Showing: 1 - 1 of 1 RESULTS

This website uses cookies to function and to improve your experience. By continuing to use our site, you agree to our use of cookies. The Image to Curve add-in lets you use an image as a starting point for an analysis. Using the add-in, an interpolation curve is created from a contour plot of an imported image. This interpolation curve can then be used as part of a geometry. Here, we demonstrate how to use this functionality. In the figure below, you can see a few of the different steps involved in order to create a swept mesh based on a photo of a profile that was drawn with a black marker.

In this case, the 3D model was created by extruding the image-based 2D geometry. An imported photo taken with a smartphone of a profile drawn with a black marker with an overlaid contour plot thin green line. The solid geometry profile resulting from deleting a few extraneous domains that is created in the conversion from an image to a geometry. A swept mesh based on the black marker profile. The Add-in Libraries button. The Add-in Libraries window.

The Image to Curve add-in will then display when you click the Add-ins button, located on the Developer tab. Accessing an add-in from the Developer tab. The Settings window for the Image to Curve add-in is shown below. It has five toolbar buttons at the top and five different sections with various settings. The Image to Curve Settings window. Use the toolbar at the top of the Settings window to navigate between the different steps. The toolbar buttons of the Image to Curve add-in.

To import an image, in the Image section of the Settings window for the add-in, click the Browse button. This opens a file browser where you can select an image for import. The Image section.

convert image to geometry

The image can, for example, be a photo of an object or a drawing. The supported image formats are. In order to create a good-quality geometry, the image should preferably be a dark shape on a lighter background or a light shape on a darker background. When imported, a color image is always converted into a grayscale image. After import, the Image section will display information on the image size in pixels x size and y sizethe image width in terms of the current length unit as determined by the Geometry node, the Filenameand the Filter used to process the image.

By changing the Image width value, you can adjust the dimensions of the final geometry. This could also be changed later by adding a Scale feature node to the Geometry sequence.

The Filter options include a few blur and sharpening filters, as shown in the figure below. The Filter settings. Use these filters to reduce noise blur or enhance edges sharpen in the imported image.

Changing the filter will change the shape of the curve extracted from the image. The default is a Gaussian blur filter.

convert image to geometry

If needed, use a dedicated image processing software to further process the image before import. Click the Plot or Filter button in the toolbar to render the original or filtered image, respectively.

By default, contour curves are automatically placed at an approximate average threshold level with respect to the pixel intensity level in the filtered image. To manually control the Contour threshold, clear the Automatic contour threshold check box.

The Contour section.By using our site, you acknowledge that you have read and understand our Cookie PolicyPrivacy Policyand our Terms of Service. It only takes a minute to sign up.

In their table is column of Geometry type, so in my raw text I have something like "0xEC I anticipated I would be able to reverse back into a Geometry field on my end, but that doesn't seem to be so easy.

I can't cast the string as Geometry because it complains that it's not a WKT. I found this link which helped at least answer my question about what is in SQL Server, but didn't get me all the way there: what is the format of Geometry data type of SQLServer You will need to be careful that the string 0xE Another option is to do a dynamic query to get the selection.

I put a couple of conversion examples below. Building on MickyT's answer, since you're going to have a table with your values already sitting in WKB or whatever we're calling ityou would want to write sql that will convert all records to geometry, rather than having to declare a variable, etc. So if you start off with a simple temp table that would replicate the WKB in one record, it would look like this:.

Now if you treat that as a temp table and wrap some SQL around it, you have a column with the WKB in there and you can convert it to varbinary as suggested above:. As MickyT answered, it's in the binary, and you can wrap 1 more sql query around there to test:. Original poster here, when I tried to finish signup it didn't link the signin for the original post. Thanks for all the help!

I'll upvote each answer once I'm able to and maybe if I can figure out how to link this account and the original one I can mark an answer. It makes it much easier. I think my main problem was getting the raw binary "string" to something I could use. Here's a sample of how I solved it:. Sign up to join this community.

The best answers are voted up and rise to the top. Home Questions Tags Users Unanswered. Ask Question. Asked 4 years, 7 months ago. Active 4 months ago. Viewed 16k times. Peter Peter 1 1 gold badge 1 1 silver badge 3 3 bronze badges.

STAsBinary (geometry Data Type)

Peter did you ever find any of these a solution for your issue? Active Oldest Votes. MickyT MickyT 3, 10 10 silver badges 14 14 bronze badges. As MickyT answered, it's in the binary, and you can wrap 1 more sql query around there to test: select top 1 getsrid. STSrid from select cast geomconvert. MickyT ah yes! I will post one more snippet to testThe Image to Curve add-in lets you use an image as a starting point for an analysis. Using the add-in, an interpolation curve is created from a contour plot of an imported image.

This interpolation curve can then be used as part of a geometry. Here, we demonstrate how to use this functionality. In the figure below, you can see a few of the different steps involved in order to create a swept mesh based on a photo of a profile that was drawn with a black marker. In this case, the 3D model was created by extruding the image-based 2D geometry.

Convert 2d image to 3d model in 3ds max

An imported photo taken with a smartphone of a profile drawn with a black marker with an overlaid contour plot thin green line. The solid geometry profile resulting from deleting a few extraneous domains that is created in the conversion from an image to a geometry. A swept mesh based on the black marker profile. The Add-in Libraries button.

The Add-in Libraries window. The Image to Curve add-in will then display when you click the Add-ins button, located on the Developer tab. Accessing an add-in from the Developer tab. The Settings window for the Image to Curve add-in is shown below. It has five toolbar buttons at the top and five different sections with various settings.

The Image to Curve Settings window. Use the toolbar at the top of the Settings window to navigate between the different steps. The toolbar buttons of the Image to Curve add-in. To import an image, in the Image section of the Settings window for the add-in, click the Browse button. This opens a file browser where you can select an image for import.

The Image section. The image can, for example, be a photo of an object or a drawing. The supported image formats are. In order to create a good-quality geometry, the image should preferably be a dark shape on a lighter background or a light shape on a darker background. When imported, a color image is always converted into a grayscale image. After import, the Image section will display information on the image size in pixels x size and y sizethe image width in terms of the current length unit as determined by the Geometry node, the Filenameand the Filter used to process the image.

By changing the Image width value, you can adjust the dimensions of the final geometry. This could also be changed later by adding a Scale feature node to the Geometry sequence. The Filter options include a few blur and sharpening filters, as shown in the figure below. The Filter settings. Use these filters to reduce noise blur or enhance edges sharpen in the imported image.

Changing the filter will change the shape of the curve extracted from the image.Two basic workflows are possible with Texture to Geometry :.

To convert an assigned texture to a polygonal mesh. It is important that you select only a single surface when converting a texture to geometry. If the object is comprised of many grouped surfaces, you can use the Outliner or the Hypergraph to select a single surface that has the assigned texture.

The Texture to Geometry Options window appears. Because it is possible to have multiple textures assigned to a surface, you must specify which image you want converted in the Input Image text box. A polygonal mesh is created and placed above the texture on the selected polygon surface in the scene view. Whenever Fit to Selection is turned on defaultthe resulting surface mesh is positioned above the selected surface in the scene view. You can select the Texture to Geometry feature and specify an image in the options window, turn off the Fit to Selection option, and the resulting polygonal mesh will appear at the origin in the scene view.

To convert an image to a polygonal mesh. The resulting polygonal mesh is created and placed at the origin of the scene view along the X,Y plane. For specifics on what each option controls, see the Texture to Geometry options below.

Calculations for the segmentation phase of the feature are computational intensive and are affected by two factors. The minimum image size should be no smaller than x pixels with an upper range of x pixels. Ideally, use input images in the range to pixels in one dimension. If your input image exceeds these guidelines you can resize the image using an image editing application prior to using the feature. Texture to Geometry works well with images that contain well defined color features.

For example, a bold colored logo with a clearly defined contrasting background is well suited for use with the feature. Texture to Geometry does not work efficiently with images that have many random colors. For example, a noise texture would not be suitable. These types of images make it difficult for the segmentation algorithm to detect groups of related RGB color values that allow the feature to determine boundaries for subdivision of the polygonal mesh.

In addition, images that contain subtle color artifacts as a result of image compression may be problematic. In these situations, it may be necessary to clean up the color artifacts in the image using an image editing application before using the Texture to Geometry feature.

For accurate fitting of the surface the UVs must be non-overlapping and should be within the 0 to 1 texture mapping range as they appear in the UV Texture Editor. It is important that you select only a single surface for each conversion operation when converting a texture to geometry.

If the object is comprised of many surfaces in a grouping, you can use the Outliner or the Hypergraph to select the single surface that has the assigned texture. Texture to Geometry workflows Two basic workflows are possible with Texture to Geometry : convert an assigned texture for a polygonal mesh that is selected in the scene, and have the resulting converted mesh positioned so it appears above the assigned texture in the scene. When the scene is rendered using the vector renderer the texture will appear as expected.

In this case, no surface needs to be selected. You need only specify the image and the resulting mesh is positioned at the origin in the scene view. To convert an assigned texture to a polygonal mesh In the scene view, select the polygon surface with the assigned texture map you want to have converted to a polygonal mesh.Upload your files to convert and optionally apply effects.

If you need more advanced features like visual croppingresizing or applying filtersyou can use this free online image editor. In order to continue you need to upgrade your account:.

This free online image converter converts from more than image formats. The upload size has been limited to MB per image for now. You can find a list below with the supported image formats the online tool can convert from:. Photos and images meant for email or posting on websites need to be compressed to reduce time of upload and download as well as to save on bandwidth. JPG files are commonly used for these purposes What is JPG. This website uses own and third party cookies to develop statistical information, to personalize your experience and to show custom advertising through browsing analysis sharing it with our partners.

By using Online-Convert, you agree to our use of cookies. Convert media free, fast and online. No software installation needed. Register Login. All converters. Archive converter.

Audio converter. Device Converter. Document converter. Ebook converter. Hash encryption. Image converter. Software Converter. Video converter.

Online image converter to JPEG

Webservice converter. Online image converter to JPEG.

convert image to geometry

Drop Files here Choose Files. Warning: Please upload a file or provide a valid URL. Warning: Please provide a password.This website uses cookies to function and to improve your experience. By continuing to use our site, you agree to our use of cookies. The Image to Curve add-in lets you use an image as a starting point for an analysis.

Using the add-in, an interpolation curve is created from a contour plot of an imported image. This interpolation curve can then be used as part of a geometry. Here, we demonstrate how to use this functionality.

In the figure below, you can see a few of the different steps involved in order to create a swept mesh based on a photo of a profile that was drawn with a black marker.

In this case, the 3D model was created by extruding the image-based 2D geometry. An imported photo taken with a smartphone of a profile drawn with a black marker with an overlaid contour plot thin green line.

The solid geometry profile resulting from deleting a few extraneous domains that is created in the conversion from an image to a geometry.

A swept mesh based on the black marker profile. The Add-in Libraries button. The Add-in Libraries window. The Image to Curve add-in will then display when you click the Add-ins button, located on the Developer tab. Accessing an add-in from the Developer tab. The Settings window for the Image to Curve add-in is shown below. It has five toolbar buttons at the top and five different sections with various settings.

The Image to Curve Settings window. Use the toolbar at the top of the Settings window to navigate between the different steps. The toolbar buttons of the Image to Curve add-in. To import an image, in the Image section of the Settings window for the add-in, click the Browse button. This opens a file browser where you can select an image for import.

The Image section. The image can, for example, be a photo of an object or a drawing. The supported image formats are. In order to create a good-quality geometry, the image should preferably be a dark shape on a lighter background or a light shape on a darker background.

When imported, a color image is always converted into a grayscale image. After import, the Image section will display information on the image size in pixels x size and y sizethe image width in terms of the current length unit as determined by the Geometry node, the Filenameand the Filter used to process the image.Use the form below to send your comments and suggestions about this topic directly to our documentation team.

The documentation team cannot answer technical support questions. Click here for information about technical support. We have detected you are using a browser version older than Internet Explorer 7. For optimized display, we suggest upgrading your browser to Internet Explorer 7 or newer.

To report problems encountered with the Web help interface and search, contact your local support representative. All rights reserved. Note the following: Sliders control the source image. Sliders for Color tolerance and Recognition tolerance are dynamic. Set Color tolerance towards the left to increase color precision, and decrease color deviation. Set Recognition tolerance towards the left to increase the precision with which the trace follows the source geometry.

You can clear Show source image so that only the vector sketch elements display when you create the sketch. Parent topic Sketch Picture. Related tasks Inserting and Resizing Sketch Pictures. Related reference Sketch Picture PropertyManager. Thank you for your comments. We will contact you if we have questions regarding your feedback.

Print Topic Select the scope of content to print: Just this topic This topic and all topics linked from this topic This topic and all children of the topic in the table of contents. Never show this message again. Other versions:. Feedback on this topic. User Interface. Moving from 2D to 3D. Design Checker.

convert image to geometry