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==Description==
==Description==
The article describes the available methods of importing files to the program. The choice of the method depends on the available source data for construction and plans of the individual storeys and on the scope of the design to be developed.
The article describes the functionality of using design underlays (base drawings) by launching underlay import, selecting an external file to be imported, inserting the underlay in the project and appropriate scaling and positioning thereof.<br/>
Compatible underlay file formats:
* Vector formats
*:- '''DWG'''
*:- '''DXF'''
* Raster formats
*:- '''PDF'''
*:- '''BMP'''
*:- '''PNG'''
*:- '''JPG'''
*:- '''GIF'''
==Location in the program==
==Location in the program==
* The function ''<IS_TS id=ImportgbXMLName/>'' is available in the ''<IS_TS id=NarzedziaGlowne/>'' toolbar when the editing scope ''<IS_TS id=lystrFloors/>'' is enabled. This function enables importing data on building structure from a gbXML file.<br/>[[File:Suf-import-gbxml-file.png|900 px|left|thumb|1. Importing gbXML file]]<br clear="all"/>
* Icons of the components and functions related to importing an underlay are available in the ''2D Editor'' window in the ''<IS_TS id=NarzedziaGlowne/>'' toolbar, section ''<IS_TS id=lystrGraphicBackground/>'', when the ''<IS_TS id=lystrGraphicBackground/>'' editing scope is enabled.<br/>[[File:TB-underlay-import-location.png|900 px|left|thumb|1. Import underlay]]<br clear="all"/>
* The function ''<IS_TS id=btImportujPodkladZPlikuDXF/>'' is available in the toolbar ''<IS_TS id=NarzedziaGlowne/>'' when the editing scope ''<IS_TS id=lystrGraphicBackground/>'' is enabled. This function enables loading base drawing files in a raster (bmp, png, jpg), pdf or dwg format.<br/>In the ''<IS_TS id=DataEditorTable/>'' of the component the base drawing can be refreshed and its scale can be edited.<br/>[[File:Suf-import-file-base.png|900 px|left|thumb|2. Importing base drawing]]<br clear="all"/>
# Verify that the dimensions of the underlay are adequate.
#* The size of the underlay can be changed in the component data table or using the ''<IS_TS id=strTabSkalowanieCaption/>'' tool. Additionally, in the case of a DWF/DXF file, a conversion factor between a CAD unit and a multiple or sub-multiple of a meter can be selected in the data table. This feature is especially convenient for changing dimensions of vector graphic base drawing.
===Importing base drawing===
#* Conversion between CAD units and unit of length used in program (''<IS_TS id=DataEditorTable/>'' -> ''<IS_TS id=Underlay_ScaleUnitCaption/>'') {{#ev:youtube|Sdv5MSt_Ymo|900||||rel=0}}
# Indicate the position of the imported image in the editing area.
# Indicate the position of the underlay in the ''<IS_TS id=lystrGraphicBackground/>'' editing scope.
# Verify the correctness of scale units of the inserted base drawing.
# Verify that the dimensions of the underlay are adequate.
#* The size of the underlay can be changed in the component data table or using the ''<IS_TS id=strTabSkalowanieCaption/>'' tool.
#* ''<IS_TS id=strTabSkalowanieCaption/>'' of raster graphic base drawings (using ''<IS_TS id=strAUTOModeName/>'' mode is not applicable, due to the raster graphic specification) {{#ev:youtube|3D-tLiFTLGo|900||||rel=0}}
===Obtaining the correct mutual alignment of underlays on the individual storeys===
# In order to get proper structure of a multi-storey building it is advisable to use a ''<IS_TS id=iNameReferencePoint/>''[[File:Reference-point.png|40 px|]], wherein one reference point is placed in each worksheet at a location having identical real coordinates X,Y. Placing procedure is the same for both base drawing formats (vector and raster). <br/>{{#ev:youtube|So_4l7ZUirY|900||||rel=0}} <br clear="all"/>
==Additional information==
==Additional information==
*It is particularly advantageous to import a base drawing in the '''DWG''' format, as it enables snapping the cursor to components located on indicated layers of the base drawing when editing the structure.
# It is particularly advantageous to import an underlay in the '''DWG''' format, which enables, when editing the structure, attracting the cursor to components located in the indicated layers of the underlay (snap function).
*It is worth noting that printed plan drawings can be '''scanned''' or '''photographed''', and the file thus obtained can be imported.
# If necessary, it is possible to confine (reduce) the visible area for underlays, e.g. underlays that include plans of several storeys on one sheet. The operation of confining the visible area may be cancelled at any stage of project creation.<br/>{{#ev:youtube|jsGTp13ULAc|900||||rel=0}} <br clear="all"/>
*After importing the file and rescaling all storeys, mutual alignment of the drawings must be verified. To '''adjust the position''' the ''<IS_TS id=iNameReferencePoint/>'' [[File:Reference-point.png|40 px|]] component can be used.
# If an underlay is divided into several parts (which may, for instance, result from scanning operations), these individual parts can be imported separately and subsequently combined using the [[Combine base files]] functionality.
# The underlay may be stored in the project file *.ISPROJ, in which case the size of that file is increased (identical underlay files placed on multiple worksheets do not inflate the project file in proportion to the number of times the underlay is used), or it may remain in a separate (original) file to which the project will refer. The latter solution requires, when the project file is handed over to another person, that the underlay files are also turned over and the access paths to the files in the computer are specified. Underlay storage options and its access path can be verified in ''<IS_TS id=DataEditorTable/>'' in ''<IS_TS id=pcstrSymbol/>'' section. <br>[[File:Underlay_-_localization_and_saving_options.jpg|900 px|left|thumb|2. Underlay storage options]]
The article describes the functionality of using design underlays (base drawings) by launching underlay import, selecting an external file to be imported, inserting the underlay in the project and appropriate scaling and positioning thereof.
Compatible underlay file formats:
Vector formats
- DWG
- DXF
Raster formats
- PDF
- BMP
- PNG
- JPG
- GIF
Location in the program
Icons of the components and functions related to importing an underlay are available in the 2D Editor window in the Главни ленти с инструменти toolbar, section Основа, when the Основа editing scope is enabled. Файл:TB-underlay-import-location.png1. Import underlay
Example of use
Import underlay in vector format
Select Внеси подложка.
Select the underlay file to be imported.
Verify that the dimensions of the underlay are adequate.
The size of the underlay can be changed in the component data table or using the Мащабиране tool. Additionally, in the case of a DWF/DXF file, a conversion factor between a CAD unit and a multiple or sub-multiple of a meter can be selected in the data table. This feature is especially convenient for changing dimensions of vector graphic base drawing.
Conversion between CAD units and unit of length used in program (Таблица с данни -> Мерна единица на чертеж)
Import underlay in raster format
Select Внеси подложка.
Select the underlay file to be imported.
Indicate the position of the underlay in the Основа editing scope.
Verify that the dimensions of the underlay are adequate.
The size of the underlay can be changed in the component data table or using the Мащабиране tool.
Мащабиране of raster graphic base drawings (using АВТО mode is not applicable, due to the raster graphic specification)
Obtaining the correct mutual alignment of underlays on the individual storeys
In order to get proper structure of a multi-storey building it is advisable to use a Относителна точкаФайл:Reference-point.png, wherein one reference point is placed in each worksheet at a location having identical real coordinates X,Y. Placing procedure is the same for both base drawing formats (vector and raster).
Additional information
It is particularly advantageous to import an underlay in the DWG format, which enables, when editing the structure, attracting the cursor to components located in the indicated layers of the underlay (snap function).
If necessary, it is possible to confine (reduce) the visible area for underlays, e.g. underlays that include plans of several storeys on one sheet. The operation of confining the visible area may be cancelled at any stage of project creation.
If an underlay is divided into several parts (which may, for instance, result from scanning operations), these individual parts can be imported separately and subsequently combined using the Combine base files functionality.
The underlay may be stored in the project file *.ISPROJ, in which case the size of that file is increased (identical underlay files placed on multiple worksheets do not inflate the project file in proportion to the number of times the underlay is used), or it may remain in a separate (original) file to which the project will refer. The latter solution requires, when the project file is handed over to another person, that the underlay files are also turned over and the access paths to the files in the computer are specified. Underlay storage options and its access path can be verified in Таблица с данни in Идентификация на елемент section. Файл:Underlay - localization and saving options.jpg2. Underlay storage options
