When the mapping file is edited, a warning message is shown alongside concepts whose code is not contained in the active cost database. This way, users can be sure that all the project units that are generated will have an associated price, in accordance with the selected database, when the quantities are updated in the "Bill of quantities" tab of the application.
An option has been added in the file creation and editing panel of the mapping file with which the chapter structure of a file in FIEBDC-3 (.bc3) can be imported. Using this tool, the chapter structure from a cost database or a previous bill of quantities can be used more easily.
When the file is read in FIEBDC-3 format (.bc3), all concepts that are not defined as chapters (job items, unit prices...) will be ignored.
An assistant has been implemented in the general data of the project to help users enter the code of the currency of the bill of quantities or cost database. All the available codes are in accordance with the international ISO 4217 standard, so they are compatible with the standard interchange format of construction databases FIEBDC-3 (.bc3).
Quantity detail lines can contain tags to indicate, for example, information on its location or construction phase. These markings will be used when generating the documents of the project in such a way that it is possible to extract a specific part of the total cost.
Using the "Filter" option of the toolbar, of the "Bill of quantities" tab, users can view the table of the elements of the bill of quantities that contain one or more tags.
The "Bill of quantities" tab was implemented in the previous version (2020.e) in some project phase Open BIM applications. Now, for the 2020.f version, the tab has been implemented in the following applications:
More information on this feature and on the programs that include this tool to generate and manage bills of quantities can be found on the "Bill of quantities" tab in project phase Open BIM applications webpage.
Some CYPE OPEN BIM programs have a 3D workspace to enter the elements of the installation. This 3D interface is currently available in the following applications:
A user guide for the tools of this 3D workspace is published with the 2020.f version.
Download it here:Â 3D workspace. 3D workspace tools user guide.
A new project example of a photovoltaic installation for a single-family home has been added, with four photovoltaic modules facing southeast.
Users can save shading diagrams that have been entered manually. To do so, the option "Keep the shading diagram during the analysis" has been created. If this option is active, the shading diagram that has been entered manually will be saved and losses caused by shadows cast by nearby buildings or other surrounding obstacles will be ignored.
The temperature losses section of the justification report is complemented with a table specifying, for each photovoltaic module, the cell temperature that is reached and the temperature loss due to it.
In the tooltips of the photovoltaic module and inverter, information has been added to the design results, so users can quickly analyse the results of the design that has been carried out.
Added to the tooltip of the photovoltaic module is:
Added to the tooltip of the inverter is:
In the "Energy pre-design" window, it is possible to view the intersection between the generation and consumption graphs, showing the contribution of the energy that is generated by the photovoltaic installation with respect to the actual energy consumption in a given month.
In the "Energy pre-design" window, it is possible to view all the generation and consumption graphs. This functionality makes it possible to quickly compare the corresponding energy consumption and generation for the whole year.
