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Simple 2nd images, such as a logo, tin easily exist converted into 3D images in Blender 3D. The easiest way to do this is to first convert the epitome into a vector image using a vector graphics editor such every bit Adobe Illustrator, or Inkscape. This wikiHow teaches you how to catechumen an prototype into a vector prototype, and then convert the vector image into a 3D mesh using Blender 3D.

1. 1

   Open up Adobe Illustrator. Adobe Illustrator has a yellow foursquare icon that says "Ai" in the middle. Click the icon on your computer to open Adobe Illustrator.

   • Adobe Illustrator requires a subscription to Creative Deject to download and utilize. You can sign upwards for a free trial at adobe.com or yous tin can use Inkscape, which is a free alternative to Adobe Illustrator.

2. 2

   Create a new Adobe Illustrator file. Click New on the title page of Adobe Illustrator to create a new Illustrator project. The dimensions of the project do non matter. Y'all can also create a new file using the post-obit steps:

   • Click File in the menu bar at the top.
   • Click New.
   • Blazon a name for the project side by side to "Proper name:"
   • Click Ok.

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3. three

   Place the image you lot want to convert to an SVG. The ideal image to convert to an SVG should be a simple, flat epitome such as messages or a logo. The image shouldn't have more than 2 or three colors. Circuitous images, such every bit photographs will non easily catechumen to an SVG epitome. The image can be a JPEG, PNG, GIF, or other paradigm formats. Use the following steps to place an paradigm into your Illustrator projection:

   • Click File in the menu bar at the top of the folio.
   • Click Place.
   • Select the image you want to place.
   • Click Identify.

4. 4

   Select the epitome. To select the image, click the icon that resembles a mouse cursor in the toolbar to the left and and so click the image.

5. 5

   Open up the Tracing Options menu. The Tracing Options menu is where you lot can edit the options that convert an prototype into a vector graphic. Utilize the following steps to open the Tracing Options menu:

   • Click Object.
   • Click Alive Trace.
   • Click Tracing Options.

6. 6

   Click the checkbox next to "Preview". It'south on the right side of the Tracing Options menu. This allows yous to run into what the image volition look like after it is converted to a vector graphic.

7. seven

   Select a color mode. Use the drop-down bill of fare next to "Mode" to select the color mode. If y'all are working with an image that has one solid color, select "Black and white". If y'all are working with a colour image, select "Color"

   • In Color fashion, you lot can apply the box next to "Max Color" to select the maximum number of colors the prototype will create. Ideally, the prototype shouldn't take more than than 2 or three colors.

8. viii

   Adjust the threshold. If the lines in the vector image don't lucifer the original paradigm exactly, you tin can increase the threshold. Increasing the threshold increases the number of pixels that get traced as part of the object. Click the bracket icon pointing right adjacent to the "Threshold" box to display a slider bar. Click and elevate the slider bar to the right to increase the threshold.

   • If the edges of the image still don't quite lucifer the original, you can attempt decreasing the options for "Path Fitting", "Minimum Area", and "Corner Angles."

9. nine

   Click the checkbox next to "Ignore Whites" (optional). If y'all are working with an image that has a white groundwork, you can click the checkbox next to "Ignore whites". This will tell Illustrator to ignore the white parts of the image and merely trace the colored objects. Be aware that this will also ignore any white parts of an epitome that y'all may desire to continue.

10. 10

    Click Trace . If yous are satisfied with how the traced preview looks, click Trace in the Tracing Options menu to finalize your settings.

11. 11

    Trace the epitome. Utilise the following steps to trace the image using the option you specified in the Tracing Options card:

    • Click Object in the menu at the pinnacle.
    • Click Live Trace
    • Click Aggrandize.

12. 12

    Edit the epitome manually (optional). If y'all weren't able to get Live Trace to trace the image perfectly, you can manually edit the edges using the sub-selection tool. Click the icon that resembles a white mouse cursor in the toolbar to the left. Then yous tin can click and elevate the vector points on the lines and corners to motion them. You can also click and drag the bezier curves (the lines with a dot that extend from a selected vector points) to adjust the curves in between the vector points.

13. thirteen

    Salvage the epitome equally an SVG. Use the post-obit steps to relieve the epitome every bit an SVG.

    • Click File in the menu bar at the height.
    • Click Relieve As.
    • Type a name for the epitome side by side to "File Name".
    • Utilise the driblet-down menu next to "Save as Type" to select SVG.
    • Click Salve
    • Click Ok.

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1. ane

   Open Inkscape. Inkscape has an icon that resembles a black diamond being painted. Click the Inkscape icon to open Inkscape.

   • You can download Inkscape for free here.

2. 2

   Import an image yous desire to convert into an SVG graphic. The platonic image to convert to an SVG should be a uncomplicated, flat epitome such as letters or a logo. The image shouldn't take more 2 or three colors. Complex images, such as photographs volition not easily convert to an SVG graphic. The image can be a JPEG, PNG, GIF, or other paradigm formats. Employ the following steps to place an import an image into Inkscape:

   • Click File.
   • Click Import
   • Select the prototype yous want to convert into SVG.
   • Click Open.

3. 3

   Select the image. To select the image, click the icon that resembles a mouse cursor in the toolbar to the left and and so click the image.

4. 4

   Open up the Trace Bitmap card. Utilize the following pace to open the Trace Bitmap menu:

   • Click Path.
   • Click Trace Bitmap.

5. five

   Click the checkbox next to "Alive Preview". This displays what the traced prototype volition look like in the preview window.

6. six

   Select a scan option. Click the radial button to select a scan pick. The options are every bit follows:

   • Edge Cutoff: This option uses the shade of a pixel to determine if it should be traced as part of the shape. Utilize the threshold box adjacent to this option to increment the threshold to include more shades. The image output will be in black and white.
   • Edge Detection: This option uses the brightness of the pixels to determine if they should be part of the shape. Utilise the threshold box next to this option to increase the threshold to include more brighter shades in the image. The image output will be in black and white.
   • Color quantization: This option uses colors to determine the shape. Use the number of colors option to specify how many colors should be included in the shape. The output volition be a black and white prototype.
   • Brightness Steps: This selection produces multiple shapes based on the brightness of the pixels.
   • Colors: This selection produces multiple shapes based on color.
   • Greyscale: This pick is similar to color, only outputs shapes in shades of grey instead of color.

7. 7

   Uncheck the box side by side to smoothen. This option adds a mistiness consequence to the paradigm. This does not convert to 3D objects well.

8. 8

   Adjust additional options (optional). To suit additional options click the Options tab and adjust the following options:

   • Suppress Speckles: Bank check this option to ignore modest spots in the image. Use the box next to "Size" to specify the size in pixels of the spots that should exist ignored.
   • Shine Corners: Cheque this selection to smooth out sharp corners. Apply the box adjacent to "Threshold" to specify how abrupt the corners that are to exist smoothed out should be.
   • Optimize Paths: Check this pick to produce a shape using the smallest amount of bezier curves possible.

9. 9

   Click Ok . This produces a shape(due south) based on the specifications you set in the Trace Bitmap carte du jour.

10. x

    Elevate the shape away from the paradigm. Click and drag to move the shape away from the original prototype.

    • At this point, you lot may notice the traced object doesn't look quite right. If so, just delete it and conform the Trace Bitmap settings to create a new object.

11. 11

    Edit the shape(s) manually. If you need to smooth out whatever of the lines or edges in the shape, you can do and so manually using the "Edit Paths by Node" tool. It's the icon that resembles a triangle clicking a vector point on a line. It's in the toolbar to the left. Employ this tool to click and drag the vector points on the lines and corners. You can likewise click and drag the bezier curves (the lines with dots extending from the vector points) to adjust the curves in between lines.

12. 12

    Delete the original paradigm. To delete the original epitome, click the icon that resembles a mouse cursor in the toolbar to the left. Then click the image and press the Delete fundamental.

13. 13

    Salvage the paradigm. Since SVG is the native format to Inkscape, you don't need to save the epitome in whatsoever special format. Just employ the post-obit steps to relieve the paradigm:

    • Click File in the menu bar at the acme.
    • Click Save Equally.
    • Blazon a name for the image adjacent to "File Name".
    • Click Relieve.

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1. 1

   Open Blender 3D. Blender 3D has an orangish, white, and blue circle icon with some orange lines sticking out of the superlative. Click the Blender 3D icon to open Blender 3D on your computer.

   • Blender 3D is a gratuitous 3D animation and editing suite. You can download Blender 3D from blender.org

2. 2

   Delete the cube. When you open a new file in Blender 3D, it starts you off with a simple scene with a camera, light, and a cube. To delete the cube, click it to select it. Selected objects are highlighted in orange. Then press the Delete primal to delete it.

3. 3

   Switch to an overhead view. To switch to an overhead view in Blender 3D, press 7 on the number pad on the right side of your keyboard or utilize the following menu steps:

   • Click View in the upper-left corner of the 3D viewport.
   • Click Viewpoint.
   • Click Top.

4. 4

   Import the SVG into Blender 3D. Use the post-obit steps to import the SVG file into Blender 3D:

   • Click File in the menu bar at the summit.
   • Click Import.
   • Click Scalable Vector Graphic (.svg).
   • Select the SVG file y'all desire to import.
   • Click Import SVG in the lower-left corner.

5. 5

   Zoom in and select the SVG. Roll the mouse bicycle up to zoom in in Blender 3D. When yous see the SVG, click and drag a box around it to select it.

6. 6

   Movement the SVG to the center of the grid. To move an object, click the cross-pointer icon in the toolbar to the left. Click and drag the object to movement it. Click again to place the object.

   • Yous tin can also press G on your keyboard and drag your mouse to move an object.

7. 7

   Scale the SVG to the size you desire. To change the size of an object, click the icon that resembles a square with an arrow pointing to a larger foursquare in the toolbar to the left. The click and drag the mouse to change the size of your object. Click again to set the size of the object.

   • You lot tin besides printing S on your keyboard and drag the mouse to modify the size of an object.
   • You may need to movement the object back to the heart when you are finished.

8. viii

   Convert the SVG to a mesh. Converting the SVG to a mesh allows you to edit the object in Blender 3D. Apply the following steps to convert the SVG to a mesh.

   • Click and drag a box around the SVG to select it.

9. 9

   Click Object at the top of the 3D viewport.

   • Click Convert to.
   • Click Mesh from Curve/Meta/Surf/Text.

10. 10

    Select the new mesh. To select a mesh in Blender 3D, simply click it. A selected object is highlighted in orangish.

11. 11

    Switch to Edit mode. To switch to Edit manner, click the drib-down menu that says Object style in the upper-left corner of the 3D viewport. And then select Edit Mode.

12. 12

    Select the unabridged 3D mesh. Edit mode allows y'all to edit one mesh at a time. Click and elevate a square around the 3D mesh to select the entire mesh, or press A on your keyboard to select everything.

13. 13

    Switch to a side view. The mesh should look similar a flat line from the side. Use the following steps to switch to a side view, or printing 3' or 1 on the number pad on the right side of your keyboard:

    • Click View at the summit of the 3D viewport.
    • Click Viewport.
    • Click Front, Dorsum, Right or Left.

14. 14

    Extrude the faces of the mesh. Extruding faces of the object changes the mesh from a flat object to a 3D shape. Printing E on your keyboard and elevate the mouse to the desired height, or utilize the post-obit steps to extrude the faces of the object:

    • Click Mesh at the top of the 3D viewport.
    • Click Extrude.
    • Click Extrude faces.
    • Drag the mouse to the desired height.

15. fifteen

    Switch dorsum to Object Mode. To switch dorsum to Object mode, click the drib-down bill of fare that says "Edit Fashion" in the upper-left corner of the 3D viewport. Then click Object Mode.

16. 16

    Edit the material properties of the object. To edit the material properties of an object, click the icon that resembles a cerise sphere in the sidebar menu to the correct. Use the following options to alter the material properties of the object:

    • Base color: Click the colored box next to Base colour and and then use the color cycle nether the "RGB" tab to select the base of operations color of the object.
    • Metallic: Use the slider bar next to "Metallic" to adjust the reflective (mirror) properties of the object.
    • Specular: Employ the slider bar next to "Specular" to adjust how intense the cogitating backdrop of the object are.
    • Roughness: Employ the slider bar side by side to "Roughness" to adjust how rough or shine the reflective backdrop of the object are.

17. 17

    Save your work. When you lot are satisfied with how the 3D object looks, use the post-obit steps to save your work:

    • Click File.
    • Click Save Every bit.
    • Blazon a name for the blender file in the field at the bottom of the window.
    • Click Relieve As.

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Add New Question

• Question

  How tin can add the 2D JPG/PNG image for converting into 3D?

  

  Asher Bezdek

  Community Answer

  All yous need to practise is elevate the photo from your files into Blender past holding down the left click push.

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• In addition to extruding the faces of your objects, yous can also bevel them to give them a more rounded look.

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Things You'll Need

• A simple apartment image.
• Inkscape or Adobe Illustrator.
• Blender 3D.

About This Article

Commodity Summary Ten

1. Import a unproblematic 2d image in Adobe Illustrator or Inkscape.
2. Utilize Live Trace or Bitmap Trace to convert the image into a vector graphic.
3. Save the vector graphic in SVG format.
4. Open Blender 3D.
five. Import the SVG file into Blender 3D.
6. Select the SVG curves and convert them to a mesh.
7. Select the Mesh and switch to Edit Mode.
8. Extrude the faces of the mesh.
9. Switch back to object fashion and employ material properties to the mesh.
10. Salve your work.

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Source: https://www.wikihow.com/Turn-a-2D-Image-Into-3D-Using-Blender

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