Keywords Connected with Log Face Drawings

The LOGHOUSE setup file may contain the following keywords connected with the log work drawings.

cr_profiles_clip

Defines the log clipping with crossing profiles (beams) in the log work drawing. The keyword can have the following values:

identifier_format

Defines the format of the wall identifier in the log work drawing. Recognizes the control character %s that prints the wall label. Examples:

layout_to_log_dwg

Defines a view of the floor plan to be added to the log work drawing in order to display the notches of the connecting walls.

layout_to_log_dwg = A B

Example:

layout_to_log_dwg = 1 -1800

log_column_descr_set

Defines a description text of a column to be added in the log work drawing.

log_column_descr_set = SET_NAME

SET_NAME is the name of a description set that is defined in the BDSXX keyword group under the keyword pce_descr_set.

Example: The BDSXX keyword group contains the following definition

pce_descr_set= "LOG_COLUMNS"
pce_descr= ...
...

You can then define the following as the column description text:

log_column_descr_set = LOG_COLUMNS

log_wall_pic_scale

Defines the scale of the log work drawing window. For example

log_wall_pic_scale= 25

in which case the scale of the log work drawing window will be 1:25. The default scale is 1:20.

log_wall_pic_sheet

Defines the log work drawing sheet. The program examines the sheets one by one until it finds a suitable sheet for the log work drawing. The sheets are stored in the ../system/picts/logwall folder. If the sheets are not defined, a mere title without a sheet is added to the log work drawing.

log_wall_pic_sheet= FILE_NAME SHEET_WIDTH SHEET_HEIGHT ..

Example:

log_wall_pic_sheet= Log_A4.vxp 277 178 \ Log_A3.vxp 400 265

log_wall_view_dir

Defines the viewing direction of the log work drawing. The keyword can have the following values:

log_wall_view_dir= 0
log_wall_view_dir= 1
log_wall_view_dir= 2
log_wall_view_dir= 3

The keyword value also affects the direction of the log wall labels in the floor plan, if the keyword turn_log_wall_name= 1.

lognumber_direction

Defines the direction of adding log labels. The keyword can have the following values:

lognumber_displacement

Defines the log label displacement to the left or to right from the location selected by the keyword lognumber_location. A negative value moves the label to the left and a positive value to the right.

lognumber_format

Defines the format of the log label. Recognizes the following control characters:

Examples:

lognumber_location

Defines the location of the log label in the Log work drawing. The keyword can have the following values:

lognumber_lowest_half

Defines if the log course numbering is started from 0 or 1, in case the lowest log of the entire model is a half log. If the lowest log is a full log, the numbering starts from 1. The keyword can have the following values:

All the logs positioned at the same height in the model receive the same number.

If you wish to use wall-specific numbering, add the following keyword:

lognumbering_single_wall= 1

On each wall, the lowest half log tier receives the number defined by the lognumber_lowest_half keyword.

lognumbering_single_wall

Defines wall-specific numbering for the lowest half log tier.

lognumbering_single_wall= 1

On each wall, the lowest half log tier receives the number defined by the lognumber_lowest_half keyword.

If the keyword is not defined, all the lowest half log tiers positioned at the same height in the model receive the number defined by the lognumber_lowest_half keyword.

lognumber_to_ends

Defines whether the log course number is added to both ends of the log or not. The keyword can have the following values:

mark_too_long_logs

Defines how the overlong logs are presented in the log work drawing. Logs, which are longer than the maximum value defined in the length distribution, are drawn with a different line type than rest of the logs in the log work drawing. The keyword value is the name of the line which defines the line properties in the system settings, for example:

read_from_file

Defines how the log work drawing is to be opened. The keyword can have the following values:

By default read_from_file = 0, i.e. the log work drawing is always generated from the building model.

screw_leg

Defines the screw-leg connected to a column in the log work drawing.

screw_leg = CODE_NAME LIBRARY_NAME

show_cr_log_walls

Defines how the crossing walls in the log work drawing are displayed. The keyword can have the following values:

Crossing log walls are always displayed in the wall elevation. You can open the log wall elevation by selecting Editing a Log Wall Shape, which does not require the Log House Design add-on feature.

show_cr_profiles

Defines whether the crossing profiles (beams) are displayed in the log work drawing or not. The keyword can have the following values:

show_log_length

Defines whether the log lengths are added in the log work drawing or not. The keyword can have the following values:

The log length can be included in the log label, see keyword lognumber_format.

show_openings

Defines whether the opening macros are displayed in the log work drawing or not. The keyword can have the following values:

The keyword will only affect the visibility of the opening geometry in the log work drawing. Log walls are always cut with the opening macro when the log work drawing is opened. When the drawing is closed and saved, the change is also updated in the model.

show_roof_lines

Defines whether the roof lines are displayed in the log work drawing or not. The keyword can have the following values:

Note

Line Setup
Loghouse File
Editing Keywords

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