To view the markup:

1) File > Options > Customize Ribbon > Main Tabs > Developer > Add

2) Developer > Controls > Design Mode

3) Select a content control and then Developer > Controls > Properties
the title property has no meaning in DocXpress
the tag property determines whether it is a value, conditional, repetition, etc.

THE MARKUP

Format

Format Term (Flexible Dates)

Start Date

Finish Date

No Format

TermAll

TermAll, Oxford Comma

TermYears

TermYears, Oxford Comma

TermMonths

TermMonths, Oxford Comma

TermWeeks

TermWeeks, Oxford Comma

TermDays

Format Term (Flexible Times)

Start Time

Finish Time

No Format

TermAll

TermAll, Oxford Comma

TermHours

TermHours, Oxford Comma

TermMinutes

TermMinutes, Oxford Comma

TermSeconds

Format Term (Fixed Dates)

Start Wednesday, January 1, 2020

Finish Wednesday, March 3, 2021

Format	Expected	Actual
	1 Year,2 Months,3 Days
TermYears	1 Year,2 Months,3 Days
TermYears+Cardinal	One Year,Two Months,Three Days
TermYears+Cardinal, Oxford Comma	One Year, Two Months, and Three Days
TermMonths	14 Months,3 Days
TermMonths+Cardinal	Fourteen Months,Three Days
TermMonths+Cardinal, Oxford Comma	Fourteen Months and Three Days
TermWeeks	61 Weeks,1 Day
TermWeeks+Cardinal	Sixty One Weeks,One Day
TermWeeks+Cardinal, Oxford Comma	Sixty One Weeks and One Day
TermDays	428 Days
TermDays+Cardinal	Four Hundred and Twenty Eight Days
TermDays+Cardinal, Oxford Comma	Four Hundred and Twenty Eight Days

Format Term (Fixed Times)

Start 18:30:45

Finish 03:45:30

Format	Expected	Actual
	9 Hours,14 Minutes
TermHours	9 Hours,14 Minutes
TermHours+Cardinal	Nine Hours,Fourteen Minutes
TermHours+Cardinal, Oxford Comma	Nine Hours and Fourteen Minutes
TermMinutes	554 Minutes,46 Seconds
TermMinutes+Cardinal	Five Hundred and Twenty Four Minutes,Forty Six Seconds
TermMinutes+Cardinal, Oxford Comma	Five Hundred and Twenty Four Minutes and Forty Six Seconds
TermSeconds	33,286 Seconds
TermSeconds+Cardinal	Thirty Three Thousand Two Hundred and Eighty Six Seconds
TermSeconds+Cardinal, Oxford Comma	Thirty Three Thousand Two Hundred and Eighty Six Seconds

Format Number

Note that numbers are rounded away from zero according to their specified precision.

Value	Format	Expected	Actual
-1000.5059		-1000.5059
-1000		-1000
-1000.5059	Precision 0	-1001
-1000.5059	Precision 1	-1000.5
-1000.5059	Precision 2	-1000.51
-1000.5059	Precision 3	-1000.506
-1000.5059	Precision 4	-1000.5059
-1000.5059	Star	**-1000.51**
-1000.5059,1000	And	-1000.5059 and 1000

Format Currency by Design

Value	Format	Expected	Actual
-1000.5059	USD	-$1,000.51¢
-1000.5059	USD+NoMinor	-$1,000.51
-1000.5059	USD+NoMinor+CurrencyName	USD -1,000.51
-1000.5059	USD+CurrencyName+CurrencySymbol	-$1,000.51¢
-1000.5059	USD+TrimDecimal	-$1,001
-1000`	USD+TrimDecimal	-$1,000
-1000.5059	USD+NoTrimDecimal	-$1,000.51¢
-1000	USD+NoTrimDecimal	-$1,000.00¢
-1000.5059	USD+ZeroTrimDecimal	-$1,000.51¢
-1000	USD+ZeroTrimDecimal	-$1,000
-1000.5059	GBP	-£1,000.51
-1000.5059	EUR	€-1.000,51
-1000.5059	Accounts Outside	$$(1++000::51)¢¢
-1000.5059	Accounts Inside	($$1++000::51¢¢)
-1000.5059,1000	EUR+NoTrimDecimal,And	€-1.000,51 and €1.000,00
-1000.5059,1000	French Combo	€-1.000,51 et €1.000,00

Format Currency by Value (Cardinals)

Value	Format	Expected	Actual
0	USDC	Zero Dollars
0.01	USDC	One Cent
0.5	USDC	Fifty Cents
1	USDC	One Dollar
1.01	USDC	One Dollar and One Cent
1.5	USDC	One Dollar and Fifty Cents
2	USDC	Two Dollars
2.01	USDC	Two Dollars and One Cent
2.5	USDC	Two Dollars and Fifty Cents

Format Currency by Value (Digits)

Value	Format	Expected	Actual
0	USDD	0 Dollars
0.01	USDD	1 Cent
0.5	USDD	50 Cents
1	USDD	1 Dollar No/100 Cents
1.01	USDD	1 Dollar 1/100 Cents
1.5	USDD	1 Dollar 50/100 Cents
2	USDD	2 Dollars No/100 Cents
2.01	USDD	2 Dollars 1/100 Cents
2.5	USDD	2 Dollars 50/100 Cents

Format Date

Value	Format	Expected	Actual
2012-1-31		2012-01-31
2012-1-31	USA	01-31-2012
2012-1-31	UK	31/1/2012
2012-1-31	JavaScript	Tue Jan 31 2012
2012-1-31	ISO	2012-01-31T12:00:00
2012-1-31	Years	2012 ++ 12 ++ Two Thousand and Twelve ++ Two Thousand and Twelfth ++ 2012th
2012-1-31	Months	1 ++ 01 ++ January ++ Jan
2012-1-31	Days	31 ++ 31 ++ Thirty One ++ Thirty First ++ 31st
2012-1-31	Weekdays	2 ++ Tuesday ++ Tue
2012-1-31	Upper	THIRTY FIRST OF JANUARY
2012-1-31	Lower	thirty first of january
2012-1-31,2012-2-1		2012-01-31,2012-02-01
2012-1-31,2012-2-1	UK	31/1/2012,1/2/2012
2012-1-31,2012-2-1	UK,And	31/1/2012 and 1/2/2012
2012-1-31,2012-2-1	French Combo	31 1 2012 et 1 2 2012

Format Date by Value

Value	Format	Expected	Actual
1996-12-31	DateByValue	In the last millenium
2024-02-01	DateByValue	The first day of February
2024-02-29	DateByValue	The last day of February
2001-12-25	DateByValue	Xmas day, Two Thousand and One

Format Time

Value	Format	Expected	Actual
12:5:30		12:05:30
12:5:30	ISO	12:05:30
12:5:30	H12M	12:05 pm
12:5:30	H12M+UpperCase	12:05 PM
12:5:30	H12M,Upper	12:05 PM
12:5:30	OCLOCK	12 o'clock
12:5:30	OCLOCK+UpperCase	12 O'CLOCK
12:5:30	OCLOCK,Upper	12 O'CLOCK

Format Time by Value

Value	Format	Expected	Actual
18:0:0	TimeByValue	1800 hours
9:30:45	TimeByValue	9:30 in the morning
12:30:45	TimeByValue	12:30 in the afternoon

Format Boolean

Value	Format	Expected	Actual
true		Yes
false		No
true,false		Yes,No
true	French	Oui
false	French	Non
true,false	French	Oui,Non
true,false	French Combo	Oui et Non

Format List

Value	Format	Expected	Actual
a,b,c,d,e		a,b,c,d,e
a,b,c,d,e	And	[ a and b and c and d and e ]
a	Oxford Comma	a
a,b	Oxford Comma	a and b
a,b,c,d,e	Oxford Comma	a, b, c, d, and e

THE DICTIONARY

Format Names

Note that the name of the format, and any override, is not case-sensitive.

Note that the name of the format can be any expression that evaluates to a text literal. That is, the format that is applied to a value can be computed.

Apply a Format to a Value

A format is applied using the built-in function:

format( value, format-name )

For example, using the formats defined below:

format( -10005, "usd" )

will generate the text:

-$1,000.50¢

whereas:

format( -10005, "usdc" )

will generate the text:

Minus One Thousand Dollars and Fifty Cents

Override a Format Definition

Formats can be overridden.

For example, whereas:

format( -10005, "USD" )

will generate the text:

-$1,000.50¢

the overridden format:

format( -10005, "USD+NoMinorSymbol" )

will generate the text:

-$1,000.50

The format overrides are:

CurrencyName Use the currency name (e.g. USD) rather than the major currency symbol (e.g. $)

CurrencySymbol Use the major currency symbol (e.g. $) rather than the currency name (e.g. USD)

MinorSymbol Include the minor currency symbol (e.g. ¢)

NoMinorSymbol Do not include the minor currency symbol (e.g. ¢)

TrimDecimal Decimal digits are not included

NoTrimDecimal Decimal digits are included up to the precision required

ZeroTrimDecimal Do not include decimal digits that are all 0s.

Cardinal Term represented with cardinal numbers

Digital Term represented with digital numbers

Uppercase Uppercase all characters in the resultant text

Lowercase Lowercase all characters in the resultant text

Sensitive Do not apply case to any characters in the resultant text

Combining Formats

Formats can be combined by commas (similar to CSS styles) with precedence taken by later formats.

For example:

format( date(2020,2,29), "javascript" )

will generate the text:

Sat Feb 29 2020

whereas:

format( date(2020,2,29), "javascript,upper" )

will generate the text:

SAT FEB 29 2020

Note that formats can be both combined and overridden.

For example:

format( -1000.5, "USDC+Lowercase,French" )

FormatS

Although the following example formats are organised according to type (number, date, etc.) a single format may combine any of the table columns into a single definition (see French Combo below).

Number Formats

000 the character(s) inserted between blocks of thousands e.g. , 1,234,567,890

Decimal the decimal point character(s) e.g. . 0.123

Fixed when specified, there are a fixed number of decimal digits e.g. 8 0.12300000

Min when specified, the minimum number of decimal digits e.g. 5 0.12300

Max when specified, the maximum number of decimal digits e.g. 5 0.123

Prefix text that prefixes the formatted value e.g. ** ** 0.123

Postfix text that postfixes the formatted value e.g. ** 0.123 **

Name	000	Decimal	Fixed	Min	Max	Prefix	Postfix	Example
Comma Dot	,	.						1,000.5059
Dot Comma	.	,						1.000,5059
Precision 0			0					-1000
Precision 1			1					-1000.5
Precision 2			2					-1000.51
Precision 3			3					-1000.506
Precision 4			4					-1000.5059
Max 2					2			-1000.51
Min 2				2				-1000.51
Min 2 Max 4				2	4			-1000.5059
Star					2	**	**	**-1000.51**

Number Formats by Design

Currency formats can be designed by specifying the major ($) and minor (¢) symbols, and the location of those symbols relative to the minus sign.

Currency The name of the currency e.g. USD

Major Symbol The major currency symbol e.g. $

Minor Symbol The minor currency symbol e.g. ¢

Major Location AfterMinus (default) The major currency symbol is located after the minus sign for a negative amount e.g. -$1 e.g. ($1)
BeforeMinus The major currency symbol is located before the minus sign for a negative amount e.g. $-1 e.g. $(1)

Minor Location AfterMinus The minor currency symbol is located after the minus sign for a negative amount e.g. (0.50) ¢
BeforeMinus (default) The minor currency symbol is located before the minus sign for a negative amount e.g. (0.50 ¢)

Minus The character(s) representing the minus symbol e.g. -
When separated by a comma the first character(s) appear before the amount
and the second character(s) appear after the amount e.g. (,)

Trim Never (default) The decimal digits are always included e.g. 1.0 e.g. -1.002
Zero The decimal digits are included except when all the digits are zero e.g. 1 e.g. -1.002
Always The decimal digits are never included e.g. 1 e.g. -1

Name	Currency	Major Symbol	Minor Symbol	Major Location	Minor Location	Minus	Trim	000	Decimal	Examples
USD	USD	$	¢					,	.	-$1,000.50¢ -$1,000.00
GBP	GBP	£		AfterMinus			Never	,	.	-£1,000.50 -£1,000.00
EUR	EUR	€		BeforeMinus			Zero	.	,	€-1.000,50 €-1.000
Accounts Outside	DOUBLE	$$	¢¢	BeforeMinus	AfterMinus	( , )		++	::	$$(1++000::50) ¢¢ $$(1++000::00) ¢¢
Accounts Inside	DOUBLE	$$	¢¢	AfterMinus	BeforeMinus	( , )		++	::	($$1++000::50 ¢¢ ) ($$1++000::00 ¢¢)

Number Formats by Value

Currency formats can be specified such that the value (both integral part and decimal part) can be taken into consideration.

The parameters are:

%Value The value being expressed as a currency amount

%Integral The whole number part of the value

%Decimal The decimal part (0-99) of the value

The currency format components are:

[Integral-Cardinal] The whole number amount (dollars) expressed as a cardinal number using the current locale
e.g. One Hundred Dollars

[Integral-Digits] The whole number amount (dollars) expressed as digits
e.g. 100 Dollars

[Decimal-Cardinal] The decimal amount (cents) expressed as a cardinal number using the current locale
e.g. Fifty Five Cents

[Decimal-Digits] The decimal amount (cents) expressed as digits
e.g. 55 Cents

[And] The word "and" using the current locale

Name	If	Number Format	Value	Example
USDC	%Value === 0	[Integral-Cardinal] Dollars	0	Zero Dollars
USDC	%Integral === 0 and %Decimal === 1	[Decimal-Cardinal] Cent	0.01	One Cent
USDC	%Integral === 0 and %Decimal > 1	[Decimal-Cardinal] Cents	0.55	Fifty Five Cents
USDC	%Integral === 1 and %Decimal === 0	[Integral-Cardinal] Dollar	1	One Dollar
USDC	%Integral > 1 and %Decimal === 0	[Integral-Cardinal] Dollars	100	One Hundred Dollars
USDC	%Integral === 1 and %Decimal === 1	[Integral-Cardinal] Dollar [And] [Decimal-Cardinal] Cent	1.01	One Dollar and One Cent
USDC	%Integral > 1 and %Decimal === 1	[Integral-Cardinal] Dollars [And] [Decimal-Cardinal] Cent	100.01	One Hundred Dollars and One Cent
USDC	%Integral === 1 and %Decimal > 1	[Integral-Cardinal] Dollar [And] [Decimal-Cardinal] Cents	1.55	One Dollar and Fifty Five Cents
USDC	%Integral > 1 and %Decimal > 1	[Integral-Cardinal] Dollars [And] [Decimal-Cardinal] Cents	100.55	One Hundred Dollars and Fifty Five Cents
USDD	%Value === 0	[Integral-Digits] Dollars	0	0 Dollars
USDD	%Integral === 0 and %Decimal === 1	[Decimal-Digits] Cent	0.01	1 Cent
USDD	%Integral === 0 and %Decimal > 1	[Decimal-Digits] Cents	0.55	55 Cents
USDD	%Integral === 1 and %Decimal === 0	[Integral-Digits] Dollar No/100 Cents	1	1 Dollar No/100 Cents
USDD	%Integral === 1 and %Decimal > 0	[Integral-Digits] Dollar [Decimal-Digits]/100 Cents	1.55	1 Dollar 55/100 Cents
USDD	%Integral > 1 and %Decimal === 0	[Integral-Digits] Dollars No/100 Cents	100	100 Dollars No/100 Cents
USDD	%Integral > 1 and %Decimal > 0	[Integral-Digits] Dollars [Decimal-Digits]/100 Cents	100.55	100 Dollars 55/100 Cents

Date Formats

The date format components are:

[Year-Digits] The year expressed as 4 digits e.g. 2021

[Year-Digits-2] The year expressed as 2 digits e.g. 21

[Year-Cardinal] The year expressed as a cardinal number e.g. Two Thousand and Twenty One

[Year-Ordinal] The year expressed as an ordinal number e.g. Two Thousand and Twenty First

[Year-Ordinal-Suffix] The year expressed as an ordinal suffix number e.g. 2021st

[Month-Digits] The month expressed as 1 or 2 digits e.g. 3 (for March), 12 (for December)

[Month-Digits-2] The month expressed as 2 digits e.g. 03 (for March), 12 (for December)

[Month-Name] The full name of the month e.g. March, December

[Month-Name-Abbr] The abbreviated name of the month e.g. Mar, Dec

[Day-Digits] The day of the month expressed as 1 or 2 digits e.g. 3, 31

[Day-Digits-2] The day of the month expressed as 2 digits e.g. 03, 31

[Day-Cardinal] The day of the month expressed as a cardinal number e.g. Three, Thirty One

[Day-Ordinal] The day of the month expressed as an ordinal number e.g. Third, Thirty First

[Day-Ordinal-Suffix] The day of the month expressed as an ordinal suffix number e.g. 3rd, 31st

[Weekday-Digit] The day of the week expressed as 1 digit e.g. 1, 7

[Weekday-Name] The full name of the day of the week e.g. Monday, Sunday

[Weekday-Name-Abbr] The abbreviated name of the day of the week e.g. Mon, Sun

Name	Date Format	Case	Example
USA	[month-digits-2] - [day-digits-2] - [year-digits]		02-29-2020
UK	[day-digits] / [month-digits] / [year-digits]		29/2/2020
JavaScript	[weekday-name-abbr] [month-name-abbr] [day-digits-2] [year-digits]		Sat Feb 29 2020
ISO	[year-digits] - [month-digits-2] - [day-digits-2] T12:00:00		2020-02-29T12:00:00
VerboseDate	[weekday-name] , the [day-ordinal] of [month-name] , [year-cardinal]		Wednesday, the Seventeenth of May, Two Thousand and Twenty Three
Years	[year-digits] ++ [year-digits-2] ++ [year-cardinal] ++ [year-ordinal] ++ [year-ordinal-suffix]		2020 ++ 20 ++ Two Thousand and Twenty ++ Two Thousand and Twentieth ++ 2020th
Months	[month-digits] ++ [month-digits-2] ++ [month-name] ++ [month-name-abbr]		2 ++ 02 ++ February ++ Feb
Days	[day-digits] ++ [day-digits-2] ++ [day-cardinal] ++ [day-ordinal] ++ [day-ordinal-suffix]		29 ++ 29 ++ Twenty Nine ++ Twenty Ninth ++ 29th
Weekdays	[weekday-digit] ++ [weekday-name] ++ [weekday-name-abbr]		6 ++ Saturday ++ Sat
Upper	[day-ordinal] of [month-name]	UPPERCASE	TWENTY NINTH OF FEBRUARY
Lower	[day-ordinal] of [month-name]	lowercase	twenty ninth of February

Date Formats by Value

Date formats can be specified such that the value can be taken into consideration.

The parameters are:

%Value The date value

%Year The year part of the date value

%Month The month part (1-12) of the date value

%Day The day part (1-31) of the date value

%EndOfMonth The last day (28-31) of the year/month

%Weekday The day of the week (1-7)

Name	If	Date Format	Value	Example
DateByValue	%Year <= 2000	In the last millenium	1996-12-31	In the last millenium
DateByValue	%Day === 1	The first day of [Month-Name]	2024-02-01	The first day of February
DateByValue	%Day === %EndOfMonth	The last day of [Month-Name]	2024-02-29	The last day of February
DateByValue	%Month === 12 and %Day === 25	Xmas day, [Year-Cardinal]	2000-12-25	Xmas day, Two Thousand

Time Formats

The time format components are:

[24Hour-Digits] The hour (0-23) expressed as 1 or 2 digits e.g. 0, 9, 12, 23

[24Hour-Digits-2] The hour (0-23) expressed as 2 digits e.g. 00, 09, 12, 23

[24Hour-Cardinal] The hour (0-23) expressed as a cardinal number e.g. Zero, Nine, Twelve, Twenty Three

[12Hour-Digits] The hour (1-12) expressed as 1 or 2 digits e.g. 1, 9, 10, 12

[12Hour-Digits-2] The hour (1-12) expressed as 2 digits e.g. 01, 09, 10, 12

[12Hour-Cardinal] The hour (1-12) expressed as a cardinal number e.g. One, Nine, Ten, Twelve

[Minute-Digits] The minute (0-59) expressed as 1 or 2 digits e.g. 0, 9, 30, 59

[Minute-Digits-2] The minute (0-59) expressed as 2 digits e.g. 00, 09, 30, 59

[Minute-Cardinal] The minute (0-59) expressed as a cardinal number e.g. Zero, Nine, Thirty, Fifty Nine

[Second-Digits] The second (0-59) expressed as 1 or 2 digits e.g. 0, 9, 30, 59

[Second-Digits-2] The second (0-59) expressed as 2 digits e.g. 00, 09, 30, 59

[Second-Cardinal] The second (0-59) expressed as a cardinal number e.g. Zero, Nine, Thirty, Fifty Nine

[AmPm] The ante or post meridian e.g. am, pm

Name	Time Format	Example
ISO	[24hour-digits-2] : [minute-digits-2] : [second-digits-2]	00:00:00 08:15:00 11:30:00 12:45:00 20:15:00 23:59:59
H12M	[12hour-digits] : [minute-digits-2][ampm]	12:00 am 8:15 am 11:30 am 12:45 pm 8:15 pm 11:59 pm
OCLOCK	[12hour-digits] o'clock	12 o'clock 8 o'clock 11 o'clock 12 o'clock 8 o'clock 11 o'clock

Time Formats by Value

Time formats can be specified such that the value can be taken into consideration.

The parameters are:

%Value The time value

%Hour The hour (0-23) part of the time value

%Minute The minute part (0-59) of the time value

%Second The second part (0-59) of the time value

Name	If	Time Format	Value	Example
TimeByValue	%Minute === 0 and %Second === 0	[24Hour-Digits-2] 00 hours	18:00:00	1800 hours
TimeByValue	%Hour < 12 and %Second === 0	[12Hour-Digits] : [Minute-Digits-2] in the morning	00:00:00	12:00 in the morning
TimeByValue	%Hour < 12	Just after [12Hour-Digits] : [Minute-Digits-2] in the morning	00:30:05	Just after 12:30 in the morning
TimeByValue	%Hour >= 12 and %Second === 0	[12Hour-Digits] : [Minute-Digits-2] in the afternoon	12:00:00	12:00 in the afternoon
TimeByValue	%Hour >= 12	Just after [12Hour-Digits] : [Minute-Digits-2] in the afternoon	12:30:05	Just after 12:30 in the afternoon

Boolean Formats

Name	True	False	Example
French	Oui	Non	Oui

List Formats

Separator 1 text that separates the items in a list e.g. , a, b, c, d

Separator 2 text that separates the items in a list of exactly 2 items e.g. and a and b

Separator 1 text that separates the last 2 items in a list of at least 3 items e.g. , and a, b, c, and d

Note that # is required to preserve table cells that begin/end with a significant space character.

Name	Separator 1	Separator 2	Separator 3	Prefix	Postfix	Example
And	# and #			# [ #	# ] #	[ a and b and c and d ]
Oxford Comma	# , #	# and #	# , and #			a a and b a, b, c, and d

Term Formats

N.B. These formats are applied using the built-in function:

term( date, date, format-name )

term( time, time, format-name )

Name	Years	Months	Weeks	Days	Hours	Minutes	Seconds	Example
TermAll	true	true	true	true	true	true	true	1 Year,2 Months,3 Weeks,4 Days 1 Hour,2 Minutes,3 Seconds
TermYears	true	true	false	true				1 Year,2 Months,3 Days
TermMonths	false	true	false	true				14 Months,3 Days
TermWeeks	false	false	true	true				61 Weeks
TermDays	false	false	false	true				427 Days
TermHours					true	true	false	1 Hour, 2 Minutes
TermMinutes					false	true	true	62 Minutes,3 Seconds
TermSeconds					false	false	true	3,723 Seconds

Combination Formats

Name	True	False	Date Format	Symbol	000	Decimal	Separator 1	Example
French Combo	Oui	Non	[day-digits] [month-digits] [year-digits]	€	.	,	# et #	Oui et Non 29 2 2020 et 1 3 2020 €1.200.300,00 et €-7,00

FORM

Section	Variable	Question	Guidance
Term
	StartDate	The start of the term
	FinishDate	The finish of the term
	StartTime	The start of the term
	FinishTime	The finish of the term

VARIABLES

Name	Input	Default
StartDate	date	today()
FinishDate	date	today()
StartTime	time	time(18,30,45)
FinishTime	time	time(3,45,30)

THE CONFIGURATION

Baked-In Skeleton Configuration

Row	Column	Cell	Height	HeightNoWording	Width	WidthNoWording	Style	Note
single			100%					The row containing the questions and the wording
	left				15%			The column containing the questions
		SectionList	100%					The list of sections and questions
	right				calc( 85% - 8px )			The column containing the wording
		Wording	100%					The wording of the document to be assembled

Baked-In Behavior Configuration

Group	Setting	Value	Note
Wording	Visible	true	The wording is initially visible