Omron eV+3 Keyword Reference guide

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Software
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Reference guide

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eV+3
Keyword Reference Manual
I652-E-03
Copyright Notice
The information contained herein is the property of Omron Robotics and Safety Technologies, Inc., and
shall not be reproduced in whole or in part without prior written approval of Omron Robotics and Safety
Technologies, Inc.. The information herein is subject to change without notice and should not be con-
strued as a commitment by Omron Robotics and Safety Technologies, Inc. The documentation is peri-
odically reviewed and revised.
Omron Robotics and Safety Technologies, Inc., assumes no responsibility for any errors or omissions in
the documentation.
Copyright ï›™ 2020 Omron Robotics and Safety Technologies, Inc. by OMRON Corporation. All rights
reserved.
Sysmac and SYSMAC are trademarks or registered trademarks of OMRON Corporation in Japan and
other countries for OMRON factory automation products.
EtherCAT® is a registered trademark and patented technology, licensed by Beckhoff Automation GmbH,
Germany.
DeviceNet is a trademark of ODVA.
Other company names and product names in this document are the trademarks or registered trademarks
of their respective companies.
Created in the United States of America.
22353-000 Rev. C eV+3KeywordReferenceManual 3
Table of Contents
Chapter 1: Introduction 13
1.1 Intended Audience 13
1.2 Related Manuals 14
1.3 Alert Levels 14
1.4 Special Information 14
1.5 Keyword Syntax 15
1.6 Keyword Parameters 15
Parameter Data Type Designations 16
Numeric Parameters 16
Chapter 2: Keyword QuickReference 19
2.1 Function Keyword Summary 19
2.2 Monitor Command Keyword Summary 25
2.3 Other Keyword Summary 29
2.4 Program Command Keyword Summary 29
2.5 System Parameter Keyword Summary 36
2.6 System Switch Keyword Summary 37
Chapter 3: Keyword Details 39
3.1 Function Keywords 39
ABS 39
ACCEL 40
ACOS 42
ALIGN 44
ASC 45
ASIN 46
ATAN2 48
BASE 50
BCD 51
BELT 52
BITS 54
BMASK 56
BSTATUS 57
CAS 59
$CHR 60
COM 61
CONFIG 62
COS 67
CUBRT 69
$DBLB 70
DBLB 71
DCB 73
$DECODE 74
$DEFAULT 77
DEFINED 79
DEST 80
DEVICE 82
DISTANCE 84
DURATION 85
DX 87
DY 88
DZ 89
ENCLATCH 90
$ENCODE 91
$ERROR 94
ERROR 95
FALSE 100
$FLTB 101
FLTB 102
FRACT 104
FRAME 105
FREE 107
GETC 108
GET.EVENT 110
HERE 111
HOUR.METER 112
$ID 113
ID 114
IDENTICAL 124
INRANGE 125
$INTB 127
INT 128
INTB 130
INVERSE 132
IOSTAT 133
LAST 136
LATCH 138
LATCHED 139
LEN 141
$LNGB 142
LNGB 143
MAX 145
$MID 146
MIN 147
NETWORK 148
NORMAL 150
NOT 151
NULL 152
OFF 153
ON 154
OUTSIDE 155
PARAMETER 156
#PDEST 157
4 eV+3KeywordReferenceManual 22353-000 Rev. C
22353-000 Rev. C eV+3KeywordReferenceManual 5
#PHERE 158
PI 159
#PLATCH 160
POS 161
#PPOINT 162
PRIORITY 164
RANDOM 165
RX 166
RY 167
RZ 168
SCALE 169
SELECT 170
#SET.POINT 172
SHIFT 173
SIG.INS 174
SIGN 176
SIG 177
SIN 179
SOLVE.FLAGS 181
SPEED 183
SQRT 185
SQR 186
STATE 187
STATUS 195
STRDIF 197
SWITCH 199
TAN 200
TAS 201
TASK 204
$TIME 207
$TIME4 209
TIME 211
TIMER 213
TOOL 216
TPS 217
TRANS 218
$TRANSB 220
TRANSB 221
TRUE 222
$TRUNCATE 223
$UNPACK 224
VAL 226
VLOCATION 227
VPARAMETER 230
VRESULT 232
VSTATE 234
WINDOW 235
3.2 Monitor Command Keywords 238
ABORT 238
BASE 240
BITS 242
CALIBRATE 244
CD 247
COMMANDS 248
COPY 250
CYCLE.END 251
DEFAULT 253
DELETE 257
DELETEL 259
DELETEM 261
DELETEP 263
DELETER 265
DELETES 267
DIRECTORY 269
DISABLE 271
DO 273
ENABLE 275
ESTOP 277
EXECUTE 278
FCOPY 282
FDELETE 284
FDIRECTORY 286
FLIST 291
FREE 292
FRENAME 293
FSET 294
HERE 295
ID 297
IO 300
JOG 302
KILL 306
LIST 307
LISTL 309
LISTP 311
LISTR 312
LISTS 314
LOAD 316
MDIRECTORY 319
MODULE 321
NET 323
PANIC 326
PARAMETER 327
PING 329
PRIME 330
PROCEED 332
RENAME 334
RESET 335
RESET.LOCK 336
RETRY 337
SELECT 339
SIGNAL 341
SPEED 343
SRV.RESET 345
SSTEP 346
6 eV+3KeywordReferenceManual 22353-000 Rev. C
22353-000 Rev. C eV+3KeywordReferenceManual 7
STACK 348
STATUS 350
STORE 354
STOREL 356
STOREM 358
STOREP 360
STORER 362
STORES 364
SWITCH 366
TESTP 368
TOOL 369
WAIT.START 371
WHERE 373
XSTEP 374
ZERO 377
3.3 Other Keywords 379
.END 379
IPS 380
MMPS 381
3.4 Program Command Keywords 382
ABORT 382
ABOVE 384
ACCEL 386
ALIGN 389
ALTER 390
ALTOFF 392
ALTON 393
ANY 395
APPRO 396
APPROS 397
ATTACH 398
AUTO 402
BASE 405
BELOW 407
BITS 409
BRAKE 411
BREAK 412
BY 414
CALIBRATE 415
CALL 419
CALLS 422
CASE 424
CLEAR.EVENT 427
CLEAR.LATCHES 428
COARSE 429
CPOFF 431
CPON 433
CYCLE.END 435
DECOMPOSE 437
DEF.DIO 439
DEFBELT 441
DEPART 443
DEPARTS 445
DETACH 447
DISABLE 449
DO 451
DOS 453
DRIVE 455
DURATION 457
ELSE 459
ENABLE 460
END 462
ESTOP 464
EXECUTE 465
EXIT 469
EXTERNAL 470
FCLOSE 472
FCMND 473
FCOPY 477
FDELETE 479
FEMPTY 481
FINE 483
FLIP 485
FOPEN 488
FOPENA 491
FOPEND 494
FOPENR 497
FOPENW 500
FOR 503
FSEEK 505
FSET 507
GLOBAL 509
GOTO 511
HALT 512
HERE 513
IF ... GOTO 515
IF ... THEN 517
IGNORE 519
JMOVE 520
JOG 521
KEYMODE 525
KILL 527
LEFTY 528
LOCAL 530
LOCK 532
MC 534
MCS 536
MULTIPLE 538
MOVE 539
MOVEC 540
MOVES 547
NEXT 548
NOFLIP 549
8 eV+3KeywordReferenceManual 22353-000 Rev. C
22353-000 Rev. C eV+3KeywordReferenceManual 9
NONULL 550
NOOVERLAP 552
NULL 554
OVERLAP 556
PACK 558
PANIC 560
PARAMETER 561
PAUSE 563
PDNT.CLEAR 564
PDNT.NOTIFY 565
PDNT.WRITE 566
PENDANT 568
PROCEED 571
.PROGRAM 573
PROMPT 576
REACT 578
REACTE 581
REACTI 583
READ 585
READY 589
RELEASE 591
RESET 592
RETRY 593
RETURN 595
RETURNE 596
RIGHTY 597
RUNSIG 599
SELECT 601
SET.EVENT 603
SET 604
SETBELT 606
SETDEVICE 608
SIGNAL 610
SINGLE 612
SOLVE.ANGLES 613
SOLVE.TRANS 620
SPEED 622
STOP 625
SWITCH 626
TIMER 628
TOOL 629
TYPE 630
UNTIL 633
VALUE 634
VPARAMETER 635
VRUN 637
VWAITI 638
WAIT 639
WAIT.EVENT 640
WHILE 643
WINDOW 645
WRITE 647
3.5 System Parameter Keywords 650
BELT.MODE 650
DEVIATION 653
JOG.TIME 654
NOT.CALIBRATED 655
VTIMEOUT 657
3.6 SystemSwitch Keywords 658
AUTO.POWER.OFF 658
CP 660
DECEL.100 661
DELAY.IN.TOL 662
DRY.RUN 664
MESSAGES 666
OBSTACLE 667
POWER 669
ROBOT 671
SCALE.ACCEL 673
SCALE.ACCEL.ROT 675
UPPER 676
10 eV+3KeywordReferenceManual 22353-000 Rev. C
Revision History
Revision
Code ReleaseDate Details
A July, 2020 Original release
B August, 2020 Minor corrections and updates
C October, 2020 Updates for Viper robots and minor corrections
22353-000 Rev. C eV+3KeywordReferenceManual 11
Chapter 1: Introduction
eV+ uses a special programming language and command set to send and request information
to and from the operating system. The keywords detailed in this manual are used when cre-
ating programs with Sysmac Studio and issuing commands from the Monitor Window in the
Sysmac Studio interface.
Additional Information: More information about keyword syntax, parameters,
and data types can be found in theeV+3 User'sManual (Cat.No. I651).
IMPORTANT: An error "Command not supported"will be returned if a
keyword is issued on a system that does not include the NJ-series Robot Integ-
rated CPUUnit as the Host System.
There are 6 different types of keywords that are used based on the functionality that is needed
as described below.
Table 1-1. eV+ Keyword Types
Keyword Type Usage
Functionkeywords Used to return values from the eV+ Operating System.
Monitor command
keywords
Used to issue individual operations in the Monitor Window or to cre-
ate Monitor Commandprograms.
Program command
keywords
Used to command operations in V+ Programs.
System parameter
keyword
Used to manipulate systemparameters in V+ Programs or with the
Monitor Window.
System switch
keywords
Used to manipulate system switches in V+ Programs or with
theMonitor Window.
Other keywords Used to specify units when using the SPEEDprogram command
keyword.
Refer to the eV+3 User'sManual (Cat.No. I651) for more inform-
ation.
1.1 Intended Audience
This manual is intended for the following personnel, who must also have knowledge of com-
mon programming practices and robotic control methods.
lPersonnel in charge of introducing FA systems.
lPersonnel in charge of designing FA systems.
lPersonnel in charge of installing and maintaining FA systems.
lPersonnel in charge of managing FA systems and facilities.
22353-000 Rev. C eV+3KeywordReferenceManual 13
14 eV+3KeywordReferenceManual 22353-000 Rev. C
1.2 Related Manuals
1.2 Related Manuals
Use the following related manuals for reference.
Table 1-2. Related Manuals
Manual Description
eV+3 User'sManual (Cat.No. I651) Provides information that is necessary to use
eV+.
Sysmac Studio Robot Integrated System Build-
ing Function with Robot Integrated CPU Unit
Operation Manual (Cat. No. W595)
Learning about the operating procedures and
functions of the Sysmac Studio to configure
Robot Integrated System using Robot Integ-
rated CPU Unit.
Robot User Guides User Guide for the robot in use.
T20 Pendant User's Manual (Cat. No. I601) Describes the use of the optional T20 manual
control pendant.
NJ-series Robot Integrated CPUUnit
User'sManual (Cat. No. O037)
Describes the settings and operation of the
CPU Unit and programming concepts for
OMRON robot control.
Robot Safety Guide (Cat. No. I590) Contains safety information forOMRON indus-
trial robots.
1.3 Alert Levels
The following alert levels are used throughout this document.
!
DANGER: Identifies an imminently hazardous situation which, if not
avoided, is likely to result in serious injury, and might result in death or severe
property damage.
!
WARNING: Identifies a potentially hazardous situation which, if not avoided,
will result in minor or moderate injury, and might result in serious injury,
death, or significant property damage.
!
CAUTION: Identifies a potentially hazardous situation which, if not avoided,
might result in minor injury, moderate injury, or property damage.
1.4 Special Information
The following notation is used throughout this document to indicate special information.
IMPORTANT: Information to ensure safe use of the product.
Chapter 1: Introduction
NOTE: Information for more effective use of the product.
Additional Information: Helpful tips, recommendations, and best practices.
1.5 Keyword Syntax
Use the following guidelines with the keyword syntax provided in this manual.
lKeywords are presented with uppercase text and parameters are presented with lower-
case text.
lAny parentheses, brackets, and commas must be used exactly as shown.
lBold text represents required syntax and non-bold text represents optional syntax.
lCommas must be present between consecutive parameters.
lBlank spaces are not evaluated by the system and extra spaces or missing spaces do not
cause syntax problems.
Use the following example to understand how keyword syntax is presented in this manual.
KEYWORD req_param1 = req_param2 SECONDARY.KEYWORD opt_param1, opt_param2
Table 1-3. Keyword Syntax Details
Item Details
KEYWORD Required and must be entered exactly as shown.
req_param1 Required and must be replaced with a value, variable, or expres-
sion.
=Assignment operator. If required, follows the keyword and / or
parameters.
req_param2 Required when an equal sign is present and must be replaced with
a value, variable, or expression.
SECONDARY.KEYWORD If present, required and must be entered exactly as shown.
opt_param1, opt_param2 Optional and if used, must be replaced with a value, variable, or
expression.
1.6 Keyword Parameters
This section describes parameters and how they are used withkeyword syntax.
NOTE: Do not confuse keyword parameters with system parameter keywords.
Refer to System Parameter Keywords on page 650 for more information.
Parameters are considered arguments to keywords. Keywords may have multiple required and
optional parameters. Some keywords do not use any parameters such as BREAK or FALSE .
22353-000 Rev. C eV+3KeywordReferenceManual 15
16 eV+3KeywordReferenceManual 22353-000 Rev. C
1.6 Keyword Parameters
When an optional parameter is omitted, the system will assume a default. Omitting an
optional parameter that is in the middle of the keyword's syntax must respect the use of any
necessary commas, as shown below.
CALL program_name(1, , n+3)
If an the optional parameter is trailing, it can be removed if unused. Consider the CALL
keyword shown with the syntax structure CALL program(arg_list). If this keyword is used to
simply execute a new subroutine program without passing arguments, the syntax would be as
follows.
CALL program_name
Parameter Data Type Designations
The data type of the constant or variable must be the same type that is required by the
keyword. String and numeric parameters can be constant values or any valid variable names.
Use the following rules to designate parameter data types used in keyword syntax.
lString variables must be preceded with the $symbol and string constants must be
enclosed in quotes.
lPrecision Point variables must be preceded with a # symbol.
lBelt variables must be preceded with a % symbol.
lReal and integer constants can be used without modification.
Additional Information: Keywords cannot be used as variable names or pro-
gram names.
Numeric Parameters
Several types of numeric parameters can appear in keyword syntax. For each type of para-
meter, the value can generally be specified by a numeric constant, a variable name, or a math-
ematical expression. There are some restrictions on the numeric values that are accepted by
eV+. The following rules determine how a value will be interpreted in the various situations.
lDistances are used to define locations to where a robot is to move. The unit of measure
for distances is in millimeters, although units are never explicitly entered for any value.
Values entered for distances can be positive or negative. Refer to theIPS keyword for a
special case of specifying robot speed in inches/s.
lJoint numbers are integers from 1 up to the number of joints in the robot. Refer to the
robot User's Guide for information about robot joint numbering arrangements.
lSignal numbers are used to identify digital signals. They are always considered as
integer values. A negative signal number indicates an OFF state. Refer to the appro-
priate robot user's guide and the eV+3 User'sManual (Cat.No. I651) for more information
about signal numbers for your particular robot.
lInteger parameters can be satisfied with real values (values with integer and fractional
parts). When an integer is required, the value is rounded and the resulting integer is
used.
lParameters indicated as being scalar variables can be satisfied with a real value (with
integer and fractional parts) except where noted. Scalar variables can range from -
Chapter 1: Introduction
9.22*1018 to 9.22*1018 in value (displayed as -9.22E18 and 9.22E18). Numbers declared
to be double-precision values can range from -1.8*10-307 to 1.8*10-307.
All numbers in this manual are decimal unless otherwise noted. Binary numbers are shown as
^B, octal numbers as ^, and hexadecimal numbers as ^H.
22353-000 Rev. C eV+3KeywordReferenceManual 17
Chapter 2: Keyword QuickReference
Use the sections below as a quick reference to all keywords described in this document.
2.1 Function Keyword Summary
The table below provides a summary of all function keywords.
Keyword Description Reference
ABS Real-valued function that returns the absolute value (mag-
nitude) of the argument provided.
Page 39
ACCEL Real-valued function that returns the current setting for robot
acceleration, deceleration, or the maximum allowable per-
centage limits defined in the robot configuration profile.
Page 40
ACOS Real-valued function that returns the arc cosine of its argu-
ment.
Page 42
ALIGN Transformation function that aligns the input location with the
nearest axis of the world coordinate system.
Page 44
ASC Real-valued function that returns an ASCII character value
from within a string.
Page 45
ASIN Real-valued function that returns the arc sine of its argument. Page 46
ATAN2 Real-valued function that returns the size of the angle in
degrees that has its trigonometric tangent equal to value_
1/value_2.
Page 48
BASE Transformation function that returns the transformation value
that represents the translation and rotation set by the last
BASE program command or monitor command.
Page 50
BCD Real-valued function that converts a real value to Binary Coded
Decimal (BCD) format.
Page 51
BELT Real-valued function that returns information about a con-
veyor belt being tracked with the conveyor tracking feature.
Page 52
BITS Real-valued function that reads multiple digital signals and
returns the value corresponding to the binary bit pattern.
Page 54
BMASK Real-valued function that creates a bit mask by setting indi-
vidual bits.
Page 56
BSTATUS Real-valued function that returns information about the status
of the conveyor tracking system.
Page 57
CAS Real-valued function that compares a real variable to a test
value and conditionally sets a new value as one indivisible oper-
ation.
Page 59
22353-000 Rev. C eV+3KeywordReferenceManual 19
20 eV+3KeywordReferenceManual 22353-000 Rev. C
2.1 Function Keyword Summary
Keyword Description Reference
$CHR String function that returns a one-character string cor-
responding to a given ASCII value.
Page 60
COM Perform the binary complement operation on a value. Page 61
CONFIG Real-valued function that returns a value providing information
about the robot's geometric configuration or the status of the
motion servo control features.
Page 62
COS Real-valued function that returns the trigonometric cosine of a
given angle.
Page 67
CUBRT Real-valued function that returns the cube root of a value. Page 69
$DBLB String function that returns an 8-byte string containing the bin-
ary representation of a real value in double-precision IEEE 754
floating-point format.
Page 70
DBLB Real-valued function that returns the value of eight bytes of a
string interpreted as an IEEE double-precision floating-point
number.
Page 71
DCB Real-valued function that converts BCD digits into an equi-
valent integer value.
Page 73
$DECODE String function that extracts part of a string as delimited by
given break characters.
Page 74
$DEFAULT String function that returns a string containing the current or
initial system default device, unit, and directory path for disk
file access.
Page 77
DEFINED Real-valued function that determines if a variable has been
defined.
Page 79
DEST Transformation function that returns a transformation value
representing the planned destination location for the current
robot motion.
Page 80
DEVICE Real-valued function that returns a real value from a specified
device. The value may be data or status information, depending
upon the device and the parameters.
Page 82
DISTANCE Real-valued function that determines the distance between the
points defined by two location values.
Page 84
DURATION Real-valued function that returns the current setting for one of
the motion DURATION specifications.
Page 85
DX Real-valued function that returns the X-axis component of a
given transformation value.
Page 87
DY Real-valued function that returns the Y-axis component of a
given transformation value.
Page 88
DZ Real-valued function that returns the Z-axis component of a
given transformation value.
Page 89
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Omron eV+3 Keyword Reference guide

Category
Software
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Reference guide
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