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--- ch3_lisp_host [2022/02/20 03:14] – admin
+++ ch3_lisp_host [2022/11/29 09:37] (current) – prema
@@ Line 1: / Line 1: @@
-**//LabLisp Host//**
+====== LabLisp Host ======
-Lisp host is a mechanism for exposing programs functionality as LabLISP functions. LabLispHost is a virtual Qt/C++ class that - when inherited - provides this mechanics. The approach is quite simple and modular in Qt/C++. Single Qt program can contain several LabLispHost classes, that are initialized at the program's startup.
+Lisp host is a mechanism for exposing functionality of Qt program as LabLISP functions. LabLispHost is a virtual Qt/C++ class that - when inherited - provides this mechanics. The approach is quite simple and modular in Qt/C++. Single Qt program can contain several LabLispHost classes, that are initialized at the program's startup.
-In LabLISP, the host classes are implemented as LISP packages with symbols naming the hosted functions. These packages are available to the LabLISP environment from start of the hosting program. At present, we have LabLISP tightly integrated in a control program called //TellMagSoft// - in controls combined THz and infrared magneto-ellipsometer //TellMag// in our lab at UniFr.
+In LabLISP, the host classes are implemented as LISP packages with symbols naming the hosted functions. These packages are available to the LabLISP environment from start of the hosting program.
-Each LabLISP host class provides simple package name and longer descriptive label for user convenience. As the TellMag instument consists of several subsystems, the LabLISP integrated to TellMagSoft has access to their control via several packages.
+At present, we have LabLISP tightly integrated in control programs for our infrared and THz ellipsometers. Program //TellMagSoft// controls combined THz and infrared magneto-ellipsometer //TellMag// in our lab at UniFr. Similar, but simpler program //IrElliSoft// controls our standard infrared ellipsometer (see below).
-  * [[ch3_1_tms|TMS]]  - TELLMAGSOFT-DISPATCHER, control and data management functions of the software itself
+Each LabLISP host class provides simple package name and longer descriptive label for user convenience.
+==== TellMagSoft ====
+As the //TellMag// instrument consists of several subsystems, the LabLISP integrated to //TellMagSoft// has access to their control via several packages.
+  * [[ch3_1_tms|TMS]] - TELLMAGSOFT-DISPATCHER, control and data management functions of the software itself
   * [[ch3_2_gage|GAGE]] - GAGE-COMPUSCOPE, control of acquisition card for the TD-THz part
   * [[ch3_3_standa|STANDA]] - STANDA-CONTROLLER, multi-axis controller for polarizer motors
   * [[ch3_4_smaract|SMARACT]] - SMARACT-CONTROLLER, controller for the piezo beam positioners
   * [[ch3_5_opus|OPUS]] - BRUKER-OPUS, communication with Bruker 70v OPUS software
-  * [[ch3_6_tcon|TCON]] - LAKESHORE-TEMPERATURE-CONTROLLER, self-explaining
+  * [[ch3_6_tcon|TCON]] - LAKESHORE-TEMPERATURE-CONTROLLER, sample temperature control
-  * [[ch3_7_magnet|MAGNET]]
+  * [[ch3_7_magnet|MAGNET]] - CRYOMAGNETICS-MAGNET-CONTROLLER, control of magnetic field
+==== IrElliSoft ====
+The infrared ellipsometer has fewer components and //IrElliSoft// hosts following packages for their control:
+  * [[ch3_2_1_elli|ELLI]] - IR-ELLI-DISPATCHER, control and data management functions of the software itself
+  * [[ch3_2_2_opus|OPUS]] - BRUKER-OPUS, communication with Bruker 70v OPUS software. The control in IrElliSoft is bit upgraded from the older TellMagSoft version. In the future, both programs will use the same interface to opus.
+  * [[ch3_2_3_tcon|TCON]] - SCIENTIFIC-INSTRUMENTS-TEMPERATURE-CONTROLLER, sample temperature control
+  * [[ch3_2_4_pam|PAM]] - POLA-ANA-MOTORS
+  * [[ch3_2_5_flip|FLIP]] - STATIC-COMPENSATOR-FLIPPER
+  * [[ch3_2_6_rce|RCE]] - MICOS-POLLUX-RCE, controller for the MIR rotating compensator
-The device classes internally inherit from THardwareDevice which inherits the LabLispHost.
+The device classes internally inherit from THardwareDevice which inherits the LabLispHost. THardwareDevice class provides C++ abstraction for controlled axes (motor positions, temperature, field) and some of the controller LabLispHosts then provide symbols representing those axes in LabLISP.