipo: coords

Super-types:	None
Sub-types:	None

XML Instance Representation

<...

x="xs:double [0..1]"

y="xs:double [0..1]"

z="xs:double [0..1]"

w="xs:double [0..1]"

ox="xs:double [0..1]"

oy="xs:double [0..1]"

oz="xs:double [0..1]"

ow="xs:double [0..1]"

vx="xs:double [0..1]"

vy="xs:double [0..1]"

vz="xs:double [0..1]"

vw="xs:double [0..1]"

/>

Tipo: doubleVal

Super-types:	None
Sub-types:	None

XML Instance Representation

<...

val="xs:double [1]"

/>

Tipo: eigenvectors

Super-types:	None
Sub-types:	None

XML Instance Representation

<...

x0="xs:double [1]"

x1="xs:double [1]"

x2="xs:double [0..1]"

y0="xs:double [1]"

y1="xs:double [1]"

y2="xs:double [0..1]"

z0="xs:double [1]"

z1="xs:double [1]"

z2="xs:double [0..1]"

/>

Tipo: expCoords

Super-types:	None
Sub-types:	None

È necessario inserire exp (per il punto iniziale) oppure i numeri x, y, z (per il punto iniziale assoluto). Il parametro number è valido solo per elementi immagine e si riferisce a uno dei corner (da 1 a 3)

XML Instance Representation

<...

number="nonNegInt [0..1]"

x="xs:double [0..1]"

y="xs:double [0..1]"

z="xs:double [0..1]"

exp="xs:string [0..1]"

/>

Tipo: fontProperties

Super-types:	None
Sub-types:	None

XML Instance Representation

<...

serif="xs:boolean [0..1]"

size="nonNegInt [0..1]"

sizeM="xs:double [0..1]"

style="nonNegInt [0..1]"

/>

Tipo: intVal

Super-types:	None
Sub-types:	None

XML Instance Representation

<...

val="xs:int [1]"

/>

Tipo: ioType

Super-types:	None
Sub-types:	None

XML Instance Representation

<...

a0="xs:string [0..1]"

a1="xs:string [0..1]"

a2="xs:string [0..1]"

a3="xs:string [0..1]"

a4="xs:string [0..1]"

a5="xs:string [0..1]"

a6="xs:string [0..1]"

a7="xs:string [0..1]"

a8="xs:string [0..1]"

a9="xs:string [0..1]"

a10="xs:string [0..1]"

a11="xs:string [0..1]"

a12="xs:string [0..1]"

a13="xs:string [0..1]"

a14="xs:string [0..1]"

a15="xs:string [0..1]"

a16="xs:string [0..1]"

a17="xs:string [0..1]"

a18="xs:string [0..1]"

a19="xs:string [0..1]"

a20="xs:string [0..1]"

a21="xs:string [0..1]"

a22="xs:string [0..1]"

a23="xs:string [0..1]"

a24="xs:string [0..1]"

a25="xs:string [0..1]"

a26="xs:string [0..1]"

a27="xs:string [0..1]"

a28="xs:string [0..1]"

a29="xs:string [0..1]"

a30="xs:string [0..1]"

a31="xs:string [0..1]"

a32="xs:string [0..1]"

a33="xs:string [0..1]"

a34="xs:string [0..1]"

a35="xs:string [0..1]"

a36="xs:string [0..1]"

a37="xs:string [0..1]"

a38="xs:string [0..1]"

a39="xs:string [0..1]"

a40="xs:string [0..1]"

a41="xs:string [0..1]"

a42="xs:string [0..1]"

a43="xs:string [0..1]"

a44="xs:string [0..1]"

a45="xs:string [0..1]"

a46="xs:string [0..1]"

a47="xs:string [0..1]"

a48="xs:string [0..1]"

a49="xs:string [0..1]"

/>

Tipo: matrix

Super-types:	None
Sub-types:	None

XML Instance Representation

<...

A0="xs:double [1]"

A1="xs:double [1]"

A2="xs:double [1]"

A3="xs:double [1]"

A4="xs:double [1]"

A5="xs:double [1]"

A6="xs:double [0..1]"

A7="xs:double [0..1]"

A8="xs:double [0..1]"

A9="xs:double [0..1]"

/>

Tipo: objColorType

Super-types:	None
Sub-types:	None

XML Instance Representation

<...

r="nonNegInt [1]"

g="nonNegInt [1]"

b="nonNegInt [1]"

dynamicr="xs:string [0..1]"

dynamicg="xs:string [0..1]"

dynamicb="xs:string [0..1]"

dynamica="xs:string [0..1]"

fillType="fills [0..1]"

colorSpace="colorSpaces [0..1]"

alpha="xs:double [0..1]"

hatchAngle="xs:double [0..1]"

hatchDistance="xs:double [0..1]"

image="xs:string [0..1]"

inverseFill="xs:boolean [0..1]"

/>

Tipo: rgbColor

Super-types:	None
Sub-types:	None

XML Instance Representation

<...

r="nonNegInt [1]"

g="nonNegInt [1]"

b="nonNegInt [1]"

/>

Tipo: rgbaColor

Super-types:	None
Sub-types:	None

XML Instance Representation

<...

r="nonNegInt [1]"

g="nonNegInt [1]"

b="nonNegInt [1]"

alpha="nonNegInt [0..1]"

/>

Tipo: slider

Super-types:	None
Sub-types:	None

XML Instance Representation

<...

min="xs:string [0..1]"

max="xs:string [0..1]"

width="xs:double [1]"

x="xs:double [1]"

y="xs:double [1]"

fixed="xs:boolean [1]"

absoluteScreenLocation="xs:boolean [0..1]"

horizontal="xs:boolean [1]"

showAlgebra="xs:boolean [0..1]"

/>

Tipo: spreadsheetTrace

Super-types:	None
Sub-types:	None

XML Instance Representation

<...

traceColumn1="xs:integer [0..1]"

traceColumn2="xs:integer [0..1]"

traceRow1="xs:integer [0..1]"

traceRow2="xs:integer [0..1]"

tracingRow="xs:integer [0..1]"

numRows="xs:integer [0..1]"

headerOffset="xs:integer [0..1]"

doColumnReset="xs:boolean [0..1]"

doRowLimit="xs:boolean [0..1]"

showLabel="xs:boolean [0..1]"

showTraceList="xs:boolean [0..1]"

doTraceGeoCopy="xs:boolean [0..1]"

/>

Tipo: stringVal

Super-types:	None
Sub-types:	None

XML Instance Representation

<...

val="xs:string [1]"

/>

Tipo: xyCoords

Super-types:	None
Sub-types:	None

XML Instance Representation

<...

x="xs:double [1]"

y="xs:double [1]"

/>

Tipo: algebraStyles

Super-types:	xs:int < algebraStyles (per restrizione)
Sub-types:	None

• Base XSD Type: int

• 0 <= value <= 2

Significato dei valori: 0=valore, 1=definizione, 2=comando.

Tipo: angleUnits

Super-types:	xs:string < angleUnits (per restrizione)
Sub-types:	None

• Base XSD Type: string

• pattern = degree|radiant

Tipo: axisIds

Super-types:	xs:int < axisIds (per restrizione)
Sub-types:	None

• Base XSD Type: int

• 0 <= value <= 2

Significato dei valori: 0=x, 1=y, 2=z

Tipo: axisTypes

Super-types:	xs:int < axisTypes (per restrizione)
Sub-types:	None

• Base XSD Type: int

• 0 <= value <= 15

Significato dei valori: bit0 = disegna freccia positivi, bit1 = grassetto, bit2 = disegna freccia negativi, bit3 = freccia piena

Tipo: colorSpaces

Super-types:	xs:int < colorSpaces (per restrizione)
Sub-types:	None

• Base XSD Type: int

• 0 <= value <= 2

Significato dei valori: 0=RGB, 1=HSB, 2=HSL.

Tipo: coordStyles

Super-types:	xs:string < coordStyles (per restrizione)
Sub-types:	None

• Base XSD Type: string

• pattern = cartesian|polar|complex

Tipo: data

Super-types:	xs:string < data (per restrizione)
Sub-types:	None

• Base XSD Type: string

• pattern = \[(\[.*\],?)*\]

Tipo: decorTypes

Super-types:	xs:int < decorTypes (per restrizione)
Sub-types:	None

• Base XSD Type: int

• 0 <= value <= 6

Significato dei valori: 0=nessuno, 1=trattino singolo, 2=doppio trattino, 3=triplo trattino, 4=freccia singola, 5=doppia freccia, 6=tripla freccia . 1=quadrato, 2=punto ,3=L (Stile Belga).

Tipo: doubleOrBool

Super-types:	None
Sub-types:	None

• Unione dei seguenti tipi:
  • xs:double
  • xs:boolean
  • specialDouble

Tipo: elType

Super-types:	xs:string < elType (per restrizione)
Sub-types:	None

• Base XSD Type: string

• pattern = (angle|line|plane|point|polygon|polyline|ray|segment|vector|(curve|surface)cartesian|implicit(poly|surface))(3d)?|boolean|button|conic(3d)?(part)?|function(NVar)?|image|list|locus|numeric|quadric(limited|part)?|text(field)?|turtle|net|polyhedron|penstroke|audio|video|embed

Tipo: eqnStyles

Super-types:	xs:string < eqnStyles (per restrizione)
Sub-types:	None

• Base XSD Type: string

• pattern = implicit|explicit|specific|parametric

Tipo: fills

Super-types:	xs:int < fills (per restrizione)
Sub-types:	None

• Base XSD Type: int

• 0 <= value <= 7

Significato dei valori:

• 0=NORMALE,
• 1=TRATTEGGIO,
• 2=TRATTEGGIO INCROCIATO,
• 3=SCACCHI,
• 4=PUNTINI,
• 5=NIDO D'APE,
• 6=MATTONI,
• 7=IMMAGINE

Tipo: gridTypes

Super-types:	xs:int < gridTypes (per restrizione)
Sub-types:	None

• Base XSD Type: int

• 0 <= value <= 3

Significato dei valori: 0=cartesiana (principale), 1=isometrica, 2=polare, 3=cartesiana (principali+secondarie)

Tipo: javaDouble

Super-types:	xs:string < javaDouble (per restrizione)
Sub-types:	None

• Base XSD Type: string

• pattern = Infinity|-Infinity|NaN|(-?[0-9.E]*)

Tipo: lineTypes

Super-types:	xs:int < lineTypes (per restrizione)
Sub-types:	None

• Base XSD Type: int

• value proviene dalla lista: {'0'|'10'|'15'|'20'|'30'}

Significato dei valori: 0=pieno, 10=tratteggio corto,15=tratteggio lungo, 20=puntini, 30=tratteggio e punto

Tipo: nonNegInt

Super-types:	xs:integer < nonNegInt (per restrizione)
Sub-types:	None

• Base XSD Type: integer

• value >= 0

Tipo: pointCapturings

Super-types:	xs:int < pointCapturings (per restrizione)
Sub-types:	None

• Base XSD Type: int

• 0 <= value <= 3

Significato dei valori: 0=non attivo, 1=attivo, 2=sulla griglia, 3=automatico.

Tipo: pointStyles

Super-types:	xs:int < pointStyles (per restrizione)
Sub-types:	None

• Base XSD Type: int

• -1 <= value <= 9

Significato dei valori: -1=usa predefiniti, 0=punto pieno, 1=croce, 2=punto vuoto, 3=simbolo somma, 4=diamante pieno, 5=diamante vuoto, 6=triangolo nord, 7=triangolo sud, 8=triangolo est, 9=triangolo ovest.

Tipo: positiveInt

Super-types:	xs:integer < positiveInt (per restrizione)
Sub-types:	None

• Base XSD Type: integer

• value >= 1

Tipo: representation

Super-types:	xs:string < representation (per restrizione)
Sub-types:	None

• Base XSD Type: string

• pattern = array

Modi possibili per rappresentare i coefficienti, solo 1 possibilità in 4.0

Tipo: rightAngleStyles

Super-types:	xs:int < rightAngleStyles (per restrizione)
Sub-types:	None

• Base XSD Type: int

• 0 <= value <= 3

Significato dei valori: 0=nessuno, 1=quadrato, 2=punto ,3=L (stile Belga).

Tipo: specialDouble

Super-types:	xs:string < specialDouble (per restrizione)
Sub-types:	None

• Base XSD Type: string

• pattern = Infinity|-Infinity

Tipo: tickStyles

Super-types:	xs:int < tickStyles (per restrizione)
Sub-types:	None

• Base XSD Type: int

• 0 <= value <= 2

Significato dei valori: 0=maggiore minore, 1=maggiore, 2=nessuno

Tipo: tooltipModes

Super-types:	xs:int < tooltipModes (per restrizione)
Sub-types:	None

• Base XSD Type: int

• 0 <= value <= 4