SIPLACE Vision Customer_en - 第161页
SIPLACE Pro 3.0 Programming Interface for C omponent Shapes SIPLACE Pro Reports for LC Import and Conversion Procedure Conver ting the Component Shape with LC Import from a UNIX/LINUX Line S tudent Guide SIPLACE Vision (…
SIPLACE Pro 3.0 Programming Interface for Component Shapes
Converting the Component Shape with LC Import from a UNIX/LINUX Line Computer Adopting the Standard Component Shape from the
Student Guide SIPLACE Vision (Customer)
SIPLACE Pro 3.0 Programming Interface for Component Shapes Edition 12/2008 EN
160
Selecting the standard component shapes to
be imported
Selection menu
-> for CS.
Fiducials will not be imported!
Completing the import
After importing the standard component shape,
you need to add nozzles and camera for the X
machine. This sequence of programming events is
designed to allow you to still compile data without
X machines.
SIPLACE Pro 3.0 Programming Interface for Component Shapes
SIPLACE Pro Reports for LC Import and Conversion Procedure Converting the Component Shape with LC Import from a UNIX/LINUX Line
Student Guide SIPLACE Vision (Customer)
Edition 12/2008 EN SIPLACE Pro 3.0 Programming Interface for Component Shapes
161
7.2.3 SIPLACE Pro Reports for LC Import and Conversion Procedure
Notification message and error reports
LC import report
Any messages and errors from the LC import procedure are displayed in the CS programming window.
Right-click with the mouse (as always in SIPLACE Pro) to save these reports as files.
Example.: C:\log file\notification_LRU_imp_030305.xml (we recommend adding the task and date to the
file name).
Inspection and type conversion report
This function shows where the automatic CS interpretation function (for recognition in SIPLACE Vision)
achieved unclear results. By correcting the original data, you can usually find a common data basis for
both Vision systems (ICOS description rules are flexible). However, should this fail, separate group and
lead descriptions can be set up for the component shape. In extreme cases, a totally new component
description can be created for SIPLACE Vision.
Component shape check (plausibility test) report
This tool allows SIPLACE Pro to follow the same procedure as SIPLACE Vision and check that a
component adheres to the description rules.
Excerpt from error list file
……
Error! Hyperlink reference invalid.
<NotificationElement>
<Category>Component Shape Type</Category>
<Text>Josef\10704 was recognized as Plcc</
Text>
<Type>3</Type>
<TimeStamp>3:58:34 PM</TimeStamp>
</NotificationElement>
Error! Hyperlink reference invalid.
<NotificationElement> error converting CS
<Category>Component Shape Type</Category>
<Text>Josef\3159: Component Shape Type was
recognized as 'Soxx' but reset to 'Undefined'
because of compatibility problems to SIPLACE
Vision, error code:...</Text>
<Type>1</Type>
<TimeStamp>3:58:34 PM</TimeStamp>
</NotificationElement>
……
SIPLACE Pro 3.0 Programming Interface for Component Shapes
Converting the Component Shape with LC Import from a UNIX/LINUX Line Computer SIPLACE Pro Reports for LC Import and Conversion
Student Guide SIPLACE Vision (Customer)
SIPLACE Pro 3.0 Programming Interface for Component Shapes Edition 12/2008 EN
162
Correction
CS type correction:) If the component shape needs to be corrected, the edited values will be
overwritten by standard values (without query), if the description rules do not correspond with the
new type.
CS body correction:
If the component body needs to be corrected, the edited values will be overwritten by standard
values (without query).
CS lead type correction:
If the component shape lead type needs to be corrected, the edited values will be overwritten by
standard values (without query).
Additional tools will be provided with SIPLACE Pro 3.1
CS report tools:
SIPLACE Pro individual shape report; excerpts
from ICOS and SIPLACE Vision
Changing the lead group offsets directly
influences the placement accuracy or
component placement. SIPLACE Pro 3.1 CS
report via component shape directory or
component shape selection