Tutorials/ko: Difference between revisions

From FreeCAD Documentation
(Updating to match new version of source page)
(Updating to match new version of source page)
Line 36: Line 36:
Tutorial-normand06.jpg|link=[[Basic modeling tutorial]]|[[Basic modeling tutorial]] <br/>Create an iron angle by two methods: using solid primitives, and boolean operations (CSG); and by extruding a planar profile.
Tutorial-normand06.jpg|link=[[Basic modeling tutorial]]|[[Basic modeling tutorial]] <br/>Create an iron angle by two methods: using solid primitives, and boolean operations (CSG); and by extruding a planar profile.
File:HTCaeroplane04.png|link=[[Aeroplane]]|[[Aeroplane|Aeroplane tutorial]] <br/>Understand placements in FreeCAD by creating a simple aeroplane model. Then learn about rotation angles, yaw (Z), pitch (Y), and roll (X).
File:HTCaeroplane04.png|link=[[Aeroplane]]|[[Aeroplane|Aeroplane tutorial]] <br/>Understand placements in FreeCAD by creating a simple aeroplane model. Then learn about rotation angles, yaw (Z), pitch (Y), and roll (X).
File:Thread-by-vertical-profile.png|link=[[Thread_for_Screw_Tutorial]]|[[Thread_for_Screw_Tutorial|Thread for screw tutorial]] (v0.14)<br/>Understand how to create threads with several techniques that include use of the tools [[Part_Helix|Part Helix]], [[Part_Sweep|Part Sweep]], [[Part_Union|Part Union]], and [[Part_Cut|Part Cut]].
</gallery>
</gallery>


Line 50: Line 51:
Draft_tutorial_result.png|link=[[Draft tutorial]]|[[Draft tutorial]] (v0.16) <br/>This is a basic introduction to the tools of the [[Draft Workbench|Draft Workbench]]: working plane, grid, line, arc, upgrade, rectangle, circle, polygon, arrays, dimensions, annotations, and shapestring.
Draft_tutorial_result.png|link=[[Draft tutorial]]|[[Draft tutorial]] (v0.16) <br/>This is a basic introduction to the tools of the [[Draft Workbench|Draft Workbench]]: working plane, grid, line, arc, upgrade, rectangle, circle, polygon, arrays, dimensions, annotations, and shapestring.
Sketcher_reference.png|link=[[Sketcher reference]]|[[Sketcher_reference|Sketcher reference]] (v0.18) <br/> This is a 70-page long PDF document that serves as a detailed manual for the [[Sketcher Workbench|Sketcher Workbench]]. It explains the basics of Sketcher usage, and goes into a lot of detail about the creation of geometrical shapes, and each of the constraints.
Sketcher_reference.png|link=[[Sketcher reference]]|[[Sketcher_reference|Sketcher reference]] (v0.18) <br/> This is a 70-page long PDF document that serves as a detailed manual for the [[Sketcher Workbench|Sketcher Workbench]]. It explains the basics of Sketcher usage, and goes into a lot of detail about the creation of geometrical shapes, and each of the constraints.
Sketcher tutorial result.png|link=[[Sketcher tutorial]]|[[Sketcher tutorial]] (v0.16) <br/>This is a basic introduction to the tools of the Sketcher Workbench: construction mode, line, circle, arc, constraints (equality, vertical, horizontal, tangential, distance, angle, radius).
Sketcher tutorial result.png|link=[[Basic Sketcher Tutorial]]|[[Basic Sketcher Tutorial]] (v0.16) <br/>This is a basic introduction to the tools of the Sketcher Workbench: construction mode, line, circle, arc, constraints (equality, vertical, horizontal, tangential, distance, angle, radius).
Constrain3.png|link=[[Sketcher Micro Tutorial - Constraint Practices]]|[[Sketcher Micro Tutorial - Constraint Practices|Sketcher micro tutorial]] (v0.16)<br/>Learn to efficiently constrain a sketch. Prefer geometric constraints over dimensional constraints.
Constrain3.png|link=[[Sketcher Micro Tutorial - Constraint Practices]]|[[Sketcher Micro Tutorial - Constraint Practices|Sketcher micro tutorial]] (v0.16)<br/>Learn to efficiently constrain a sketch. Prefer geometric constraints over dimensional constraints.
</gallery>
</gallery>

Revision as of 21:57, 18 February 2020

Other languages:

이 페이지는 고품질 자습서를 제공합니다. 완전한, 정렬되지 않은 목록은 Category:Tutorials에 있습니다. 외부 사이트에서 주는 자습서 목록은 offsite tutorials 및 video tutorials 을 방문하세요. 비디오 자습서의 쓸만한 소스는 YouTube입니다.

If you'd like to contribute with writing wiki documentation and tutorials, see the general wiki guidelines in WikiPages, and read the tutorial guidelines.

Please notice the version of FreeCAD used in the tutorial as some tutorials may use an old version of the program. Although the general modelling process may still work, some tools may have changed.

Architecture and BIM

  • Arch tutorial (v0.14) This is the essential introduction to the Arch Workbench. It is extensive and showcases a typical workflow, from importing plans in DXF format to building the 3D model.

    Arch tutorial (v0.14)
    This is the essential introduction to the Arch Workbench. It is extensive and showcases a typical workflow, from importing plans in DXF format to building the 3D model.

  • BIM modeling How to model a small house, produce a blueprint with TechDraw, and export to IFC.

    BIM modeling
    How to model a small house, produce a blueprint with TechDraw, and export to IFC.

  • Open windows and doors (v0.18) How to display windows and doors as open, with elevation and plan symbols, and produce a basic floor plan with TechDraw.

    Open windows and doors (v0.18)
    How to display windows and doors as open, with elevation and plan symbols, and produce a basic floor plan with TechDraw.

  • Design custom windows (v0.18) How to draw custom doors and windows using the Sketcher, and adjust their normals to correctly place them in walls.

    Design custom windows (v0.18)
    How to draw custom doors and windows using the Sketcher, and adjust their normals to correctly place them in walls.

  • Arch panel tutorial (v0.15) Modeling a microhouse roof panel by using the Sketcher, the Window tool, and the Panel tool.

    Arch panel tutorial (v0.15)
    Modeling a microhouse roof panel by using the Sketcher, the Window tool, and the Panel tool.

  • WikiHouse modelling Re-modeling the WikiHouse project using sketches and panels, starting from importing a mesh model created in SketchUp.

    WikiHouse modelling
    Re-modeling the WikiHouse project using sketches and panels, starting from importing a mesh model created in SketchUp.

Modeling parts

FreeCAD provides two main workflows to modeling parts:

Please note that the PartDesign Workbench workflow was considerably changed from FreeCAD 0.17 onward; some of the tutorials haven't been updated and may refer to the 0.16 version.

  • Creating a simple part with PartDesign (v0.17) An introduction to the PartDesign workflow: tracing a sketch, using pad, pocket, and moving the object.

    Creating a simple part with PartDesign (v0.17)
    An introduction to the PartDesign workflow: tracing a sketch, using pad, pocket, and moving the object.

  • Basic Part Design Tutorial (v0.17) Model a simple part using a feature editing methodology: creating a sketch, using pad, external references, pocket, and mirror.

    Basic Part Design Tutorial (v0.17)
    Model a simple part using a feature editing methodology: creating a sketch, using pad, external references, pocket, and mirror.

  • Model an electric toothbrush head stand (v0.16) Multiple features used: sketch, distance and coincident constraints, pad, external references, fillet, chamfer, linear pattern, and draft.

    Model an electric toothbrush head stand (v0.16)
    Multiple features used: sketch, distance and coincident constraints, pad, external references, fillet, chamfer, linear pattern, and draft.

  • Modeling for product design (v0.16) Modeling a Lego block: sketches, vertical and horizontal distance constraints, pad, pocket, external reference, linear pattern, and assembly.

    Modeling for product design (v0.16)
    Modeling a Lego block: sketches, vertical and horizontal distance constraints, pad, pocket, external reference, linear pattern, and assembly.

  • Traditional modeling, the CSG way Modeling a table by using simple solids like cubes and cylinders, and performing boolean operations (fusions and cuts) with them.

    Traditional modeling, the CSG way
    Modeling a table by using simple solids like cubes and cylinders, and performing boolean operations (fusions and cuts) with them.

  • Draft ShapeString tutorial (v0.19) Create engraved text on a solid: extrude a shapestring to make it solid, then use a boolean cut to carve it from another solid.

    Draft ShapeString tutorial (v0.19)
    Create engraved text on a solid: extrude a shapestring to make it solid, then use a boolean cut to carve it from another solid.

  • Create a wiffle ball (v0.19) Use solid primitives, like cubes and cylinders, and boolean operations, like union and cut, to create a hollowed ball.

    Create a wiffle ball (v0.19)
    Use solid primitives, like cubes and cylinders, and boolean operations, like union and cut, to create a hollowed ball.

  • Basic modeling tutorial Create an iron angle by two methods: using solid primitives, and boolean operations (CSG); and by extruding a planar profile.

    Basic modeling tutorial
    Create an iron angle by two methods: using solid primitives, and boolean operations (CSG); and by extruding a planar profile.

  • Aeroplane tutorial Understand placements in FreeCAD by creating a simple aeroplane model. Then learn about rotation angles, yaw (Z), pitch (Y), and roll (X).

    Aeroplane tutorial
    Understand placements in FreeCAD by creating a simple aeroplane model. Then learn about rotation angles, yaw (Z), pitch (Y), and roll (X).

  • Thread for screw tutorial (v0.14) Understand how to create threads with several techniques that include use of the tools Part Helix, Part Sweep, Part Union, and Part Cut.

    Thread for screw tutorial (v0.14)
    Understand how to create threads with several techniques that include use of the tools Part Helix, Part Sweep, Part Union, and Part Cut.

The Raspberry Pi project has made simple tutorials that are easy to follow, particularly for those new to CAD systems:

Drafting and Sketching

  • Traditional 2D drafting Draw a floor plan with lines, wires, rectangles, circular arcs, and add hatch patterns, annotations, and dimensions. Export the result to DXF.

    Traditional 2D drafting
    Draw a floor plan with lines, wires, rectangles, circular arcs, and add hatch patterns, annotations, and dimensions. Export the result to DXF.

  • Draft tutorial (v0.16) This is a basic introduction to the tools of the Draft Workbench: working plane, grid, line, arc, upgrade, rectangle, circle, polygon, arrays, dimensions, annotations, and shapestring.

    Draft tutorial (v0.16)
    This is a basic introduction to the tools of the Draft Workbench: working plane, grid, line, arc, upgrade, rectangle, circle, polygon, arrays, dimensions, annotations, and shapestring.

  • Sketcher reference (v0.18) This is a 70-page long PDF document that serves as a detailed manual for the Sketcher Workbench. It explains the basics of Sketcher usage, and goes into a lot of detail about the creation of geometrical shapes, and each of the constraints.

    Sketcher reference (v0.18)
    This is a 70-page long PDF document that serves as a detailed manual for the Sketcher Workbench. It explains the basics of Sketcher usage, and goes into a lot of detail about the creation of geometrical shapes, and each of the constraints.

  • Basic Sketcher Tutorial (v0.16) This is a basic introduction to the tools of the Sketcher Workbench: construction mode, line, circle, arc, constraints (equality, vertical, horizontal, tangential, distance, angle, radius).

    Basic Sketcher Tutorial (v0.16)
    This is a basic introduction to the tools of the Sketcher Workbench: construction mode, line, circle, arc, constraints (equality, vertical, horizontal, tangential, distance, angle, radius).

  • Sketcher micro tutorial (v0.16) Learn to efficiently constrain a sketch. Prefer geometric constraints over dimensional constraints.

    Sketcher micro tutorial (v0.16)
    Learn to efficiently constrain a sketch. Prefer geometric constraints over dimensional constraints.

Technical Drawings

  • Basic TechDraw Tutorial (v0.17) This is the essential introduction to the tools of the TechDraw Workbench: page, view, scale, vertical and horizontal dimensions, annotations, projection groups, linking dimensions to the 3D view.

    Basic TechDraw Tutorial (v0.17)
    This is the essential introduction to the tools of the TechDraw Workbench: page, view, scale, vertical and horizontal dimensions, annotations, projection groups, linking dimensions to the 3D view.

  • Creating a new background template (v0.17) Instructions to create a page template in Inkscape for using it with the TechDraw Workbench. Determine the size of the sheet, draw a frame for the page, define fixed text, and editable text fields.

    Creating a new background template (v0.17)
    Instructions to create a page template in Inkscape for using it with the TechDraw Workbench. Determine the size of the sheet, draw a frame for the page, define fixed text, and editable text fields.

FEM

  • CalculiX cantilever FEM analysis (v0.17) This in an example included in every installation of FreeCAD; it demonstrates a basic analysis with the CalculiX FE solver. Purge the current result, re-run the solver, and view the displacements and stresses in the deformed mesh in the viewport.

    CalculiX cantilever FEM analysis (v0.17)
    This in an example included in every installation of FreeCAD; it demonstrates a basic analysis with the CalculiX FE solver. Purge the current result, re-run the solver, and view the displacements and stresses in the deformed mesh in the viewport.

  • Simple FEM introduction (v0.17) This is a short introduction to the steps required to perform an analysis in the FEM Workbench: model your object, create a mesh, add constraints and forces, add a material, run the solver, and visualize the results.

    Simple FEM introduction (v0.17)
    This is a short introduction to the steps required to perform an analysis in the FEM Workbench: model your object, create a mesh, add constraints and forces, add a material, run the solver, and visualize the results.

  • FEM shear analysis of a composite block (v0.17) Study the deformation of a block made of a hard nucleus surrounded by a softer material: create mesh regions, add materials, set up sliding constraints, add shear loads, run the solver, and visualize the results with a clip plane.

    FEM shear analysis of a composite block (v0.17)
    Study the deformation of a block made of a hard nucleus surrounded by a softer material: create mesh regions, add materials, set up sliding constraints, add shear loads, run the solver, and visualize the results with a clip plane.

  • Analysis of reinforced concrete with FEM (v0.19) Estimate the level of reinforcement required in a concrete structure to prevent brittle failure under tension or shear.

    Analysis of reinforced concrete with FEM (v0.19)
    Estimate the level of reinforcement required in a concrete structure to prevent brittle failure under tension or shear.

  • Post-Processing of FEM results with Paraview (v0.19) This tutorial explains the basics of transferring data from the FEM Workbench to Paraview and shows some of the options and settings for displaying data.

    Post-Processing of FEM results with Paraview (v0.19)
    This tutorial explains the basics of transferring data from the FEM Workbench to Paraview and shows some of the options and settings for displaying data.

CNC & 3D Printing

  • Path Workbench for the impatient This is a quick presentation of the workflow for the Path Workbench: create a job, define the output, define the milling tool, define the path operations, start the simulation, and generate a G-code output file.

    Path Workbench for the impatient
    This is a quick presentation of the workflow for the Path Workbench: create a job, define the output, define the milling tool, define the path operations, start the simulation, and generate a G-code output file.

  • Preparing models for 3D printing (v0.16) Convert a solid object to a mesh object using the Mesh Workbench, export the mesh to STL format, and use Slic3r to prepare the G-code. Alternatively use the Cura Workbench or the Path Workbench to generate the G-code.

    Preparing models for 3D printing (v0.16)
    Convert a solid object to a mesh object using the Mesh Workbench, export the mesh to STL format, and use Slic3r to prepare the G-code. Alternatively use the Cura Workbench or the Path Workbench to generate the G-code.

Import and Export

Rendering

  • Creating renderings Quickly produce a rendered image of your bodies with POV-Ray and LuxRender, if they are installed in your system.

    Creating renderings
    Quickly produce a rendered image of your bodies with POV-Ray and LuxRender, if they are installed in your system.

  • Raytracing tutorial (v0.16) Describes the basic workflow of the Raytracing Workbench using POV-Ray or LuxRender: set the path to the renderers, create a project, set the camera position, select the model, run the renderer.

    Raytracing tutorial (v0.16)
    Describes the basic workflow of the Raytracing Workbench using POV-Ray or LuxRender: set the path to the renderers, create a project, set the camera position, select the model, run the renderer.

  • Intermediate FreeCAD and POV-ray tutorial (v0.18) Workflow to produce a better render with POV-Ray: create a project, add objects, set the camera, save the .pov file, manually edit the file to improve the textures, planes, lights, and then run the renderer.

    Intermediate FreeCAD and POV-ray tutorial (v0.18)
    Workflow to produce a better render with POV-Ray: create a project, add objects, set the camera, save the .pov file, manually edit the file to improve the textures, planes, lights, and then run the renderer.

  • Rendering a FreeCAD assembly with Blender (v0.18) Export bodies from FreeCAD to Wavefront .obj, import the file into Blender, set up a simple Sun light, assign basic materials with the Principled BSDF shader, and produce a rendered image with EEVEE and Cycles.

    Rendering a FreeCAD assembly with Blender (v0.18)
    Export bodies from FreeCAD to Wavefront .obj, import the file into Blender, set up a simple Sun light, assign basic materials with the Principled BSDF shader, and produce a rendered image with EEVEE and Cycles.

Robot workbench

  • Robot tutorial (v0.17) Simulate the movement of an industrial robot: set up a trajectory, set up home position, change the robot position, insert various waypoints, and simulate the robot movement.

    Robot tutorial (v0.17)
    Simulate the movement of an industrial robot: set up a trajectory, set up home position, change the robot position, insert various waypoints, and simulate the robot movement.

Plotting

  • Basic plot Draw simple mathematical functions in the Plot Workbench using the underlying Python plotting libraries: define the input list (X), two output lists (Y1, Y2), plot the functions (Y1 and Y2 against X), set the grid, line styles, legends, axes labels, plot title, and save the plot.

    Basic plot
    Draw simple mathematical functions in the Plot Workbench using the underlying Python plotting libraries: define the input list (X), two output lists (Y1, Y2), plot the functions (Y1 and Y2 against X), set the grid, line styles, legends, axes labels, plot title, and save the plot.

  • Multiaxes plot Draw a more complicated plot in the Plot Workbench with two different input lists (X, T), and three output lists (Y1, Y2, Y3), then create two sets of axes in the same plot, and plot the pairs of lists (Y1 against X, and Y2 and Y3 against T); set the axes labels and grid, and move the legends and title.

    Multiaxes plot
    Draw a more complicated plot in the Plot Workbench with two different input lists (X, T), and three output lists (Y1, Y2, Y3), then create two sets of axes in the same plot, and plot the pairs of lists (Y1 against X, and Y2 and Y3 against T); set the axes labels and grid, and move the legends and title.

Drawings

Development of the Drawing Workbench stopped in FreeCAD 0.16. Consider using the TechDraw Workbench instead.
  • Drawing tutorial (v0.16) This is the essential introduction to the tools of the Drawing Workbench to create blueprints.

    Drawing tutorial (v0.16)
    This is the essential introduction to the tools of the Drawing Workbench to create blueprints.

  • Generating 2D drawings (v0.16) Generate 2D projections of your 3D models, and add dimensions.

    Generating 2D drawings (v0.16)
    Generate 2D projections of your 3D models, and add dimensions.

List of Commands
Interface Customization
User documentation
Retrieved from "http://wiki.freecad.org/index.php?title=Tutorials/ko&oldid=618869"