Essilor WAM 800 XML
CRYSTAL CONFIGURATION
Add the Machine:
1. In
Crystal, go to the Records tab
2. In
Records, navigate to EHR Settings à Import
Machines à Select an open Machine Slot
3. A
window will open with a list a of machines, click on “Browse for available
machines” at the bottom
4. Choose
the machine labeled “Visionix XML Machines”
5. Browse
to the XML output location
6. Click
open, then leave the Records tab in Crystal and then come back to it (Click on
Tasks tab then click back onto records tab.)
Create the button in records:
1. In
Records, navigate to EHR Settings à Edit Medical Record
Templates
2. At
the bottom of the Edit Fields Window click on “Add New Field”
3. Make
the field type to be a button
4. Assign
the fields in your template to the corresponding fields from the txt file
below:
5. Add
field to template and Save Changes
MACHINE BUTTON MAPPING
|
3. |
MACHINE |
|
||
|
6. |
DATE |
|
|
|
|
7. |
TIME |
|
|
|
|
|
|
|
|
|
|
31. |
AR |
OD |
MONO PD |
FAR |
|
32. |
AR |
OD |
SPH |
DAY |
|
33. |
AR |
OD |
CYL |
DAY |
|
34. |
AR |
OD |
AXIS |
DAY |
|
78. |
AR |
OD |
SPH |
NIGHT |
|
79. |
AR |
OD |
CYL |
NIGHT |
|
80. |
AR |
OD |
AXIS |
NIGHT |
|
131. |
AR |
OS |
MONO PD |
FAR |
|
132. |
AR |
OS |
SPH |
DAY |
|
133. |
AR |
OS |
CYL |
DAY |
|
134. |
AR |
OS |
AXIS |
DAY |
|
178. |
AR |
OS |
SPH |
NIGHT |
|
179. |
AR |
OS |
CYL |
NIGHT |
|
180. |
AR |
OS |
AXIS |
NIGHT |
|
|
|
|
|
|
|
241. |
KERATO |
OD |
K1 Diopter |
|
|
242. |
KERATO |
OD |
K1 Axis |
|
|
243. |
KERATO |
OD |
K2 Diopter |
|
|
244. |
KERATO |
OD |
K2 Axis |
|
|
246. |
KERATO |
OD |
CYL D |
|
|
247. |
KERATO |
OD |
CYL A |
|
|
459. |
KERATO |
OS |
K1 Diopter |
|
|
460. |
KERATO |
OS |
K1 axis |
|
|
461. |
KERATO |
OS |
K2 Diopter |
|
|
462. |
KERATO |
OS |
K2 axis |
|
|
464. |
KERATO |
OS |
CYL D |
|
|
465. |
KERATO |
OS |
CYL A |
|
|
|
|
|
|
|
|
668. |
PACHY |
OD |
PACHY |
|
|
672. |
PACHY |
OD |
Angle R |
|
|
673. |
PACHY |
OD |
Angle L |
|
|
682. |
PACHY |
OS |
PACHY |
|
|
684. |
PACHY |
OS |
Angle R |
|
|
685. |
PACHY |
OS |
Angle L |
|
|
|
|
|
|
|
|
688. |
IOP |
OD |
AVERAGE |
|
|
689. |
IOP |
OD |
IOP |
|
|
692. |
IOP |
OD |
IOPcc |
|
|
695. |
IOP |
OS |
AVERAGE |
|
|
696. |
IOP |
OS |
IOP |
|
|
699. |
IOP |
OS |
IOPcc |
|
|
|
|
|
|
|
|
736. |
SUBJ |
OD |
MONO PD |
FAR |
|
737. |
SUBJ |
OD |
SPH |
FAR |
|
738. |
SUBJ |
OD |
CYL |
FAR |
|
739. |
SUBJ |
OD |
AXIS |
FAR |
|
748. |
SUBJ |
OD |
ADD |
FAR |
|
744. |
SUBJ |
OD |
MONO PD |
NEAR |
|
745. |
SUBJ |
OD |
SPH |
NEAR |
|
746. |
SUBJ |
OD |
CYL |
NEAR |
|
747. |
SUBJ |
OD |
AXIS |
NEAR |
|
748. |
SUBJ |
OD |
ADD |
NEAR |
|
753. |
SUBJ |
OS |
MONO PD |
FAR |
|
754. |
SUBJ |
OS |
SPH |
FAR |
|
755. |
SUBJ |
OS |
CYL |
FAR |
|
756. |
SUBJ |
OS |
AXIS |
FAR |
|
765. |
SUBJ |
OS |
ADD |
FAR |
|
761 |
SUBJ |
OS |
MONO PD |
NEAR |
|
762. |
SUBJ |
OS |
SPH |
NEAR |
|
763. |
SUBJ |
OS |
CYL |
NEAR |
|
764 |
SUBJ |
OS |
AXIS |
NEAR |
|
765. |
SUBJ |
OS |
ADD |
NEAR |
|
|
|
|
|
|
|
771. |
VA |
SUBJ |
OD |
FAR |
|
772. |
VA |
SUBJ |
OD |
NEAR |
|
773. |
VA |
SUBJ |
OS |
FAR |
|
774. |
VA |
SUBJ |
OD |
NEAR |
|
775. |
VA |
SUBJ |
OU |
FAR |
|
776. |
VA |
SUBJ |
OU |
NEAR |
|
777. |
VA |
LM |
OD |
FAR |
|
778. |
VA |
LM |
OD |
NEAR |
|
779. |
VA |
LM |
OS |
FAR |
|
780. |
VA |
LM |
OD |
NEAR |
|
781. |
VA |
LM |
OU |
FAR |
|
782. |
VA |
LM |
OU |
NEAR |
|
783. |
VA |
AR |
OD |
FAR |
|
784. |
VA |
AR |
OD |
NEAR |
|
785. |
VA |
AR |
OS |
FAR |
|
786. |
VA |
AR |
OD |
NEAR |
|
787. |
VA |
AR |
OU |
FAR |
|
788. |
VA |
AR |
OU |
NEAR |
|
|
|
|
|
|
|
793. |
LM |
OD |
MONO PD |
FAR |
|
794. |
LM |
OD |
MONO PD |
NEAR |
|
795. |
LM |
OD |
SPH |
|
|
796. |
LM |
OD |
CYL |
|
|
797. |
LM |
OD |
AXIS |
|
|
798. |
LM |
OD |
ADD |
|
|
803. |
LM |
OS |
MONO PD |
FAR |
|
804. |
LM |
OS |
MONO PD |
NEAR |
|
805. |
LM |
OS |
SPH |
|
|
806. |
LM |
OS |
CYL |
|
|
807. |
LM |
OS |
AXIS |
|
|
808. |
LM |
OS |
ADD |
|
Pachymetry
1328. Pachy OD CCT mm
1331. Pachy OS CCT mm
(To get the decimal removed use equation <FID>*1000)