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Table of Contents (on this page)
Introduction
This document provides instructions for integrating FCS.
Procedure
Approval
RTS coordinates with Lab Management for the installation of FCS.
Certification
RTS to ensure equipement is cerfied to process FCS. This certification process includes installing the appropriate software updates for the lab equipment.
Installation Date
Once approved and certified, RTS to coordinate with Lab Management on a go-live date.
Communication
RTS to communicate the FCS go-live dates. Communication is usually four weeks before FCS go-live.
Traditional labs require Demons to be bounced. RSS to coordinate with operations to stop and restart the Demons once all the configurations are complete.
Verification
RSS must verify that Optifacts has the following working directories;
/u/optifacts/from_rxcp
/u/optifacts/to_rxcp
/u/optifacts/from_scg
/u/optifacts/to_scg
Ensure that Optifacts has the following directories for machinery;
/u/optifacts/lohes3
/u/optifacts/lohes4
/u/optifacts/opt7e
/u/optifacts/essblu
/u/optifacts/opt7esh (shallow blade)
All tracers at the lab should be set to non-FCS three weeks before deployment. (OMA tracers only) Labs should always have non-FCS tracers for non-FCS work. Small labs should have an A/B Switch to change the tracers from FCS to non-FCS (Prescriptor Jobs).
Custom Configurations
RSS to get the IP for the following and then configure the following custom configurations.
You should query these entries and only add the missing configurations.
RXCP Server IP
Calling Program: [LAYOUT ]
Field Name: [SCG SOCKET IP/PORT ]
Enabled: [Y]
Character Setting: [172.21.245.109 ]
Float Setting: [1.0 ]
Integer Setting: [1233 ]
Comment: [Put SCG IP address in Char, port # in Integer ]
RXCP Socket Timeout Setting
Calling Program: [LAYOUT ]
Field Name: [SCG CHECK LOOP COUNT]
Enabled: [Y]
Character Setting: [ ]
Float Setting: [ ]
Integer Setting: [120 ]
Comment: [Define recap socket timeout. Integer in seconds. ]
Create RXCP Output
Calling Program: [LAYOUT ]
Field Name: [CREATE RXCP OUTPUT ]
Enabled: [Y]
Character Setting: [sockets, from_rxml ]
Float Setting: [3600.0 ]
Integer Setting: [15 ]
Comment: [Creates an RxML Output File for RxCP. ]
Finishing Calc’s Through RXCP
Calling Program: [LAYOUT ]
Field Name: [FCS CALCS THRU RXCP ]
Enabled: [Y]
Character Setting: [ ]
Float Setting: [ ]
Integer Setting: [ ]
Comment: [Enable to get finishing calcs from FCS ]
RXCP Socket Server ( this will be a running program started thru menu 10-2
Calling Program: [STARTUP ]
Field Name: [INTERFACE 30 ]
Enabled: [Y]
Character Setting: [./progs/rxcp_server 1233 & ]
Float Setting: [ ]
Integer Setting: [ ]
Comment: [RxCP Socket server ]
FCS Direct Connection Through RXCP
Calling Program: [LAYOUT ]
Field Name: [FCS CALCS WTHOUT SCG]
Enabled: [Y]
Character Setting: [sockets,from_rxml ]
Float Setting: [ ]
Integer Setting: [ ]
Comment: [Connect with FCS directly through RxCP ]
FCS Start date. (Normally, the date you enable this config.)
Calling Program: [LAYOUT ]
Field Name: [FCS START DATE ]
Enabled: [Y]
Character Setting: [04/15/2011 ]
Float Setting: [ ]
Integer Setting: [ ]
Comment: [Enter start date when FCS was turned on. ]
RXML Schema (2006 unless otherwise told)
Calling Program: [LAYOUT ]
Field Name: [RXML SCHEMA VERSION ]
Enabled: [Y]
Character Setting: [2006 ]
Float Setting: [ ]
Integer Setting: [ ]
Comment: [Character Setting: Version (2005, 2006, etc.) ]
Debug Option
Calling Program: [LAYOUT ]
Field Name: [RXCP DEBUG ]
Enabled: [Y]
Character Setting: [ ]
Float Setting: [ ]
Integer Setting: [ ]
Comment: [Enable this option to print debug into demon log ]
Skip Sending Patient Name to RXCP
Calling Program: [LAYOUT ]
Field Name: [SKP SAVE PAT 2 RXML ]
Enabled: [N]
Character Setting: [ ]
Float Setting: [ ]
Integer Setting: [ ]
Comment: [If enabled, dont send patient name to RxCP ]
Default Frame Curve Value ( 4.5 is the default but may change ask RTS)
Calling Program: [LAYOUT ]
Field Name: [PRNT DEFLT FCS FRCV ]
Enabled: [Y]
Character Setting: [ ]
Float Setting: [4.5 ]
Integer Setting: [ ]
Comment: [Default FCS FCRV value printed on work ticket ]
Remote Edging Configuration
Calling Program: [LAYOUT ]
Field Name: [SEND OMA IN OPTI2.8 ]
Enabled: [Y]
Character Setting: [ ]
Float Setting: [ ]
Integer Setting: [ ]
Comment: [send oma trace file in the opti2.8 file ]
A configuration is added to Optifacts to capture the bevel placement. This configuration is optional by the lab, so the default should be Enabled=N unless specified by RTS or RxTech Team.
Calling Program: [LAYOUT ]
Field Name: [BEVP SCRN IN LAYOUT ]
Enabled: [N]
Character Setting: [ ]
Float Setting: [1.0 ]
Integer Setting: [ ]
Comment: [Bevel entry menu in layout, flt is BEVM val for FF]
The configuration above adds a screen after “frame info” through Rx Entry to capture.
Edging Parameters
0) Normal Edging
1) 1/3 - 2/3 Back
2) 50% Back
3) Flush Front
4) Specify Position (OMA)
Choice = [0 ]
Traditional labs require Demons to be bounced once the above configurations are added. (see step 4)
FCS Machinery Setup
Most of the machinery setup gets done by the RTS team. RSS is responsible for the Optifacts equipment matrix table (Optifacts Menu 3-6-17).
Restart the tracers in (Optifacts Menu 10-2) after updating the tracers or removing the non-FCS tracers from the character settings in (Optifacts Menu 3-6-6).
Edger Setup
For edgers, we must define the FCS file directory and “two eye send” (example changes below in red, directory name get determined by edger type, i.e., Optronic 7E (opt7e)
Loh ES4 (lohes4)
Loh ES3 (lohes3)
Port Name: ttya25
Device Name C4-EDGER #13 7E
Bevel Position N Value 7 Bevel C/M 0.00
Back Pin Bevel N Value 0.00
Frnt Pin Bevel N Value 0.00
Polish Mode N Value 0
Groove Depth N Value 0.00 Groove Width 0.00
Groove Edge N║
Drill Edge N
Gen Safety Bevel N Value 0.00
Two Eye Send Y
Digital File N Value 1
FCS Directory Name opt7e
Number Trc R Point 400 Number Trc Z Point 400
Lens Mat ID T
Optronic 6E
Port Name: ttya18
Device Name OPTRONICS 6E #1
Bevel Position N Value 7 Bevel C/M 0.00
Back Pin Bevel N Value 0.00
Frnt Pin Bevel N Value 0.00
Polish Mode N Value 0
Groove Depth N Value 0.00 Groove Width 0.00
Groove Edge N║
Drill Edge N
Gen Safety Bevel N Value 0.00
Two Eye Send Y
Digital File N Value 1
FCS Directory Name opt7e
Number Trc R Point 400 Number Trc Z Point 400
Lens Mat ID T
Tracer Setup LT-1000
For tracers, what is important are the trace points and Z points. ( Settings in red below )
Set these as indicated below. If not, the output Optifacts uses is 512 points
Port Name: ttya19
Device Name tracer lt1000
Bevel Position N Value 7 Bevel C/M 0.00
Back Pin Bevel N Value 0.00
Frnt Pin Bevel N Value 0.00
Polish Mode N Value 0
Groove Depth N Value 0.00 Groove Width 0.00
Groove Edge N
Drill Edge N
Gen Safety Bevel N Value 0.00
Two Eye Send N
Digital File N Value 1
FCS Directory Name
Number Trc R Point 800 Number Trc Z Point 400
Lens Mat ID N
Additional Information
The following lens styles are non-FCS and must get traced on a non-FCS tracer.
Always handle Glass as non-FCS. (Example Topeka)
Traditional Lens Styles:
Glass -ALL
Executives – ALL
Lenticulars -ALL
Digital Shamir Products:
Autograph II Attitude
Autograph II Attitude Short
Autograph II Attitude SV
Autograph II Fixed
Autograph II Office
Autograph II SV
Autograph II Attitude Variable
Autograph III Fixed
Autograph III Variable
Element
Element Short
Firstpal
Golf
Golf SV
Intouch
Intouch Short
Relax
Spectrum
Spectrum SV
Digital Kodak Products:
Directek
Directek Short
Kodak Concise Digital
Kodak Precise Digital
Kodak Precise DB
Kodak Precise Short Digital
Kodak Precise Short PB
Kodak Unique
Kodak Unique DS
Kodak Unique Monitorview
Signetek Processed SV
Digital Definity 3 Products:
Definity 3
Definity 3 Plus
Varilux S Products:
VX S 4D (without head eye)
VX S Design
Post FCS Calculation Review Notes
Troubleshooting and Notes
RTS is responsible for changing the edgers settings for OMA initial level to Full. Once these settings are changed, you have to bounce the edger in (Optifacts Menu 10-2) by killing and restarting the port. The job will not pull up on the edger if this step is not complete.
If RTS enables a 6Es edger that uses the same blade as a 7Es, the job file will be in the opt7e directory.
Additional FCS Approved Equipment List
me1000
me1200
mei641
meibis
Post FCS Calculation Review (FCS Enabled Laboratory)
ð = most important
Printed on Work Ticket: | Resolution: |
ð B / B <no code> = | Review - if the difference is > 0.75 on PLUS or > 1.25 on MINUS, it should change to % mode (may get 6900 warning but is ok). Otherwise, run as is |
ð B / B 5900 = | Review - Outside of flex rules, and is severe. Should be changed if possible to % mode or change lens curve to a better fit |
ð B / B 5932 = | Review - Frame curve difference between R/L > 1.00 diopter and influencing bevel position |
ð A / A <no code> = | Review - Complete failure to calculate, determine what failed, or run non-FCS |
F / F 5900 (Polaroid) = | Review - May also have CHK BASE on ticket, change Lens Curve if needed, or allow the frame to adjust |
F / F 5902 (Groove) = | Review - Groove too close to the edge (< 0.5mm from either edge). Change to % mode (others can be ignored) |
<any> / <any> 5930 = | Review - A size (HBOX) difference between R/L > 1.0 mm, can usually be ignored |
<any> / <any> 5931 = | Review - B size (VBOX) difference between R/L > 1.0 mm, and should be corrected or trace 1 eye only |
<any> / <any> 3903 = | Review - Check for double convex tooling, and correct it if possible. Otherwise, run non-FCS |
A / A = | Return/Redo - needs to be “Re-Launched” if FCS, using additional steps or retrace frame if possible |
1908 = | E-Tess error – trace on LT1000 (if no other tracer available, run non-FCS) |
A / A 1907 = | Trace Error - Will need both sides of frame traced to calculate or FRAME TYPE wrong at Layout |
ð F / F 6900 (Polaroid) = | Ignore - Unless CHK BASE is on the ticket or normal Polaroid review (for wrap types) |
P / P 6900 = | Ignore – usually in % mode because of “nose pad collision” or “thin edge.” |
B / B 6900 = | Ignore - Outside of flex rules, but not severe, usually OK to process |
F / F 5932 = | Ignore - Following lens curve so difference in frame (FCRV) curve R/L is not an influence |
5901 or 5910 or 5920 = | Ignore - Lens thickness < FCS minimum default, if surfaced too thin, results will be too |
R = | Ignore - Rimless job and can be run anywhere (If not Rimless, it might mean the lite-up #19 was used) |
S / P or P / S (Groove) <no code> = | Ignore - Regular % mode, where 1 eye is 50% other eye < 50% |
S / S <no code> = | Ignore - Same a P / P only in 50% mode |
ALL OTHER CODES = | Review |
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