http://www.cadfamily.com/downinfo/292333.html
This manual describes how to configure appearances. Appearances are a sequence of
occurrences describing a unique path through an exploded structure. Teamcenter®
Engineering belongs to the UGS® portfolio of digital product lifecycle management
software and services.
10/12/2009
CAD-Classification Administration to categorize your company’s product data
http://www.cadfamily.com/downinfo/292334.html
The Classification application utilizes a classification hierarchy to categorize your
company’s product data. As the system administrator, you use Classification
Administration to define the groups, classes, and views that form the classification
hierarchy. You also define and format the attributes that, when associated with a
class, determine the type of information that is stored.
The Classification Administration application is best suited for creating a new
hierarchy structure or for maintaining an existing hierarchy. If you are creating
a large classification structure and have a form of bulk data, such as an existing
classification structure that can be imported into the database, it is more expeditious
to import the data. For more information, see chapter 14, Importing and Exporting
Hierarchy Data.
The Classification application utilizes a classification hierarchy to categorize your
company’s product data. As the system administrator, you use Classification
Administration to define the groups, classes, and views that form the classification
hierarchy. You also define and format the attributes that, when associated with a
class, determine the type of information that is stored.
The Classification Administration application is best suited for creating a new
hierarchy structure or for maintaining an existing hierarchy. If you are creating
a large classification structure and have a form of bulk data, such as an existing
classification structure that can be imported into the database, it is more expeditious
to import the data. For more information, see chapter 14, Importing and Exporting
Hierarchy Data.
CAD-ETS Customization to support data translation
http://www.cadfamily.com/downinfo/292335.html
ETS provides a generic framework to support data translation including the
triggering of translations, extraction of data from Teamcenter for translator input,
translation of the data in the TSTK, storage of the TSTK translation results in
Teamcenter, and management of the translation request.
This document is intended to provide the necessary information to enable successful
ETS customization to meet the varying needs of UGS customers.
ETS was originally envisioned to resolve a data incomplete situation that was
created when an assembly was imported into Teamcenter with I-deas® data sharing
import. Following the import, no assembly transforms were available. As the
requirements accumulated for Engineering Translation Services, the vision of ETS
evolved into a generic framework incorporating the Translation Solution Toolkit
(TSTK) that could support any type of translation provided by TSTK.
One of the more significant requirements placed on ETS was the generation of
visualization data in a way that minimally impacts user resources. As a result, ETS
is asynchronous, driven by requests to translate objects. Requests to translate an
object or objects are created by specific user actions, triggers, or by background
processes and are persisted for the lifetime of the translation.
ETS provides a generic framework to support data translation including the
triggering of translations, extraction of data from Teamcenter for translator input,
translation of the data in the TSTK, storage of the TSTK translation results in
Teamcenter, and management of the translation request.
This document is intended to provide the necessary information to enable successful
ETS customization to meet the varying needs of UGS customers.
ETS was originally envisioned to resolve a data incomplete situation that was
created when an assembly was imported into Teamcenter with I-deas® data sharing
import. Following the import, no assembly transforms were available. As the
requirements accumulated for Engineering Translation Services, the vision of ETS
evolved into a generic framework incorporating the Translation Solution Toolkit
(TSTK) that could support any type of translation provided by TSTK.
One of the more significant requirements placed on ETS was the generation of
visualization data in a way that minimally impacts user resources. As a result, ETS
is asynchronous, driven by requests to translate objects. Requests to translate an
object or objects are created by specific user actions, triggers, or by background
processes and are persisted for the lifetime of the translation.
CAD-Installation On Windows Servers
http://www.cadfamily.com/downinfo/292336.html
This manual describes the installation and upgrade of Teamcenter® Engineering
2005 SR1 on Microsoft Windows servers. Teamcenter Engineering belongs to the
UGS® portfolio of digital product lifecycle management software and services.
This manual is a reference for persons installing Teamcenter Engineering on
Microsoft Windows servers. This installation should be performed only by qualified
persons with a thorough working knowledge of the Windows operating system
This manual describes the installation and upgrade of Teamcenter® Engineering
2005 SR1 on Microsoft Windows servers. Teamcenter Engineering belongs to the
UGS® portfolio of digital product lifecycle management software and services.
This manual is a reference for persons installing Teamcenter Engineering on
Microsoft Windows servers. This installation should be performed only by qualified
persons with a thorough working knowledge of the Windows operating system
10/10/2009
Multiflash Command Reference
http://www.cadfamily.com/downinfo/290978.html
Multiflash is an advanced software package for performing complex
equilibrium calculations quickly and reliably. The main utility is a
multiple phase equilibrium algorithm which is interfaced to
Infochem’s package of thermo dynamic models and a number of
physical property data banks. The program also contains Infochem’s
Chemreact utility for performing simultaneous phase and chemical
equilibrium calculations
This document describes the Multiflash command language which
can be used to configure and drive the software. Multiflash itself
can be used and accessed in many different ways (see below) but
the command language is common to all implementations. An
overview of the Multiflash software structure is given in the diagram
on the following page.
The command-line version of Multiflash is largely machine
independent. It can be run by typing in all the necessary instructions
at the command line or by reading in files of commands. The
software is also available as an interactive Micro soft Windows
program (see the User’s Guide for Multiflash for Windows) and as an
add-in for use with the Microsoft Excel spreadsheet program (see
the User’s Guide for Multiflash Excel Interface).
For application developers Multiflash can be used as a set of
procedures callable from Microsoft Visual Basic (see the
Programmer’s Guide for the Multiflash Visual Basic Interface), C and
C++ (see the Programmer’s Guide for the Multiflash C Language
Interface) and Fortran. The low-level application interface is descried
in the Multiflash Programmer’s Guide.
Multiflash is an advanced software package for performing complex
equilibrium calculations quickly and reliably. The main utility is a
multiple phase equilibrium algorithm which is interfaced to
Infochem’s package of thermo dynamic models and a number of
physical property data banks. The program also contains Infochem’s
Chemreact utility for performing simultaneous phase and chemical
equilibrium calculations
This document describes the Multiflash command language which
can be used to configure and drive the software. Multiflash itself
can be used and accessed in many different ways (see below) but
the command language is common to all implementations. An
overview of the Multiflash software structure is given in the diagram
on the following page.
The command-line version of Multiflash is largely machine
independent. It can be run by typing in all the necessary instructions
at the command line or by reading in files of commands. The
software is also available as an interactive Micro soft Windows
program (see the User’s Guide for Multiflash for Windows) and as an
add-in for use with the Microsoft Excel spreadsheet program (see
the User’s Guide for Multiflash Excel Interface).
For application developers Multiflash can be used as a set of
procedures callable from Microsoft Visual Basic (see the
Programmer’s Guide for the Multiflash Visual Basic Interface), C and
C++ (see the Programmer’s Guide for the Multiflash C Language
Interface) and Fortran. The low-level application interface is descried
in the Multiflash Programmer’s Guide.
gPROMS System Programmer Guide
http://www.cadfamily.com/downinfo/291005.html
This manual describes several advanced features of the gPROMS package. These in-
clude:
The gPROMS Foreign Object Interface (see chapter 2).
Foreign Objects are external software components that provide certain compu-
tational services to gPROMS MODELs. These include physical property packages,
external unit operation modules, or even complete computational
uid dynam-
ics (CFD) software packages. This chapter explains how to make use of foreign
objects that are already interfaced to gPROMS; and also how to develop and
interface your own foreign objects.
The gPROMS Physical Property Interface (see chapter 3).
Physical property packages form a special type of foreign objects (see above) that
are encountered very frequently in practice. The gPROMS Physical Property
Interface (PPI) de nes a standard set of physical property facilities that should be
supported by all physical property packages interfaced to gPROMS. Some widely
used physical property packages are already interfaced to gPROMS; details on
how to use them are also provided in this chapter. Finally, the PPI provides
a particularly convenient way of interfacing new physical property packages to
gPROMS.
The gPROMS Foreign Process Interface (see chapter 4).
The Foreign Process Interface (FPI) allows gPROMS simulations to interact with
external software such as distributed control systems and operator training pack-
ages in order to exchange data and other information. The interaction takes the
form of a special set of elementary actions within the gPROMS TASK language.
FPI is particularly useful for embedding gPROMS simulations within larger soft-
ware systems.
This manual describes several advanced features of the gPROMS package. These in-
clude:
The gPROMS Foreign Object Interface (see chapter 2).
Foreign Objects are external software components that provide certain compu-
tational services to gPROMS MODELs. These include physical property packages,
external unit operation modules, or even complete computational
uid dynam-
ics (CFD) software packages. This chapter explains how to make use of foreign
objects that are already interfaced to gPROMS; and also how to develop and
interface your own foreign objects.
The gPROMS Physical Property Interface (see chapter 3).
Physical property packages form a special type of foreign objects (see above) that
are encountered very frequently in practice. The gPROMS Physical Property
Interface (PPI) de nes a standard set of physical property facilities that should be
supported by all physical property packages interfaced to gPROMS. Some widely
used physical property packages are already interfaced to gPROMS; details on
how to use them are also provided in this chapter. Finally, the PPI provides
a particularly convenient way of interfacing new physical property packages to
gPROMS.
The gPROMS Foreign Process Interface (see chapter 4).
The Foreign Process Interface (FPI) allows gPROMS simulations to interact with
external software such as distributed control systems and operator training pack-
ages in order to exchange data and other information. The interaction takes the
form of a special set of elementary actions within the gPROMS TASK language.
FPI is particularly useful for embedding gPROMS simulations within larger soft-
ware systems.
gPROMS Advanced User Guide
http://www.cadfamily.com/downinfo/291003.html
This manual describes several advanced features of the gPROMS package. These include:
Dynamic Optimisation in gPROMS (see chapter 2).
gPROMS can be used to optimise the steady-state and/or the dynamic behaviour
of a continuous or batch process. Both plant design and operational optimisation
can be carried out. The form of the objective function and the constraints can
be quite general. Moreover, the optimisation decision variables can be either
functions of time (\controls") or time-invariant quantities.
Parameter Estimation in gPROMS (see chapter 3).
gPROMS can be used to estimate the values of model parameters from the results
of one or more experiments. Both steady-state and dynamic experiments can be
used for this purpose. The experiments can employ di erent initial conditions
and/or operating sequences; the sets of variables measured by each experiment,
as well as the times at which these measurements are taken, may also di er from
experiment to experiment.
The gPROMS Foreign Object Interface (see chapter 4).
Foreign Objects are external software components that provide certain computational
services to gPROMS MODELs. These include physical property packages,
external unit operation modules, or even complete computational
uid dynamics
(CFD) software packages.
This manual describes several advanced features of the gPROMS package. These include:
Dynamic Optimisation in gPROMS (see chapter 2).
gPROMS can be used to optimise the steady-state and/or the dynamic behaviour
of a continuous or batch process. Both plant design and operational optimisation
can be carried out. The form of the objective function and the constraints can
be quite general. Moreover, the optimisation decision variables can be either
functions of time (\controls") or time-invariant quantities.
Parameter Estimation in gPROMS (see chapter 3).
gPROMS can be used to estimate the values of model parameters from the results
of one or more experiments. Both steady-state and dynamic experiments can be
used for this purpose. The experiments can employ di erent initial conditions
and/or operating sequences; the sets of variables measured by each experiment,
as well as the times at which these measurements are taken, may also di er from
experiment to experiment.
The gPROMS Foreign Object Interface (see chapter 4).
Foreign Objects are external software components that provide certain computational
services to gPROMS MODELs. These include physical property packages,
external unit operation modules, or even complete computational
uid dynamics
(CFD) software packages.
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