SoftGuide > Functions / Modules Designation > Roof slopes, doors and windows

Roof slopes, doors and windows

What is meant by Roof slopes, doors and windows?

The term "roof slopes, doors, and windows" refers to specific architectural elements within a design or planning process. These elements are crucial for the design and functionality of buildings and interiors. Roof slopes describe the inclined surfaces of a roof, while doors and windows are openings in walls that provide light, ventilation, and access.

Typical software functions in the area of "roof slopes, doors, and windows":

  1. Roof Slope Modeling: Functions for creating and adjusting inclined roof surfaces, including the definition of angles, materials, and transitions.
  2. Design of Doors and Windows: Tools for planning and modeling doors and windows, including style, size, and placement options.
  3. Integration into Floor Plans: Capability to seamlessly integrate roof slopes, doors, and windows into overall building plans and floor layouts.
  4. Dimensioning and Adjustment: Functions for precise dimensioning and adjustment of door and window openings as well as roof slopes to meet construction requirements.
  5. Visualization: Creation of 3D representations and renderings showing roof slopes, doors, and windows from various perspectives and lighting conditions.
  6. Collision Checking: Checking for potential conflicts between roof slopes, doors, windows, and other structural elements to avoid design errors.
  7. Construction Details: Providing detailed construction drawings and specifications for the execution of roof slopes, doors, and windows.
  8. Style and Material Customization: Functions for selecting and customizing styles and materials for doors and windows, as well as surface treatments for roof slopes.

 

The function / module Roof slopes, doors and windows belongs to:

CAD

2D and 3D construction
bolted joints
CAM System
CASE
CASE with UML
Column sinking
Component groups
Conjugate heat flow
Detection of curvatures
Effect avoidance
frequency response
heat transfer
Interaction with beams
linear buckling
linear statics
Mapped mesher
Partial construction
Partial dismantling
Partial strands
point, line and area loads
Reuse of constructions
Section creation
Shell thickener
Stability failure
static fatigue
Subgrade reaction modulus method
surface contact
Technical documents, standards
Temperature loads
Tetrahedral refiner
Vibration shapes
Zone management

Software solutions with function or module Roof slopes, doors and windows:

Winner Flex