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#infocontainer
politik-starnberg · 1 year
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Gr(bl)auer Container - ade
Pressemitteilung des Staatlichen Bauamts Weilheim:
Tunnel Starnberg: Zweistufiger Rückbau des Infocenters beim Landratsamt
Baucontainer bleiben voraussichtlich bis Anfang 2024
Die Installation eines Infocenters Tunnel Starnberg stellte und stellt einen wichtigen Baustein bei den Maßnahmen zur Öffentlichkeitsarbeit rund um den Tunnel Starnberg dar. Der Betrieb des Infocenters in Starnberg Nord beim Landratsamt ab Anfang Oktober 2018 hat sein Ziel diesbezüglich in vollem Umfang erreicht. Die Möglichkeit, mit dem Team Tunnel Starnberg direkt in Kontakt zu treten und konkrete Fragen zu stellen, haben zahlreiche Bürgerinnen und Bürger aus der Stadt Starnberg und dem Umland genutzt.
Die Pandemie löste bedauerlicherweise Einschränkungen bei den Öffnungszeiten und letztendlich die vorübergehende Schließung des Infocontainers an der Strandbadstraße aus.
Der Rückbau des Infocenters Nord wird in zwei Stufen erfolgen.
Am Dienstag, den 30. Mai 2023 macht die Demontage der blauen Verkleidung den Anfang. Das Baubüro bleibt nach derzeitigem Kenntnisstand noch ca. bis zum ersten Quartal 2024 dort (be)stehen, da dies u. a. bis zum Jahresende auch als Besprechungsraum von der DB Netz AG und von ihr beauftragten Firmen im Rahmen des Ersatzneubaus der Bahnbrücke genutzt wird. Mit Fertigstellung der neuen Bahnbrücke werden die Arbeiten im Zuge des Gesamtprojekts Tunnel Starnberg im Bereich des künftigen Nordzulaufs abgeschlossen und die Baucontainer entsprechend nicht mehr im Norden benötigt.
„Zum Frühjahr 2024 werden wir dann die Fläche, die uns das Landratsamt Starnberg für Infocenter und Baubüro zur Verfügung stellte, räumen und an das Landratsamt zurückgeben“, so Lukas Schulte, Abteilungsleiter Tunnel am Staatlichen Bauamt Weilheim. „Parallel laufen unsere Überlegungen für den Aufbau der Baucontainer in Starnberg Süd auf der dort bereits eingerichteten Fläche für den Tunnel Starnberg direkt an der B 2“, führt Herr Schulte weiter aus.
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rwpohl · 4 years
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Phyton USB Devices Driver
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InfoContains a Python API for interacting with NI-DAQmx. See GitHub for the latest source.AuthorNational Instruments
All Spectra libraries use generic device drivers or drivers that are provided with backup software packages. If you are connected to a Windows host, and you are using Microsoft Data Protection Manager (DPM), then you must use the Windows Medium Changer driver. The documentation for the nidaqmx Python package is hosted on the NI Github Sit. It includes all of the nidaqmx Python example programs, and the function definitions Install Python and the NI-DAQmx Python API: Download Python; Install python; Go to ezsetup.py source code page here; Copy everything and paste it in a new notepad file. Libusb is a C library that provides generic access to USB devices. It is intended to be used by developers to facilitate the production of applications that communicate with USB hardware. It is portable: Using a single cross-platform API, it provides access to USB devices on Linux, macOS, Windows, etc.
The nidaqmx package contains an API (Application Programming Interface)for interacting with the NI-DAQmx driver. The package is implemented in Python.This package was created and is supported by NI. The package is implemented as acomplex, highly object-oriented wrapper around the NI-DAQmx C API using thectypes Python library.
nidaqmx 0.5 supports all versions of the NI-DAQmx driver that ships with theC API. The C API is included in any version of the driver that supports it. Thenidaqmx package does not require installation of the C header files.
Some functions in the nidaqmx package may be unavailable with earlierversions of the NI-DAQmx driver. Visit theni.com/downloads to upgrade your version ofNI-DAQmx.
nidaqmx supports only the Windows operating system.
nidaqmx supports CPython 2.7, 3.4+, PyPy2, and PyPy3.
The following represents a non-exhaustive list of supported features for nidaqmx:
Fully-object oriented
Fully-featured Task class
Fully-featured Scale class
Fully-featured System sub-package with System, Device, PhysicalChannel, WatchdogTask, etc. classes
NI-DAQmx Events
NI-DAQmx Streams
Enums support in both Python 2 and 3
Exceptions support
Warnings support
Collections that emulate Python container types
Single, dynamic read and write methods (see Usage)
Performant, NumPy-based reader and writer classes
Optional parameters
Implicitly verified properties
Context managers
The following features are not yet supported by the nidaqmx package:
Calibration methods
Real-time methods
Running nidaqmx requires NI-DAQmx or NI-DAQmx Runtime. Visit theni.com/downloads to download the latest versionof NI-DAQmx.
nidaqmx can be installed with pip:
Or easy_install fromsetuptools:
You also can download the project source and run:
The following is a basic example of using an nidaqmx.task.Task object.This example illustrates how the single, dynamic nidaqmx.task.Task.read()method returns the appropriate data type.
A single, dynamic nidaqmx.task.Task.write() method also exists.
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Python Usb Devices Driver Vga
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Consider using the nidaqmx.stream_readers and nidaqmx.stream_writersclasses to increase the performance of your application, which accept pre-allocatedNumPy arrays.
Following is an example of using an nidaqmx.system.System object.
The nidaqmx package is supported by NI. For support for nidaqmx, opena request through the NI support portal at ni.com.
To report a bug or submit a feature request, please use theGitHub issues page.
Information to Include When Asking for Help¶
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Please include all of the following information when opening an issue:
Detailed steps on how to reproduce the problem and full traceback, ifapplicable.
The python version used:
The versions of the nidaqmx, numpy, six and enum34 packages used:
The version of the NI-DAQmx driver used. Followthis KB articleto determine the version of NI-DAQmx you have installed.
The operating system and version, for example Windows 7, CentOS 7.2, ...
Refer to the NI-DAQmx Helpfor API-agnostic information about NI-DAQmx or measurement concepts.
NI-DAQmx Help installs only with the full version of NI-DAQmx.
nidaqmx is licensed under an MIT-style license (seeLICENSE).Other incorporated projects may be licensed under different licenses. Alllicenses allow for non-commercial and commercial use.
API Reference:
nidaqmx.system
nidaqmx.system.collections
nidaqmx.system.storage
nidaqmx.system.watchdog
nidaqmx.task
nidaqmx.task.channel
nidaqmx.task.channel_collection
nidaqmx.task.triggers
PyVISA is a Python package that enables you to control all kinds of measurementdevices independently of the interface (e.g. GPIB, RS232, USB, Ethernet). Asan example, reading self-identification from a Keithley Multimeter with GPIBnumber 12 is as easy as three lines of Python code:
(That’s the whole program; really!) It works on Windows, Linux and Mac;with arbitrary adapters (e.g. National Instruments, Agilent, Tektronix,Stanford Research Systems).
General overview¶
Python Usb Devices Driver Adapter
The programming of measurement instruments can be real pain. There are manydifferent protocols, sent over many different interfaces and bus systems(e.g. GPIB, RS232, USB, Ethernet). For every programming language you wantto use, you have to find libraries that support both your device and its bussystem.
In order to ease this unfortunate situation, the Virtual Instrument SoftwareArchitecture (VISA) specification was defined in the middle of the 90ies.VISA is a standard for configuring, programming, and troubleshootinginstrumentation systems comprising GPIB, VXI, PXI, Serial, Ethernet, and/orUSB interfaces.
Today VISA is implemented on all significant operating systems. A coupleof vendors offer VISA libraries, partly with free download. These librarieswork together with arbitrary peripherical devices, although they may belimited to certain interface devices, such as the vendor’s GPIB card.
The VISA specification has explicit bindings to Visual Basic, C, and G(LabVIEW’s graphical language). Python can be used to call functions from aVISA shared library (.dll, .so, .dylib) allowing to directly leverage thestandard implementations. In addition, Python can be used to directly accessmost bus systems used by instruments which is why one can envision to implementthe VISA standard directly in Python (see the PyVISA-Py project for moredetails). PyVISA is both a Python wrapper for VISA shared libraries butcan also serve as a front-end for other VISA implementation such asPyVISA-Py.
User guide
Advanced topics
FAQ
API Documentation
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politik-starnberg · 6 years
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B2-Tunnel: Stadt entscheidet über Luftqualität ...
Bei der zukünftigen Betriebsdauer des Abluftkamins vom B2-Tunnel am Schlossberg gibt es ja ganz unterschiedliche Aussagen aus zweiter und dritter Hand. Da schwankt zwischen wenigen bis zu 24 Stunden am Tag. 
Aber was sagt das Staatliche Bauamt dazu?
Ein Bürger hat bei seinem Besuch im Infocontainer folgende Antwort erhalten:
“Wann die Abluft über den Kamin betrieben wird, entscheidet später die Stadt. Bei Nichtbetrieb erfolgt ausschließlich eine passive Entlüftung über die Tunnelportale. Wie weit bis unterhalt des Grenzwertes (vermutlich basierend auf Stickoxiden) die Stadt die Werte an den Portalen bis zur Zuschaltung der Lüftung steigen lässt, wird also eine politische Abwägung (Energieeinsparung versus Schadstoffe an den Portalen) sein und auch Konfliktpotential enthalten, da sich bei Nichtbetrieb der Lüftung die Luft am Südportal gegenüber heute verschlechtert.”
Wir dürfen auf die zugehörige Debatte im Stadtrat(?) gespannt sein - oder wird das (wieder) alleine von der Stadtverwaltung entschieden?
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