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Add >= checks at least one Add Power on the order is greater than (or equal to) the entered value. This includes Upper Add, if applicable.
Example: the condition checks that at least one add power is >= than
+1.50.An order has a left add power of
+1.25and a right add power of+2.00- the rule is matched.An order has a left add power of
+1.25and a right add power of+1.25- the rule is not matched.An order has a left add power of
+1.50and a right add power of+1.50- the rule is matched.
Add <= checks that all Add Powers on the order are less than (or equal to) the entered value. This includes Upper Add, if applicable.
Addon Code = checks that the order has the selected addon code. This condition can accept either one or two values. If two values are entered the order must have both addons. This condition can be used more than one time, in which case all entered addons must be present.
Addon Type = checks that at least one addon on the order matches the selected type. This condition can be used multiple times in the same rule, in which case the order must have at least one addon of each type (these can be sperate addons or the same one). The following types are recognized:
AR Coating
Tint
Mirror
Backside
UV
Harden
Drop Ball
Etching
Polish
Any User-defined job flow label
Addon Type =/= checks that no addon on the order matches the selected type, one of:
AR Coating
Tint
Mirror
Backside
UV
Harden
Drop Ball
Etching
Polish
Any User-defined job flow label
Bin is Between accepts two values. Checks that the stock bin for the lenses is alphabetically between the two values, case-insensitive.
Example: the condition is looking for lenses kept between
AandNAn order has lenses kept in bin
B- the rule is matched.An order has lenses kept in bin
b- the rule is matched.An order has lenses kept in bin
X- the rule is not matched.
Breakage >= checks that the number of breakages on the order is greater than or equal to the entered value.
Comment Contains checks if any comment on the order contains the entered value, case-insensitive
Example: the condition is looking for a comment containing
specialAn order has one comment,
This is a special order- the rule is matched.An order has one comment,
THIS IS A SPECIAL ORDER- the rule is matched.An order has one comment,
This is a normal order- the rule is not matched.An order has no comments - the rule is not matched.
Customer = checks if the customer for the order matches the selected value.
|Cylinder| >= checks that absolute value of the cylinder on either lens is greater than the entered value.
Example: the condition checks that the |cylinder power| is greater than or equal to
1.50An order has a cylinder power of
+1.25and a right cylinder power of+2.00- the rule is matched.An order has a cylinder power of
-1.25and a right cylinder power of-2.00- the rule is matched.An order has a cylinder power of
+1.25and a right cylinder power of+1.25- the rule is not matched.
|Cylinder| <= checks that absolute value of the cylinder on both lenses is greater than the entered value.
First Calculation checks if the order has been through the routing process before - specifically, it looks to see if the current value of Routing is blank or not.
Frame Status = checks that the frame status of the order matches the selected value
Has Comment checks that the order has at least one comment
Is Digital checks that the order is a digital order
Is Edgeable checks that the order is edgeable. An order is considered edgeable if all of the following is true:
The order is a full job
The order has a trace attached
The attached trace has at least 360 points
The attached trace is not flagged
For Calculations Only
Is Finished checks if the order uses a finished lens.
Is Not Edgeable checks that the order is not edgeable. An order is considered not edgeable if any of the following is true:
The order is not a full job
The order does not have a trace attached
The attached trace has fewer than 360 points
The attached trace is flagged
For Calculations Only
Is Hot Job checks if the order is a hot jobjob, or the special instructions start with
!Is Remote checks if the order was created by Remote order Entry
Is Semi-Finished checks that the order uses a semi-finished lens
Is Slab-Off checks that the order is a slab-off
Is Toric checks that the order is a toric job
Is Unvalid checks that the order is flagged as Unvalid
Is Valid checks that the order is not flagged as Unvalid
Has Trace checks that the order has a trace attached
Has No Trace checks that the order does not have a trace attached
Is Remake checks if the order is a remake of another order
Is Not Remake checks if the order is not remake of another order
Job Type = checks that the job type of the order matches the entered value
Lens Style = checks that the lens style of the order matches the entered value
Lens Stock Num = checks that the stock number for at least one lens on the order matches the selected value
Lens Style Group = checks that the lens style group for the order matches the selected value
Material = checks that the material of the order matches the entered value
Material Type = checks that that the type of the material of the order matches the entered value
Order Origin = checks that the origin of the order matches the entered value (one of Eyefinity, Vision Web, Rx-Site, Manual)
Prism >= checks that at least one RX prism value associated with the order is greater than the entered value. (Does not apply to calculated decentration prism)
Prism <= checks that all RX prism values associated with the order are smaller than the entered value. (Does not apply to calculated decentration prism)
Production Location = checks that Production Location of the Customer of the order matches the selected value
Requested Color = checks that the requested color for the order matches the entered value. If no value is entered, the condition will match (clear).
Requested Pretreatment = checks that the requested pretreatment for the order matches the entered value
Sphere >= checks that at least one sphere power for the order is greater than or equal to the entered value
Example: the condition checks that at least one sphere power is >= than
+1.50.An order has a left sphere power of
+1.25and a right sphere power of+2.00- the rule is matched.An order has a left sphere power of
+1.25and a right sphere power of+1.25- the rule is not matched.An order has a left sphere power of
+1.50and a right sphere power of+1.50- the rule is matched.
Sphere All Spheres <= checks that all sphere powers for the order are less than or equal to the entered value
Example: the condition checks that at least one all sphere power is powers are <= than
+1.50.An order has a left sphere power of
+1.25and a right sphere power of+2.00- the rule is not matched.An order has a left sphere power of
+1.25and a right sphere power of+1.25- the rule is matched.An order has a left sphere power of
+1.50and a right sphere power of+1.50- the rule is matched.
Either Sphere <= checks that at least on sphere power for the order is less than or equal to the entered value
Example: the condition checks that at least one sphere power is <= than
-1.50.An order has a left sphere power of
-1.25and a right sphere power of-2.00- the rule is matched.An order has a left sphere power of
-1.25and a right sphere power of-1.25- the rule is not matched.An order has a left sphere power of
-1.50and a right sphere power of-1.50- the rule is matched.
|Total Power| <= checks that the absolute total power of all lenses on the order is less than or equal to the entered value. The total power of an order is the strongest power when sphere and cylinder are combined, and the absolute total power is the total power converted to a positive number.
A lens with sphere power
+1.25and no cylinder power has an absolute total power of+1.25, so a rule with+2.00will match and a rule with+1.00will not.A lens with a sphere power of
-1.25and no cylinder power has an absolute total power of+1.25, so a rule with+2.00will match and a rule with+1.00will not.A lens with a sphere power of
+1.25and a cylinder power of+2.00has an absolute total power of+1.25 + 2.00 = 3.25, so a rule with+4.00will match and a rule with+3.00will not.A lens with a sphere power of
+1.25and a cylinder power of-1.00has an absolute total power of+1.25(because+1.25 - 1.00 = +0.25, which is smaller than+1.25), so a rule with+2.00will match and a rule with+1.00will not.A lens with a sphere power of
-1.25and a cylinder power of-1.00has a total power of-2.25, which is an absolute total power of+2.25, so a rule with+3.00will match and a rule with+2.00will not.
|Total Power| >= checks that at least one lens on the order has an absolute total power greater than or equal to the entered number. See |Total Power| <= for notes about absolute total power.
FRNT >= checks that the front curve of at least one lens is greater than the entered value
FRNT <= checks that the front curve of both lenses are less than the entered value
BACK>= checks that the back curve of at least one lens is greater than the entered value
BACK <= checks that the back curve of both lenses are less than the entered value
A >= checks that the entered A value is greater than the entered value
A <= checks that the entered A value is less than the entered value
B >= checks that the entered B value is greater than the entered value
B <= checks that the entered B value is less than the entered value
CRIB >= checks that the crib of at least one lens is greater than the entered value
CRIB <= checks that the crib of both lenses are less than the entered value
ELLH >= checks that the ellh of at least one lens is greater than the entered value
ELLH <= checks that the ellh of both lenses are less than the entered value
GBASE >= checks that the gbase of at least one lens is greater than the entered value
GBASE <= checks that the gbase of both lenses are less than the entered value
GCROSS >= checks that the gcross of at least one lens is greater than the entered value
GCROSS <= checks that the gcross of both lenses are less than the entered value
_LOHPRVM>= checks that the _LOHPRVM of at least one lens is greater than the entered value
_LOHPRVM<= checks that the _LOHPRVM of both lenses are less than the entered value
BCTHK >= checks that the BCTHK of at least one lens is greater than the entered value
BCTHK <= checks that the BCTHK of both lenses are less than the entered value
CTHNP >= checks that the CTHNP of at least one lens is greater than the entered value
CTHNP <= checks that the CTHNP of both lenses are less than the entered value
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