The Flickr Trihedral Image Generatr

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This page simply reformats the Flickr public Atom feed for purposes of finding inspiration through random exploration. These images are not being copied or stored in any way by this website, nor are any links to them or any metadata about them. All images are © their owners unless otherwise specified.

This site is a busybee project and is supported by the generosity of viewers like you.

St. Anne's Church (Interior), Warsaw, Poland by D200-PAUL

© D200-PAUL, all rights reserved.

St. Anne's Church (Interior), Warsaw, Poland

Details best viewed in Original Size.

St. Anne's Church is a Roman Catholic Church located in the Śródmieście district, the main center of academic chaplaincy in Warsaw. The church was built at the Bernardine monastery, which was founded by Princess Anna Fyodorówna. In 1454, through the intermediary of John of Capistrano, she brought the first monks to Warsaw. Six brothers came to Warsaw under the leadership of Fr. Jakub from Głogów. Construction began in 1454 in the Gothic style. The walls of the church were built as half-timbered walls with the use of bricks, and soon after the monastery was built. According to the principle adopted by the order, the monastery complex was built outside the city walls, at the exit of one of the main routes coming out of the city. A cemetery was established next to the church (originally intended for monks but from 1643 it became public). The church (rebuilt many times 1518–1533, ca. 1620 and 1660–1667), it is a mixture of different architectural styles: the chancel is Gothic, oriented (facing east), and trihedral. The interior was Baroque in the years 1750–1753, and the late Baroque polychromes were made by the Bernardine priest Walenty Żebrowski. The façade in 1788 was acquired in the classicist style, while the bell tower from 1818 is built in the neo-Renaissance style. In 1830, the Loreto Chapel was built. It is a single-nave church with numerous side altars with a burial function. In the monastery building adjacent to the church, erected in 1514 by Jan of Komorów, in the cloister leading to the sacristy, you can see the only preserved crystal vault in Warsaw.
Additional information about Saint Anne's Church may be obtained at Wikipedia.

St. Anne's Church (Exterior), Warsaw, Poland by D200-PAUL

© D200-PAUL, all rights reserved.

St. Anne's Church (Exterior), Warsaw, Poland

Details best viewed in Original Size.

St. Anne's Church is a Roman Catholic Church located in the Śródmieście district, the main center of academic chaplaincy in Warsaw. The church was built at the Bernardine monastery, which was founded by Princess Anna Fyodorówna. In 1454, through the intermediary of John of Capistrano, she brought the first monks to Warsaw. Six brothers came to Warsaw under the leadership of Fr. Jakub from Głogów. Construction began in 1454 in the Gothic style. The walls of the church were built as half-timbered walls with the use of bricks, and soon after the monastery was built. According to the principle adopted by the order, the monastery complex was built outside the city walls, at the exit of one of the main routes coming out of the city. A cemetery was established next to the church (originally intended for monks but from 1643 it became public). The church (rebuilt many times 1518–1533, ca. 1620 and 1660–1667), it is a mixture of different architectural styles: the chancel is Gothic, oriented (facing east), and trihedral. The interior was Baroque in the years 1750–1753, and the late Baroque polychromes were made by the Bernardine priest Walenty Żebrowski. The façade in 1788 was acquired in the classicist style, while the bell tower from 1818 is built in the neo-Renaissance style. In 1830, the Loreto Chapel was built. It is a single-nave church with numerous side altars with a burial function. In the monastery building adjacent to the church, erected in 1514 by Jan of Komorów, in the cloister leading to the sacristy, you can see the only preserved crystal vault in Warsaw.
Additional information about Saint Anne's Church may be obtained at Wikipedia.

VTS and VTScada HMI Software from Trihedral by Trihedral

© Trihedral, all rights reserved.

VTS and VTScada HMI Software from Trihedral

www.trihedral.com - Visual Tag System (VTS) is Windows-based, HMI software for monitoring and control of mission critical applications. VTS applications range from OEM machine interfaces and standalone workstation to large, distributed client/server systems.
A comprehensive click & drag toolset allows for quick display creation and database development. The automatically generated scripting language can be modified by the customer to meet specific requirements.
Integrated SCADA Features
VTS includes an integrated SCADA tools layer called VTScada; which is available at no extra cost.
Designed for the water & wastewater industry, VTScada adds powerful remote asset management features to VTS telemetry applications. Industry-specific reports, auto-generated graphic displays and automatic historical data logging provide a platform for quick application development without compromising on features.

VTS / VTScada Integrated Historian by Trihedral

© Trihedral, all rights reserved.

VTS / VTScada Integrated Historian

www.trihedral.com - Historical Data Management allows users to discover patterns and problems in their process, as well as providing data for reports. Any or all VTS variables can be logged as required, and an efficient and compact historical database format allows large quantities of data to be managed without expensive server-level computer hardware.
The integrated VTS Historical Data Viewer, included with the purchase of the VTS Runtime and Full Development package, displays plotted or tabular data for any number of variables simultaneously. Users can configure and adjust displayed variables as needed and save groups of variables for later recall.

VTScada Auto-generated Screen for Pump Controller Import Wizard by Trihedral

© Trihedral, all rights reserved.

VTScada Auto-generated Screen for Pump Controller Import Wizard

www.trihedral.com - Trihedral worked closely with a popular pump controller to create a Site Import Utility that users can launch each time they add this companies device to their SCADA system. VTScada can then use DNP3 to remotely download the device's XML configuration file.

To conserve radio bandwidth, this file is compressed and decoded on the fly by both the pump controller and VTScada. The resulting small transmission size does not interfere with site polling. VTScada can also use a local configuration file in the case of Modbus protocol.

After prompting the user to make a few simple configuration choices, the utility automatically generates all the necessary tags and a selection of key application pages like the one pictured here.

VTS / VTScada Integrated Alarm Manager by Trihedral

© Trihedral, all rights reserved.

VTS / VTScada Integrated Alarm Manager

www.trihedral.com - VTS keeps users informed of important system events with its integrated alarm manager. A highly visible alarm indicator is included in every display and is accompanied by an audible indicator, ensuring users are always aware of incoming alarms. A sortable and filterable alarm display shows important lists of current, unacknowledged and historical alarms. Similar alarm lists can be included on any display page.

A variety of non-alarm system events are also included in the historical alarms list, providing useful information for tracing process failures or HMI user activity.

Note: The optional VTS Alarm Dialer can expand the capabilities of the alarm manager by disseminating alarms to remote users via phone, email and pager.

VTScada 3D Pump Station Application by Trihedral

© Trihedral, all rights reserved.

VTScada 3D Pump Station Application

www.trihedral.com – The integrated VTS Toolbox makes graphic display development easy by providing a wide variety of click & drag tools, a large graphics library and support for 3D graphics (developed in 3rd party packages).
Additionally, users can develop displays online and can test changes by switching between runtime and development modes without interrupting the application.