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2.8.69 TimeSetBehaviorContainer

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Referenced by: ExtTimeNodeContainer, SubEffectContainer

A container record that specifies a set behavior that assigns a value to a property. This animation behavior is applied to the object specified by the behavior.clientVisualElement field and used to animate one property specified by the behavior.stringList field. The property MUST be from the list that is specified in the TimeStringListContainer record (section 2.8.36).


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rh

...

setBehaviorAtom (16 bytes)

...

...

varTo (variable)

...

behavior (variable)

...

rh (8 bytes): A RecordHeader structure (section 2.3.1) that specifies the header for this record. Subfields are further specified in the following table.

Field

Meaning

rh.recVer

MUST be 0xF.

rh.recInstance

MUST be 0x000.

rh.recType

MUST be an RT_TimeSetBehaviorContainer.

setBehaviorAtom (16 bytes): A TimeSetBehaviorAtom record that specifies the type of the value to be set and which attributes of this field and this TimeSetBehaviorContainer are valid.

varTo (variable): A TimeVariantString record that specifies the value that to be set to the property. The varTo.rh.recInstance subfield MUST be 0x001. It MUST be ignored if setBehaviorAtom.fToPropertyUsed is FALSE.

The allowed set of strings depends on the specific attribute names used in the behavior.stringList field. The supported attribute names are specified by the TimeStringListContainer record. The varTo.stringValue MUST be a value as specified in the following tables.

When using attribute names in the following table, the setBehaviorAtom.valueType field MUST be TL_TABVT_Number.

Attribute Name

varTo.stringValue Preset

style.visibility

"hidden", "visible"

style.fontWeight

"none", "normal", "bold"

style.fontStyle

"none", "normal", "italic"

style.textEffectEmboss

"none", "normal", "emboss"

style.textShadow

"none", "normal", "auto"

style.textTransform

"none", "normal", "sub", "super"

style.textDecorationUnderline

"false", "true"

style.textEffectOutline

"false", "true"

style.textDecorationLineThrough

"false", "true"

imageData.grayscale

"false", "true"

fill.on

"false", "f", "t", "true"

fill.type

"solid", "pattern", "tile", "frame", "gradientUnscaled", "gradient", "gradientCenter", "gradientRadial", "gradientTile", "background"

fill.method

"none", "linear", "sigma", "any"

stroke.on

"false", "f", "t", "true"

stroke.linestyle

"single", "thinThin", "thinThick", "thickThin", "thickBetweenThin"

stroke.dashstyle

"solid", "dot", "dash", "dashDot", "longDash", "longDashDot", "longDashDotDot"

stroke.filltype

"solid", "tile", "pattern", "frame"

stroke.startArrow

"none", "block", "classic", "diamond", "oval", "open", "chevron", "doublechevron"

stroke.endArrow

"none", "block", "classic", "diamond", "oval", "open", "chevron", "doublechevron"

stroke.startArrowWidth

"narrow", "medium", "wide"

stroke.startArrowLength

"short", "medium", "long"

stroke.endArrowWidth

"narrow", "medium", "wide"

stroke.endArrowLength

"short", "medium", "long"

shadow.on

"false", "f", "t", "true"

shadow.type

"single", "double", "emboss", "perspective"

skew.on

"false", "f", "t", "true"

extrusion.on

"false", "f", "t", "true"

extrusion.type

"parallel", "perspective"

extrusion.render

"solid", "wireframe", "boundingcube"

extrusion.plane

"xy", "zx", "yz"

extrusion.lockrotationcenter

"false", "true"

extrusion.autorotationcenter

"false", "true"

extrusion.colormode

"false", "true"

When using attribute names in the following table, the setBehaviorAtom.valueType field MUST be TL_TABVT_Number.

Attribute Name

varTo.stringValue

ppt_x

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

ppt_y

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

ppt_w

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

ppt_h

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

ppt_r

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

xshear

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

yshear

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

ScaleX

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

ScaleY

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

r

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

style.opacity

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

style.rotation

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

style.fontSize

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

style.sRotation

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

imageData.cropTop

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

imageData.cropBottom

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

imageData.cropLeft

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

imageData.cropRight

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

imageData.gain

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

imageData.blacklevel

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

imageData.gamma

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

fill.opacity

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

fill.opacity2

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

fill.angle

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

fill.focus

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

fill.focusposition.x

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

fill.focusposition.y

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

fill.focussize.x

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

fill.focussize.y

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

stroke.weight

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

stroke.opacity

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

stroke.imagesize.x

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

stroke.imagesize.y

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

shadow.opacity

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

shadow.offset.x

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

shadow.offset.y

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

shadow.offset2.x

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

shadow.offset2.y

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

shadow.origin.x

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

shadow.origin.y

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

shadow.matrix.xtox

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

shadow.matrix.ytox

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

shadow.matrix.ytoy

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

shadow.matrix.perspectiveX

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

shadow.matrix.perspectiveY

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

skew.offset.x

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

skew.offset.y

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

skew.origin.x

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

skew.origin.y

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

skew.matrix.xtox

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

skew.matrix.ytox

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

skew.matrix.ytoy

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

skew.matrix.perspectiveX

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

skew.matrix.perspectiveY

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

extrusion.viewpointorigin.x

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

extrusion.viewpointorigin.y

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

extrusion.viewpoint.x

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

extrusion.viewpoint.y

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

extrusion.viewpoint.z

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

extrusion.skewangle

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

extrusion.skewamt

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

extrusion.backdepth

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

extrusion.foredepth

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

extrusion.orientation.x

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

extrusion.orientation.y

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

extrusion.orientation.z

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

extrusion.orientationangle

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

extrusion.rotationangle.x

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

extrusion.rotationangle.y

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

extrusion.rotationcenter.x

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

extrusion.rotationcenter.y

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

extrusion.rotationcenter.z

MUST be a valid FORMULA_OR_NUMBER as specified in the following ABNF (specified in [RFC5234]) grammar:

 FORMULA_OR_NUMBER   = SETFORMULA / REAL_NUMBER
 SETFORMULA   = "(" FORMULA ")"
 REAL_NUMBER   = DEC_REGULAR_VALUE / DEC_PURE_FLOATING
 DEC_REGULAR_VALUE   = [ "-" ] DEC_NUMBER ["."] [DEC_NUMBER] [DEC_EXPONENT]
 DEC_PURE_FLOATING   = [ "-" ] "." DEC_NUMBER [DEC_EXPONENT]
 DEC_NUMBER   = 1*DIGIT
 DEC_EXPONENT   = [ "-" ] ( "e" / "E") DEC_NUMBER

The FORMULA rule is specified by the varFormula field of the TimeAnimationValueListEntry record.

When using attribute names in the following table, the setBehaviorAtom.valueType field MUST be TL_TABVT_Color.

Attribute Name

varTo.stringValue

ppt_c

MUST be a valid SETCOLOR as specified in the following ABNF (specified in [RFC5234]) grammar:

 SETCOLOR   = "#" RED GREEN BLUE
 RED   = 2HEXDIG
 GREEN   = 2HEXDIG
 BLUE   = 2HEXDIG

fillcolor

MUST be a valid SETCOLOR as specified in the following ABNF (specified in [RFC5234]) grammar:

 SETCOLOR   = "#" RED GREEN BLUE
 RED   = 2HEXDIG
 GREEN   = 2HEXDIG
 BLUE   = 2HEXDIG

style.color

MUST be a valid SETCOLOR as specified in the following ABNF (specified in [RFC5234]) grammar:

 SETCOLOR   = "#" RED GREEN BLUE
 RED   = 2HEXDIG
 GREEN   = 2HEXDIG
 BLUE   = 2HEXDIG

imageData.chromakey

MUST be a valid SETCOLOR as specified in the following ABNF (specified in [RFC5234]) grammar:

 SETCOLOR   = "#" RED GREEN BLUE
 RED   = 2HEXDIG
 GREEN   = 2HEXDIG
 BLUE   = 2HEXDIG

fill.color

MUST be a valid SETCOLOR as specified in the following ABNF (specified in [RFC5234]) grammar:

 SETCOLOR   = "#" RED GREEN BLUE
 RED   = 2HEXDIG
 GREEN   = 2HEXDIG
 BLUE   = 2HEXDIG

fill.color2

MUST be a valid SETCOLOR as specified in the following ABNF (specified in [RFC5234]) grammar:

 SETCOLOR   = "#" RED GREEN BLUE
 RED   = 2HEXDIG
 GREEN   = 2HEXDIG
 BLUE   = 2HEXDIG

stroke.color

MUST be a valid SETCOLOR as specified in the following ABNF (specified in [RFC5234]) grammar:

 SETCOLOR   = "#" RED GREEN BLUE
 RED   = 2HEXDIG
 GREEN   = 2HEXDIG
 BLUE   = 2HEXDIG

stroke.color2

MUST be a valid SETCOLOR as specified in the following ABNF (specified in [RFC5234]) grammar:

 SETCOLOR   = "#" RED GREEN BLUE
 RED   = 2HEXDIG
 GREEN   = 2HEXDIG
 BLUE   = 2HEXDIG

shadow.color

MUST be a valid SETCOLOR as specified in the following ABNF (specified in [RFC5234]) grammar:

 SETCOLOR   = "#" RED GREEN BLUE
 RED   = 2HEXDIG
 GREEN   = 2HEXDIG
 BLUE   = 2HEXDIG

shadow.color2

MUST be a valid SETCOLOR as specified in the following ABNF (specified in [RFC5234]) grammar:

 SETCOLOR   = "#" RED GREEN BLUE
 RED   = 2HEXDIG
 GREEN   = 2HEXDIG
 BLUE   = 2HEXDIG

extrusion.color

MUST be a valid SETCOLOR as specified in the following ABNF (specified in [RFC5234]) grammar:

 SETCOLOR   = "#" RED GREEN BLUE
 RED   = 2HEXDIG
 GREEN   = 2HEXDIG
 BLUE   = 2HEXDIG

behavior (variable): A TimeBehaviorContainer record (section 2.8.34) that specifies the common behavior information.