Placeholders with Format Definition

<flags>

Optional and combinable

Code: iValue : INT := -12;

Property: Text variable: PLC_PRG.iCounter

-

%-5d

Alignment left-justified, with respect to the minimum width of the number (specified in minimum number of digits)

Property: Text: Value: %-5d

+

%+d

Output always with a sign

Property: Text: Value: %+d

Output: Value: -12

0

%05d

Places are filled with a 0 until the minimum number of places (including the sign) is reached

Property: Text: Value: %05d

'

%'d

Causes the value to be displayed as an integer with thousands separators.

Code snippet:

iValue : INT := 4321;

Property: Text: Value: %'d

Output: Value: 4,321

<minimum number of digits>

%5d

Optional

Minimum number of places

<type>

Required

d

i

%d

Output as an integer decimal number

Code: iValue : INT := -12;

Property: Text: Value: %d

Property: Text variable: PLC_PRG.iCounter

Output: Value: -12

%+05d

Code: iValue : INT := -12;

Property: Text: Value: %+05d

Property: Text variable: PLC_PRG.iCounter

Output: Value: -0012

b

%08b

Output as unsigned, integer binary number without a prefix

Code: byCode : BYTE := 255;

Property: Text: Coding: %08b

Property: Text variable: PLC_PRG.byCode

Output: Coding: 11111111

o

%04o

Output as unsigned, integer octal number without a prefix

Code: byCode : BYTE := 8#377;

Property: Text: Octal number: %04o

Property: Text variable: PLC_PRG.byCode

Output: Octal number: 0377

x

%04x

Output as an unsigned 32-bit hexadecimal number with the digits a–f (lowercase) without a prefix and without a separator

Code: wCode : WORD := 16#1;

Property: Text: Coding: 16#%04x

Property: Text variable: PLC_PRG.dwCode

Output: Coding: 16#0001

X

%08X

Output as an unsigned 32-bit hexadecimal number with the digits A–F (uppercase) without a prefix and without a separator

Code: dwCode : DWORD := 16#FFFFFFFF;

Property: Text: Coding: %08X

Property: Text variable: PLC_PRG.dwCode

Output: Coding: FFFFFFFF

llx

%016llx

Output as an unsigned 64-bit hexadecimal number with the digits a–f (lowercase) without a prefix and without a separator

Note: llx means "long long hexadecimal"

Recommended data types: LWORD | LINT | ULINT

Code: lwCode : LWORD := 16#4FFF_3FFF_2FFF_1FFF;

Property: Text: Coding: 16#%016llx

Property: Text variable: PLC_PRG.lwCode

Output: Coding: 16#4fff3fff2fff1fff

llX

%016llX

Output as an unsigned 64-bit hexadecimal number with the digits A–F (uppercase) without a prefix and without a separator

Recommended data types: LWORD | LINT | ULINT

Code: lwCode : LWORD := 16#4FFF_3FFF_2FFF_1FFF;

Property: Text: Coding: %016llX

Property: Text variable: PLC_PRG.lwCode

Output: Coding: 4FFF3FFF2FFF1FFF

u

%5u

Output as an unsigned integer decimal number

Recommended data types: USINT | UINT | UDINT | ULINT

Code: uiNumber : UINT := 1234;

Property: Text: Number: %u

Property: Text variable: PLC_PRG.uiNumber

Output: Number: 1234

<flags>

Optional and combinable

-

%-12.9f

Alignment left-justified, with respect to the minimum number of digits

+

%+f

Always with a sign, also for positive numbers

Code: lrVar : LREAL := 1.234567E-003;

Property: Text: lrVar: %+f

Property: Text variable: PLC_PRG.lrVar

Output: lrVar: +0.001235

0

%012.3f

Places are filled with a 0 until the minimum number of places (including the sign and decimal point) is reached

Code: lrVar : LREAL := 1.234567E-003;

Property: Text: lrVar: %012.3f

Property: Text variable: PLC_PRG.lrVar

Output: lrVar: 00000000.001

'

%'.2f

Causes the number to be displayed as a floating-point number with thousands separators.

Code snippet:

rValue : REAL:= 6543,21;

Property: Text: lrVar: %2f

Property: Text variable: PLC_PRG.lrVar

Output: lrVar: 6,543.21

<minimum number of digits> . <accuracy>

Optional

When not specified, the number is output in standard format 1.6

<minimum number of digits>

%012.3f

Minimum number of places including the sign and decimal point

Example: 12

Code: lrVar : LREAL := 1.234567E-003;

Property: Text: lrVar: %012.3f

Property: Text variable: PLC_PRG.lrVar

Output: lrVar: 000000000000.001

<accuracy>

%1.3f

Accuracy in places and the decimal point

Example: 3

Code: lrVar : LREAL := 1.234567E-003;

Property: Text: lrVar: %1.3f

Property: Text variable: PLC_PRG.lrVar

Output: lrVar: 0.001

f

%f

Required

Format identifier for decimal display with the decimal point

Code: rWeight : REAL := 0.123456789;

Property: Text: Weight: %f

Property: Text variable: PLC_PRG.rWeight

Output: rWeight: 1.234568

<flags>

Optional and combinable

-

%-12.3e

Alignment left-justified, with respect to the minimum number of digits

+

%+e

Always with a sign, also for positive numbers

Code: lrVar : LREAL := 1.234567E-003;

Property: Text: lrVar: %+e

Property: Text variable: PLC_PRG.lrVar

Output: lrVar: +1.234567e-003

0

%012.9e

Places are filled with a 0 until the minimum number of places (including the sign and decimal point) is reached

Code: lrVar : LREAL := -1.234567E-003;

Property: Text: : %012.3f

Property: Text variable: PLC_PRG.lrVar

Output: lrVar: -01.234e-003

<minimum number of digits> . <accuracy>

Optional

When not specified, the mantissa is output in standard format 1.6

<minimum number of digits>

%12.3e

Minimum number of places, including the sign (for mantissa and exponent), decimal point, and exponents ( E, e)

Example: 12

Code: lrVar : LREAL := 1.234567E-003;

Property: Text: lrVar: %e

Property: Text variable: PLC_PRG.lrVar

Output: lrVar: 1.234567.-003

<accuracy>

%12.3e

Accuracy of the mantissa in places and the decimal point

Example: 3

Code: lrVar : LREAL := -1.234567E-003;

Property: Text: %012.3e

Property: Text variable: PLC_PRG.lrVar

Output: lrVar: -01.235e-003

<type>

Required

e

%e

Display with e

Code: rValue : REAL := 0.009876543210;

Property: Text: rValue: %e

Property: Text variable: PLC_PRG.rValue

Output: rValue: 9.876544e-003

E

%E

Display with E

Code: rValue : REAL := 0.009876543210;

Property: Text: rValue: %E

Property: Text variable: PLC_PRG.rValue

Output: rValue: 9.876544E-003

<time in unit>

Required

Identification for a time unit

Filters from the time value the complete number of the specified time unit (days, hours, minutes, seconds, milliseconds)

For 64-bit time values, also microseconds and nanoseconds

Valid for the following examples:

Code: ltTimeSpan : LTIME := LTIME#1D2H3M4S5MS6US7NS;;

Property: Text variable: PLC_PRG.ltTimeSpan

d

%t[d]

Number of days, without a prepended zero

Property: Text: Time span: %t[d] d

Output: Time span: 1 d

dd

%t[dd]

Number of whole days, with a prepended zero

Property: Text: Time span: %t[dd] days

Output: Time span: 01 days

H

%t[H]

Number of hours (0–23)

Property: Text: Time span: %t[H] h

Output: Time span: 2 h

HH

%t[HH]

Number of hours (00–23)

Property: Text: Time span: %t[HH] h

Output: Time span: 02 h

h

%t[h]

Number of hours (0–23)

Property: Text: Time span: %t[h] h

Output: Time span: 2 h

hh

%t[hh]

Number of hours (00–23)

Property: Text: Time span: %t[h] h

Output: Time span: 02 h

m

%t[m]

Number of minutes (0–59), without leading zero

Property: Text: Time span: %t[m] m

Output: Time span: 3 m

mm

%t[mm]

Number of minutes (00–59), with leading zero

Property: Text: Period: %t[mm] m

Output: Time span: 03 m

s

%t[s]

Number of seconds (00–59), without leading zero

Property: Text: Time span: %t s] s

Output: Time span: 4 s

ss

%t[ss]

Number of seconds (00–59), with leading zero

Property: Text: Time span: %t[ss] s

Output: Time span: 04 s

ms

%t[ms]

Number of fractional seconds, in milliseconds (0–999)

Property: Text: Time span: %t[ms] ms

Output: Time span: 005 ms

us

%t[us]

Number of fractional seconds, in microseconds (0–999)

Only for data type LTIME

Property: Text: Time span: %t[us] µs

Output: Time span: 006 µs

Note: Overflow is permitted in the greatest time unit of a definition.

ns

%t[ns]

Number of fractional seconds, in nanoseconds (0–999)

Only for data type LTIME

Property: Text: Time span: %t[ns] ns

Output: Time span: 007 ns

Note: Overflow is permitted in the greatest time unit of a definition.

<text>

%t[ns nanoseconds]

%t[ns 'ns']

Optional

Strings, which are specified inside of brackets, are included in the output

Note: If a string should be output, which corresponds to an identification for a time unit or which contains identifications for time units, then the string must be enclosed in single straight quotation marks.

Property: Text: %t[Time span: ns nanoseconds]

Output: Time span: 007 nanoseconds

Property: Text: %t[Time span: ns 'ns']

Output: Time span: 007 ns

%t[dd-HH.m.s.ms.us.ns]

Time format for all time units, with the usual separator in between

Property: Text: Value: %t[dd-HH:mm:ss:ms:us:ns]

Output: Value: 01-02:03:04:005:006:007

%t[dd-HH:mm:ss:ms:us:ns]

Format with additional strings which should be output, without considering the identifications for time units

These kinds of strings are enclosed in simple straight quotation marks.

Property: Text: Time span %t[dd-HH:mm:ss:ms:us:ns]

Output: Time span: 01-02:03:04:005:006:007

<time in unit>

Required

Identification of a time unit which formats the time value in the specified time unit (days, hours, minutes, seconds, milliseconds) as a decimal number

For 64-bit time values, also microseconds and nanoseconds

<number of decimal places>

Required

Maximum number of decimal places (>=0) which are displayed or entered

Note: Even if decimal places are not desired for the input or display, at least the number 0 must be specified to allow for fractional input.

The requirements apply for the following examples:

Code: ltTime : LTIME;

Property: Text variable: PLC_PRG.ltTime

HH

H

hh

h

%t[hh4]

%t[h4]

Time value (in hours) as a decimal number

Number of hours (0–23)

Example: 4

Property: Text: %t[hh2]

User input: 1.25

Time value: ltTime = T#1h15m

mm

m

%t[mm2]

%t[m2]

Time value (in minutes) as a decimal number

Example: 2

User input: 1.25

Time value ltTime = T#1M15S

ss

s

%t[ss3]

Time value (in seconds) as a decimal number

Example: 3

User input: 1.25

Time value ltTime = T#1S250MS

%t[ss0]

Example: 0

User input: 1000

Time value ltTime = T#16M40S

ms

%t[ms3]

Time value (in milliseconds) as a decimal number

Example: 3

User input: 1.25

Time value ltTime = T#1MS250MS

us

%t[us3]

Time value (in microseconds) as a decimal number

Example: 3

User input: 1.25

Time value ltTime = T#1US250NS

ns

%t[ns0]

Time value (in nanoseconds) as a decimal number

Example: 0

User input: 125

Time value ltTime = T#125NS

t

%t[HH:mm:ss:ms]

Output of the current system time

Requirement: No variable is specified below the Text variable property.

Property: Text: Time: %t[HH:mm:ss:ms]

Property: Text variable: blank

Output: Time: 8:59:59 AM:999

Z

%t[dd:MM:yyyy HH:mm:ss:ms:Z]

Optional

Output of the offset of the local system time as universal time (UTC)

Property: Text: Time: %t[dd:MM:yyyy HH:mm:ss:ms:Z]

Depending on the UTC variable VisuElems.Visu_DateTime.DisplayUTC, the following is displayed:

<date and time unit>

Required

Identification for date and time units

Filters from the time value (data type: date and time) the value for the specified unit (year, month, day, hour, minute, milliseconds)

For 64-bit date and time values, also microseconds and nanoseconds

yyyy

%t[yyyy]

Year with century

Code: dateBy : DATE := DATE#2020-1-1;

Property: Text: By the year %t[yyyy]

Property: Text variable: PLC_PRG.dateBy

Output: By the year 2020

yy

%t[yy]

Year without century (00–99)

Code: dateSince : DATE := DATE#2000-1-1;

Property: Text: Since: %t[yy]

Property: Text variable: PLC_PRG.dateSince

Output: Since: 00

y

%t[y]

Year without century (0–99)

Code: dateSince : DATE := DATE#2000-1-1;

Property: Text: Since: %t[y]

Property: Text variable: PLC_PRG.dateSince

Output: Since: 0

MMMM

%t[MMMM]

Month as full name

Code: dateMonth : DATE := DATE#2016-1-1;

Property: Text: Month: %t[MMMM]

Property: Text variable: PLC_PRG.dateMonth

Output: Month: January

MMM

%t[MMM]

Month as abbreviated name

Code: dateMonth : DATE := DATE#2016-1-1;

Property: Text:: Month: %t[MMM]

Property: Text variable: PLC_PRG.dateMonth

Output: Month: Jan

MM

%t[MM]

Month as number (01–12)

Code: dateMonth : DATE := DATE#2016-1-1;

Property: Text:: Month: %t[MM]

Property: Text variable: PLC_PRG.dateMonth

Output: Month: 01

M

%t[M]

Month as number (1–12)

Code: dateMonth : DATE := DATE#2016-1-1;

Property: Text: Month: %t[M]

Property: Text variable: PLC_PRG.dateMonth

Output: Month: 1

ddddd

%t[ddddd]

Day of week as number (1 = Monday – 7 = Sunday)

Code: iDay : INT := 7;

Property: Text:: Day: %t[ddddd]

Property: Text variable: PLC_PRG.iDay

Output: Day: 7

dddd

%t[dddd]

Day of week as full name

Code: iDay : INT := 7;

Property: Text:: Day: %t[dddd]

Property: Text variable: PLC_PRG.iDay

Output: Day: Sunday

ddd

%t[ddd]

Day of week as abbreviated name

Code: iDay : INT := 7;

Property: Text:: Day: %t[ddd]

Property: Text variable: PLC_PRG.iDay

Output: Day: Sun

dd

%t[dd]

Day of month as number (01–31)

Code: iDay : INT := 1;

Property: Text: Day: %t[dd]

Property: Text variable: PLC_PRG.iDay

Output: Day: 01

d

%t[d]

Day of month as number (1–31)

Code: iDay : INT := 1;

Property: Text:: Day: %t[d]

Property: Text variable: PLC_PRG.iDay

Output: Day: 1

yyyy

%t[yyyy]

Day of year as number (001–366)

Code: dateOfNoReturn : DATE := DATE#2016-09-01;

Property: Text: Day of no return: %t[yyyy]

Property: Text variable: PLC_PRG.dateOfNoReturn

Output: Day of no return: 245

HH

%t[HH]

Hour in 24-hour format (00–23)

Code: todEnd : TOD := TIME_OF_DAY#17:0:0;

Property: Text: Ends at: %t[HH]:00

Property: Text variable: PLC_PRG.todEnd

Output: Ends at 17:00

hh

%t[hh]

Hour in 12-hour format (01–12)

Code: todEnd : TOD := TIME_OF_DAY#17:0:0;

Property: Text: Ends at: %t[hh] o'clock

Property: Text variable: PLC_PRG.todEnd

Output: Ends at: 05 o'clock

t

%t[t]

Abbreviation A or P in 12-hour format

A for 00 <= hh <= 11

P for 12 <= hh <= 23

Code: tClosed : TOD := TOD#17:17:17.17;

Property: Text: Closed at %t[hh:mm t]

Property: Text variable: PLC_PRG.tClosed

Output: Closed at 05:17 P

tt

%t[tt]

Abbreviation AM or PM in 12-hour format

AM for 00 <= hh <= 11

PM for 12 <= hh <= 23

Code: tClosed : TOD := TOD#17:17:17.17;

Property: Text: Closed at %t[hh:mm tt]

Property: Text variable: PLC_PRG.tClosed

Output: Closed at 05:17 PM

%t[yyyy-MM-dd dddd]

Date and day of the week with separators in between

Code: dateSet : DATE := DATE#2021-02-12;

Property: Text: Date: %t[yyyy-MM-dd dddd]

Property: Text variable: PLC_PRG.dateSet

Output: Date: 2/12/2021 Friday

%t[HH:mm:ss:ms]

Time of day

Code: dwTime : DWORD := 4294967295;

Property: Text: Time: %t[HH:mm:ss:ms]

Property: Text variable: PLC_PRG.dwTime

Output: Time: 23:59:59:999

%t[HH 'h' mm 'm'ss 's' ms 'ms']

If strings should be output which correspond to a format definition, then these must be represented in single straight quotation marks.

Property: Text: %t['Time' HH 'h' mm 'm'ss 's' ms 'ms']

Output: Time: 23 h 59 m 59 s 999 ms

<type>

c

%c

Output of single character in ASCII character set

Code: byteChar : BYTE := 16#41;

Property: Text: Key: %c

Property: Text variable: PLC_PRG.byteChar

Output: Key: A

s

%s

Output of string

Recommended data types: STRING | WSTRING

Code: strName : STRING := 'Paul Smith';

Property: Text: Name: %s

Property: Text variable: PLC_PRG.strName

Output: Name: Paul Smith

When UTF-8 encoding is enabled for the STRING data type, language-specific characters are allowed for both the input and the output. Examples of language-specific characters include diacritic characters and Chinese characters.

For more information, see the following: Dialog: Project Settings: Compile options

&

%d%%

Output of the percent sign

With a placeholder variable:

Code: iPercentage : INT := 80;

Property: Text: Valid until %d%%.

Property: Text variable: PLC_PRG.iPercentage := 80;

Output: Valid until 80%

Property: Text: Valid until 90%%

Output: Valid until 90%