ARCADIA BIM - Altermativa a Revit

[nextpage title = »ArCADia 10 ″]

Do I require BIM technology nowadays?

The term Building Information Modeling (BIM), as defined in Wikipedia, is the modeling of information about construction and buildings. Although this term has become quite common recently, many people still do not understand this concept very well because their interpretations and explanations are very varied. Some believe that it is a software concept that helps design. Others think that it is a construction model created in the virtual world. A commonly used definition is that of a database in which construction data are stored. For us, the concept closest to the truth is the definition of this term as a process in which the most important role is played through cooperation and communication among its participants. This process involves the design and construction of a building or structure, and then its management and maintenance until demolition. It is based on the joint creation of a complete, virtual, "living" model of the building in which all the involved participants concur in such a way that they add the consecutive elements to the information library. Its partners are mainly: the investor, architects, builders and installers, the contractor and the building administrator. However, it is important to emphasize that the real essence of BIM is to model the entire building instead of using it in a single industry, even if it were the architectural industry-leader in the design process.

When we talk to our clients, we come across very different opinions about the designer's work. Very often we hear, "why invest my precious time in some technical innovation, since until now I was managing quite well in the design of a project in the form of a CAD drawing, and not a construction model in BIM technology ? »Exactly-until now. Probably decades ago, the architects said the same thing, leaned over the drawing board and looked with doubt at their colleagues sitting in front of computer screens with a CAD program installed, not very intuitive and complicated, in which creating a line required much more knowledge and time. Twenty years ago, the computer conquered the drawing board due to the fact that this time it paid the designer's dividends when it came to editing the drawing or duplicating it in subsequent copies. Nowadays everyone considers the computer as something obvious in the work of an Architect or Engineer. If we do not go ahead and continue with the regression, sooner or later we will discover that the train of new technologies is going too fast to catch up. Today nobody is thinking about making a CAD drawing on a drawing board. Designers have at their disposal the modern software that has a simple and intuitive interface that is already familiar to the user of common computer applications and according to their habits not exclusively related to CAD software

A good example of this is our ArCADia BIM System companies, composed of programs dedicated to various design industries. With them it is possible to reconcile so much the ease of use with a high functionality of the system, and, without a doubt, the users are not forced to spend much time in learning a new software that uses the BIM technology. In our thinking about the possibilities and advantages of BIM technology, we place great emphasis on cooperation between designers from different industries. We believe that proper communication between them and mutual understanding of their needs is the key to the future success of the new design approach. The current design practice causes many defects in the design as such and the appearance of unforeseen aspects that appear only at the construction site, and as a consequence the investment costs increase in its final stage.

Among the designers there is the conviction that the implementation of a BIM design is expensive, and that the use of BIM by installers and builders unnecessarily and negatively affects the price of the project, reason why it may happen that the investor chooses a cheaper traditional solution. . Nothing could be further from the truth. With respect to global investment, the financial benefits will be spectacular and the designer's job is (or should be) to convince the investor to be indecisive and uninformed. Thanks to BIM-based solutions, you will receive a project that is a complete and clear 3D model. This will contain complete and always updated information on each of the building's components: volumetry, equipment, facilities, material consumption and construction costs, depending on the changes made during the design and implementation of the project. Thanks to this model, we can easily track the impact of changes in final costs.

The 3D construction model gives the designer the ability to accurately check all the details, and the fact that the program allows to capture errors and collisions, any potential construction problems will be eliminated at the design stage, that is, before that appear, saving time and money. The additional measurable financial benefits await in the operational phase of the building. The key to success is not so much the software itself but the information that you put into it during the design, construction and after the completion, which will allow you to effectively manage the building and minimize the maintenance cost of it. throughout its life cycle.

The ArCADia BIM system takes into account all aspects of a construction project and includes tools for each design industry ranging from architecture, plumbing, gas, telecommunications and electrical installers to energy auditors. The ArCADia BIM software is available to everyone. It is important that the modularity of the program and the way it is licensed as well as the technology used in no way restrict the designers from making available and transmitting their designs and drawings to other participants in the process. Regardless of the functionality of ArCADia BIM, all designers have access to the complete data of the building model, and can also transfer or export the design to those third party applications that are also used.

What is ArCADia 10?

ArCADia is a program that supports the 2D and 3D design. Due to its operational philosophy and the same data saving format (DWG), it is very similar to the AutoCAD program.

Basic tools of the ArCADia BIM system:
COMPARISON OF DOCUMENTS:
• This ArCADia tool allows the user to compare the designs created in the ArCADia BIM system and find the differences between them.


COMBINATION OF DOCUMENTS:
• This tool allows to include multiple designs of several installations in a single document.
MANAGEMENT OF THE DRAWING OF A BUILDING:
• Allows administration of views and information displayed using the complete 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, for example, a part of a level.
INSERTION:
• Elements such as walls, windows, doors, etc., are now inserted with the use of the intelligent tracking function.

WALLS:
• Selection of walls of defined types or the configuration of any specified composite wall.
• An integrated catalog of building materials based on the PN-EN 6946 and PN-EN 12524 standards.
• Insertion of virtual walls that are invisible in the 3D preview or in the cross section. They divide the space of the room in order to distinguish a function of open space, for example.
• The heat transfer coefficient is calculated automatically on the basis of the materials selected for the space dividers (walls, ceilings and roof).
WINDOWS AND DOORS:
• Insertion of windows and doors through parameters of the program library and creation of windows and doors defined by the user.
• Possibility of defining the protrusion (construction) of the window sill inside and outside a room, as well as its thickness.
• Possibility of disconnecting the sill from the window.
ROOFING
• Automatic insertion of floors (according to a level scheme).
CEILINGS ArCADia-TERIVA:
• The module is used to prepare drawings used in the creation of Teriva roof structural systems. The drawings include all the main elements of the system: roof beams, cross beams, hidden beams, cut-outs, KZE and KWE, KZN and KWN lintel elements, support grids and, in addition, all the necessary material lists that cover the elements listed, supplemented with reinforced steel and the monolithic concrete required to create a roof.
• Automatic and manual calculation of all Teriva roofs (4.0 / 1; 4.0 / 2; 4.0 / 3; 6,0; 8,0) in the zones of any roof shape.
• Automatic distribution of beams, transverse beams, ring beams in internal and external walls as well as in main beams.
• Automatic adjustment of a system of cuts for openings and beams for partitions.
• Automatic resolution of a side ceiling access to a wall.
• Calculation and automatic configuration of the flat and compensated gratings required.

BEDROOMS:
• Automatic creation of rooms from closed contours of walls and virtual walls.
• Temperatures and lighting requirements are automatically assigned to the rooms, depending on their names.
• Possibility of changing the graphic image of a room in the view, for example, by filling or color.
JOINT VIGUETTES:
• Insertion of Union joists, including reinforcements defined for both bars and stirrups.
COLUMNS:
• Insertion of columns of rectangular and elliptical cross section.
CHIMNEYS:
• Insertion of openings in a single chimney or chimney ducts (groups of chimneys with a number of columns and lines).
• Possibility of inserting chimney flues or marking the exit of existing chimneys.
• New chimney profiles.
STAIRS:
• Definition of single and multiple flight ladders and spiral staircases in any plan.
• New types of stairs: monolithic with rungs or seen through with stringers. Possibility of choosing the type and elements of a step.

GROUND:
• Automatic creation of a terrain model based on point heights of digital maps in DWG format.
• Insertion of a ground plane using heights of points or lines.
• Insertion of objects that simulate elements of a network or existing objects in the terrain to verify the existence of collisions in the design.
VIEW 3D:
• Insertion and modification of the camera configuration, 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 in a file in BMP, JPG or PNG format.
AUXILIARY ELEMENTS:
MODULAR AXES:
• Possibility of inserting a grid of modular axes, including complete editing options.
TITLE BLOCKS:
• Creation of title blocks defined by the user in the dialog box or by editing graphic fields.
• Inserting automatic texts (taken from a design) or defined by the user in a title block.
• Save the title blocks in the project library or programs.
TEMPLATES:
• Save the user-defined configuration of the elements (markers, fonts, default types, heights, etc.).
• The Type Manager is used to manage the models used in existing documents in the global library. From now on, it can be saved in templates with the types of objects that will be used.
DESIGNS:
• Groups of elements of various types can be saved in a single type. All connections, element sizes and other individual parameters can be saved in a single design that can be used in future projects. The design can be divided to modify the individual elements of the group.
TYPES LIBRARY:
• An integrated type library for all elements of each module.
• Modification of the library during the design, saving the created types.
• Modification of library in the library window by adding, editing and deleting types of the global / user library or the project library.
DIMENSIONING:
• The linear and angular arbitrary sizing of a design.
LISTINGS:
• Listings of rooms created automatically for each level.
• Listings of windows and doors created automatically, including symbols.
• Listings can be exported to an RTF file and to a CSV file (spreadsheet).
• Communication with other systems.
• Projects can be exported in XML format.
• The ability to edit and correct the ads before they are saved. Print listings and add eg a logo.
• A new word processor called ArCADia-Text is available. It starts when exporting to an RTF file.
• ArCADia-Text saves the following formats: RTF, DOC, DOCX, TXT and PDF.

OBJECTS:
• An integrated library of elements allows the drawings to be detailed with the required 2D architectural symbols.
• A library of 3D objects allows created interiors to be arranged.
• The object catalog can be expanded with new libraries.
• User-defined objects, which have been created with 2D elements, can be saved in the program library.
• The 2D and 3D objects can be inserted at an angle to the Z axis given during insertion.
• Possibility of rotating objects on the X and Y axes as well as changing a symbol in a view when necessary.
COLLISIONS (automatic detection of collisions and intersections between elements of the ArCADia BIM system):
• Collisions of any element in the ArCADia BIM system can be listed freely.
• Generation of clear lists of collisions in the project, indicators of points in the plan and 3D view are available.

Expanded graphic engine
The software is available in two versions, allowing customers to adapt it to their own needs and current design tasks. The company ArCADiasoft is a member of the ITC (IntelliCAD Technology Consortium, USA), the sole owner of the copyright of the IntelliCAD source codes. The membership of ArCADiasoft in the ITC consortium ensures that our clients are constantly supplied with the latest software developments and the continuous updating of the program. The software has a new graphical interface, where all options are on tapes located at the top of the screen.
SOFTWARE FEATURES:
The ArCADia software has all the features of the ArCADia LT software and is further enhanced with the following functions:
• The improved creation of 2D drawings (simple, multiline, splines, sketches and other drawing options) and the complete modification (with simple and more advanced functions: bevelling, breaking, connection, coincidence, etc.).
• Creation of drawings in 3D (wedge, cone, sphere, parallelepiped, cylinder, etc.) by means of the drawing and the complete modification of all the elements as well as the reading option of ACIS solids.
• Editing references inserted in DWG files.
• New layer of management functions, managed by the layer editing manager, which is a new tool for managing and filtering layers. The option to set the transparency of the layer and freeze the layer is done in the window of the paper area.
• Advanced quick selection function.
• The photo-realistic rendering and rendering option. The developed spatial model of the software is presented in different materials applied in particular planes, distinguishing between smooth and rough surfaces, mirror panels, illuminated shading surfaces, specifying the observation point, range of viewing positions and lighting.
SIMILARITIES WITH AUTOCAD:
• Intelligible software interface.
• Command lines and their execution
• Work in layers.
• Explorer similar to the design center.
• Panel of dockable properties.
• Work in Cartesian and polar coordinates.
• Sizing and text styles.
• Support, attributes, hatching.
• Precise drawing functions and set points (ESNAP), drawing mode (Ortho), etc.
• Possibility of importing lines and styles of sizing.
COMPLETE CUSTOMIZATION OF THE SOFTWARE:
• The implemented interpreter of the LISP programming language allows the loading of applications developed in other languages.
• In addition, the software features can be extended by loading the SDS, DRX and IRX add-ons.
ArCADiasoft is a member of ITC. Some source codes of IntelliCAD 8 have been used in the program.
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

[/ nextpage]

[nextpage title = »ArCADia 10 PLUS»]

ArCADia 10 PLUS

Price:
Net: € 504,00
Gross: € 599,76
Demo Download

What is ArCADia PLUS 10?
The ArCADia 10 Plus software has all the features of the ArCADia LT and ArCADia software. In addition, it is repowered and improved with the following functions:
The option to create and edit completely solid ACIS. ACIS files are based on the block modeling format developed by Spatial Technology Inc.
The possibility of allowing exact work on complete solids, penetration, sums, differences, etc.
Import and export of files in SAT format.

Basic tools of the ArCADia BIM system:
COMPARISON OF DOCUMENTS:
• This ArCADia tool allows the user to compare the designs created in the ArCADia BIM system and find the differences between them.
DOCUMENT FUSION:
• This tool allows to include multiple designs of several installations in a single document.
MANAGEMENT OF A CONSTRUCTION DRAWING:
• The administration of views and information displayed uses a complete 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, for example, the part of a level.
INSERTION:
• Elements such as walls, windows, doors, etc., are now inserted with the use of the intelligent tracking function.
WALLS:
• Selection of walls of defined types or configuration of any specified composite wall.
• An integrated catalog of building materials based on the PN-EN 6946 and PN-EN 12524 standards.
• Insert virtual walls that are invisible in the 3D preview or in the cross section. They divide the room space in order to distinguish an open space function, for example.
• The heat transfer coefficient is automatically calculated on the basis of the materials selected for the space dividers (walls, ceilings and roof).
WINDOWS AND DOORS:
• Insertion of windows and doors through the parameters of the program library and the creation of windows and doors defined by the user.
• The possibility of defining the protrusion of the window sill inside and outside a room, as well as its thickness.
• The possibility of disconnecting the windowsill.
ROOFING
• Automatic insertion of floors (according to a level scheme).
CEILINGS ArCADia-TERIVA:
• The module is used to prepare drawings in structural systems of roofs Teriva. The drawings include all the main elements of the system: roof beams, cross beams, hidden beams, cut-outs, KZE and KWE, lintel elements KZN and KWN, support grilles and, in addition, all the necessary lists of materials covering the elements listed, complemented with reinforced steel and the monolithic concrete required to create a roof.
• Automatic and manual calculation of all Teriva ceilings (4.0 / 1; 4.0 / 2; 4.0 / 3; 6,0; 8,0) in roof areas in any way.
• Automatic distribution of beams, cross beams and ring beams in interior and exterior walls as well as in main beams.
• Automatic adjustment of a cut-out system for openings and beams for partition walls.
• Automatic resolution of a side ceiling access to a wall.
• Calculation and automatic configuration of the flat and compensated gratings required.

BEDROOMS:
• Automatic creation of rooms from closed contours of walls and virtual walls.
• Temperatures and lighting requirements are automatically assigned to the rooms, depending on their names.
• Possibility of changing the graphic image of a room in the view, for example, by filling or color.

JOINT VIGUETTES:
• Insertion of Union joists, including reinforcements defined for both bars and stirrups.
COLUMNS:
• Insertion of columns of rectangular and elliptical cross section.
CHIMNEYS:
• The insertion of chimney openings or chimney ducts (groups of chimneys with a number of columns and fixed lines).
• Possibility of inserting chimney flues or marking the exit of existing chimneys.
• New chimney profiles.
STAIRS:
• The definition of stairs of one and several flights as well as the spiral stairs in any plan.
• New types of stairs: monolithic with steps or vision through stringers. Possibility of choosing the type and elements of a step.
GROUND:
• Automatic creation of a terrain model based on specific heights of digital DWG maps.
• Insertion of a ground plane using heights of points or lines.
• Insertion of objects that simulate elements of a network or existing objects in the field to check for collisions in the design.
VIEW 3D:
• Insertion and modification of the camera configuration, 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 in a file in BMP, JPG or PNG format.
AUXILIARY ELEMENTS:
MODULAR AXES:
Possibility of inserting a grid of modular axes, including complete editing options.
TITLE BLOCKS:
Creation of user-defined title blocks in the dialog window or using graphic field editing options.
Insertion of automatic texts (taken from a design) or defined by the user in a title block.
Storage of the title blocks in the library of projects or programs.
TEMPLATES:
• Save the user-defined configuration of the elements (bookmarks, fonts, default types, heights, etc.).
• The Type Manager is used to manage the models used in a document and that exist in the global library. From now on, it can be saved in templates with the object types that will be used.
DESIGNS:
• Groups of elements of various types can be saved in a single type. All connections, element sizes and other individual parameters can be saved in a single design that can be used in future projects. The design can be divided to modify the individual elements of the group.
TYPES LIBRARY:
• An integrated type library for all elements of each module.
• Modification of the library during the design, saving the created types.
• Modification of library in the library window by adding, editing and deleting types of the global / user library or the project library.
DIMENSIONING:
• The linear and angular arbitrary sizing of a design.
LISTINGS:
• Automatic creation of room listings for each level.
• Automatic creation of window and door listings, including symbols.
• Listings can be exported to an RTF file and to a CSV file (spreadsheet).
• Communication with other systems.
• Projects can be exported in XML format.
• Possibility to edit and correct the ads before they are saved. Print listings and add, for example, a logo.
• A new word processor called ArCADia-Text is available. It starts when exporting to an RTF file.
• ArCADia-Text saves the following formats: RTF, DOC, DOCX, TXT and PDF.

OBJECTS:
• An integrated library of elements allows drawings to be detailed with the required architectural 2D symbols.
• A library of 3D objects allows created interiors to be arranged.
• The object catalog can be expanded with new libraries.
• User-defined objects that were created with 2D elements can be saved in the program library.
• 2D and 3D objects can be inserted at an angle to the given X axis during insertion.
• Possibility of rotating objects on the X and Y axes as well as changing a symbol in a view when necessary.
COLLISIONS (automatic detection of collisions and intersections between elements of the ArCADia BIM system):
• Collisions of any element in the ArCADia BIM system can be freely listed.
• Understandable and clear listings of the existing collisions in the project and the point indicators are available both in the plan and in the 3D view.

Expanded graphic engine
The software is available in two versions, allowing customers to adapt it to their own needs and current design tasks. The ArCADiasoft company is a member of the ITC (IntelliCAD Technology Consortium, USA), the sole copyright owner of the IntelliCAD source codes. The ArCADiasoft membership in the ITC consortium ensures that our customers are constantly supplied with the latest software developments and continuous program update. The software has a new graphical interface, where all the options are on tapes located at the top of the screen.
SOFTWARE FEATURES:
• The ArCADia software has all the features of the ArCADia LT software and is further enhanced with the following functions:
• Improved creation of 2D drawings (simple, multiline, lanyards, sketches as well as other drawing options) and complete modification (with simple and more advanced functions: beveling, breaking, connection, coincidence, etc.).
• Creation of 3D drawings (wedge, cone, sphere, parallelepiped, cylinder, etc.) by drawing and modifying all the elements in addition to the ACIS solids reading option.
• Editing references inserted in DWG files.
• New layer of management functions, managed by the layer editing manager, is a new tool for managing and filtering layers. The options for setting the transparency of the layer and its freezing can be made from the paper area window.
• Advanced quick selection function.
• The photo-realistic display and rendering option. The developed spatial model of the software is presented in various materials applied in particular planes, distinguishing between smooth and rough surfaces, mirror panels, illuminated shading surfaces, specifying the observation point, range of viewing positions and lighting.
SIMILARITIES WITH AUTOCAD:
• Intelligible and clear software interface.
• Command lines and their execution
• Work in layers.
• Explorer similar to the design center.
• Panel of dockable properties.
• Work in Cartesian and polar coordinates.
• Sizing and text styles.
• Supports, attributes, hatching.
• Precise drawing functions and set points (ESNAP), drawing mode (Ortho), etc.
• Possibility of importing lines and styles of sizing.
COMPLETE CUSTOMIZATION OF THE SOFTWARE:
• The implemented interpreter of the LISP programming language allows the loading of applications developed in other languages.
• In addition, the software features can be extended by loading the SDS, DRX and IRX add-ons.
ArCADiasoft is a member of ITC. Some source codes of IntelliCAD 8 have been used in the program.

System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

[/ nextpage]

[nextpage title = »ArCADia AC»]

ArCADia AC

Price:
Net: € 177,00

Demo Download

What is ArCADia AC?
ArCADia AC is an add-on for AutoCAD software that allows the embedding and communication of the basic functions of ArCADia systems with AutoCAD software.
Communication with AutoCAD software
• ArCADia AC is a special version of the system that allows you to install it with AutoCAD software

Basic tools of the ArCADia BIM system:
COMPARISON OF DOCUMENTS:
• This ArCADia tool allows the user to compare the designs created in the ArCADia BIM system and find the differences between them.
DOCUMENT FUSION:
• This tool allows to include multiple designs of several installations in a single document.
MANAGEMENT OF THE DRAWING OF A BUILDING:
• The administration of the views and the information displayed uses the complete 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, for example, a part of a level.
INSERTION:
• Elements such as walls, windows, doors, etc., are now inserted with the use of the intelligent tracking function.
WALLS:
• Selection of walls of defined types or configuration of any specified composite wall.
• An integrated catalog of building materials based on the PN-EN 6946 and PN-EN 12524 standards.
• Insertion of virtual walls that are invisible in the 3D preview or in the cross section. These divide the room space in order to distinguish an open space function, for example.
• The heat transfer coefficient is calculated automatically on the basis of the materials selected for the space dividers (walls, ceilings and roof).
WINDOWS AND DOORS:
• Insertion of windows and doors by means of parameters of the program library as well as the creation of windows and doors defined by the user.
• Possibility of defining the protrusion of the window sill inside and outside a room, as well as its thickness.
• Possibility of disconnecting the windowsill from a window.
ROOFING
• Automatic insertion of floors (according to a level scheme).
CEILINGS ArCADia-TERIVA:
• This module is used to prepare drawings in structural systems of Teriva roofs. The drawings include all the main elements of the system: roof beams, cross beams, hidden beams, cut-outs, KZE and KWE, lintel elements KZN and KWN, support grilles and, in addition, all the necessary lists of materials covering the elements listed, supplemented with reinforced steel and monolithic concrete required to create a roof.
• Automatic and manual calculation of all Teriva ceilings (4.0 / 1; 4.0 / 2; 4.0 / 3; 6,0; 8,0) in roof areas in any way.
• Automatic distribution of beams, cross beams and ring beams in interior and exterior walls as well as in main beams.
• Automatic adjustment of a cut-out system for openings and beams for partition walls.
• Automatic resolution of a side ceiling access to a wall.
• Calculation and automatic configuration of the flat and compensated gratings required.

BEDROOMS:
• Automatic creation of rooms from closed contours of walls and virtual walls.
• Temperatures and lighting requirements are automatically assigned to the rooms, depending on their names.
• Possibility of changing the graphic image of a room in the view, for example, by filling or color.
JOINT VIGUETTES:
• Insertion of joists, including defined reinforcements for both bars and stirrups.
COLUMNS:
• Insertion of columns of rectangular and elliptical cross section.
CHIMNEYS:
• Insertion of chimney openings or chimney ducts (groups of chimneys with a number of columns and fixed lines).
• Possibility of inserting chimney flues or marking the exit of existing chimneys.
• New chimney profiles.
STAIRS:
• The definition of stairs of one and several flights as well as the spiral stairs in any plan.
• New types of stairs: monolithic with steps or seen through with stringers.
• Possibility to choose the type and elements of a step.
GROUND:
• Automatic creation of a terrain model based on specific heights of digital DWG maps.
• Insertion of a ground plane using heights of points or lines.
• Insertion of objects that simulate elements of a network or existing objects in the field to check for collisions in the design.
VIEW 3D:
• Insertion and modification of the camera configuration, 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 in a file in BMP, JPG or PNG format.
AUXILIARY ELEMENTS:
MODULAR AXES:
• Possibility of inserting a grid of modular axes, including complete editing options.
TITLE BLOCKS:
• Create user-defined title blocks in the dialog window or use graphic field editing options.
• Inserting automatic texts (taken from a design) or defined by the user in a title block.
• Save title blocks in the library of projects or programs.

TEMPLATES:
• Saves the user-defined settings of the elements (bookmarks, fonts, default types, heights, etc.).
• The type manager is used to manage the models used in a document and that exist in the global library. From now on, it can be saved in templates with the object types that will be used.
DESIGNS:
• Groups of elements of various types can be saved in a single type. All connections, element sizes and other individual parameters can be saved in a single design that can be used in future projects. The design can be divided to modify the individual elements of the group.
TYPES LIBRARY:
• An integrated type library for all elements of each module.
• Modification of the library during the design, saving the created types.
• Modification of library in the window of the same by adding, editing and deleting types of global / user library or project library.
DIMENSIONING:
• The linear and angular arbitrary sizing of a design.
LISTINGS:
• Automatic creation of room listings for each level.
• Automatic creation of window and door listings, including symbols.
• Listings can be exported to an RTF file and to a CSV file (spreadsheet).
• Communication with other systems.
• Projects can be exported in XML format.
• Possibility to edit and correct the listings before they are saved. Print listings and add, for example, a logo.
• A new word processor called ArCADia-Text is available. It starts when exporting to an RTF file.
• ArCADia-Text saves the following formats: RTF, DOC, DOCX, TXT and PDF.

OBJECTS:
• An integrated library of elements allows drawings to be detailed with the required architectural 2D symbols.
• A 3D object library allows created interiors to be arranged.
• The object catalog can be expanded with new libraries.
• User-defined objects that have been created with 2D elements can be saved in the program library.
• The 2D and 3D objects can be inserted at an angle to the Z axis given during insertion.
• Possibility of rotating objects on the X and Y axes as well as changing a symbol in a view when necessary.
COLLISIONS (automatic detection of collisions and intersections between elements of the ArCADia BIM system):
• Collisions of any element in the ArCADia BIM system can be freely listed.
• Intelligible and clear lists of collisions in the project as well as the points indicators in the plan and the 3D view are available.
ArCADiasoft is a member of ITC. Some source codes of IntelliCAD 8 have been used in the program.
IMPORTANT!
Program Requirements:
• Autodesk AutoCAD Software 2014/2015/2016/2017
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

[/ nextpage]

[nextpage title = »ArCADia LT 10 ″]

ArCADia LT 10

Price:
Net: € 237,00

Demo Download
Video download

What is ArCADia LT 10?
ArCADia LT 10 is a fully functional, easy-to-operate and intuitive CAD program that allows object-oriented creation of construction documentation in 2D and saves files in the DWG format of the 2013 year. It is a basic graphic design tool for the construction industry in its broadest sense.

Basic Tools of the ArCADia BIM System:
COMPARISON OF DOCUMENTS:
• This ArCADia tool allows the user to compare the designs created in the ArCADia BIM system and find the differences between them.
COMBINATION OF DOCUMENTS:
• This tool allows to include multiple designs of several installations in a single document.
MANAGEMENT OF THE DRAWING OF A BUILDING:
• Allows the administration of views and the information displayed using the complete Project Manager tree in an understandable way.
• The automatically created 3D view is available in a separate window to allow a presentation of the entire body of the building or, for example, a part of a level.
INSERTION:
• Elements such as walls, windows, doors, etc., are now inserted with the use of the smart tracking function.
WALLS:
• Selection of walls of defined types or the configuration of any specified composite wall.
• An integrated catalog of building materials based on the PN-in 6946 and PN-in 12524 standards.
• Insertion of virtual walls that are invisible in the 3D preview or in the cross section. They divide the space of the room in order to distinguish a function of open space, for example.
• The heat transfer coefficient is calculated automatically on the basis of the materials selected for the space dividers (walls, ceilings and roof).
WINDOWS AND DOORS:
• Insertion of windows and doors through parameters of the program library and creation of windows and doors defined by the user.
• Possibility of defining the protrusion (construction) of the window sill inside and outside a room, as well as its thickness.
• Possibility of disconnecting the sill from the window.
ROOFING
• Automatic insertion of floors (according to a level scheme).
CEILINGS ArCADia-TERIVA:
• The module is used to prepare drawings used in the creation of Teriva roof structural systems. The drawings include all the main elements of the system: roof beams, cross beams, hidden beams, cut-outs, KZE and KWE, KZN and KWN lintel elements, support grids and, in addition, all the necessary material lists that cover the elements listed, supplemented with reinforced steel and the monolithic concrete required to create a roof.
• Automatic and manual calculation of all Teriva roofs (4.0 / 1; 4.0 / 2; 4.0 / 3; 6,0; 8,0) in the zones of any roof shape.
• Automatic distribution of beams, transverse beams, ring beams in internal and external walls as well as in main beams.
• Automatic adjustment of a system of cuts for openings and beams for partitions.
• Automatic resolution of a side ceiling access to a wall.
• Calculation and automatic configuration of the flat and compensated gratings required.

BEDROOMS:
• Automatic creation of rooms from closed contours of walls and virtual walls.
• Temperatures and lighting requirements are automatically assigned to the rooms, depending on their names.
• Possibility of changing the graphic image of a room in the view, for example, by filling or color.
JOINT VIGUETTES:
• Insertion of Union joists, including reinforcements defined for both bars and stirrups.
COLUMNS:
• Insertion of columns of rectangular and elliptical cross section.
CHIMNEYS:
• Insertion of openings in a single chimney or chimney ducts (groups of chimneys with a number of columns and lines).
• Possibility of inserting chimney flues or marking the exit of existing chimneys.
• New chimney profiles.
STAIRS:
• Definition of single and multiple flight ladders and spiral staircases in any plan.
• New types of stairs: monolithic with rungs or seen through with stringers. Possibility of choosing the type and elements of a step.
GROUND:
• Automatic creation of a terrain model based on point heights of digital maps in DWG format.
• Insertion of a ground plane using heights of points or lines.
• Insertion of objects that simulate elements of a network or existing objects in the terrain to verify the existence of collisions in the design.
VIEW 3D:
• Insertion and modification of the camera configuration, 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 in a file in BMP, JPG or PNG format.
AUXILIARY ELEMENTS:
MODULAR AXES:
• Possibility of inserting a grid of modular axes, including complete editing options.
TITLE BLOCKS:
• Creation of title blocks defined by the user in the dialog box or by editing graphic fields.
• Inserting automatic texts (taken from a design) or defined by the user in a title block.
• Saving title blocks in the project library or in programs.
TEMPLATES:
• Save the user-defined configuration of the elements (markers, fonts, default types, heights, etc.).
• The Type Manager is used to manage the models used in existing documents in the global library. From now on, it can be saved in templates with the types of objects that will be used.
DESIGNS:
• Groups of elements of various types can be saved in a single type. All connections, element sizes and other individual parameters can be saved in a single design that can be used in future projects. The design can be divided to modify the individual elements of the group.
TYPES LIBRARY:
• An integrated type library for all elements of each module.
• Modification of the library during the design, saving the created types.
• Modification of library in the library window by adding, editing and deleting types of the global / user library or the project library.
DIMENSIONING:
• The linear and angular arbitrary sizing of a design.
LISTINGS:
• Listings of rooms created automatically for each level.
• Listings of windows and doors created automatically, including symbols.
• Listings can be exported to an RTF file and to a CSV file (spreadsheet).
• Communication with other systems.
• Projects can be exported in XML format.
• The ability to edit and correct the ads before they are saved. Print listings and add eg a logo.
• A new word processor called ArCADia-Text is available. It starts when exporting to an RTF file.
• ArCADia-Text saves the following formats: RTF, DOC, DOCX, TXT and PDF.
OBJECTS:
• An integrated library of elements allows the drawings to be detailed with the required 2D architectural symbols.
• A library of 3D objects allows created interiors to be arranged.
• The object catalog can be expanded with new libraries.
• User-defined objects, which have been created with 2D elements, can be saved in the program library.
• The 2D and 3D objects can be inserted at an angle to the Z axis given during insertion.
• Possibility of rotating objects on the X and Y axes as well as changing a symbol in a view when necessary.
COLLISIONS (automatic detection of collisions and intersections between elements of the ArCADia BIM system):
• Collisions of any element in the ArCADia BIM system can be listed freely.
• Generation of clear lists of collisions in the project, indicators of points in the plan and 3D view are available.

Graphics engine
ArCADia LT allows the user to draw and edit 2D documents, load raster images (for example, geodesic maps), describe drawings using TrueType or SHX sources, insert blocks of other documents, as well as print the documentation intuitively.
PROGRAM POSSIBILITIES:
The intuitive interface allows you to work in coordinates or insert data using lengths and angles. The command bar changes in several stages of the drawing and modification process; In addition to offering the auxiliary options that are the most useful at that time. The selection of functions that are the most important for the drawing has allowed to implement the options in an orderly and simple way. In addition, the most important tools enable and disable the grid, Ortho, Entity Snaps, project manager and the 3D view window, interface theme modifications) have been placed at the bottom of the screen, which makes the Communication with the program and the work itself is easier and faster.
HE DREW:
• You can draw any element using lines, polylines, circles, arcs, ellipses, regular polygons and rectangles.
• Editing drawing elements using the following tools: move, copy, scale, rotate, reflect, group, crop, exploit and compensate. The user selects the item to be changed and then indicates the function to be performed.
• Closed contours: circles, polygons and rectangles can be freely hatched using a pattern indicated in the Element Properties window.
• Create and save blocks: for groups of elements that form a specific symbol. A block is saved in a new document and can be inserted both in the drawing in which it was created and in any other drawing. Each time a block is inserted, the program asks about the possible scaling and rotation of the block.
• The description of the drawings is done using multiline text with SHX and TrueType fonts. The text is inserted in an additional window that is displayed after enabling the options. Its size, font type, justification and other similar elements are defined in the multiline text window.
• It is possible to insert bitmap base maps in popular formats such as JPG, BMP, TIF and PNG. The following tools are available here: scaling, trimming, lightness change, contrast and fading.
PRINT:
• The print sheet is placed by default in the drawing area. In a clear and simple way, she shows how the print will look.
• The size of the print sheet as well as the scale can be defined intuitively.
• The program options are expanded by the basic functions of the ArCADia BIM system, or smart objects that create building models that are constructed based on the options of the specific modules of the consecutive industry.
ArCADiasoft is a member of the ITC. Some IntelliCAD 8 source codes have been used in the program.
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

[/ nextpage]

[nextpage title = »ArCADia Architecture 8 ″]

ArCADia BIM - Architecture Modules
ArCADia-ARCHITECTURE 8

Price:
Net: € 599,00

Demo download:

Video download:

What is ArCADia-ARCHITECTURE 8?
ArCADia-ARCHITECTURE is a specific module of the ArCADia BIM system industry, 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 those who make and restore constructive forms.
ArCADia-ARCHITECTURE is used for object-oriented creation of professional architectural plans and sections, interactive 3D previews and realistic visualization. The program includes specialized architectural functions, such as: automatic cross-sections, automatic sizing or import of object forms from other programs.
Program Features:
WALLS:
• Insertion of arches, walls of one and several layers.
• Possibility of transforming an 2D drawing created from polylines or lines in the plane of walls of one or several layers, virtual walls or a foundation plan.
WINDOWS AND DOORS CREATED BY SCRIPT:
• Insertion of windows of various shapes (circular, triangular, with an arc, etc.), including the possibility of establishing horizontal and vertical divisions as well as defining the visibility of the windowsills or cutting a proper opening (without windowsill) in a wall in the form of special windows (doors).
• Insertion of single and double arch doors, including additional side or upper lighting.
• New windows have been added to the script library; unipartita, bipartitas and tripartitas with possibilities to enter the mullions or the openings of the windows.
• The following elements have been added, among other things, to the library of doors: revolving, sliding, tilting and evacuation doors.
WALL OPENINGS:
• Insertion of an opening that has a width and height fixed on a wall on the left and right side (insertion at any height).
• Possibility of inserting a hole of a predetermined depth.
FLOORS:
• Insertion of any floor indicating its shape.
• Insertion of a floor in the floor in the rooms of the lowest level.
• Introduction of holes in the ceiling automatically or by hand.
COLUMNS:
• Insertion of vertical and inclined steel columns.
• Insertion of a horizontal steel object.
• Inserting a bar frame from an .f3d file, which looks like an element but can be exploited and viewed as a single bar element (to move and edit separately).
• Multi-insertion of bar elements with a defined amount, spacing and insertion direction.
STAIRS:
• Creation of a spiral staircase inserted with or without a pillar.
• Insertion of individual ramps or ramps with rest.
CEILINGS:
• Automatic and free installation of sloping roofs, including a full range of modification options (changing to a single-slope or double-slope roof, changing the height of a short wall and the inclination of any slope separately).
• Insertion of windows and openings in the roof.
• Ceiling insertion with skylight (attic).
• Insertion of a wooden structure of the R3D3-Frame 3D program (roof slopes exported to R3D3-Frame 3D are calculated structurally, while the roof frame is returned to ArCADia-ARCHITECTURE).
• Insertion of roof windows.
• Automatic or manual insertion of roof gutters.
• Insertion of the drain pipes that automatically detect the gutter and ground level.
• Automatic or manual insertion of stirrup tiles.
• Insertion of chimneys, ventilation hoods and smoke hoods.
• Insertion of snow protectors: snow fences, snow crushers and plugs.
• Possibility of defining the type of roof before inserting it.
• Tracking options are already available when inserting the roof.
• Possibility of inserting a solar collector on the roof.

FOUNDATIONS:
• The insertion of a foot zone or any foot defined in the plan.
SOLID:
• Draw any shape of a solid with a fixed height. The solid can be used further as a terrace, a platform, a mezzanine, and similar elements.
• Insertion of a solid of a specified width and height, for example, as joists and joists, including the possibility of selecting an axis or insertion edge.
• Solids are inserted through a rectangular contour.
• Editing of solids dividing them and creating any hole ...
OBJECTS:
• Import of objects in the following formats: 3DS, ACO and O2C.
• User-defined symbols (2D elements) can be saved in the program library.
• Generation of a project package, which is the possibility of moving the project with imported objects to a computer where the standard object library does not contain these objects.
• Possibility of saving an object of any of the components of the ArCADia system in the library, for example, the element created from spatial forms.

CROSS SECTION:
• Automatic creation of a cross section indicating the cutting line of a building, including the possibility of defining visible elements in the cross section.
• Insertion of a staggered cross section with any number of folds.
• Automatic insertion of ring beams, place them on the load layer of a wall (with the types of set of wall layers) in the vacuum of the floor.
• The visible lintels in the cross section are automatically inserted with the window and door assembly.
• The cross section can be refreshed automatically and manually to speed up the work on the design.
• Views can be exploited, maintain groups of elements and support for the project manager.
• Possibility to show a cross section of 3D objects. The option is disabled by default, it can be changed from the project manager window after turning on the bulbs.
RENDERED:
• Materials for each element are defined with their properties.
• Simple rendering (fast and easy to use) or advanced, including the possibility of defining all the necessary settings (type of lighting and position, smoothing of shadows, etc.).
• The new method of rendering for exteriors and mapping of photons indoors).
• Two renderings can be calculated in different views: daylight and night views.
• The rendering window is independent of the ArCADia-ARCHITECTURE program, which allows you to continue working on a design, since the visualization is calculated.
• Multirenderizado, which is recording the views from predefined cameras.
• Notation of the view of the building with the representation as a single scene or of the selected cameras as defined in the program.
• Ability to turn off the equipment after a multi-registration of the representation of the cameras introduced in the design.
• Analysis of daylight with a date and time setting, thus giving a scene on the days that interest us.
AUXILIARY ELEMENTS:
DIMENSIONING:
• Automatic sizing of the entire floor plan is performed by selecting dimensioning lines (total external, external for projecting elements, rooms and walls, windows and frames, as well as openings).
• Sizing is assigned to objects, allowing automatic modification of all changes made.
• The angular and radial dimensioning of the walls can be performed.
• Sizing indicates arc wall lengths.
• Possibility of inserting a point height in the floor plan and the cross section.
• Possibility of inserting a description of the element (ceiling, floor, wall) both in the plane and in the cross-section (apart from the meeting, a marking flag with a list of materials is also available for an indicated element).
• Complete modification of the elements of the list, adding and subtracting materials and changes to existing materials.
• Automatic description of the structure of the roof framework, numbering of the element that shows the size and transverse length of the element.

LISTINGS:
• Automatic creation of wooden listings for structures of this material inserted in the R3D3-Rama 3D program.
• Area and accounting cubic capacity. New account projects that automatically add the gross covered area, net and gross surface areas as well as construction surfaces, in addition to the cubic volume. The accounts also include the minimum area of ​​the plot and the roof data: inclination and height of the stirrup.
• New account of the surface of the roof, in which the lengths of eaves, corners, depressions of the roof, of the edges and the edges of the roof will also be included, apart from the disbursement to be made for the roof and the calculations of the roof inclinations.
• Automatic list of roofing accessories that includes gutter lengths, stirrup tiles and drains, number of plugs and connectors for pipes and tiles, as well as the number of hoods and snow guards. There is the possibility to choose which elements will be included in the account.
• A list of roofing materials can be created.
• A list of the materials used in the objects that have been used so far can be generated. A count of the number of pieces is made, for example bricks, with the possibility of selecting the packaging (pallets, packages, rolls), possibility of selecting the elements for which the list is inserted. It is possible to export a single table from a list or several at the same time in a single file.
• A list of inserted bar elements can be generated, both those defined in the design, and those imported from the 3D R3D3-Rama program.
ORIENTATION AND ROSE OF THE WINDS:
• Possibility of introducing a ground floor and a north arrow symbol in the cross section.
• The new version makes the compass or wind rose dependent on the analysis of daylight, so you must coordinate the location of the design or that the city is indicated in the list, thanks to which the rendering is calculated in the bases and hours indicated.
• Communication with other systems:
• Object-oriented data exchange with the Arcon program (bidirectional transfer of 3D objects written in the program's library).
• Export of a design trace to R3D3-Rama 3D, possibility of transferring all the roofs of the design at the same time with all the modular axes United in a single grid.
• Import of the R3D3-3D structure framework from an F3D file.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry-specific module is installed as an overlay for AutoCAD® software, the ArCADia AC module is required.
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

[/ nextpage]

[nextpage title = »ArCADia Electrical Modules»]

ArCADia BIM - Electrical Modules

ArCADia-ELECTRICAL INSTALLATIONS 2

Price:
Net: € 356,00

Demo download:

What is ArCADia-ELECTRICAL INSTALLATIONS?
ArCADia-ELECTRICAL INSTALLATIONS is an industry-specific module of the ArCADia BIM system, based on the Building Modeling Information (BIM) ideology. The program can be used to create professional documentation for internal low voltage electrical systems. The program is intended for designers of electrical systems and electrical equipment.
The ArCADia-ELECTRICAL INSTALLATIONS program enables the quick and efficient preparation of plans for electrical and lighting systems, as well as the performance of the verifications and calculations necessary for the design.
CHARACTERISTICS OF THE PROGRAM:
• NEW: the possibility of generating structural diagrams of electrical lines for electrical system designs. A schematic diagram of the internal power lines between the designed distribution switches can be easily and quickly generated.
• NEW: You can replace a symbol view for a specific object. User-specific symbols for designed objects can be freely created.
• Drawings of internal electrical systems can be quickly produced on architectural plans, from the location of the distribution panels, assigning the appropriate technical parameters, fixing sockets, lighting and cable plugs in order to connect the origin of the power supply with household appliances using cables and conductors.
• Once an electrical system is designed, the program can be used to calculate the current of a possible short circuit and its capacity, the load currents (1-fo 3-f) and the voltage drops in sections of the designed electrical system.
• The program can also be used to create a balance of power through a professional document that describes the installed equipment and devices.
• The program can also be used to generate the list of materials used in a design.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry-specific module is installed as an overlay for AutoCAD® software, the ArCADia AC module is required.
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

ArCADia-ELECTRICAL INSTALLATIONS PLUS

Price:
Net: € 157,00

Demo download:

What is ArCADia-ELECTRICAL INSTALLATIONS PLUS?
ArCADia-ELECTRICAL INSTALLATIONS PLUS is an expansion module of the ArCADia-ELECTRICAL INSTALLATIONS program.
The program is designed for the design of cable ducts, stairs and cable channels. It also facilitates communication with the DIALux program, which is used in the design of luminaires.
CAPABILITIES:
• Design of cable routes.
• Exchange of information on luminaires with the DIALux program.
• Unit and percentage calculations of the cross-section fill of the route.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry-specific module is installed as an overlay for AutoCAD® software, the ArCADia AC module is required.
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

ArCADia-POWER NETWORKS 2

Price:
Net: € 296,00

Demo download:

What is ArCADia-POWER NETWORKS?
ArCADia-POWER NETWORKS is an industry-specific module of the ArCADia BIM system, based on the Building Information Modeling (BIM) ideology.
ArCADia-POWER NETWORKS allows the creation of professional documentation related to the design of external low voltage networks. The program enables object-oriented creation of drawings for external power grids in spatial development plans or the preparation of user drawings showing an electrical grid from a low-voltage transformer to a distribution panel in a building.
CHARACTERISTICS OF THE PROGRAM:
• NEW: generation of network structural diagrams from the energy source to the final object. The functionality can be used to quickly generate a structural diagram drawing of a proposed network, which is required for design documentation. The diagram contains the topology of the proposed network.
• NEW: Improved technical calculations by introducing duty and impedance factors for a short-circuit loop in the "cable connector" structure, allowing calculations to be made for an internal power line short-circuit from the connector of the cable to the distribution panel in the building as well as calculations of the load capacity of each section of the designed network.
• NEW: possibility to create survey survey coordinates in spatial development plans. Once the survey points are marked, the user can generate a report at the X and Y coordinates in an RTF file. The functionality comes in handy when a designer has to submit the study coordinates of the planned network pivot points to a design documentation approval team.
• NEW: common wiring box
• NEW: Ability to replace a symbol view for a specific object and create user symbols for designed objects.
• The program allows object-oriented creation of drawings for external power networks in spatial development plans, as well as the preparation of user drawings showing a supply network from a low-voltage transformer to the distribution panel of a building.
• Creation of a cable and air power network design.
• Quick and efficient preparation of the design of a power connection to construction facilities and the design of an external lighting system, eg street, road, parking lot lighting, etc.
• For each intended power line, the user can select protection devices against possible short circuits and overloads using the protection device library or creating their own objects.
• Existence of a rich library of objects and the possibility for the user to create their own articles.
• The execution of all the basic calculations of a network.
• Generation of professional technical documentation and report of the materials used in the design for its subsequent transformation.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry specific module is installed as an overlay for AutoCAD® software, the ArCADia AC module is required
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

ArCADia-DISTRIBUTION BOARDS 2

Price:
Net: € 339,00
Demo download:

What is ArCADia-DISTRIBUTION BOARDS?
ArCADia-DISTRIBUTION BOARDS is an industry-specific module of the ArCADia BIM system, based on the building information modeling (BIM) ideology. The program enables the development of the professional technical documentation required to produce single-line circuit diagrams. The program is designed for both network designers, electricity and power systems, as well as all people working in the electrical engineering industry.
The ArCADia-DISTRIBUTION BOARDS program can be used to create the diagram of a designed distribution device or any circuit diagram and perform basic technical calculations. The device's electrical symbol library can be used to design an electrical system. Symbols can be edited and assigned technical parameters. Apart from the possibility of producing the diagram of a switchgear in an efficient way, the program can also be used to automatically create the diagram of a switchboard designed using the ArCADia-ELECTRICAL INSTALLATIONS overlay. The combination of automation algorithms to create the circuit diagrams used in the application and the symbol database for electrical devices as well as the performance of basic calculations ensures a perfect tool for drawing circuit diagrams.
The basic features and functions of the program include:
• The fast and efficient design of one-line schematic diagrams for switches.
• The possibility of creating control systems.
• The performance of basic technical calculations (load current, voltage drop).
• Automatic generation of a distribution panel diagram designed using the ArCADia electrical installations overlay.
• A database of electrical appliances and instruments.
• Generation of quantitative lists of devices used in a design.
NEW:
• Automatic generation of real views of the distribution boards.
• Possibility of creating a real view of a distribution board and of putting electrical devices on it.
• Generation of the preview of the distribution tables created in a 3D vision.
• New database of electrical device symbols:
o Cam switches
o Frequency inverters
or softstarts
o Fuses
o Tension coils
• The expanded library of electrical equipment:
or Legrand
or Moeller
or Schneider
or Hager
or ABB
or Jean Muller
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry specific module is installed as an overlay for AutoCAD® software, the ArCADia AC module is required
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

[/ nextpage]

[nextpage title = »ArCADia Gas Modules»]

ArCADia BIM - Gas Supply Modules

ArCADia-GAS INSTALLATIONS 2

Price:
Net: € 520,00

Demo download:

What is ArCADia-GAS INSTALLATIONS?
ArCADia-GAS INSTALLATIONS is an industry-specific module of the ArCADia BIM system, based on the building information modeling (BIM) ideology. The program can be used to create the design documentation for an internal gas system.
The program allows object-oriented creation of drawings of internal gas systems on the architectural plans of a building and the generation of calculation diagrams and automatic extension of a system. The object library can be used to design a gas system. Objects can be edited and assigned technical parameters.
The ArCADia-GAS INSTALLATIONS module performs the necessary calculations for the verification of the correct design of a system (verification of the correct diameters of the pressure drop range of gas appliances) and the creation of a professional technical report.
The program is intended for both the gas network and system designers as well as all persons associated with the plumbing and installation sectors in civil engineering. ArCADia-GAS INSTALLATIONS is part of the ArCADia BIM system that consists of the cooperation of the different modules of the industry.
Program Features:
• Preparation of gas installation plans in architectural plans, from the location of the gas box, assigning technical parameters, including gas parameters, the organization of gas devices, measurement devices by specifying a route of the gas system, to the location of gas shutoff connections.
• NEW: installation kit with gas filter and pressure regulator.
• NEW: ability to transform a regular CAD line into the gas pipe structure of the ArCADia – GAS INSTALLATIONS module.
• Determination of the design gas demand for a building supplied with gas of any combustion property, including service factors.
• Performance of calculations for total pressure loss on all routes to gas appliances as well as determination of the minimum and maximum upward pressure on a gas appliance.
• Messages and warnings that verify correct calculations and designed gas systems.
• Execution of calculation diagrams for all gas supply routes and appliances, including the possibility of making it more understandable.
• NEW: automatic creation of a development drawing of the entire projected gas installation or any part of it. Automatic creation of an axonometric drawing of the entire projected gas installation or any part of it. Possibility of inserting accessories directly in the axonometric drawing with automatic inclusion in the view and the general views.
• Automatic creation of the extension plans of a designed gas system.
• NEW: Automatic generation of a set of connection accessories depending on the type of connections at the junction points and on the entry point approaches, including the possibility of modifying them.
• Generation of calculation reports containing sectional gas losses in individual design sections, including the possibility of adjusting the section diagrams directly in a calculation table and the automatic modification of the diameters in the drawing.
• Generation of ready-made materials lists.
• Ability to quickly and easily add databases to the main program library and select folders to be used in a specific system design.
• 3D preview of a gas system that facilitates the correction of an invisible pipeline route in the plan.
• Export bills of materials, item lists, and reports in RTF format (for example, to Microsoft Word).
• NEW: export of the bill of materials in CSV format (for example, to Microsoft Excel) and to the Ceninwest program.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry specific module is installed as an overlay for AutoCAD® software, the ArCADia AC module is required

System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

ArCADia-EXTERNAL GAS INSTALLATIONS

Price:
Net: € 486,00

Demo download:
What is ArCADia-EXTERNAL GAS INSTALLATIONS?
ArCADia-EXTERNAL GAS INSTALLATIONS is an industry-specific module of the ArCADia BIM system, based on the ideology of construction information models (BIM). The program can be used to produce professional documentation of the design of a gas connection, including an external gas system.
The program is intended for both the gas network and system designers as well as all individuals associated with the plumbing and civil engineering installation sectors. It can be used for object-oriented creation of drawings of gas connections and external elements of the gas system (located outside a building or group of buildings). The design can be carried out in spatial development plans in the form of cadastral base maps or the user's own drawings that represent an existing or proposed network.
The ArCADia-EXTERNAL GAS INSTALLATIONS program offers the possibility of automatic creation of design diagrams and longitudinal profiles for pipe routes, including system elements. The program calculates the necessary data for the correct design of a system taking into account the verification of the correct pipe diameters and the determination of the pressure drops in the design sections.
Program Features:
• Generation of drawings of external gas systems in relation to gas pipeline routes, closure connections, 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 calculation of the pressure drops in the external lines of the gas system.
• Verification of a gas system designed for correction.
• The generation of design reports.
• Generation of ready-made materials lists.
• The generation of hydraulic calculations.
• 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 specific system design.
• The generation of invoices for materials used in the project.
• The export of materials invoices to cost estimation programs.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry specific module is installed as an overlay for AutoCAD® software, the ArCADia AC module is required
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

[/ nextpage]

[nextpage title = »ArCADia Mófulos de Heating»]

ArCADia BIM - Heating Modules
ArCADia-HEATING INSTALLATIONS

Price:
Net: € 549,00

Demo download:

What is ArCADia-HEATING INSTALLATIONS?
ArCADia-HEATING INSTALLATIONS is an industry-specific module of the ArCADia BIM system, based on the ideology of Building Modeling Information (BIM). The program allows the creation of professional technical documentation for internal double-pipe heating installations in buildings with BIM technology. Also, it allows the automatic generation of axonometric views, lists and the necessary calculations to develop the design documentation.
ArCADia-HEATING INSTALLATIONS is an industry specific module of the ArCADia BIM system. The program allows the creation of professional technical documentation of internal heating installations in buildings. It is intended for design engineers of internal sanitary facilities.
The program allows the structural insertion of drawing elements on architectural foundations with the simultaneous creation of calculation schemes and the generation of three types of axonometric views. In addition, it allows the automatic selection of elements taking into account the user's preferences (a selection of catalogs for the selection of elements) and the automatic generation or through reports and reports of materials or objects used in the project. The design can be executed in views of buildings created in the ArCADia architecture program and executed in a CAD environment in the form of raster or vector files. The user can use the library of elements used in heating installations, which can be expanded and adapted to the user's needs depending on the equipment used and the types of pipe materials. Additionally, it is possible to develop a personal template with the option to save the personal default settings for each program item and transfer it along with the project.
The program allows checking the correctness of the installation designed in terms of hydraulics and the selection of accessories.
PROGRAM CAPABILITIES:
• Creation of drawings of the internal heating installation, from the heat source, through the heat meter and pipes, and finishing with the necessary hardware.
• Insertion of heat receivers, ie panel, grooved, bathroom or channel radiators, heating pipes, heaters and fan coil units.
• Ability to insert the surface heating installation, such as floor or wall heating.
• Insertion of plumb lines and distribution cables from a rich library of tubes made of various materials. Possibility of simultaneously inserting several parallel cables with different functions and their intelligent connection.
• Insertion of fittings and devices from a wide library of manufacturers (receivers, closures, return, security, adjustment fittings, measuring devices, filters, hydraulic clutches, etc.).
• Insertion of various types of accessories with individually established shapes and dimensions, for example, heating boilers, expansion vessels.
• Automatic generation of a set of connection accessories, including the option to modify them.
• The facilitation of the drawing allows the quick and easy connection of multiple radiators, the continuous insertion of the routes of the vertical and horizontal sections of the installation as well as the change of the level of many elements of the installation simultaneously; inserting typical object systems into the program library.
• Insertion of an elaborated installation in a CAD environment and conversion of lines into pipes (objects of the ArCADia BIM system).
• Automatic creation of point numbering and description of the installation with the option to edit it. Creation of personal templates.
• Generation of three types of axonometric views (including partial views) and the ability to make obscured objects visible by moving and shortening sections in a short operation; possibility of inserting the closing connections directly in the axonometric drawing with automatic inclusion in the view and in the lists.
• Calculation of active gravitational pressure and linear and local pressure losses for all circuits, indication of the critical circuit.
• Calculation of the pressure required in the installation with consideration of the regulation using the thermostatic valves.
• Indication of the values ​​of the parameters required for the circuit pump: lifting height and efficiency.
• Checking the installation according to the correctness of the connections.
• Automatic selection of pipes, insulation, thermostatic valves, closing fittings, etc., with consideration of current regulations.
• Generation of calculation reports, bills of materials, devices and connection connections included in the project, intended for the subsequent processing and execution of cost estimates and investment quotation (export to Ceninwest and standard programs).
• Generation of lists of receivers in rooms and lists taking into account the type of heating and the capacity in the given room, including the structure of the building.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry specific module is installed as an overlay for AutoCAD® software, then the ArCADia AC module is required.
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10, Windows 8 or Windows 7

[/ nextpage]

[nextpage title = »ArCADia Telecommunication Modules»]

ArCADia BIM - Telecommunication Modules
ArCADia-TELECOMMUNICATIONS NETWORKS 2

http://www.arcadiasoft.eu/themes/ico_video_small.jpg
Price:
Net: € 701,00

Demo download:

What is ArCADia-TELECOMMUNICATIONS NETWORKS?
ArCADia-TELECOMMUNICATIONS NETWORKS is an industry-specific module of the ArCADia BIM system, based on the ideology that shapes building information (BIM).
ArCADia-TELECOMMUNICATIONS NETWORKS is a program for the creation of professional industrial documentation for designs of external telecommunications networks (fiber optics and copper media). The program is intended for external telecommunication network designers and design and construction firms that produce network concepts, industrial drawings, inventory existing networks, as well as all those associated with the telecommunications industry.
This is another industrial module of the ArCADia BIM system, and as with all previous modules it can be operated as an overlay for AutoCAD software. Any user of ArCADia-TELECOMMUNICATIONS NETWORKS can quickly create drawings of external telecommunication networks in spatial development plans or produce their own drawing showing an existing or design network in terms of its passive components.
Due to the specific nature of external telecommunication network design (the need to build or extend primary and secondary telecommunication cable duct systems, cable pipes, existing or planned overhead lines, reconstruction of existing cables), the program covers the design of fiber optic cables and copper media in connection with the aforementioned network elements. The program is intended for designers of external telecommunication networks. However, it can also be used by design and construction companies that provide telecommunication network concepts, the production of industrial drawings, an inventory of existing networks, and by all those associated with the telecommunications industry. The program provides a complete list of the basic materials used to build telecommunication networks, including cables and terminations for fiber optic and copper-medium cables in terminal facilities.
The object library can be used to design a telecommunications network. Objects can be edited and assigned parameters. In addition to the possibility of producing drawings and diagrams efficiently, the program performs the necessary calculations for the correct design of a network. The combination of specialized functions used in this application and the ability to perform calculations and verification of designed networks provides a perfect tool for creating telecommunication network designs using fiber optic and copper-medium cables.
The ArCADia-TELECOMMUNICATIONS NETWORKS program enables the design of external telecommunication networks on the route: one main distribution frame (cable outlet termination: distribution frame, external cabinet, cable box) - one route of telecommunication line - frame of the optical distribution (termination of the cable end: distribution frame, external cabinet, cable box, termination of the cable in a building), as well as any configuration of the network, including its division into component elements.
CHARACTERISTICS OF THE PROGRAM:
• Design of primary and secondary underground cable systems as well as cable pipes.
• Airline design.
• Design of fiber optic and copper-medium cables (including telecommunications and coaxial cables) using a proposed or defined existing telecommunication infrastructure.
• Verification of the individual designed sections of a cable, a selected cable line and the connections of the remaining components of the design.
• Generation of calculation reports, such as attenuation analysis, cable section lists, description of the cable route, list of sections of the primary and secondary cable duct system.
• Generation of cable routing diagrams, a main diagram of the cable duct system, cable piping, listing of project materials or selected line materials.
• A report for the selected object or a group of objects.
• Export of the bill of materials to cost estimation programs.
The program provides a complete opportunity to start and finish work at any location on a network. Also, the program can only be used to design a primary cable duct system, a cable drain hole, or a section of cable pipe. Due to the required order of construction of a new network or the extension of an existing network (first, the cable duct of a duct system or a cable pipe must be built, and then, the cables can be laid on them or can erect an air network), the only restriction in the design of telecommunication cables is to first define the components mentioned above in the network. When external cable lines are designed in spatial development plans, a designer can quickly obtain a survey report coordinate list (in the form of an RTF report) at critical network points (line pivot points, drain holes) cable, overhead line poles, cable bins). The program also offers the possibility to perform basic calculations, generate reports and verify the designed network elements.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry specific module is installed as an overlay for AutoCAD® software, then the ArCADia AC module is required.
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

ArCADia-TELECOMMUNICATIONS NETWORKS 2 MINI

Price:
Net: € 145,00

Demo download:

What is ArCADia-TELECOMMUNICATIONS NETWORKS MINI?
ArCADia-TELECOMMUNICATIONS NETWORKS MINI is an industry specific module of the ArCADia BIM system, based on the ideology of information models for construction (BIM).
ArCADia-TELECOMMUNICATIONS NETWORKS MINI enables the development of design documentation for external fiber optic and copper telecommunications networks. The program is primarily intended for external telecommunication network design engineers and for design and contracting companies concerned with developing network concepts, industry-specific drawings, compiling an inventory of the existing network as well as for all people who work in the telecommunications industry.
The limitations of the ArCADia-TELECOMMUNICATIONS NETWORKS MINI program compared to the full version are:
• Commands to generate calculation reports and views that are not available:
-Overview of cable cameras
-General description of the primary sections of the sewerage system
-General description of the coordinates of the topography points
-Description of the route of the fiber optic cable
-Description of fiber optic cable sections
-Analysis of the damping of the fiber optic cable
-Description of the telecommunication cable route
-Description of the sections of telecommunication cables
-Damping and impedance analysis of cable tracks
-Inserting profile content lists and connector lists into structures: not available
• Mapping of module structures in a 3D view: not available
• Possibility of detecting collisions within the module structure: not available.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry specific module is installed as an overlay for AutoCAD® software, then the ArCADia AC module is required.

System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

[/ nextpage]

[nextpage title = »ArCADia Water Supply»]

ArCADia BIM - Water Supply Modules
ArCADia-WATER SUPPLY INSTALLATIONS 2.0

Price:
Net: € 689,00

Demo download:

What is ArCADia-WATER SUPPLY INSTALLATIONS?
ArCADia-WATER SUPPLY INSTALLATIONS is an industry-specific module of the ArCADia BIM system, based on the Building Modeling Information (BIM) ideology. The program can be used to create professional technical documentation of the internal water supply systems in a building. The program is intended for designers of internal drainage systems.
The program enables object-oriented insertion of drawing elements into architectural background drawings, including the creation of design diagrams and the generation of three types of axonometric projections. In addition, the program allows the automatic selection of elements, taking into account the preferences of the users (the elements are selected from the catalogs) as well as the automatic generation of reports and inventories of materials or objects used in the design. Water supply systems can be designed on building plans produced in the ArCADia-ARCHITECTURE program and designed in a CAD environment in the form of bitmaps or vector files. The user can use the library of elements used in water supply systems, which can be expanded and adapted to their own needs in the field of machinery used and types of pipe material. A user template can also be prepared, including the ability to save custom default settings for each program item and transfer them along with a layout.
The program can be used to verify a system designed in terms of hydraulics and equipment selection.
CHARACTERISTICS OF THE PROGRAM:
• The drawings of an internal water supply system are verified from the connection point, the water dosing unit and the pipes to the necessary accessories.
• Water outlets and water supply routes are marked.
• Uprights and water distribution pipes are selected from the extensive library of pipes made of various materials. A number of parallel pipelines with various functions can be run and connected at the same time.
• Plugins and devices are inserted from the comprehensive manufacturer library (water plugs, stop and check valves, safety, fire and control plugins, metering devices, filters, mixers).
• The insertion of various types of equipment with individually fixed shapes and dimensions (devices for the central preparation of domestic hot water, water heaters and pressure boosters).
• Automatic generation of a set of connection elements, including the possibility of modifying them.
• Drawing aids allow quick and easy connection of a series of water outlets, continuous insertion of vertical and horizontal system section paths, as well as modification of a number of system element levels at the same time, saving typical element systems, as well as water metering assemblies in the program library.
• Inserting a drawn system in a CAD environment and transforming lines into pipes (objects of the ArCADia system).
• Automatic creation of the numbering of points and their description, including the possibility of editing them. Creation of user templates.
• Generation of the three types of axonometry (also partial) and the possibility of making it more understandable by compensating and shortening a section in a single brief operation. The possibility of inserting stop valves directly in the axonometric drawing, including its automatic consideration in the plan and lists.
• The calculation of total and partial pressure losses for all or some of the selected water flow paths as well as the selection of the least favorable localized distribution point.
• The calculation of heat losses and pressure losses in circulation systems, including the possibility of determining the required parameters of the delivery head and the capacity of the circulation pumps.
• The permit for hydraulic conditions in the calculation of a system with a hydrant used for fire fighting.
• Verification of a system for correct connections.
• The automatic selection of the elements of the system, allowing the current regulations.
• The generation of calculation reports, bills of materials, equipment and connection accessories included in a design for subsequent transformation.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry specific module is installed as an overlay for AutoCAD® software, then the ArCADia AC module is required.
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

ArCADia-SEWAGE INSTALLATIONS 2

Price:
Net: € 593,00

Demo download:

What is ArCADia-SEWAGE INSTALLATIONS?
ArCADia-SEWAGE INSTALLATIONS is an industry-specific module of the ArCADia BIM system, based on the Building Information Modeling (BIM) ideology. The program can be used to create professional documentation of drainage system design on architectural background drawings. The program is intended for designers of internal drainage systems.
ArCADia-SEWAGE INSTALLATIONS allow object-oriented insertion of drawing elements into architectural background drawings, including creating design diagrams and generating extensions and profiles. The user can design a drainage system in terms of drained wastewater: gray and black water, rainwater (for the locations of the outlet pipes in a building or when it is necessary to run outlet pipes under a floor of the building ) and the wastewater process. Plan drawings can be produced into architectural background drawings in the form of vector or bitmap files.
The user can use a library of the elements used in the drainage systems, which can be expanded and adapted to the user's own needs in terms of the devices used and the types of pipe material. A template can also be prepared, including the ability to save the default settings for each program item and transfer it along with a layout between multiple workstations.
Initially, the user locates risers for a group of recipients, including the ability to locate displacements (under floor penetrations) ventilation and vertical connection methods. To do this, enter the thickness of the floor and the height of the level (ArCADia-ARCHITECTURE construction geometry data will be generated automatically).
Device connections to risers can be designed and hydraulic loads can be defined on that basis, which in turn allows the diameter of the riser to be determined. The program allows the definition of objects in the horizontal and vertical sections: Cleanouts, cleaning openings, access chambers, ironworks (storm flaps) and drop curtains.
A partial / complete system extension is generated based on data from a number of devices connected to a riser and a drainage system.
The program generates longitudinal profiles of a system based on an established gradient, determined diameters, and data on the strip foot and other objects. Individual parameters, eg diameter, can be further defined in a generated profile, which will be considered in the general model of a drainage system.
CHARACTERISTICS OF THE PROGRAM:
• The insertion of the pipeline routes into a drainage system, including an established gradient, starting from the discharge point with an inspection camera to the sanitary accessories, accounting for the types of wastewater discharged.
• Insertion of discharge points, rigging, Cleanouts and automatic insertion of Cleanouts at the drain level. Assigning characteristic data to them.
• The insertion of pipes, including automatic differentiation in drains, pipes and luminaire connections, an extensive library of materials.
• The automatic generation of a set of connection fittings, including the possibility of modifying and reflecting these elements in all drawings.
• Drawing aids allowing a quick and easy way to create connections for a number of drains at the same time, depending on the connection method and the intended use of the accessory. Selection of connecting pipes from luminaires to elevators from the catalogs of many manufacturers.
• Continuous insertion of vertical and horizontal routes of system sections, changing levels of a number of system elements at the same time. Typical system elements can be saved in the program library.
• Automatic creation of point numbering and system description, including the ability to edit and create user templates.
• The complete automatic generation of extensions: drains, risers, luminaire connections, including fittings and devices of a drainage system. The possibility to edit and modify objects from the extension plane level. Shortening of long drainage routes and automatic detours in the extension plane to make the drawing more understandable.
• Automatic generation of drain pipes and vertical profiles, including collisions with other systems of the ArCADia system modules. Consideration of connecting objects and connections.
• Calculation of section flow rates, fill levels and speeds. The determination of the diameters of the drainage section, vertical pipes, drainage pipes and gradients.
• A 3D preview of a gas system that makes it easy to correct an invisible pipeline route in the plan.
• The verification of a system for correct connections and an understandable method of detection and correction of errors that allows rapid classification by elements and their locations.
• The generation of calculation reports, bills of materials, devices and connection accessories included in the design for subsequent transformation.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software for Autodesk versions 2014/2015/2016/2017.
• If an industry specific module is installed as an overlay for AutoCAD® software, then the ArCADia AC module is required.
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

[/ nextpage]

[nextpage title = »ArCADia Additional Modules»]

ArCADia BIM - Additional Modules
ArCADia-ESCAPE ROUTES

Price:
Net: € 206,00

Demo download:

What is ArCADia-ESCAPE ROUTES?
ArCADia-ESCAPE ROUTES is an industry-specific module of the ArCADia BIM system, based on the ideology that models information for a construction (BIM). The program can be used to create a network of evacuation routes in buildings. Evacuation routes can be viewed and printed in sizes depending on user needs. The program is intended for engineers, architects and builders or people in charge of maintenance in public service buildings.
The program is an additional module of the ArCADia-START program and extends its functionality with the necessary features to create professional evacuation maps.
An ArCADia-ESCAPE ROUTES user can quickly create construction plans, including visualization of evacuation routes.
These plans should be available in public service buildings (hotels, shopping malls, etc.) to help people within them easily find the quickest evacuation route from the building in case of fire or any other emergency situation. A user can create evacuation maps based on existing construction and spatial development plans (formats: DWG, IFC, DXF) or make their own drawings representing a specific area using the tools of the ArCADia system.
The program offers a symbol and table library for protection and evacuation in the event of fire. Library content can be edited.
Among others, ArCADia-ESCAPE ROUTES can be used to:
• create and print evacuation maps based on projections produced in ArCADia,
• create and print evacuation maps based on projections imported from other programs (formats: DWG, DXF, IFC),
• automatically create captions, including descriptions of facilities and symbols used,
• Freely scale an evacuation map seen.
The program contains:
• a library of ready-made symbols and boards that meet industry standards,
• easy and intuitive functions to use to color evacuation routes,
• ready-made tables, including procedures in case of fire or accidents,
• intuitive functions for coloring evacuation areas,
• automated functions to mark evacuation routes,
• symbols, the colors and other characteristics of the program comply with the European standard ISO 23601 in force.

Why is it worth buying ArCADia-ESCAPE ROUTES?
• Unique software, which does not have a Polish market counterpart.
• Can be expanded with design modules for other construction industries.
• Combined with the ArCADia-START program, it is a fully functional graphical environment for computer aided design and support of the DWG format, which complies with the AutoCAD program.
• The program can work as an overlay for AutoCAD 2011/2012/2013 32- / 64-bit software.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry specific module is installed as an overlay for AutoCAD® software, then the ArCADia AC module is required.
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

ArCADia-SURVEYOR

Price:
Net: € 236,00

Demo download:

What is ArCADia-SURVEYOR?
ArCADia-SURVEYOR is an industry-specific module of the ArCADia BIM system, based on the Building Information Modeling (BIM) ideology.
The program supports the preparation of technical documentation for the inventory plans and the cross section, such as construction inventory and the report created. ArCADia-SURVEYOR enables wireless data collection from electronic measurement devices using Bluetooth technology and its direct insertion into the ArCADia BIM system. To get the most out of the program, you need a PC computer and a distance meter with Bluetooth technology, since it allows the wireless transmission of data and results, as measurements are taken.

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: 100C GLM professional.
Why is it worth buying ArCADia-SURVEYOR?
• 3D drawings of rooms can be prepared on the basis of data collected from electronic measuring devices equipped with Bluetooth technology:
or Leica DISTO A6,
o Leica DISTO D8
or Leica DISTO D3a BT,
o Bosch: 100C GLM professional.
• Work directly in a CAD program on a drawing in DWG format, including the ability to make corrections instantly.
• The program has an innovative and copyrighted solution, which simply combines measured and metric rooms into entire level plans on-site.
• In combination with the ArCADia-START module, the program provides a fully functional CAD graphics environment, which enables the preparation of drawings in DWG format, also without a distance meter.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry specific module is installed as an overlay for AutoCAD® software, then the ArCADia AC module is required.
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

[/ nextpage]

[nextpage title = »ArCADia Construcción»]

ArCADia BIM - Building Modules

ArCADia-REINFORCED CONCRETE COLUMN

Price:
Net: € 314,00

Demo download:

ArCADia-REINFORCED CONCRETE COLUMN is an industry-specific module of the ArCADia BIM system, based on the building information modeling (BIM) ideology. The application is designed for structural designers and has been designed to support the user to the maximum during the development of reinforced concrete column plans in CAD applications.
ArCADia-REINFORCED CONCRETE COLUMN is an object-based application that uses 2D data entered by the user (in the form of views and sections) to generate a 3D column reinforcement model that can be freely modified and allows, for example, the creation of new sections. The reinforcement of the element that is designed with this application is in line with the requirements of EN 1992-1-1 Eurocode 2: September 2008. The application allows the designer to enter the reinforcement data manually and also captures this data directly from calculation applications : EuroFerroConcrete module of the R3D3 3D Frame and R2D2 2D Frame software, and the Reinforced concrete column PN-EN of the constructor System. It is also possible to copy the selected column, already completed from the same file or from a previously prepared one.
Program Features:
• Ability to design multiple columns within a single file.
• Ability to create a new file by copying finished columns from previously completed drawings or by copying columns within the same file.
• Ability to design the geometry and reinforcement of the element in two or four primary views and an arbitrary number of assumed column sections.
• Full control over the visibility of the drawing and printing of the views and sections along with its elements, as well as the possibility of switching between them while working with the model.
• Unlimited movement and addition of new sections of the column.
• Ability to create almost any shape of a column section: rectangular, round, angled, T-shaped, C-shaped, Z-shaped and I-shaped together with the adjoining elements at the top of a column : upper level crossbars and columns or crossbars that reach their height.
• In the case of columns of rectangular section, support for the automatic creation of longitudinal reinforcement with the option of automatic folding in the crossbars or insertion in the column of the upper level.
• Automatic creation of a rectangular section column with transversal reinforcement in the form of two and four-leg stirrups, distributed in areas defined by the user.
• Automatic creation of a typical transversal reinforcement column for other section shapes.
• Changing the direction of the four-leg stirrup within the column section.
• The size of the reinforcement available in units of millimeters (mm) or cm, with adjustable accuracy.
• The required bend radii of the bars are automatically taken into account.
• The anchor lengths of the longitudinal bars are automatically taken into account when they are bent in the crossbars and inserted in the upper level column, in the case of rectangular and round columns.
• The longitudinal and transverse reinforcing cover that is distributed within the reinforced element is automatically taken into account.
• The ability to design freeform bars.
• The shape and properties of the reinforcing bar are editable.
• Editing tools allow the reinforcement to be found freely in the views and in the element section.
• Automatic extraction of bars together with their dimensions and descriptions (bar details).
• Reinforcement bar descriptions can be placed anywhere within the views and sections of the elements.
• Automatic and continuous numbering of each rod within a single file.
• The dimensioning geometry of the column can be freely modified.
• Automatic creation and modification of the reinforcement steel list based on the created reinforcement model (the list that covers the single element or the entire drawing).
• Automatic generation of reinforced column model based on the calculation made in the EuroFerroConcrete module of R3D3 3D Frame and R2D2 2D Frame Application and in the reinforced concrete column of the PN-EN module of the Construction application.
• 3D view of the generated column reinforcement model.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry specific module is installed as an overlay for AutoCAD® software, then the ArCADia AC module is required.

System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

ArCADia-REINFORCED CONCRETE SLAB

Price:
Net: € 368,00

Demo download:

What is ArCADia-REINFORCED CONCRETE SLAB?
ArCADia-REINFORCED CONCRETE SLAB is an industry-specific module of the ArCADia BIM system, based on the building information modeling (BIM) ideology.
The program is intended for construction engineers. The purpose of the application is to provide maximum user support in developing detailed structural drawings of reinforced concrete slabs in a CAD program.
ArCADia-REINFORCED CONCRETE SLAB is a structural program, which creates a spatial model of the slab reinforcement, allows subsequent editing and, for example, the automatic creation of new cross sections of the slab, based on data entered by the user, in form of views of the upper and lower reinforcement plates of the slab and of the cross sections of the element. The formation of the slab reinforcement plate in the program is possible based on the guidelines specified in the PN-EN 1992-1-1 Eurocode 2: September 2008 standard. This program allows data on the shape and support of the slab by the design engineer and captures data on the shape and support of the slab directly from the ArCADia-ARCHITECTURE program based on the established ceiling. If the given level deck in ArCADia-ARCHITECTURE consists of multiple roofs, all roofs after your selection is transferred to the ArCADia-REINFORCED CONCRETE SLAB program as separate models of reinforced concrete slabs.
The ArCADia-REINFORCED CONCRETE SLAB program includes the following features and capabilities:
• Ability to design multiple slabs within a document.
• Possibility of transferring the ceilings including their support conditions from the building model in the ArCADia-ARCHITECTURE program.
• Ability to construct the geometry and the slab reinforcement plate in two main points of view defined separately for the upper and lower reinforcement plates, as well as any number of cross sections of the assumed slab.
• Full control of drawing visibility and printing of views and cross sections and their components, as well as the ability to switch between them when working on the model.
• Free panning and addition of new slab cross sections, as well as cross section reinforcement depth of field adjustment.
• Ability to freely model the contours of the slab and its supports in the form of walls, columns and joints, as well as the introduction of openings of any shape in the designed slab.
• Automatic inclusion of rectangular reinforcing grids for any shape of the slab or a fragment of it with the maintenance of a uniform reinforcement or alteration of the grid in both directions, as well as the maintenance of the vertical (top and bottom cover) and the side cover for all bars.
• Automatic inclusion of rectangular reinforcing grids for the user defined area inside the slab in a rectangular or any other way.
• Ability to copy defined grids in the area of ​​the upper and lower reinforcement, as well as between these surfaces.
• Ability to bend the bars from the top grid to the bottom grid.
• Ability to enter regular reinforcing densities in both directions in the selected area of ​​the given grid and create a copy.
• Ability to insert a cutout of any shape in the default grid, regardless of the opening in the slab.
• Ability to modify the contours of the grid and the direction of the main and secondary bars on the grid, as well as the ability to remove the grid on the individual bars (any compaction on the grid is removed along with removing it).
• Possibility of adding individual bars to the grid in the main or secondary direction (constituting a grid bar until it is rebuilt).
• Ability to copy the grid bars (which are non-removable bars after its modification).
• Ability to modify the length of the single grid bars (until this is rebuilt).
• Ability to move the entire distribution of the bars in the grid with their maintenance after rebuilding it (without removing the grid).
• Automatic removal of the distribution of excessive network bars based entirely on the slab support area (walls and joints).
• Possibility of establishing vertical drilling fittings in the areas of direct slab support in columns.
• Automatic inclusion of reinforcing steel in the regular distribution of the upper grid support tables.
• Sizing of the reinforcement in millimeters or centimeters with the ability to set accuracy.
• Automatic inclusion of the necessary bending radii of the reinforcing bar.
• Ability to create rebar of any shape.
• Possibility of modifying the diameters and properties of the reinforcing bars.
• Automatic ejection of reinforcing bars, including their dimensioning and description (details of reinforcing bars).
• Ability to insert aggregate numbering of slab reinforcing bars and their bar descriptions with a regular increase in bar length, limiting the number of bar numbers in the slab.
• Free insertion of reinforcement descriptions in element views and cross sections.
• Automatic continuous numbering of all bars within a document or for a slab.
• Ability to freely model the dimensioning of the slab geometry.
• Automatic creation and modification of the reinforcing steel list based on the reinforcement model created (list for a single slab or list for the entire drawing).
Preview of the created model of the slab reinforcement in a 3D view.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry specific module is installed as an overlay for AutoCAD® software, then the ArCADia AC module is required.
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

[/ nextpage]

[nextpage title = »ArCADia Tools»]

ArCADia BIM - Tool Modules

ArCADia-IFC 2

Price:
Net: € 144,00

Demo download:

What is ArCADia-IFC?
In BIM (building information modeling), that is, in object-oriented building design, IFC is one of the most commonly used formats. Files of this format are exported and imported to programs such as Revit, ArchiCAD, Tekla Structures and Allplan, among others. Projects created in a BIM system are not only three-dimensional buildings with fixed textures, but objects that transmit information about their properties, for example materials, with all the coefficients, values ​​and additional data that can be assigned to an element. ArCADia-IFC, in the new version of the ArCADia system, changes the focus of reading IFC files by importing them without any conversion. This allows the model to be loaded with greater precision along with all the data of any object for the creation of each building. The elements do not become objects of the system and, thanks to this, all the files are loaded regardless of the structure of the model that no longer needs to be analogous to the structure of the existing building in the ArCADia system. Any number of IFC files can be loaded into ArCADia and can coexist with the system models in the project. Models are independent, and yet when all object data is transferred, they are subject to design verification with collision and find options, for example, crossings between structure elements and different facilities, regardless of whether they are imported as a model IFC or are created with ArCADia system options.
Program capabilities:
• IFC file import was introduced as a stand-alone model for any project. The new version allows you to import a file into any project (a new one or with the existing structure of the ArCADia system model) and load several IFC models in a project. The imported model can be loaded using a simplified view of the projection (with only the envelope of the object shown) or with all the edges visible.
• Management of IFC models: adding and removing imported files.
• Possibility of modifying the position of the model in the project space, possibility of movement within the X, and Y system at altitude m above sea level.
• Quick access, in the Properties window, to all the parameters of the IFC objects saved in the Source program.
• Coexistence of IFC models and ArCADia systems models in a single project; Thanks to which, the collisions between all or the indicated objects of all the existing models in the project can be checked already from the design stage.
• The function save project through a project package together with all the IFC models inserted in it.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry specific module is installed as an overlay for AutoCAD® software, then the ArCADia AC module is required.
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7 (Windows 10 64-bit recommended)

[/ nextpage]

[nextpage title = »ArCADia 3D Maker»]

ArCADia 3D-MAKER

Price:
Net: € 57,00

Demo download:

What is ArCADia-3D MAKER?
ArCADia-3D Maker saves a 3D project from the ArCADia BIM system.
The ArCADia program has the following modules:
• ArCADia-3D Maker, has a saving option for a 3D project.
• ArCADia-3D Viewer, which allows the user to view a 3D project without installing Arcadia.
There are two options to save a project presentation: with or without the ArCADia-3D Viewer browser. The browser, i.e. ArCADia-3D Viewer can be downloaded from the website and installed independently of the ArCADia BIM software.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry specific module is installed as an overlay for AutoCAD® software, then the ArCADia AC module is required.
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

[/ nextpage]

[nextpage title = »ArCADia 3D Viewer»]

ArCADia-3D VIEWER [FREE]

Download the program:

What is ArCADia-3D VIEWER?
ArCADia-3D Viewer is a standalone application that allows the user to view a 3D project and have a 3D ride around them without the need to install ArCADia. However, it is impossible to modify the projects seen. Arcadia-3D Viewer can also be incorporated into a presentation saved with Arcadia-3D Maker and can be launched with a project done on the Arcadia BIM system.
Basic features of the program:
• Open .A3D files containing a 3D presentation,
• Lets see the building with selected textures or layer colors,
• It allows the enamel of a line of chosen elements (electric, sewage, gas, etc.) to make the project clearer,
• The project can be viewed in tree modes: Orbit Mode, Flight Mode, and Gait Mode.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry specific module is installed as an overlay for AutoCAD® software, then the ArCADia AC module is required.
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

[/ nextpage]

[nextpage title = »ArCADia Text»]

ArCADia-TEXT [FREE]

Download the program:

What is ArCADia-Text?
ArCADia-Text is a new RTF file browser that is included in the program. The browser opens automatically when exporting a file in RTF format, it has the possibility to edit print lists, print, enter raster images and save in RFT, DOC, DOCX, PDF and TXT formats.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry specific module is installed as an overlay for AutoCAD® software, then the ArCADia AC module is required.
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

[/ nextpage]

[nextpage title = »ArCADia 3D Libraries»]

ArCADia BIM - 3D Element Library

ArCADia-GARDEN LIBRARY

Price:
Net: € 96,00
What is ArCADia-GARDEN LIBRARY?
ArCADia-GARDEN LIBRARY is a catalog of high-quality installations for the ArCADia BIM system, based on the ideology of Building Information Modeling (BIM). The library contains 400 objects for interior gardens, terraces and surroundings of buildings. Among them, there are trees and shrubs, gazebos, fences, ponds and pools, tents, garden furniture and components for the small playground. The library is useful in designing the surroundings of building projects.
PLEASE TAKE NOTE:
Program Requirements:
In order to work all the industry-specific modules, a license will be required to:
• ArCADia LT or ArCADia 10 or ArCADia PLUS 10 or AutoCAD® software versions 2014 / 2015 / 2016 / 2017 from Autodesk.
• If an industry specific module is installed as an overlay for AutoCAD® software, then the ArCADia AC module is required.
System Requirements
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

R3D3-RAMA

http://www.arcadiasoft.eu/pdf/e-book/Help-R3D3-Rama-3D.pdf
Price:
Net: € 645,00

Demo download:

The R3D3-RAMA 3D program is designed for construction engineers. It is used in static calculations and dimensioning of planar and spatial bar systems. Thanks to the comfortable and clear user interface, the program can be used not only for design, but also for educational purposes.
The data is intuitively entered into the program, the system geometry can be defined using only the mouse. The program works with CAD-type applications and the ArCADia-ARCHITECTURE system. Basic function generators are available. The program contains a library of cold rolled and laminated profiles, reinforced concrete as well as wooden elements. It can also be used for easy insertion of the planar and spatial systems of the bar, both small systems spanning a number of bars, and large 3D structures containing hundreds of bars and nodes. Therefore, it is possible to count building systems such as: multi-level and multi-span frameworks, planar and spatial trusses, lattice towers, surface bar structures, bar grills, etc. The program allows working with dimensioning modules according to Eurocodes: EuroStal, EuroŻelbet and EuroStopa.
Features (optional):
• Static calculations for planar and spatial bar systems with constant and variable cross sections of a bar in its length.
• Possibility of graphic configuration and data modification only in the 2D plane of the screen, including the possibility of switching between perpendicular 3D planes.
• Ability 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.
• Function to read and work on a DXF file tracking.
• Function to transform system bars into a trace.
• Possibility of reading the roof signals from the ArCADia system and the automatic generation of the roof slope structures.
• Possibility of the exact definition of relative keyboard coordinates in the Cartesian and polar system.
• Ability to include tooltips displayed next to the cursor for graphing operations.
• Ability to switch between perspective and orthogonal projection.
• Use of the system's zoom and pan as well as its free rotation in real time.
• Possibility of drawing bar systems using polylines with fixed or mobile nodes.
• Advanced tracking mode when introducing new elements in the system.
• Tools are modeled in CAD applications by adjusting existing nodes, center points on bars, perpendicular and near points on bars, intersection points of bars, load points, and points on the defined grid, including tracking elements.
• Possibility of adding elements in the new «Ortho» mode in one of the main planes, as well as in the spatial mode.
• Possibility of activating the 2D preview of an inserted bar in the insertion mode of flat and spatial elements.
• Ability to lock the graphic display in any system setting that is being edited.
• Possibility of modifying nodes, supports, bars and loads in groups.
• Ability to edit system elements from the project tree level.
• CAD application-based input data editing tools such as: copying, multiple copying in the direction of a defined vector (with or without adjustment and with or without scale), compensation, movement, lengthening, removal of bars and nodes , rotation, mirroring, node alignment, undo and restore changes.
• Possibility of hardening any group of bars in a node, as well as bars and supports.
• Possibility of grouping bars and easily selecting groups of bars.
• Possibility of selecting bars in any chosen plane.
• Possibility to divide a bar between nodes into sections and maintain its load.
• Possibility of merging collinear bars and maintain their loads.
• Possibility of copying a partial or complete system through the clipboard between different designs and within a single design.
• Ability to configure, rotate and change the local system address of a bar.
• Use of function to measure the length and angle between two bars of the system in a design.
• A bar profile manager that includes a library of steel, reinforced concrete and wooden profiles, as well as the possibility of expanding the library with a user profile and inserting profiles in a specific design.
• Ability to create bar cross sections in any shape, cut simple cross sections, copy, rotate and move components of a complex cross section.
• Possibility of automatically aligning the main axes of the local system of a bar.
• Ability to read the cross section geometry of a bar from a DXF file.
• Automatic calculation of all possible properties of a cross section in the local and main axis system, including the determination of a cross section core.
• Possibility of defining and calculating bars of variable geometry.
• Determination of the static moments of any abscissa section of a cross section in the main axis system.
• Predefined material parameter libraries in an XML file, containing: steel, solid wood and glued laminate, aluminum, concrete; There is also the possibility of saving and editing user materials.
• Possibility of creating composite systems in terms of materials.
• Loads: concentrated forces, concentrated moments, continuous loads, continuous moments, bar overheating, temperature difference, concentrated nodal forces, support settlement, support rotations.
• Loads fixed in constant and variable load groups (single and multiple loads), including the possibility of specifying load coefficients.
• Ability to set individual load groups as active or inactive (not considered during calculations), visible and invisible.
• Possibility of editing the loads of bars and nodes in groups.
• Possibility of configuring and editing uniform and trapezoidal surface loads as well as the distribution of surface loads in busbar and node loads.
• Identification of duplicate loads, including the possibility of removing or merging duplicates.
• Possibility of configuring, calculating and displaying the results for defined groups of mobile loads.
• Ability to specify the mutual relationships between the load groups used to build a package, including automatic verification of its correctness.
• Possibility of establishing combinations of additional users.
• Possibility of enabling and disabling the activity of the defined combinations.
• Ability to create and save user views of the system in a design.
• Possibility of inserting dimensions in a design: vertical, horizontal and parallel.
• Automatic consideration of specific weight.
• A complete set of support types, including the possibility of defining their elasticity.
• Generators of parametric structures: spatial rectangular frames, arches (parabolic and circular), two-dimensional trusses, wooden ceiling beams, lattice towers and geodetic coatings.
• Ability to define cable-type bars and perform static calculations for systems containing cables for individual load groups and defined combinations.
• Possibility of generating bars in the eccentricity in the system (single or double-sided) with a bar axis displaced in parallel.
• Ability to select groups of bars, dimension elements and loads directly from the level of the project tree.
• Ability to filter and select individual project object types, once filter parameters have been set.
• Ability to clean and verify a created design model.
• Results for individual load groups, any combination of load groups and a defined combination, and the envelope calculated automatically by the program.
• Function to store the results of the last static calculations and the cumulative dimensioning of the system.
• Possibility of performing static calculations according to the theory of the second order.
• Possibility of visualizing the directions and values ​​of the support reactions.
• Separate rules for the definition of groups and interactions, and automatic combinatorial construction for static calculations according to PN-EN Eurocodes.
• Determination of a complete envelope of the normal voltages and the calculation of the normal voltages for the individual groups and the total of the load, combination and envelope groups.
• Possibility of displaying a static diagram that forms the indicated end of a package.
• Determination of a normal, tangent and reduced stress curve at any point of a cross section of the bar.
• Location of the reduced maximum stress in the cross section of a bar.
• A quick preview of the structure in the 3D view that allows the selection of bars with exceeded allowable normal stresses.
• Possibility of displaying the results of internal forces, reactions, deformations and normal stresses on the monitor screen (for the entire system and a single bar).
• Function to show and hide the values ​​of the internal forces, the stresses and the displacements in the global diagrams, in the graphic screens for the extreme values ​​and the user points selected in the results tab.
• The function to create an RTF report from the graphical 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 of hiding a section of the design structure in the data edition and the results visualization stage.
• The visualization of a deformation of the system by means of an animation in real time.
• Creation of a variety of reports containing tabular and graphical results in RTF format.
• The possibility of establishing any range and form of the report (sources, frames, etc.).
• Concise reports.
• A wide range of possibilities to modify the interface, the program and project settings, as well as the presentation of data and results.
• Ability to change the language version of the program (Polish, English, German) during the course of the program.
• Adaptation of static calculations to the sizing needs of steel, wood and reinforced concrete structures.
• The possibility of creating groups of supports and delimiting the dimensioning of the base.
• Bilateral cooperation with the dimensioning modules of EuroStal, EuroŻelbet, EuroStopa, EuroDrewno.
Determination of the relative deviation package for individual and collective sizing.
• Possibility of automatic collective sizing of the entire input system on the basis of the sizing types assigned to the bus groups and the defined sizing elements.
• Function to check for new program updates.

[/ nextpage]

[nextpage title = »ArCADia EuroStal»]

EuroStal

Price:
Net: € 335,00

Sizing module for basic steel elements according to the standard: PN-EN 1993-1-1 Eurocode 3: June 2006. The program checks the load capacity for the following types of bar cross sections:
• rolled I-sections,
• sections halves of I rolled,
• rolled T-sections,
• rolled C-sections,
• equal and unequal rolled column angles,
• rolled rectangular, square and circular tubes,
• any monosymmetric I-welded sections,
• any welded unisymmetric T-sections,
• welded sections of the box (mono-symmetrical),
• rectangular, square and circular tubes cold.
In accordance with the rules contained in the PN-EN 1993-1-1 standard, the sizing program verifies the load capacity of the cross sections of elements, taking into account the local stability of a cross section and allowing the overall stability of an element.
As part of the verification of the load capacity of a cross section, the following is specified:
• the extensible load capacity,
• compression load capacity,
• the bearing capacity of bending,
• cutting load capacity,
• the bearing capacity of bending and shear,
• the bearing capacity of bending with longitudinal force,
• the bearing capacity of bending and shear with longitudinal force.
When verifying the global stability of an element, the following is defined:
• the buckling load capacity for compressed elements,
• the lateral buckling carrying capacity for bent elements,
• the interactive loading capacity of bent and compressed elements.

EuroStopa

Price:
Net: € 260,00
The EuroStopa dimensioning module was created to design surface foundations according to PN-EN 1997-1 Eurocode 7 in the 3D R3D3-RAMA program under a complex state of charge. It is produced in the form of an installation integrated into the 3D R3D3-RAMA program for static calculations, which requires a separate license. Currently, R3D3-RAMA 3D and EuroStopa can operate in two configurations:
• Separately, as a program for static calculations only (the EuroStopa module only works in the demo version) a license for R3D3-RAMA 3D is required for this.
• In connection with the EuroStopa module, as a program for static calculations and the dimensioning of the space assigned to the base, a license for R3D3-RAMA 3D and EuroStopa is required.
A program for editing and viewing the report files (in RTF format) such as MS Word (2003 and higher) or the MS Word viewer must be installed on the system for the correct and complete operation of the EuroStopa module.
In general, the program can carry out the following calculations and verifications:
• Verification of the bearing capacity of the soil in both directions, at the foundation level and the upper surface of each soil layer for all the 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 flexion 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 structural conditions for the minimum reinforcement and the correct selection of the bars.
• The rotation resistance is verified for successive load scenarios.
• The drilling resistance is checked in the characteristic cross sections of the fulcrum.
• Calculation of the mean of the primary and secondary settlement of a foundation block in a subsoil layer for all load scenarios using the stress method (compatible with Eurocode).
• The dimensioning of the vertical and horizontal reinforcement is carried out for the bell-type support, including the appropriate selection of the bars.
In addition to a wide range of calculations, the module offers the following features:
• Incorporates a piezometric groundwater level.
• It allows the consideration of additional eccentricities, when the reactions are located in the foundations.
• It allows the calculation of the vertical reaction of a support (Winkler's coefficient).
• It is ergonomic and easy to use.

EuroŻelbet

Price:
Net: € 348,00

The EuroŻelbet dimensioning module is designed for the dimensioning of flat and spatial concrete bar structures in accordance with the PN-EN 1992-1-1 Eurocode 2: September 2008 standard in the 3D R3D3-RAMA program in the plane and under complex state of charge. The module is produced in the form of an installation integrated into the 3D R3D3-RAMA program for static calculations, which requires a separate license.
As part of the verification of the final and service limit state, the program performs the following calculations:
• Calculation of the primary reinforcement area for bidirectional bending, eccentric compression, eccentric tension and torsion, including maximum perpendicular cracks.
• Calculation of the transversal reinforcement (stirrups) for shear and bidirectional torsion.
• The calculation of the bidirectional deviation in the fracture state.
The following types of cross sections are dimensioned in the program: circular, rectangular, angular, T section, I section, C section and Z section.
Features:
• The user can create any definition of a dimensioning type (covering the basic configuration of the reinforcement parameters), which can be used in any design.
• A wide range of primary reinforcement types to choose from: optimal, uniform, symmetrical, distributed in two rows, limited to only part of the main cross section.
• Automatic adjustment of the reinforcing bar cover based on an exposure class.
• The division of reinforced concrete elements into a selected number of zones of the same reinforcement for the primary and transverse reinforcement.
• Consideration of the basic structural conditions for the distribution of the reinforcement in elements.
• Automatic selection of a number of shear reinforcement zones.
• Automatic verification of the external force envelope at all the characteristic points of the element being dimensioned.
• A dimensioning report in the form of manual calculations containing all intermediate results in RTF (MS Word) format.

[/ nextpage]

[nextpage title = »ArCADia EuroDrewno»]

EuroDrewno 3D

Price:
Net: € 268,00

What is EuroDrewno 3D?
The module can be used to dimension the planar and spatial structures of the wood with the rectangular cross sections of solid wood and laminated glued according to the PN-EN 1995-1-1 standard from 2010 in a state of bidirectional stress and taking into account count the torsional moment.
• The user can create any type of dimensioning definition (buckling coefficients, weak cross-section points, allowed deviation and other parameters), which can be used in any design.
• The kmod modification coefficient is assumed automatically based on a load group with the shortest impact time on a structure under a given combination, or manually based on user decisions.
• The possibility of dimensioning individual bars, a group of collinear bars and near collinear bars (with the angle variation less than 5 degrees).
• Automatic verification of the envelope of internal forces at all the characteristic points of the element being dimensioned.
• Normal and tangent stresses are verified on a cross section of elements.
• The dimensioning at any indicated point of an element can be verified for all envelopes and for a single selected envelope.
• The program determines the maximum relative deviation and displacement of an element in the assumed stress state, including allowing the influence of the creep and contraction of the shear forces as well as the comparison with the permissible values.
• The sizing report in the form of manual calculations containing all the intermediate results in RTF (MS Word) format.

INTERsoft-INTELLICAD

Price:
Net: € 321,00

Demo download:

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[nextpage title = »InterSoft IntelliCAD»]

What is INTERsoft-INTELLICAD?

INTERsoft-INTELLICAD is an innovative version of CAD software for creating 2D and 3D technical documentation, which has been in existence for years. It has powerful tools for making an exact drawing. The new graphical interface guarantees intuitive work and does not interfere with the CAD designer's habits. The software has a wide range of functionalities for saving and loading DWG files, from the oldest 2,5 version to the latest DWG 2013 format. INTERsoft-INTELLICAD works with numerous tools, such as: StalCAD, ŻelbetCAD, InstalCAD, INTERsoft- PRZEDMIAR, including ArCADia system modules for creating a complete BIM model.
Working in layers, command line, complete customization of the configuration (commands, toolbars, shortcuts and aliases), the option to import lines, shading and dimensioning styles are the basic features of the software. In addition, it allows the development and modification of documentation in 2D and 3D, loading raster bases (BMP, JPG, TIF and PNG), description with TrueType or SHX fonts, linear and angular dimensioning with style recording, saving and handling of solids ( also with attributes), loading applications saved in LISP and SDS. There is an option to work with textures, lighting and rendering in 3D documents.

SOURCES OF INTERSoft-INTELLICAD SOFTWARE

"Ladies and gentlemen,
We have been a member of the IntelliCAD Technology Consortium (ITC) since 2002. Participants in this non-profit investment fund oversee the development of CAD software, which was the first real alternative to AutoCAD software. We alone develop and share IT solutions, which are implemented in the common source code.
Most companies, including ours, use this tool as a graphics engine in their own specialized applications. Our flagship product, the ArCADia BIM multidisciplinary system also uses IntelliCAD solutions.
Development based on BIM technology is, without a doubt, the inevitable future of the construction industry, however, as we have seen, the need to use the simple and universal CAD tool is always present. Trying to satisfy this need, we have developed the INTELLICAD software. As a software developer, we can not only shape that application but also set its price, so, especially for Polish engineers, we were able to set favorable purchasing conditions.
By purchasing this solution, you are opening the path for yourself to an easy transition in the world of BIM technology, when you consider it appropriate. ”
Jarosław Chudzik
President of INTERsoft & ArCADiasoft

MAIN CHARACTERISTICS OF INTERsoft-INTELLICAD:

• Creation of 2D and 3D drawings by drawing and completely modifying all the elements.
• Ability to read solid ACIS (without the ability to create and edit in its entirety).
• Photorealistic display option and rendering of the new multiline drawing option.
• Reading and editing bitmap images (eg geodetic backgrounds) as: JPG, TIF, BMP, GIF and PNG files.
• Insertion and definition of symbol libraries, blocks, simple and complex texts (SHX and True Type Fonts).
• Dimensioning assigned to elements: line and angle, possibility of creating user styles.
• Precise printing by defining all printing parameters.
• Automatic measurement of distances, areas and coordinate adjustment.
• Export to PDF files.
• Export to STL files.
• A wide range of hatching styles.
• Direct access to help for programmers from the help menu.
• Direct access to the user manual from the help menu.
• Compatibility with visual styles.
• Extensive dimension styles.
• The paper space handles non-square views.
• Ability to display print styles in the paper space.
• Support for combined dimensioning.
• Compatibility with relative paths for images and external links.
• Improved handling of blocks, views, dimensions and text styles.
• Multiple windows can be opened with various views and layout.
DWG FORMAT MANAGEMENT
• INTERsoft-INTELLICAD handles DWG format without any conversion to AutoCAD produced drawings which are read and saved without any distortion.
• Reading and saving of plans in AutoCAD format from versions 2,5 to 2013.
GRAPHICS DISPLAY
• Drawing on hidden lines and shading mode in real time.
• Shading display with gradients.
• Non-square views.
• Block proxy and external links.
• Display of objects in ADT and Civil 3D.
• Support for DWF and DGN formats.
TOOLS FOR PRECISE DESIGN:
• Grid, orthogonal drawing functions, polar tracking.
• Improved recognition of fit points (base), eg for centerlines, endpoints and line intersection points.
• Check and repair corrupt drawing function.
• Navigation in projects, its visualization is possible due to all the modes of zoom, regeneration and sweeping of planes, as well as the dynamic rotation of 3D objects.
SIMILARITY WITH AUTOCAD:
• Command lines and their execution, full compliance with file formats (DWG, DWF, DWT and DXF).
• Working in layers.
• Explorer similar to the design center.
• Work in Cartesian and polar coordinates.
• Sizing and text styles.
• Headlines, attributes, hatching.
• Precise drawing functions and set points (ESNAP), drawing mode (Ortho), etc.
• Possibility of importing lines and styles of sizing.
• Docked Properties panel ..
CUSTOMIZING THE COMPLETE PROGRAM:
• Modification of the top menu, toolbars, command status bar and shortcuts.
• Work screen configuration: the color and size of the thread crossing, etc.
• The LISP programming language interpreter is implemented and allows the reading of applications written in this language.
• The additional functions of the program can be expanded by reading the SDS overlays.
• Drop-down menus support relocated commands and icon display.
• Docked Properties panel.
• INTERsoft -INTELLICAD Explorer offers 24-bit icons, support for layers and multi-selections, icons in lists and simplicity of operation.
• Support for device selection directly from the status bar.
• ArCADiasoft is a member of ITC. Some IntelliCAD 8 source codes have been used in the program.
System Requirements:
• Computer with Pentium class processor (Intel Core i5 recommended)
• Memory of at least 2 GB of RAM (8 GB recommended)
• 3 GB hard disk free space for installation
• A graphics card compatible with DirectX 9,0 (an 1GB RAM card is recommended)
• OS: Windows 10 or Windows 8 or Windows 7

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[nextpage title = »ArCon Garden»]

ArCon - Element Libraries

3D objects library ArCon-Garden

Price:
Net: € 49,00

Arcon Garden 3D is a library of 600 objects used to fix the environment of the building. It contains garden architecture elements (summer houses, doors, bridges, barriers, pergolas, solar houses), lamps, accessories, garden furniture, trees and plants, as well as cars.

PDF: http://www.arcadiasoft.eu/pdf/Library_o2c_Garden_3D.pdf

3D objects library ArCon-City

Price:
Net: € 49,00

ArCon City Library is another tool that supports design in Arcon software. It contains more than 300 objects related to urban planning, among others: cars, traffic signs, public transport stops, telephone booths, pillars of poles, etc. that, in addition to a realistic visualization of the building itself, allow it to be assembled in real settings. Using the objects, you can arrange the direct environment or design the entire room.

PDF URL: http://www.arcadiasoft.eu/pdf/Library_o2c_ArConCity.pdf

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[nextpage title = »Arcon Interiors»]

3D objects library ArCon-Interiors

Price:
Net: € 79,00

ArCon Interiors Library contains more than 700 objects, among others, interior accessory elements: furniture, kitchen accessories and additives, bathroom faucets, new office supplies, LCD monitors, new printers, etc.

PDF: http://www.arcadiasoft.eu/pdf/Library_o2c_ArConInteriors.pdf

3D objects library ArCon-Schenker

Price:
Net: € 69,00

3D Planet Interior from Schenker company expands Arcon libraries by adding 800 new items. The objects are divided into 13 categories (catalogs) intended for the interior arrangement and for the environment of the building. The most interesting items are the bathroom and kitchen catalogs.

PDF: http://www.arcadiasoft.eu/pdf/Library_o2c_Schenker3D.pdf

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