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ArCADia BIM

Today, ArCADia BIM is more than twenty industry-specific modules. These include installation solutions for water, sewage, electricity, heating, etc., and programs intended for engineers to construct and calculate. These programs use a common database of objects (buildings), enable full cooperation between the various industries and the exchange of information and projects within and outside the system. ArCADia applications have IFC format support, which allows the user to collaborate with other programs such as Allplan, Archicad, or Revit.

The ArCADia BIM system was designed as a stand-alone tool for complex calculation and graphical support of the construction design process through the creation of a virtual model of a building, including all the installations. The ArCADia BIM system gives the possibility to automatically identify collisions between the used construction and installation elements, to compare documents and identify the changes between them and to communicate with other programs through an IFC interface.

The system consists of the basic ArCADia LT/ArCADia/ArCADia PLUS module (alternatively ArCADia AC) and industry modules. Industry modules of the system may also be installed as overlays in the AutoCAD software, using the basic features of the ArCADia system. ArCADia, ArCADia PLUS, ArCADia LT or ArCADia AC is necessary to be able to use the industry modules.

ArCADia BIM System

Project Manager tree
Managing views and the displayed information through the clear tree of the Project Manager.

Walls, windows, doors
Inserting elements such as wall, pipe, etc. using the smart tracking function.

Visualization
Showing elements drawn in the view in a classic or the new 3D view rendered in real time (visualization using a 3D game engine).

Smart TOP 10
A smart list of the most often used commands that are automatically memorized when working on a project, creating a personalized tool palette.

Comparing
The possibility to compare two versions of a project created as an ArCADia system model in the scope of new and modified system elements.

Merging
The possibility to merge the building model from an architectural design with the installation design models to create one complete model of a building project.

Collision
Collisions list of all or individual ArCADia system elements on a view, 3D view and a clear list.

Library
Built-in library that allows for detailing with 2D symbols and 3D objects needed in the drawing.

Title blocks
Creating and inserting title blocks with the option of saving them to the program library.

Custom setting
Saving custom settings for elements (pens, fonts, default element sizes, etc.) in the project template.

Elements
Built-in library of all element types, with the possibility of expansion.

Dimensioning
Possibility of entering linear and angular dimensioning.

Architecture

Choosing an already defined wall or drawing a multi-layer wall yourself. Built-in catalog of construction materials.

Inserting of window and door woodwork in a parametric way. Inserting woodwork.

Automatic creation of rooms from the closed outlines of walls and virtual walls, assigning names, functions, temperature and lighting demand.

Defining one- and multi-flight stairs and winder stairs in any view. 

Inserting automatic ceilings on the closed external walls contour.

Creating a level with the possibility of copying selected elements.

Inserting an automatic roof on the closed external walls contour. Inserting of roof windows and dormer windows.

Water Supply Installations

Drawings of the internal water supply system | connection point | water meter set | pipelines.

Checking the installation for connections correctness. 

Automatic generation of connection fittings, creation of point numbering and installation description. Creating own templates.

Inserting fittings and devices from the manufacturers’ library. Inserting devices with individually set shapes and dimensions defined by the user (eg DHW heaters). Inserting into the program library typical element systems.

Applying risers and distribution pipes from a library. It is possible to simultaneously run several parallel conduits with different functions and connect them intelligently. Drawing simplifications that allow you to change the level of many elements of the installation at the same time.

Generating ready-made materials lists, devices and connection fittings included in the project.

Sewage Installations

3D installation preview, which facilitates the correcting of irregularities in the pipeline route not shown on the view.

Checking the installation for connection correctness.

Automatic generation of sets of connection fittings. Changing many elements of the installation at the same time.

Pipelines with automatic distinction between outflow channels, risers and connecting pipes for accessories.

Entering the pipeline route of the sewage system with a given slope on the view.

Generating ready-made materials lists, devices and connection fittings included in the project.

Gas Installations

Drawings of the internal gas installation.

Checking the installation for connection correctness.

Possibility to easily and quickly enter additional databases to the main library.

Fittings and devices from the manufacturers’ library.

Ready-made lists of materials and lists of elements.

Automatic generation of a set of connection fittings.

Heating Installations

Ready-made materials lists, devices and connection fittings. Lists of receivers in rooms.

Heat receivers, i.e. panel, ribbed, bathroom and channel heaters, heating pipes, air heaters and fan-coil units.

Fittings and devices from the manufacturer’s library.

Automatic creation of point numbering and installation descriptions. Creating own templates.

Inserting the fastening  with the possibility of defining parameters characteristic for the fastening used.

Checking the installation for connection correctness.

Electrical Installations

Drawing of internal electrical installations with distribution boards, sockets, connectors, boxes, lighting fixtures.

Designation of cable routes.

An extensive library of manufacturers’ catalogues of electrical installation elements.

Possibility to assign receivers to a particular distribution board (addressing).

Possibility to modify symbols of entered objects and assign receivers to a particular distribution board.

Generating a list of materials used in the project.

Communication

AutoCAD format from 2.5 to 2018 (DWG, DXF).

Importing/editing raster image files: JPG, TIF, BMP, PNG.

Import of PDF files analogously to raster underlays or with conversion to vector elements. Export to a PDF file.

Possibility to enlarge the library of 2D/3D objects with the formats: XOBJECT, ACO, O2C, OBJ, XOBJ3D and DWG.

IFC file conversion into ArCADia’s basic objects (walls, windows, doors, ceilings, roofs).

Export of material lists of elements included in the project to RTF, CSV and to the Ceninwest program.

Construction

Constructing the structural systems of Teriva ribbed-beam roofs, containing all the basic elements of the system: ceiling beams, reinforcing ribs, hidden ribs, trimmer beams, supporting mesh and additionally all necessary material lists including the elements needed to make the ceiling, completed with reinforcing steel and monolithic concrete.

Inserting the binding joist with the insertion of longitudinal reinforcement and stirrups.

Transferring the location and the material as well as the bar cross-section to the construction view. Passing the remaining elements of the architectural model in the form of a rendered or translucent 3D view, and in the case of modular axes, bar elements and surface elements also in the form of their active underlay.

Automatic 3D construction view created on the basis of a three-dimensional architectural model of a building.

The program window is divided into tabs in which the drawings are successively displayed.

Creating any drawings using basic elements: lines, polylines, circles, arcs, ellipses, regular polygons and rectangles.

Editing drawing elements: moving, copying, scaling, rotating, mirroring, ordering, cutting, breaking, and offset.

Functions allowing for any hatching of a closed contour of a circle, polygon and rectangle.

Simplified block creation and saving. Loading a block from an external file.

Describing a drawing with multiline text using SHX technical fonts or TrueType fonts.

Auxiliary grid, orthogonal drawing functions, polar tracking.

Recognition of snap points (ESNAP), e.g. for lines – center, end points and intersections of lines.

Intuitive way of defining the size of the sheet and the scale of the printed drawing.

The program window is divided into tabs in which the drawings are successively displayed.

Working on layers.

Project management explorer.

Docked property panel.

Displaying tool palettes.

Dedicated Express tools toolbar.

Implemented Lisp programming language interpreter.

Possibility to load SDS and IRX overlays.

Basic tools for creating 2D and 3D drawings.

Ability to open and fully edit ACIS solids (format developed by Spatial Technology Inc.). Import and export of ACIS solids in SAT format. Only in ArCADia PLUS.

Possibility to fully modify and edit the properties of all drawn elements.

Entering and defining symbol libraries, blocks, simple and complex texts (SHX and TrueType fonts).

Additional multiline text editor.

New functions of the word editor: columns, scaling, entering text along the arc and borders, text fitting, rotation, auto numbering, etc.

Dimensioning assigned to the element: linear and angular, the ability to define your own styles.

Automatic field and distance measurement, setting coordinates.

New options for construction lines.

A wide range of hatch patterns. New hatch definition and gradient fill window.

A multiline drawing option.

Enhanced block, reference and dimension support capabilities.

Options: Select similar (with adding to the selection and the settings window), Multiadogy, Multiline editor, Dashed line.

Possibility to add point cloud in RCP / RCS format.

New types of 3D objects (primitives) – Facet Modeler (ODA surface modeler), along with basic editing functions.

Possibility of photorealistic visualization and rendering.

Drawing in hidden line mode and shading in real time.

Possibility to open ACIS solids (without option to create and fully editing).

DWF, DGN and DAE formats support.

Export of STL files.

Auxiliary grid, orthogonal drawing functions, polar tracking.

Extended recognition of snap points (ESNAP), e.g. for lines – center, end points and intersections of lines.

Modification of the top menu, ribbons (panels and tabs), toolbars, command status bar and keyboard shortcuts.

Precise printing by setting all print parameters. Possibility to create a non-rectangular viewport in the paper space

Intended for architects and all who shape and create building forms.

ArCADia-ARCHITECTURE contains specialized architectural functions and options to accelerate the creation of documentation, including: automatic cross-sections, automatic dimensioning or lists creation. Thanks to the BIM technology used, the designer creating the architectural design automatically receives a digital model of the building. Because to that, the design process can be controlled on the interactive 3D preview at all times.

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program:

ArCADia LT, ArCADia, ArCADia PLUS

Advanced Features

WALLS

  • The insertion of arch, single- and multilayer walls.
  • The possibility to transform a 2D drawing created from polylines or lines into the plan of single- or multilayer walls, virtual walls or a foundation plan.

BAR ELEMENTS

  • The insertion of vertical and inclined steel columns.
  • The insertion of a horizontal steel object.
  • The insertion of a bar frame from a .f3d file, which is seen as one element but can be exploded and viewed as a single bar element (to be moved and edited separately).
  • The multi-insertion of bar elements with defined quantity, spacing and the direction of insertion.

FOUNDATIONS

  • The insertion of a strip footing or any spot footing.
  • Default strip footing is inserted along with the walls, and spot footing together with monolithic columns.

STAIRS

  • The creation of a spiral staircase inserted with or without a construction pillar.
  • The insertion of single ramps or ramps with a landing.

SOLID

  • Drawing any shape of a solid with a set height. The solid can be further used as a terrace, platform, mezzanine, and similar elements.
  • The insertion of a solid of a specified width and height, e.g. as binding joists and beams, including the possibility to select an insertion axis or edge.
  • Solids are inserted by a rectangular outline.
  • Edition of solids by dividing them and creating any openings.

DESCRIBING ITEMS

  • The automatic dimensioning of the entire floor plan by selecting dimensioning lines (total external, external for protruding elements, rooms and walls, windows and frames, as well as openings).
  • The assignment of dimensioning to objects, which enables automatic modification after each edit.
  • The angular and radial dimensioning of walls.
  • Dimensioning that indicates arch wall lengths.
  • The possibility to insert a spot height in the floor plan and cross-section.
  • The possibility to insert an element description (roof, floor, wall) both in the plan and cross-section. Full modification of the elements of the list, adding and subtracting materials and changes to the existing materials.
  • Automatic description of the structure of the roof truss, element numbering with the cross-sectional size and length of the element shown.

SCRIPT WINDOWS AND DOORS 

  • The insertion of windows of various shapes (circular, triangular, with an arch, etc.) including the possibility of setting horizontal and vertical divisions and defining the visibility of windowsills or cutting the opening itself in a wall in the shape of a special window.
  • The insertion of single and double arched doors, including additional side or top lighting, revolving, sliding, swinging, and evacuation doors/emergency exit doors.

ROOFS

  • Inserting multispan roofs with full editing capabilities (changes to pitched or monopitched roofs, changes in knee wall height and inclination for each roof slope separately). 
  • The insertion of windows and openings in the roof.
  • The insertion of dormer roofs (dormer windows).
  • The insertion of a timber structure from the R3D3-Rama 3D program (roof slopes exported to R3D3-Rama 3D are structurally calculated, while the roof framework is returned to ArCADia-ARCHITECTURE).
  • The insertion of roof hatches.
  • Automatic or manual insertion of roof gutters.
  • The insertion of drain pipes which automatically detect the gutter and the level of the terrain.
  • Automatic or manual insertion of ridge tiles.
  • The insertion of chimney cowls, ventilation cowls and fume cowls.
  • The insertion of snow guards: snow fences, snow crushers and stoppers.
  • The possibility to define the type of a roof before inserting.
  • The possibility to insert a solar collector on the roof.

CROSS-SECTION

  • The automatic creation of a cross-section by indicating the cut line of a building, including the possibility to define elements visible in the cross-section.
  • Defining a stepped cross-section with any number of folds.
  • The automatic insertion of ring beams, locating them above the load-carrying layer of a wall (with set types of wall layers) in the floor void.
  • Lintels visible in the cross-section are automatically inserted with the window and door joinery.
  • The cross-section can be automatically or manually refreshed to accelerate the work on the design.
  • Views can be exploded, maintaining element groups and support for the Project Manager.
  • The possibility of showing a cross-section of 3D objects. The option is turned off by default, which can be changed from the Project Manager window after switching on the light bulb.

FLOORS/CEILINGS

  • The insertion of any floor/ceiling by indicating its shape.
  • Entering openings in the ceiling automatically or by hand.
  • The insertion of a floor on the ground in rooms of the lowest level.

SUN EXPOSURE AND SHADING

  • Possibility to create a report on the length of the sun exposure time of all or selected rooms in the building.
  • Possibility to show the shading of buildings by creating a film made with any camera from the list.

WIND ROSE

  • The possibility to insert the symbol and the direction of the north arrow onto the ground level projection.
  • The wind rose depends on the sun analysis, the coordinates of the project location are given or the city is indicated on the list, thanks to which rendering is calculated in the indicated location and time data.

RENDERING

  • Defining materials for each element in its properties.
  • Simple or advanced rendering, including the possibility to define all necessary settings (lighting type and position, shadow softening, etc.).
  • The new rendering method for outdoors and indoors (Photon mapping).
  • The possibility of rendering in different views: daylight and night-time views.
  • The rendering window is independent of the ArCADia-ARCHITECTURE program, which makes it possible to continue working on a design, as the visualisation is calculated.
  • Multi-rendering, which is recording the views from predefined cameras.
  • Saving of the building view with rendering as a single scene or from selected cameras as defined in the program.
  • Daylight analysis with a date and time setting, thereby rendering a scene on the days that interest us.

LISTS

  • Automatically created lists of timber from the roof construction inserted in the R3D3-Rama 3D program.
  • Area and cubic capacity count. 
  • The list of roof surfaces, roof accessories, roof materials. The list of materials used in the design of ArCADia BIM system objects. 
  • An inserted bar elements list (defined in the design, and imported from the R3D3-Rama 3D).
  • Lists of suspended ceiling elements, separately for the rack, panels and hangers.

The ArCADia – LANDSCAPE ARCHITECTURE is an industry-specific module of the ArCADia BIM system, based on the technology BIM (Building Information Modelling) extending basic functions related with the design of the building surroundings. Module expands the functionality of the ArCADia-ARCHITECTURE program, it gives the option for inserting water reservoirs, garden ponds and swimming pools into the project. The program provides also other conveniences related to building design. Using the functions of the ArCADia-LANDSCAPE ARCHITECTURE module, you can indicate the plot area by fencing it off, and insert on its terrain areas which will become sidewalks, paths or flowerbeds, the option for inserting plants completes the whole process. At this stage, the program does not contain a complex base of plants, but there are the basic types in it that are sufficient to create the concept of the building’s surroundings. The program also generates a list of used plants.

An important addition to the ArCADia-LANDSCAPE ARCHITECTURE module is the additional library of 3D LANDSCAPE ARCHITECTURE objects. It contains 236 high-quality 3D objects, useful in designing the surroundings of single-family and multi-family units, areas of urban neighborhoods and urban space in general.

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program: ArCADia LT, ArCADia, ArCADia PLUS

Advanced Features

AREA

Topography of the terrain created with lines and spot heights can be modified by point or area.

AREAS

Sidewalks, paths, lawns or flowerbeds can be inserted in accordance with the terrain topography or its modification.

PLANTS

Plants are divided into three basic types, with possibility of changing them into 2D objects or choose model from the 3D object library.

FENCE

The plot area can be defined by the script construction of the fence. Possibility to modify particular parts of the fence or create own layouts.

GROUND SURFACE OPENING

Ground surface openings of any shape surrounded by vertical edges and a horizontal surface of the bottom of the ground.

RESERVOIR

Water reservoirs of any shape with a set modification by area or point.  

SWIMMING POOL

Swimming pools of any shape inserted above the ground or in the ground.

LISTS

A list of the plants and areas used, divided into groups and element types. The list of fence lengths with information about the post number and the infill scheme.

ArCADia-IFC RVT, in the new version of the ArCADia BIM system, changes the approach to IFC file reading by importing them without any conversion. This allows the model to be loaded more precisely together with all the data of any object for creating each building.

Any number of IFC files can be loaded into ArCADia BIM and can coexist with the systems models in the project. The models are independent, but still, when all data on objects is transferred, they are subject to verification of designs with collision options and finding, e.g., intersections between structure elements and different installations, regardless of whether they are imported as an IFC model or created with ArCADia system options.

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program:

ArCADia LT, ArCADia, ArCADia PLUS

Advanced Features

  • Import of RVT and RFA files from Revit.
  • Import of IFC files entered as an independent model into any project. The module allows you to import files to any project (new or existing ArCADia model structure) and to open several IFC models into one project.
  • Possibility to modify the model position in the project space (moving the X, Y layout and changing the height position).
  • Quick access in the properties window to all parameters of IFC objects saved in the source program.
  • Coexistence of the models: IFC / RVT and those from the ArCADia system in one project. Possibility to check, at the design stage, for collisions between all or specified objects in the project.
  • Save the project using the Project Package with all IFC / RVT models entered into the project.

Easily create a network of evacuation routes in buildings. Evacuation routes can be printed in any sizes depending on the user’s needs. The program is intended for engineers, architects or people in charge of maintenance in public utility buildings.

A user can create evacuation maps on the basis of existing building and spatial development plans (formats: DWG, IFC, DXF) or make their  own drawings using the ArCADia system tools.

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program:

ArCADia LT, ArCADia, ArCADia PLUS

Advanced Features

  • Create and print evacuation maps on the basis of projections produced in ArCADia or imported from other programs.
  • Easy-to-use and intuitive functions for colouring evacuation routes.
  • Intuitive functions for colouring evacuation areasautomated functions for marking evacuation routes.
  • Automatically create legends, including descriptions of facilities and symbols used.
  • Ready-made boards, including the procedures in case of fire or accidents.
  • A library of ready-made symbols and boards compliant with industry standards. Symbols and other features are compliant with the European standard ISO 23601 in force.

The module assists in the preparation of technical documentation for inventory plans and the cross-section, as the building inventory and survey is taken. 

The data is collected by wireless electronic measuring devices using Bluetooth technology and directly inserted into the ArCADia BIM System.

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program:

ArCADia LT, ArCADia, ArCADia PLUS

Advanced Features

  • The preparation of 3D drawings of rooms on the basis of data collected from electronic measuring devices equipped with the Bluetooth technology.
  • Working directly in a CAD program on a drawing in DWG format, including the possibility of making corrections instantaneously.
  • The program has an innovative and copyright solution, which simply merges measured and metered rooms into plans of entire levels on the spot.
  • In combination with the ArCADia module, the program provides a fully functional CAD graphic environment, which enables preparation of drawings in the DWG format, also without a distance meter.

ArCADia-SURVEYOR cooperates with the following electronic measuring devices:

  • Leica DISTO A6
  • Leica DISTO D8
  • Leica DISTO D3a BT
  • Leica DISTO D510 BT (only for Windows 8.1 and Windows 10)
  • Leica DISTO D810 BT (only for Windows 8.1 and Windows 10)
  • Bosch: Professional GLM 100C.

ArCADia-3D MAKER is a module that saves the three-dimensional design model to a file that can be opened on any computer without the need of installing the ArCADia BIM system.

 

The presentation can be opened by using the free ArCADia-3D VIEWER browser that is built-in or downloaded from the Internet.

 

Advanced Features

  • Saving the data of the design model (Building, installation, network etc.) to the .a3d file. The presentation is available for viewing on every computer on which the free ArCADia-3D VIEWER is  installed.
  • Cameras defined in the design are also visible in the ArCADia-3D VIEWER.
  • Saving the 3D project to the cloud (OneDrive, Google, Dropbox or other disks), automatic generation of the URL address to preview the 3D design model in the web browser.

Preview of the 3D model of the ArCADia design on mobile devices. After saving the digital model of the project in the cloud (OneDrive disks, Google Drive, Dropbox or other), it is possible to share the preview on a mobile device (smartphone, tablet with any system), without the need to install any additional application on it.

Intended for designers of electrical and power equipment systems in buildings and it can be used to create the professional documentation of internal low-voltage electrical systems.

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program:

ArCADia BIM LT, ArCADia BIM, ArCADia BIM PLUS

 

 

Advanced Features

  • The calculation of short-circuit currents and short-circuit power on individual sections of the designed installation.
  • Advanced 3D preview.
  • Calculations of load currents (single-phase or three-phase) and calculation of voltage drops.
  • Generation of a calculation report and power balance in RTF format.
  • Generating structural diagrams of power lines for electrical installations projects (schematic diagram of internal power lines between designed distribution boards).

Why is it worth buying ArCADia-ELECTRICAL INSTALLATIONS   

  • One of the few CAD/CAE solutions for electricians allowing to draw the installation project in a building in accordance with the BIM technology.
  • Numerous benefits from working in BIM technology: automatic checking of collisions with other building elements, advanced 3D preview, export to IFC format.
  • Full support for DWG format.

Intended for designers of electrical and power equipment systems in buildings and it can be used to create the professional documentation of internal low-voltage electrical systems.

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program:

ArCADia LT, ArCADia BIM, ArCADia PLUS

 

 

Advanced Features

  • Extensive libraries of elements.
  • Calculations of filling and loading cable routes.
  • The calculation of short-circuit currents and short-circuit power on individual sections of the designed installation.
  • Support for DIALUX software (export and import of lighting fixtures).
  • Generation of bills of materials and elements lists (RTF and CSV export).
  • Advanced 3D preview.
  • Designing cable routes.
  • Generating structural diagrams of power lines for electrical installations projects (schematic diagram of internal power lines between designed distribution boards).
  • Calculations of load currents (single-phase or  three-phase) and calculation of voltage drops.
  • Generation of a calculation report and power balance in RTF format.

The program enables the development of professional technical documentation required to produce single-line circuit diagrams. The program is designed both for designers of networks and electricity and power systems, as well as for all people working in the electrical engineering industry.

The ArCADia-DISTRIBUTION BOARDS program can be used to create a diagram of a designed switchgear or any circuit diagram and perform basic technical calculations. Extensive editable library lets you easily design electrical systems with custom parameters. 

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program.

ArCADia LT, ArCADia BIM, ArCADia PLUS

Advanced Features

  • The quick and efficient design of single-line schematic diagrams for switchgears. Automatic generation of actual views of distribution boards. The possibility to create control systems.
  • The possibility to create an actual view of a distribution board and to put in electric devices.
  • The automatic generation of a distribution panel diagram designed using the ArCADia-ELECTRICAL INSTALLATIONS overlay.
  • The preview of created distribution boards in a 3D view. 
  • A database of electric devices, instruments and electric device symbols (Cam switches, Frequency inverters, Softstarts, Fuses, Voltage coils).The expanded library of electrical equipment (Legrand, Moeller, Schneider, Hager, ABB, Jean Muller).

The ArCADia-LIGHTING PROTECTION INSTALLATION allows to create an installation project to protect the building against a lightning discharge.

The project may cover both a single-family building security and the creation of a full lightning protection system in multi-family and public buildings. The program allows to create a project, check the correctness of its execution (connection of elements and closing of circuits), performs the necessary calculations in accordance with the applicable standards and allows to prepare a final report.

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program:

ArCADia LT, ArCADia, ArCADia PLUS

Advanced Features

THE ROOF AND BUILDING INSTALLATION

The program allows to create a lightning protection drawing with the options of the conducting cable, thanks to which the roof (each of its roof slope) is outlined along the ridges, corners, baskets, hoods and other edges. After the circuit is closed, the installation is connected to the control connector with an outlet cable, which itself finds the shortest path to the downlead. Following the roof slope, eave, and then the wall of the building, it reaches the box or the control connector itself. With larger buildings an air terminal can be placed on the roof as well.

THE INSTALLATION IN THE TERRAIN

The program automatically runs a downlead from the control connector to the surround earth electrode, grate earth electrode or earth rod.

REPORTS AND LISTINGS

If the installation is done correctly, the report with resistance results can be generated and lists of elements and materials are inserted on the view.

CALCULATION AND CONTROL OF PROJECT VALIDITY

Before making calculations, entering listings and creating a report, the correctness of element connections should be checked. The program has functionality that allows to automatically check the correctness of the project. If any of the elements are not connected, they will be marked. If the design is correct, you can make calculations of earth electrodes. The program performs them automatically on the basis of the drawing and given in the ground resistance options.

ArCADia-POWER NETWORKS allows the creation of professional documentation related to the design of external low-voltage power networks. The program enables object-oriented creation of drawings for external power networks in spatial development plans or the preparation of user drawings showing a power network starting from a low-voltage transformer to a distribution panel in a building.

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program:

 

ArCADia LT, ArCADia, ArCADia PLUS

Advanced Features

  • The generation of structural diagrams of networks starting from the power source to the final object. The functionality can be used to quickly generate a drawing of the structural diagram of a proposed network. The diagram contains the topology of the proposed network
  • The cable joint box.
  • The possibility to substitute a symbol view for a specific object and create user symbols for designed objects.
  • A rich library of objects and the possibility for the user to create their own items.
  • The designing of cable and overhead power networks.
  • The quick and efficient preparation of the design of a power connection to building facilities and the design of an external lighting system, e.g. lighting for streets, road, car parks, etc.
  • Improvement of technical calculations by the introduction of the duty and impedance factors for the short-circuit loop to the “cable connector” structure, which enables short-circuit calculations of the internal supply line from the cable connector to the distribution board in the building as well as calculations of the load capacity of each section of the designed network.
  • The program allows the object-oriented creation of drawings for external power networks in spatial development plans as well as preparation of user drawings showing a power network starting from a low-voltage transformer to the distribution panel of a building.
  • For each planned power line, the user can select protective devices for short circuits and overloads using the library of protective devices or creating their own objects.
  • The possibility to create survey coordinates in spatial development plans. Once survey points are marked, the user can generate a report on X and Y coordinates in an RTF file. The functionality is very useful when a designer has to present the survey coordinates of the planned network turning points to a Design Documentation Approval Team.
  • The execution of all basic calculations for a network.
  • Generation of professional technical documentation and bills of the materials used in the design for further processing.  

The ArCADia-TELECOMMUNICATIONS NETWORKS module enables the design of external telecommunications networks along the route: initial distribution frame (initial cable end: distribution frame, external cabinet, cable box) – telecommunication line route – end distribution frame (final cable ending of line: distribution frame, external cabinet, cable box, cable termination in a building), as well as any configuration of the network with its breakdown into selected components.

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program:

 

ArCADia LT, ArCADia BIM, ArCADia PLUS

Advanced Features

  • The design of primary and secondary underground cable systems, cable pipelines, overhead lines, fibre-optic and copper-media cables (including telecommunication and coaxial cables) using a proposed or defined existing telecommunication infrastructure.
  • The generation of cable route diagrams, a primary cable ducting system diagram, cable pipeline, listing of project materials or selected line materials.
  • Verification of the designed individual sections of a cable, a selected cable line and the connections of the remaining components of the design.
  • A report for the selected object or a group of objects.
  • The export of the bill of materials to cost estimating programs.
  • The generation of calculation reports, such as attenuation analysis, lists of cable sections, cable route description, listing of primary and secondary cable ducting system sections.

This module is intended for designers of sanitary installations and allows for creating the professional documentation of internal gas installations.

The ArCADia-GAS INSTALLATIONS allows you to create installation drawings, while creating calculation schemes and generating axonometric views and developments. The module allows you to verify the correctness of the designed installation in terms of hydraulics and the selection of equipment.

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program:

ArCADia LT, ArCADia BIM, ArCADia PLUS

Advanced Features

  • Ability to transform a regular CAD line installation into the gas pipe structure to become objects of the ArCADia system.
  • Generation of calculation schemes for all gas supply paths to receivers.
  • The determination of the design gas demand for a building supplied with gas of any combustion properties, including the coincidence factor.
  • Calculations for total pressure loss for all routes to gas appliances and the determination of the minimum and maximum pressure before a gas appliance.
  • Automatic creation of a drawing of the development of the entire designed gas installation.
  • Possibility of inserting fittings directly on the axonometry drawing with automatic consideration on the view and in the lists.
  • The generation of calculation reports containing sectional gas losses in individual design sections, with the possibility of adjusting the diameters of sections.

The program allows you to produce professional design documentation of a gas connection, including an external gas system. Intended for both gas network and system designers and all people associated with the plumbing and installation sectors in civil engineering. Try our object-oriented creation of drawings of gas connections and external gas system elements.

The design can be realised on spatial development plans in the form of geodesic base maps or the user’s own drawings representing an existing or proposed network.

Intuitive automatic creation of design diagrams and longitudinal profiles for pipeline routes, including system elements, calculations , pressure verification.

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program:

ArCADia LT, ArCADia BIM, ArCADia PLUS

Advanced Features

  • The generation of drawings of external gas system as regards pipeline routes, shut-off fittings, locations and dimensions of free-standing and wall-mounted gas boxes.
  • The creation of profiles and design diagrams.
  • The determination of gas flow in sections of external gas system lines.
  • The possibility of the quick and simple addition of databases to the main program library and the selection of folders to be used in a given system design.
  • The calculation of pressure drops in external gas system lines.
  • The verification of a designed gas system for correctness.
  • The generation of design reports, ready-made bills of materials and hydraulic calculations.

Intended for designers of sanitary installations it allows for creating the professional technical  documentation of internal heating installations.

Easily and quickly create drawings using automatically connecting receivers with the installation. Create diagrams, generate axonometric views, automatically select elements taking into account user preferences. This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program:

ArCADia LT, ArCADia BIM, ArCADia PLUS

Advanced Features

  • Drawing facilities that allow you to quickly and easily connect many receivers (in three ways).
  • Calculation of the gravitational active pressure, linear and local pressure losses for all circuits, indication of the critical circulation.
  • Automatic selection of pipelines, insulation, thermostatic valves, cut-off valves, etc., with consideration of applicable regulations.
  • Indication of the parameter values required for the circulation pump: height volume and capacity.
  • Possibility to insert the stop valves directly to the axonometric drawing with automatic inclusion in the view and in lists.
  • Transforming a regular CAD line installation into the pipeline structure to become objects of the ArCADia system.
  • Generation of three types of axonometric views (including partial) and the possibility of graphically editing them.
  • Generating calculation reports.

The module is intended for designers of internal sanitary installations and allows for creating the professional documentation of internal water supply installations.

Easily and quickly create drawings using automatic connections of draw-off taps with the installation. Create calculations, generate axonometric views, check correctness in terms of hydraulics and automatic selection of elements from the library. 

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program:

ArCADia LT, ArCADia BIM, ArCADia PLUS

Advanced Features

  • Automatically inserting a connection with draw-off taps in three ways.
  • Transforming an installation drawn with lines in a CAD environment into pipelines that are objects of the ArCADia system.
  • Automatic generation of three types of axonometry (also partial) with the possibility of graphic modification.
  • Introducing stop valves in axonometry drawing with automatic inclusion on the view and in the lists.
  • Automatic selection of system components including the applicable regulations.
  • Generating calculation reports.
  • Calculation of pressure loss for all or selected water flow paths, selection of the most unfavourably located water intake point.
  • Calculation of heat losses and pressure losses in circulation systems with the possibility of determining the required lift height and efficiency parameters for circulation pumps.
  • Inclusion in the calculation of hydraulic conditions for installations with fire hydrants.

This module is intended for designers of sanitary installations and allows for the creation of professional documentation of sewage systems on architectural and building plans.

The ArCADia-SEWAGE INSTALLATIONS module allows for the faster creation of drawings, due to the option of automatically connecting devices with the installation, while creating calculation schemes and generating developments and profiles. 

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program:

ArCADia LT, ArCADia BIM, ArCADia PLUS

Advanced Features

  • Drawing facilities allowing for a quick and easy way to create the connections of a number of outflows at the same time, depending on the connection method and the intended use of the fixture.
  • Selection of pipe diameters of branches from fixtures to risers from manufacturers’ catalogues.
  • Calculation of section flows, fillings and speeds. Settings of diameters of drainage sections, risers, downpipes and slopes.
  • Generating calculation reports.
  • Automatic generation of developments: drain pipes, risers, approaches with accessories including fittings and sewage system devices.
  • Automatic generation of outlet pipe and riser profiles, including collisions with installations from other ArCADia system modules, including objects and connection fittings.

The program allows for the creating of the documentation of sewerage networks and external sewerage installations including connections.

The program takes into account the types of wastewater and the related division into sanitary, rainwater and combined sewage.

The functionality of the ArCADia-SEWAGE NETWORKS program enables object-oriented drawing of spatial development maps by means of logically connected network elements and sewage systems. On the basis of the network model drawn on the map, the designer generates auxiliary drawings: profiles, schematics for the construction of concrete wells and invert channels. On the generated profiles it is possible to change the incline and depth of the network.

On the basis of the network model, the program performs hydraulic calculations of the sewerage network: sanitary, combined and rainwater.

Finally, the user generates lists and lists of materials, invert channel lists of concrete wells, coordinate listing and data for making a cost estimate.

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program:

ArCADia LT, ArCADia, ArCADia PLUS

Advanced Features

  • Designing networks including sanitary, rain and combined.
  • Automatic generation of hydraulic calculations.
  • Automatic generation of profiles with the option of automatic modification of model changes on the map.
  • Automatic generation of invert channel lists.
  • Modeling of gravity and gravity-pumping networks.
  • Automatic generation of concrete well assembly drawings.

This module is intended for structure designers to maximally support the user during the development of reinforced concrete column drawings in CAD applications.

You can enter the reinforcement data manually and also capture these data directly from calculation applications: EuroZelbet module of ArCADia-RAMA software, and Reinforced concrete column PN-EN of Constructor system. You have the option of copying and inserting ready made columns from the current or past projects.

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program:

ArCADia LT, ArCADia BIM, ArCADia PLUS

Advanced Features

GEOMETRY:

  • Ability to design multiple columns as part of a single document and copy models between documents.
  • Ability of constructing the geometry and reinforcement of the element on two or four basic side views and any number of column cross-sections.
  • Available cross-sections: rectangular, circular, angular, T-shaped, channel, zeta and I-beam with automatic support for rectangular and round columns.
  • Possibility of expanding the geometry of the column with the column of the upper level and the joining transom in the upper node or at its height.

REINFORCEMENT:

  • Creation of longitudinal reinforcement with the possibility of its automatic bending into the transoms or inserting it into the upper level column.
  • Automatic creation of rectangular section column transversal reinforcement in form of two- and four-legged stirrups, distributed in the areas defined by the user.
  • Automatic creation of column typical transversal reinforcement for other shapes of section.
  • Change of four-legged stirrup direction within the column section.
  • Required bend radii of rebars are automatically taken into consideration.
  • The anchoring lengths of longitudinal rebars are automatically taken into consideration when they are bent into the transoms and inserted into the upper level column, in case of rectangular and round columns.
  • The cover of longitudinal and transversal reinforcement being distributed within the reinforced element is automatically taken into account.
  • The ability to design rebars of any shape.
  • The rebar shape and properties are editable.

OTHER:

  • The reinforcement dimensioning is available in mm or cm units, with adjustable accuracy.
  • Automatic extraction of rebars along with their dimensions and descriptions (rebar details).
  • The rebar descriptions may be placed in any location within the Views and Sections of elements.
  • Automated and continuous numbering of each rebar within a single file.
  • The geometry of the column may be freely modified.
  • Automatic creation and modification of the reinforcement steel list on the basis of the created reinforcement model (The list for a single element or for the whole drawing).
  • Automatic generation of a reinforced column model on the basis of calculation carried out in the EuroŻelbet module of R3D3 3D-RAMA 3D or the R2D2 Rama 2D application and in the Reinforced concrete column PN-EN module of Constructor Application.
  • 3D view of the generated model of the column reinforcement.

This module is intended for construction engineers to provide maximum support to the user in developing detailed structural drawings of reinforced concrete slabs in a CAD program.

The module creates a spatial model of the slab’s reinforcement, allowing further editing and the automatic creation of new slab cross-sections. Based on the data entered by the user, in the form of views of the slab’s top and bottom reinforcement plates and the element’s cross-sections.

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program:

ArCADia LT, ArCADia, ArCADia PLUS

Advanced Features

Geometry:

  • Ability to design multiple slabs within one document.
  • Ability to transfer the ceilings including their support conditions from the building’s model in the ArCADia-ARCHITECTURE program.
  • Ability to build the geometry and reinforcement plate of the slab in two main views defined separately for the top and bottom reinforcement plates.
  • Free panning and adding of new slab cross-sections as well as setting the depth of field of cross-section reinforcement.
  • Ability to freely shape the slab’s contours and openings as well as adding supports in the form of: walls, columns and binding joists.

Reinforcement:

  • Automatic inclusion of rectangular reinforcement grids for any given shape of the slab or its fragment while maintaining a uniform or altering grid reinforcement in both directions as well as the maintenance of the vertical cover (top and bottom) and side cover for all grid bars.
  • Automatic inclusion of rectangular reinforcement grids for the user-defined area inside the rectangular or any other shape slab.
  • The ability to copy defined grids between the bottom and top surface of the slab.
  • Ability to bend the bars from the top grid to the bottom grid.
  • Ability to introduce regular densities of the reinforcement in both directions in the selected area of the given grid and to make a copy.
  • Ability to introduce a cut-out of any shape in the predetermined grid.
  • Ability to modify the grid’s contours and separating it into individual bars.
  • Ability to add single bars to the grid in the main or secondary direction.
  • Ability to copy grid bars.
  • Ability to modify the length of single grid bars
  • Ability to move the entire distribution of the bars in the grid.
  • Automatic removal of the distribution of excess grid bars based entirely on the slab’s support area (walls and binding joists).
  • Ability to establish vertical punch fittings in the areas of direct slab support on columns.

Other:

  • Automatic inclusion in the list of reinforcement steel of the regular distribution of the top grid’s support tables.
  • Automatic inclusion in the list of reinforcement steel of the regular distribution of the top grid’s support tables.
  • Dimensioning of the reinforcement in millimetres or centimetres with the ability to set the accuracy.
  • Automatic inclusion of the necessary radiuses of reinforcement bar bending.
  • Ability to create reinforcement bars of any shape.
  • Ability to modify the diameters and properties of reinforcement bars.
  • Automatic removal of reinforcement bars, including their dimensioning and description.
  • Ability to insert an aggregated numbering of the slab’s reinforcement bars and their descriptions for bars with a regular increase in the bar’s length.
  • Free insertion of reinforcement descriptions to element views and cross-sections.
  • Automatic continuous numbering of all bars within one document or for one slab.
  • Ability to freely shape the dimensioning of the slab’s geometry.
  • Automatic creation and modification of the list of reinforcement steel based on the created reinforcement model (list for a single slab or list for the entire drawing).
  • Preview of the designed slab reinforcement model in a 3D view.

The module allows for object insertion of reinforced concrete elements that are parameterized in the Lisp script, as well as generating views and cross-sections automatically.

The reinforcement of the element can be modified, and the element itself can be additionally reinforced by inserting free-shape rebars. The reinforcement steel lists can be generated automatically. Besides using LISP scripts attached to the program, the user can also create or customize scripts of reinforced concrete components.

This module expands the capabilities of the ArCADia BIM program with advanced functions, which means that part of the building modelling options are available in the ArCADia BIM program:

ArCADia LT, ArCADia, ArCADia PLUS

Advanced Features

  • Built-in a ready-to-use reinforced concrete components library.
  • Possibility to define components easily by using views, cross-sections, steel lists, and details of bars.
  • Possibility to create reinforced concrete element scripts by writing the script in the Lisp source code language available in ArCADia system functions.
  • Real-time preview of a three-dimensional reinforced concrete component model in the 3D View.
  • Inserting views and cross-sections based on the generated three-dimensional model.
  • Possibility to add, edit and remove reinforcement.
  • Inserting any reinforcing bar on views and cross-sections.
  • Automatic consideration of bending radius of reinforcing bars.
  • Automatic updating of the steel list data.

ArCADia-GARDEN Library is a pack of 400 objects for arrangement of building environment. It contains garden architecture items (summer-houses, gates, bridges, barriers, pergolas, solar houses), lamps, accessories and garden furniture, trees and plants as well as cars. 

ArCADia-HOTEL Library is a high-quality facilities catalogue for the ArCADia BIM system, based on the ideology of Building Information Modeling (BIM). The library contains more than 400 objects for interior design of hotels, motels and guesthouses. They include furniture as well as kitchen fittings, bathroom fittings and many more.

ArCADia – ELEMENTS OF ELEVATION Library contains almost 600 of 3D elements for decorating the facade of external buildings and room walls.

 

The facade details can be used to highlight the strong points of the design of the house and mask the defects of its outline. The library contains: covings, balusters, cornices, corbels, keystones, columns, pilasters, rosettes, facing and decorative skirting.

ArCADia-PALLET FURNITURE Library is a catalogue of high quality objects for the ArCADia system.

The library contains 121 objects which are furniture designed from pallets. They can be successfully used to arrange loft-style apartments, gardens, terraces and building surroundings, restaurants or office spaces.

ArCADia-LANDSCAPE ARCHITECTURE LIBRARY is a catalog of high quality 3D objects for the ArCADia system.

The library contains 236 objects that are elements of urban architecture and the surrounding of buildings, among others, various benches, bicycle stands, plants, lamps, elements of playground equipment and park public gyms.

The ArCADia-COMMUNAL SPACES FURNITURE Library is a catalog of 400 3D objects that provide functional and practical equipment for rooms such as staff changing rooms, social and communal rooms in workplaces, factories, social corners in restaurants or fitness clubs, schools, sports halls, health and safety rooms or workshops and also for hospital rooms. The library is useful when designing aesthetic and ergonomic spaces using, for example, tall metal clothing or utility lockers. In addition, it includes benches, tables, hangers, chairs, safes and armored cabinets. The universal appearance of the furniture makes it fit into any interior. A RAL color palette is included with the library.

R3D3 - Rama 3D

The R3D3-Rama 3D program is designed for construction engineers. It is used for static calculations and dimensioning of planar and spatial bar systems. Thanks to the convenient and clear user interface, the program can be used not only for design, but also for educational purposes.

Data are intuitively entered in the program – the system geometry can be defined using only a mouse. The program works with CAD-type applications and the ArCADia-ARCHITECTURE system. Basic function generators are available. The program contains a library of rolled and cold-formed profiles, reinforced concrete and timber elements. The program can be used for easy insertion of planar and spatial bar systems, both small systems comprising a number of bars, and large 3D structures containing hundreds of bars and nodes. Therefore, it is possible to count such construction systems as: multi-level and multi-bay frames, planar and spatial trusses, lattice towers, surface bar structures, bar grates, etc. The program makes it possible to work with dimensioning modules according to Eurocodes: EuroStalEuroŻelbet and EuroStopa.

Features (optional):

  • Static calculations for planar and spatial bar systems with constant and variable cross-sections of a bar on its length.
  • The possibility for graphical setting and modification of data only on the 2D plane of the screen, including the possibility to switch between perpendicular 3D planes.
  • The possibility to save and read the complete geometry of static systems (planar and spatial) to DXF files and work on a spatial trace from a DXF file.
  • The function to read and work on a trace from a DXF file.
  • The function to transform system bars into a trace.
  • The possibility to read roof traces from the ArCADia system and automatic generation of roof slope structures.
  • The possibility of precise definition of relative coordinates from the keyboard in the Cartesian and polar system.
  • The possibility to include tooltips displayed next to the cursor for graphic operations.
  • The possibility to switch between the perspective and orthogonal projection.
  • The zooming and panning of the system and its free rotation in real time.
  • The possibility to draw bar systems using polylines with fixed or mobile nodes.
  • Advanced tracking mode when introducing new elements into the system.
  • The tools are modelled on CAD applications using snapping to existing nodes, centre points on bars, perpendicular and near points on bars, bar intersection points, loading points and points of the defined grid, including tracking elements.
  • The possibility to add elements in the new “ortho” mode in one of the main planes as well as in spatial mode.
  • The possibility to switch on the 2D preview of an inserted bar in the planar and spatial element insertion mode.
  • The possibility to lock the graphic screen in any setting of the system being edited.
  • The possibility to modify nodes, supports, bars and loads in groups.
  • The possibility to edit the system elements from the project tree level.
  • Input data editing tools based on CAD applications, such as: copying, multiple copying in the direction of a set vector (with or without snapping and with or without scaling), offsetting, moving, lengthening, removal of bars and nodes, rotation, mirroring, alignment of nodes, undoing and restoring of changes.
  • The possibility to stiffen any groups of bars in a node, as well as bars and supports.
  • The possibility to group bars and easily select bar groups.
  • The possibility to select bars in any chosen plane.
  • The possibility to divide a bar between nodes into sections and maintain its load.
  • The possibility to merge collinear bars and maintain their loads.
  • The possibility to copy a partial or entire system through the clipboard between different designs and within a single design.
  • The possibility to set, rotate and change the direction of the local system of a bar.
  • The function to measure the length and angle between any two bars of the system in a design.
  • A bar profile manager including a defined library of steel, reinforced concrete and timber profiles and the possibility to extend the library with user profiles and insert profiles into any given design.
  • The possibility to create bar cross-sections in any shape, cut single cross-sections, copy, rotate and move the components of a complex cross-section.
  • The possibility to automatically align the main axes of the local system of a bar.
  • The possibility to read the cross-section geometry of a bar from a DXF file.
  • The automatic calculation of all possible properties of a cross-section in the local and main axes system, including the determination of a cross-section core.
  • The possibility to define and calculate bars of a variable geometry.
  • The determination of static moments of any section of abscissa of a cross-section in the main axes system.
  • Libraries of pre-defined material parameters in an XML file, containing: steel, solid and glue-laminated timber, aluminium, concrete and the possibility to save and edit user materials.
  • The possibility to create composite systems in terms of materials.
  • Loads: concentrated forces, concentrated moments, continuous loads, continuous moments, bar overheating, temperature difference, nodal concentrated forces, support settlement, support rotations.
  • Loads set in groups of constant and variable load (single and multi loads), including the possibility to specify load coefficients.
  • The possibility to set individual groups of loads as active or inactive (not considered during calculations), visible and invisible.
  • The possibility to edit bar and node loads in groups.
  • The possibility to set and edit surface uniform and trapezoidal loads and the distribution of surface loads into bar and node loads.
  • The identification of duplicate loads, including the possibility to remove or merge duplicates.
  • The possibility to set, calculate and visualise the  results for defined groups of mobile loads.
  • The possibility to specify the mutual relationships between load groups used to build an envelope, including automatic verification of their correctness.
  • The possibility to set additional user combinations.
  • The possibility to enable and disable the activity of defined combinations.
  • The possibility to create and save system user views in a design.
  • The possibility to insert dimensions to a design: vertical, horizontal and parallel.
  • The automatic consideration of specific weight.
  • A complete set of support types, including the possibility to define their elasticity.
  • Parametric structure generators: spatial rectangular frames, arches (parabolic and circular), two-dimensional trusses, timber roof rafters, lattice towers and geodetic coverings.
  • The possibility to define tendon-type bars and perform static calculations for systems containing tendons for individual groups of loads and defined combinations.
  • The possibility to generate bars on the eccentricity in the system (single- or double-sided) with a bar axis offset in parallel.
  • The possibility to select groups of bars, dimensioning elements and loads directly from the project tree level.
  • The possibility to filter and select individual project object types, once filter parameters have been set.
  • The possibility to clean and verify a created design model.
  • Results for individual load groups, any combination of load groups and a defined combination, and the envelop automatically calculated by the program.
  • The function to store the results of the latest static calculations and cumulative dimensioning of the system.
  • The possibility to perform static calculations according to the second order theory.
  • The possibility to visualise directions and values of support reactions.
  • Separate rules for the definition of groups and interactions, and automatic construction of combinatorics for static calculations according to the PN-EN Eurocodes.
  • The determination of a complete envelope of normal stresses and calculation of normal stresses for individual groups and the total of load, combination and envelop groups.
  • The possibility to visualise a static diagram that forms the indicated extreme of an envelope.
  • The determination of a normal, tangent and reduced stress curve in any point of a bar cross-section.
  • Locating the maximum reduced stress in the cross-section of a bar.
  • A quick preview of the structure in the 3D view allowing the selection of bars with exceeded permissible normal stresses.
  • The possibility to visualise the results of internal forces, reactions, deformations and normal stresses on the monitor screen (for the entire system and a single bar).
  • The function to display and conceal values of internal forces, stresses and displacements on global diagrams, on the graphic screens for extreme values and user points selected in the Results tab.
  • The function to create an RTF report from the graphic screen view of the system, including diagrams of internal forces, stresses and displacements or collective dimensioning results in the Results and Dimensioning tab.
  • The possibility to conceal a section of the design structure at the data edition and result viewing stage.
  • The visualisation of a system deformation – a real time animation.
  • The creation of a variety of reports containing tabular and graphic results in the RTF format.
  • The possibility to set any range and form of the report (fonts, frames, etc.).
  • Concise form of the reports.
  • A wide range of possibilities to modify the interface, program and project settings, as well as data and results presentation.
  • The possibility to switch the language version of the program (Polish, English, German) during the course of the program.
  • The adaptation of static calculations to the needs of the dimensioning of steel, timber and reinforced concrete structures.
  • The possibility to create groups of supports and spot footing dimensioning.
  • Bilateral cooperation with dimensioning modules of EuroStal, EuroŻelbetEuroStopa, EuroDrewno.

Determination of the relative deflection envelope for individual and collective dimensioning.

  • The possibility of automatic collective dimensioning of the entire input system on the basis of the dimensioning types assigned to bar groups and defined dimensioning elements.
  • The function to check for new program updates.

A dimensioning module for basic steel elements according to the standard: PN-EN 1993-1-1 Eurocode 3: June 2006. The program verifies the load carrying capacity for the following bar cross-section types:

  • rolled I-sections,
  • halves of rolled I-sections,
  • rolled T-sections,
  • rolled C-sections,
  • rolled equal and unequal leg angles,
  • rolled rectangular, square and circular pipes,
  • any welded mono-symmetric I-sections,
  • any welded mono-symmetric T-sections,
  • welded box sections (mono-symmetric),
  • cold-formed rectangular, square and circular pipes.

According to the rules contained in the PN-EN 1993-1-1 standard, the dimensioning program verifies the load-carrying capacity of element cross-sections, taking into account the local stability of a cross-section only and allowing for the global stability of an element.

As part of the verification of the load-bearing capacity of a cross-section, the following is specified:

  • the tensile load-bearing capacity,
  • the compression load-bearing capacity,
  • the bending load-bearing capacity,
  • the shearing load-bearing capacity,
  • the bending and shearing load-bearing capacity,
  • the bending load-bearing capacity with  longitudinal force,
  • the bending and shearing load-bearing capacity with longitudinal force.

When the global stability of an element is verified, the following is defined:

  • the buckling load-bearing capacity for compressed elements,
  • the lateral buckling load-bearing capacity for bent elements,
  • the interactive load-bearing capacity of bent and compressed elements.

The EuroŻelbet dimensioning module is designed for the dimensioning of planar and spatial reinforced concrete bar structures according to the PN-EN 1992-1-1 Eurocode 2: September 2008 standard in the R3D3-Rama 3D program in the plane and complex loading state. The module is produced in the form of an installation integrated in the R3D3-Rama 3D program for static calculations, which requires a separate licence.

As part of the verification of the ultimate and service limit state, the program performs the following calculations:

  • The calculation of the primary reinforcement area for two-directional bending, eccentric compression, eccentric tension and torsion, including maximum perpendicular cracks.
  • The calculation of transverse reinforcement (stirrups) for two-directional shearing and torsion.
  • The calculation of two-directional deflection in the cracking state.

The following cross-section types are dimensioned in the program: circular, rectangular, angular, T-section, I-section, C-section and Z-section.

Features:

  • The user can created any definitions of a dimensioning type (covering basic settings of reinforcement parameters), which can then be used in any design.
  • A wide range of primary reinforcement types to choose from: optimum, uniform, symmetrical, distributed in two rows, limited only  to part of the main cross-section .
  • The automatic setting of the bar reinforcement cover on the basis of an exposure class.
  • The division of reinforced concrete elements into a selected number of zones of the same reinforcement for primary and transverse reinforcement.
  • Consideration of the basic structural conditions for the distribution of reinforcement in elements.
  • Automatic selection of a number of reinforcement zones for shearing.
  • The automatic verification of the envelope of external forces in all characteristic points of the element being dimensioned.
  • A dimensioning report in the form of the manual calculations containing all intermediate results in RTF format (MS Word).

The module can be used to dimension planar and spatial timber structures with rectangular cross-sections of solid and glue-laminated timber according to PN-EN 1995-1-1 from 2010 in the two-directional stress state and taking into account the torsional moment.

  • The user can create any type of dimensioning definition (buckling coefficients, cross-section weak spots, permissible deflection and other parameters), which can then be used in any design.
  • The modification coefficient kmod is assumed automatically on the basis of a load group with the shortest impact time on a structure in a given combination, or manually on the basis of the user’s decisions.
  • The possibility to dimension individual bars, a group of collinear bars and near collinear bars (with the angle variation below 5 degrees).
  • Automatic verification of the envelope of internal forces in all characteristic points of the element being dimensioned.
  • Normal and tangent stresses are verified in an element cross-section.
  • The dimensioning in any indicated points of an element can be verified for all envelopes and for a single selected envelope.
  • The program determines the maximum relative deflection and displacement of an element in the assumed stress state, including allowing for the creep and shrinkage influence of the shearing forces and comparison with permissible values.
  • The dimensioning report in the form of manual calculations containing all intermediate results in RTF format (MS Word).

The EuroStopa dimensioning module was created to design shallow foundations according to PN-EN 1997-1 Eurocode 7 in the R3D3-Rama 3D program in the complex load state. It is produced in the form of an installation integrated in the R3D3-Rama 3D program for static calculations, which requires a separate licence. At present, R3D3-Rama 3D andEuroStopa can operate in two configurations:

  • Separately, as a program for static calculations only (the EuroStopa module works only in the demo version) –A licence for R3D3-Rama 3D is required.
  • In connection with the EuroStopa module as a program for static calculations and dimensioning of spot footing –a licence for R3D3-Rama 3D and EuroStopa is required.

A program for editing and viewing report files (the RTF format), such as MS Word (2003 and higher) or MS Word Viewermust be in the system for correct and complete operation of the EuroStopa module.

 In general, the program can perform the following calculations and verifications:

  • The verification of the load bearing capacity of soil in both directions, at the foundation level and the upper surface of each soil layer for all loading scenarios according to the PN-EN 1997-1 Eurocode 7 standard.
  • Verification of the standard condition regarding the size of an eccentricity.
  • The dimensioning of a foundation block for bending induced by soil pressure, calculated for extreme stress in the x and y direction (acc. PN-EN 1992-1-1 Eurocode 2), including  verification of the structural conditions for minimum reinforcement and proper selection of bars.
  • The rotation resistance for successive loading scenarios is verified.
  • The punching resistance is verified in characteristic cross-sections of a spot footing.
  • Calculation of the mean primary and secondary settlement of a foundation block in a subsoil layer for all loading scenarios using the stress method (compliant with the Eurocode).
  • The dimensioning of vertical and horizontal reinforcement is performed for bell footing, including proper selection of bars.

Apart from a wide range of calculations, the module offers the following features:

  • It incorporates a piezometric ground water level.
  • It allows for the consideration of additional eccentricities, when reactions in foundations are located.
  • It allows the calculation of the vertical reaction of a support (Winkler’s coefficient).
  • It is ergonomic and simple to use.

Program Requirements

In order to work, all industry-specific modules need a license for:

  • ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or Autodesk software AutoCAD® 2014/2015/2016/2017/2018
  • If an industry-specific module is installed as an overlay for AutoCAD® software, ArCADia AC module is required.

System requirements

  • Pentium-class computer (Intel Core i5 recommended)
  • 2 GB RAM minimum (8 GB recommended)
  • About 3 GB free hard disc space for installation
  • A graphics card compatible with DirectX 9.0 (a 1GB RAM card recommended)
  • OS: Windows 10 or Windows 8 or Windows 7

Basic tools of the ArCADia BIM system

COMPARING DOCUMENTS

This ArCADia tool enables the user to compare designs created in the ArCADia BIM system and to find the differences between them.

MERGING DOCUMENTS

This tool allows to include multiple designs of various installations in one document.

INSERTING

Elements like walls, windows, doors, etc., are now inserted with the use of the intelligent tracking function.

MANAGING A DRAWING OF A BUILDING

  • The management of views and displayed information using the comprehensive Project Manager tree.
  • The automatically created 3D view is available in a separate window to allow a presentation of the entire body of the building or e.g. a part of a level.

WALLS

  • Selecting walls from defined types or setting of any specified composite walls.
  • A built-in catalogue of building materials that is based on the PN-EN 6946 and PN-EN 12524 standards.
  • Inserting virtual walls that are invisible in the 3D preview or cross-section. They divide the room space in order to distinguish an open-space function, for example.
  • Heat transfer coefficient is calculated automatically on the base of the materials selected for the space dividers (walls, ceilings, roof).

WINDOWS AND DOORS

  • Inserting windows and doors by means of parameters from the program library and creating user-defined windows and doors.
  • The possibility to define the windowsill protrusion inside and outside a room, as well as its thickness.
  • The possibility to switch off a windowsill.

CEILINGS

Automatic insertion of floors (according to a level outline).

ArCADia-TERIVA CEILINGS

  • The module is used to prepare drawings for structural systems of Teriva ceilings. Drawings include all the main elements of the system: ceiling beams, transverse beams, hidden beams, trimmers, KZE and KWE ring fittings, KZN and KWN lintel elements, support grids and additionally all necessary lists of materials covering listed elements, supplemented with the reinforced steel and monolithic concrete required to create a ceiling.
  • Automatic and manual calculation of all Teriva ceilings (4.0/1; 4.0/2; 4.0/3; 6.0; 8.0) in the ceiling areas of any shape.
  • Automatic distribution of beams, transverse beams and ring beams on internal and external walls and on main beams.
  • Automatic setting of a system of trimmers for openings and beams for partition walls.
  • Automatic solving of a side ceiling access to a wall.
  • Automatic calculation and setting of the required plane and offset grids.

ROOMS

  • Automatic creation of rooms from closed outlines of walls and virtual walls.
  • Temperatures and lighting requirements are automatically assigned to rooms, depending on their names.
  • The possibility to change the graphic imaging of a room in the view, e.g. by filling or colour.

BINDING JOISTS

Inserting binding joists, including reinforcements defined both for bars and stirrups.

COLUMNS

Insertion of columns of rectangular and elliptical cross-section.

CHIMNEYS

  • The insertion of single chimney openings or chimney shafts (groups of chimneys with a set number of columns and lines).
  • The possibility to insert chimney ducts or mark the outlet of existing chimneys.
  • New chimney profiles.

STAIRS

  • Defining one- and multi-flight stairs and winder stairs in any plan.
  • New types of stairs: monolithic with treads or see-through with stringers. The possibility to choose the type and elements of a step.

TERRAIN

  • Automatic creation of a terrain model on the basis of spot heights from digital DWG maps.
  • Insertion of a terrain plane using spot heights or lines.
  • The insertion of objects that simulate elements of a network or objects existing on the terrain to check for collisions in the design.

3D VIEW

  • Inserting and modifying camera settings, from the point of view of an observer, which can be used to view a design or to save a view.
  • The current scene can be saved to a file in BMP, JPG or PNG formats.

AUXILIARY ELEMENTS

MODULAR AXES

The possibility to insert a grid of modular axes, including complete editing options.

DIMENSIONING

The arbitrary linear and angular dimensioning of a design.

TITLE BLOCKS

  • Creating user-defined title blocks in the dialogue window or using graphic field editing options.
  • The insertion of automatic (taken from a design) or user-defined texts into a title block.
  • Saving title blocks to the project or program library.

TEMPLATES

  • Saving user-defined settings of elements (markers, fonts, default types, heights, etc.).
  • The Type Manager is used to manage types used in a document and existing in the global library. From now on, it can be saved in templates which object types will be used.

LAYOUTS

Groups of elements of various types can be saved into a single type. All connections, sizes of elements and other individual element parameters can be saved into a single layout that can be used in future projects. The layout can be further divided to modify individual group elements.

TYPE LIBRARY

  • A built-in type library for all elements of each module.
  • Library modification during the design by saving the created types.
  • Library modification in the library window by adding, editing and deleting types from the global/user’s library or the project library.

COLLISIONS (automatic detection of collisions and intersections between elements of the ArCADia BIM system):

  • Collisions of any elements in the ArCADia BIM system can be freely listed.
  • Clear lists of collisions in the project and point indicators in the plan and 3D view are available.

LISTINGS

  • Automatically created listings of rooms for each level.
  • Automatically created listings of windows and doors, including symbols.
  • Listings can be exported to an RTF file and to a CSV file (spreadsheet).
  • Communicating with other systems.
  • Projects can be exported in the XML format.
  • The possibility to edit & correct listings before they are saved. Printing listings & adding e.g. a logo.
  • A new word processor called ArCADia-TEXT is available, launched when exporting to an RTF file.
  • ArCADia-TEXT saves to the following formats: RTF, DOC, DOCX, TXT and PDF.

OBJECTS

  • An integrated library of elements allows a drawings to be detailed with the required architectural 2D symbols.
  • A library of 3D objects allows created interiors to be arranged.
  • The object catalogue can be extended with new libraries.
  • User-defined objects created with 2D elements can be saved in the program library.
  • 2D and 3D objects can be inserted with an angle with respect to the X-axis given during insertion.
  • The possibility to rotate objects about the X and Y axes and to change a symbol in a view when necessary.
SIMILARITIES WITH AUTOCAD
  • Clear software interface.
  • Command lines and their execution
  • Working in layers.
  • Explorer similar to the Design Center.
  • Dockable property panel.
  • Working in Cartesian and polar coordinates.
  • Dimensioning and text styles.
  • Holders, attributes, hatching.
  • Precise drawing functions and snapping points (ESNAP), drawing mode (ORTO), etc.
  • Possibility to import lines and dimensioning styles.

FULL SOFTWARE PERSONALIZATION:

  • The implemented interpreter of the LISP programming language enables loading of applications developed in other languages.
  • In addition, the software’s features may be expanded by loading SDS, DRX and IRX add-ons.

ArCADiasoft is a member of the ITC. Some IntelliCAD 8 source codes have been used in the program.

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      ArCADia Basic Module

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      New License included 1 year free upgrade, maintenance & support.

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      ArCADia-ARCHITECTURE is an industry-specific module of the ArCADia BIM system, based on the ideology of Building Information Modeling (BIM). The program can be used to create professional architectural documentation. Above all, it is intended for architects and all who shape and restore building forms.

      • Creating a 3D building model
      • Working on plans and sections
      • Built in building object element library (Walls, windows, doors, etc) with the possibility to expand, and material library, also with the possibility to expand.
      • Automatic creation of rooms, floor dimensions, creation of tie beams and lintels.
      • Wind rose, geographical location of the building, setting sunlight for the building and rooms based on date and time.
      • Photorealistic visualization creation feature.
      • Built-in 2D and 3D element library (Symbols needed in plans and objects needed eg. for interior design)
      • Listings of surface areas and volume of joinery, rooms and roof elements, both for rafters, as well as accessories.

      In order to work, all industry-specific modules need a license for :

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      ArCADia Internal Installations

      Rp 2.700.000Rp 33.500.000

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      In order to work, all industry-specific modules need a license for :

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      ArCADia External Installations

      Rp 2.700.000Rp 18.700.000

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      In order to work, all industry-specific modules need a license for :

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      ArCADia Other Modules

      Rp 1.600.000Rp 6.000.000

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      In order to work, all industry-specific modules need a license for :

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      ArCADia Library

      Rp 900.000Rp 1.400.000

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      Rp 4.100.000Rp 21.000.000

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      The R3D3-Rama 3D program is designed for construction engineers. It is used for static calculations and dimensioning of planar and spatial bar systems. Thanks to the convenient and clear user interface, the program can be used not only for design, but also for educational purposes.

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