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T-FLEX Parametric CAD. Fundamentals. 2D Design

T-FLEX Parametric CAD. Fundamentals. 2D Design

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Customizing Drawing<br />

“3D” Tab<br />

This tab collects general parameters related to 3D modeling:<br />

The “Size” group includes definitions of 3D node size<br />

(in pixels), and the sizes of coordinate systems and<br />

arrows (in respective measurement units). 3D element<br />

sizes can be arbitrarily defined at user preference.<br />

Units. Defines measurement units of the elements and<br />

operations on the 3D scene.<br />

One color. Sets the display mode of using one color for<br />

all 3D elements. This color overrides element own<br />

settings.<br />

Color. Defines the color for all 3D elements when one<br />

color mode is set. The color can be selected from the<br />

menu of colors.<br />

3D Triad Orientation. Defines the system of a 3D<br />

model views in the world coordinate system. The value<br />

“XY-Top” corresponds to the choice when axes<br />

direction of the “Top view” coincides with the<br />

directions of X and Y axes of the world coordinate<br />

system. The “ISO” setting defines the ISO standard<br />

orientation.<br />

Its orientation is used when creating projections, as well as in the commands of 3D window view direction<br />

(«Front View», «Left View», «Right View», «Axonometric View», etc.).<br />

The “Workplanes” group defines the mode of displaying the workplane names and types. These parameters<br />

are displayed in the upper-left corner of the respective workplanes.<br />

Draw Name. Sets the mode of displaying the workplane name according to the workplane type. Note that<br />

changing the workplane type does not affect the name. The name can be changed manually under the<br />

workplane parameters.<br />

Draw Type. Sets the mode of displaying the workplane type (Front, Left, etc.).<br />

Mesh Density. Defines mesh density of the 3D model. The parameter varies from 0 to 1. The greater the<br />

parameter, the more accurate is rendering of the model on the 3D view, while more time is taken for<br />

regeneration of the 3D model and more memory used. If the mesh density is defined by a variable that<br />

takes a value less than 0, then 0 is used for computations; should it be greater than 1, then 1 is used.<br />

“Mates” group of parameters define performance of mates solver only for regenerating a 3D model.<br />

Precision. Specifies accuracy of mates calculations when regenerating a model.<br />

Time. Defines the time limit of mates solver calculations. The limit is set as factor between 0 and 1<br />

corresponding to “less” and “more” respectively.<br />

View Orientation. This parameter defines the orientation of 3D model views, i.e.,<br />

location of views (“Front view”, “Top view” etc.) in the world coordinate system.<br />

Its orientation is used when creating projections, as well as in the commands of 3D<br />

window view direction («Front View», «Left View», «Right View», «Axonometric<br />

View», etc.). This option can be helpful when working with imported geometry,<br />

parts created in context of assembly or other analogous cases, when model is<br />

oriented discordantly to main directions.<br />

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