3D scanner pro apk cracked

3D Scanner Pro Free Download. Mod Apk [Hack]

Developer: Xplorazzi Tech

Category: Tools

Price: ~~$4.99~~ (Download for free)

Screenshots

Description

3D SCANNING:

Creating 3D model of real-world objects has always been tough but now using the 3D Scanner app you can scan any object and convert it into 3D model easily. 3D Scanner app converts your smartphone into 3D scanning device to make 3D models using Photogrammetry. Place your object in centre and start capturing images or recording video by orbiting around the object. Scan the object from two different angles and it will be automatically converted into photo-realistic 3D model

3D Scanner app uses Photogrammetry technology to create true 3D mesh from photos and video using smartphones camera. The app provide easiest solution to convert photos into 3d model. Using the app, smartphone becomes a standalone tool to turn photos into 3D model. The resulting 3D models are stored locally and can be shared with others.

APPLICATION FEATURES:

• Captures Photos and Video from your smartphone camera and the data will be uploaded to server and processed to get high quality 3d model.

• User can process multiple models using provided credits and can download processed 3D models. To increase model download limit, user can purchase credits within the app using in app purchase option.

• Claim your credits back - If models do not come satisfactory to users, they can claim the credits back unlimited times, and keep on trying

• Built-in model viewer provides high quality model preview within your phone

• Publish the best model on the community timeline. The shared post can be viewed by other users. Other users can like and comment on the shared model

• By default all the models are private. User can anytime Publish and un-publish the model from community timeline

• Upload the downloaded model to online 3d Model hosting sites and share on fb or any other social media site

• The ability to export models in multiple formats, such as OBJ, FBX

• This is one of the most user-friendly and accurate among all the 3d Scanner apps.

• Export your 3D model for 3D printing, Convert downloaded OBJ to STL and send it to 3d printer

Key points:
• Keep the subject in the centre of the frame and move around the object/scene to capture images/video

• Avoid blurry photos and have good lighting in the scene. Good quality camera is recommended

• 3D scanning of any moving target is not possible. The target needs to remain still while scanning

• Make sure each segment of the object is present on at least three pictures

• Aim for a distance where you need 15-20 images to cover the object with overlap

• Reflective, transparent and uniform textured targets cannot be converted into 3d model

• Try to use objects with colours markedly distinct from the background - textured objects are best

• Ultimately the model quality depends on the input data, please follow all the instructions to get the best 3d model

OUTPUT:

The output of the 3D model will be photo-realistic FBX and OBJ files. Exported model can be used in other 3d modelling tools. Share your models with friends and family. To 3D-Print the processed model convert downloaded file to STL and send to 3d Printer

CREDIT INFO:

Processing credits: 160
Download Credits: 48

CONTACT:

3D Scanner can quickly give processed model in .OBJ and .FBX format. If user would like to edit the processed 3d model such as transforming, cutting some portion of model and changing rotation/scale of it, a request can be made to Edit the Model

Our team is continuously working on improving the speed and other features in the app. Please, do not hesitate to send feedback and bug reports so that we can improve the app.

If you have an issue, please email us at [email protected] before leaving a review.
Learn more about 3D Scanning and capturing at http://www.3dscanner.io/

Loving the app? Please leave a five star rating and review!

Follow and like us on:
• Facebook: https://www. facebook.com/3DscannerPro/
• Twitter: https://twitter.com/3dscannerapp
• Instagram: https://www.instagram.com/3dscannerpro/

Version history

8.0.0

July 22, 2021

Refer app with friends and Earn free extra credits.

Download 3D Scanner Pro on iOS

Download 3D Scanner Pro MOD APK 8.0.0

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Ratings

2.1 out of 5

414 reviews

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3D Scanner Pro Download

3D SCANNING:

Creating 3D model of real-world objects has at all times been powerful however now using the 3D Scanner app you can scan any object and convert it into 3D model easily. 3D Scanner app converts your smartphone into 3D scanning gadget to make 3D fashions using Photogrammetry. Place your object in centre and start capturing images or recording video by orbiting around the object. Scan the object from two totally different angles and it will be routinely transformed into picture-realistic 3D mannequin

3D Scanner app makes use of Photogrammetry technology to create true 3D mesh from pictures and video utilizing smartphones camera. The app present best solution to convert pictures into 3d model. Using the app, smartphone turns into a standalone device to flip photos into 3D mannequin. The resulting 3D fashions are saved locally and can be shared with others.

APPLICATION FEATURES:

Captures Photos and Video from your smartphone digital camera and the information will be uploaded to server and processed to get excessive high quality 3d model.

• User can process multiple fashions utilizing offered credits and can download processed 3D fashions. To improve mannequin obtain limit, consumer can purchase credit within the app using in app buy option.

Claim your credit again - If fashions do not come satisfactory to users, they can declare the credit back unlimited instances, and keep on attempting

• Built-in mannequin viewer offers high high quality model preview inside your telephone

Publish the finest mannequin on the group timeline. The shared submit can be seen by other users. Other users can like and remark on the shared mannequin

• By default all the fashions are personal. User can anytime Publish and un-publish the model from community timeline

Upload the downloaded model to online 3d Model internet hosting websites and share on fb or any different social media website

The capacity to export fashions in multiple codecs, such as OBJ, FBX

• This is one of the most user-friendly and accurate amongst all the 3d Scanner apps.

Export your 3D model for 3D printing, Convert downloaded OBJ to STL and send it to 3d printer

Key points:

• Keep the topic in the centre of the frame and transfer around the object/scene to seize pictures/video

• Avoid blurry pictures and have good lighting in the scene. Good quality digital camera is beneficial

• 3D scanning of any shifting target is not attainable. The target wants to stay still whereas scanning

Make certain each phase of the object is current on at least three pictures

• Aim for a distance where you need 15-20 images to cover the object with overlap

• Reflective, transparent and uniform textured targets can not be transformed into 3d model

• Try to use objects with colours markedly distinct from the background - textured objects are best

• Ultimately the model high quality relies upon on the input data, please follow all the directions to get the best 3d model

OUTPUT:

The output of the 3D mannequin will be photo-sensible FBX and OBJ files. Exported model can be used in other 3d modelling instruments. Share your fashions with friends and household. To 3D-Print the processed mannequin convert downloaded file to STL and send to 3d Printer

CREDIT INFO:

Processing credit: one hundred sixty

Download Credits: forty eight

CONTACT:

3D Scanner can quickly give processed model in . OBJ and .FBX format. If user would like to edit the processed 3d mannequin such as transforming, slicing some portion of mannequin and changing rotation/scale of it, a request can be made to Edit the Model

Our group is repeatedly working on enhancing the pace and other options in the app. Please, do not hesitate to send suggestions and bug reports so that we can enhance the app.

If you have an issue, please e mail us at [email protected] before leaving a evaluate.

Learn extra about 3D Scanning and capturing at http://www.3dscanner.io/

Loving the app? Please go away a 5 star rating and evaluate!

Follow and like us on:

Facebook: https://www.fb.com/3DscannerPro/

• Twitter: https://twitter.com/3dscannerapp

Instagram: https://www.instagram.com/3dscannerpro/

Qlone 3D Scanner for EDU 3.

11.1 APK + Mod (Unlimited money) for Android

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Version:	3.11.1
Size:	56M
Android version:	7.0 and up
Price:
developer:	Eyecue Vision Technologies Ltd
category:	Education

Content

Against Information
Qlone 3D Scanner for EDU History
How to install
Mod Safe

Against information

Free purchase

Qlone 3D Scanner for EDU Story

Same app with premium features fully unlocked!

is recognized as one of the top 10 classroom AR apps by Edsurge, Qlone, All-in-One Tool for 3D scanning and AR. We made it simple and fast to 3D scan real objects by modifying them in the app, export the result to many 3D file formats, platforms and 3D printers, and even magically bring them to life with animation. Ideal tool for AR/VR (Aupmented Reality) content creation, 3D printing, stem education, wiring showcase and many other uses. nine0003

Scan
Scanning real objects has never been easier. Print the included AR MAT, place your subject in the middle of the mat, and let the augmented reality dome guide you through the scanning process. Scan an object from two different angles and it will be automatically merged for better and more complete 3D results.
with Qlone, no waiting time, all processing is done live on your phone.
Print mat Directly from the app, or send it as a mail and print. nine0003

Modify
with an in-app built-in tool so you can optimize and modify your 3D model without having to export them.

BR> Texture - select colors from a scanned object and paint them directly onto the 3D model. Blur zones or transitions for smoother results.
Clean - improve the quality of the model, erasing unwanted areas or smoothing the surface.
Sculpt - enhance or reshape your object by clicking or dragging a selected area and adjust Transition. nine0003

Improve mesh details or set the scale size of your 3D printable model, simplify mesh for lower file export.

AR View + Animation:
you can Your 3D models are back to reality and brought to life with automatic rigging and animation.

Export and Import:
Export your model directly to platforms like Sketchfab. Models can be exported in various formats for use in other 3D tools - OBJ, STL, FBX, GLB (GLTF binary) which includes animation, PLY, X3D. nine0003

Share your models with your friends as picture, Video or GIF via Facebook, Twitter, Instagram, WhatsApp, Email and imessage.

You can import any 3D model created with QLONE.

How to install

Install steps:
You must first uninstall Qlone 3D Scanner for EDU original version if you have installed it.
Then download Qlone 3D Scanner for EDU Mod APK on our website.
Once the download is complete, you should find the apk file and install it.
You must enable "Unknown Sources" to install apps outside of the Play Store.
Then you can open and enjoy Qlone 3D Scanner for EDU Mod APK nine0003

Is Qlone 3D Scanner for EDU Mod Safe?

Qlone 3D Scanner for EDU Mod is 100% safe because the application was checked by our Anti-Malware platform and no viruses were found. The antivirus platform includes: AOL Active Virus Shield, avast!, AVG, Clam AntiVirus, etc. Our antivirus engine filters applications and categorizes them according to our parameters. Therefore, the installation is 100% safe. Qlone 3D Scanner for EDU Mod APK on our site. nine0003

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More than

3D scanner for $30 / Sudo Null IT News We can do the same with a special program, a laser pointer and a webcam. Only thirty dollars.

About 3D scanning

Many spheres of our life are inconceivable without three-dimensional graphics. A huge army of 3D modelers (or simply 3D’s) create models every day, which are then successfully used in a variety of areas, ranging from cinema, advertising, industrial production, architecture, and ending with God knows what else. Any person involved in modeling, sooner or later, faces the following task: you need to create a model of what already exists in our three-dimensional world. It could be anything. For example, a prototype model that a customer put on your desk and asked to do “exactly the same, only on a computer.” Moreover, it is necessary to model not just so that it “looks like”, but so that the prototype object and the three-dimensional model are like twin brothers separated by a computer screen. It happened to me as well. While completing another modeling order, I faced very strict requirements for matching my model to the client's sample. After the nth unsuccessful coordination, it became clear that this time the absolute accuracy of the model is needed. In any case, the client was sure that otherwise, if Armageddon did not come for all mankind, then at least something similar would happen. What was left for me to do? Finally try 3D scanning! I then thought: "This is modeling for the lazy." A minute of work - and that's it, the model is ready! To my great surprise (and disappointment), it turned out that even the simplest 3D scanner costs a lot of money. Or rather, very large. To buy it, I had to multiply the cost of this model by a number with five zeros. But if you can not buy, then we will do it ourselves. Below I want to share with you the experience of how to assemble a 3D scanner with your own hands. I will not only tell you what components and where to buy for this, but also how to use this scanner. nine0003

What do we need?

As it turned out, you can literally make your own 3D scanner from improvised materials: we need a special program, a laser pointer, a webcam, and some homemade devices.

Special software. The most important part of a scanner, including an expensive professional scanner, is its brain, the software that performs the digitization. What we need are tools that allow you to scan / digitize 3D objects with the help of available tools: webcams and a laser pointer. These are DAVID-laserscanner and TriAngles, available for free testing, but with some limitations. The latter has a rather unpleasant limitation: for its operation, a uniformly rotating table is required, on which the scanned object will be located. In addition, severe requirements are imposed on the object itself. Its shape should be close to cylindrical, and even better - spherical. DAVID-laserscanner does not have such requirements, so I chose it. Despite the fact that the program is paid and its cost ranges from 199 to 229 euros, you can test it for as long as you like - there are no time limits. The only limitation lies in the features of saving scan results. You can save scans, but in low quality. However, miracles sometimes happen on the Web, and if you manage to find a version of DAVID that saves in high quality, then you will save on this too. And whoever seeks will always find.

Webcam. The program reads the object's parameters necessary for composing the object using a webcam. You may have it. If so, great, you can try to crank everything with her. The main thing is that the resolution is at least 640 x 480. There are other requirements: manual focusing (the ability to turn off autofocus), a minimum of noise at high resolution, a high-quality camera lens - the lens should not give strong distortion. The camera must be connected to a USB port and work on WDM drivers (that is, simply speaking, it must be visible for selection in the DAVID program). Most modern webcams meet these requirements, but only you and I can check their compatibility with DAVID, so we will trust the recommendations of the program's creators to avoid any surprises. Of the cheap cameras, the developer himself recommends the Logitech WebCam Pro 9000 with cam holder, which can be bought for a hundred dollars. I have successfully scanned my $35 Logitech C270.

Setting up the scanner

Laser module. The scanner requires a component that will give a line. It's a line, not a dot. It is important! I read on the forums that a regular Chinese laser pointer would do, but it doesn't. No matter how fast you move your hand armed with a laser pointer, it's not the same. A little later I will explain why. Now one thing is important - you need a scanner that gives a line. Red, green, blue - the color of the scanner is unimportant. In general, you can do without a scanner, using alternative solutions (read in the sidebar). But the laser module is definitely the easiest and most affordable option. I purchased a 650nm red laser module with a 5mW line focus for $25. You can buy this one anywhere, for example, in a hardware store or via the Internet, as I did (I think at www.greenlaser.com.ua). I do not recommend purchasing modules of higher power (up to 20 mW), since their use is advisable in very rare cases. There are ready-made self-powered modules - if you find it, then buy one better. For my laser module, I had to create a small tool to make it convenient to hold in my hand, turn it on / off. I fed him with the usual crown 9B: red wire "+", black "-": if it is the other way around, it will heat up and, as a result, will fail prematurely.

Calibration angle. Orientation in space, being able to read the image parameters, allows the program a special device - the calibration angle. Fear not, this is the cheapest component, which is two sheets of specially applied markers that need to be placed at an angle of 90 °. After installing DAVID, you will find PDF or CDR files in the root directory, for example “Calibpoints_Scale30_DIN_A4.pdf”. Or with a similar name, but in CDR format for printing from CorelDraw. Select the file whose name corresponds to the size of the paper on which you are going to print. In general, I advise you to proceed from the size of the scanned object. Don't make a big angle if you're going to scan small objects. For starters, A4 size calibration sheets are quite suitable. It is more difficult to fix them at the right angle. I made my first corner like this - I simply bent the white corrugated cardboard, fixed it on the base, and then attached the calibration sheets butt-to-butt. It is better not to glue them, as the sheets will become wavy - this is unacceptable. Instead, you can carefully attach them around the edges with tape. I must say that after the very first scans, it became clear that the angle was not ideal. Therefore, I had to redo everything: I connected two pieces of chipboard, fastening them with corners. Turned out good: corner 90°, the surface is perfectly flat – all of which could not be achieved with corrugated board. In short, there are many options.

Scanning: with and without light

Creating a model

Now the most interesting thing - we proceed to the scanning process itself. Take a look around: there will probably be some souvenirs or figurines in the room - any small object will do for experiments. What definitely does not work is transparent or translucent objects. The laser beam should be reflected, not absorbed by objects. The creators of DAVID recommend in such cases to cover objects with talcum powder or, if you don't mind, with spray paint. I did not bother myself and took a few figurines. Conventionally, four stages can be distinguished in the scanning process, I will tell you about each in more detail. nine0003

Stage 1. Calibration. This is a preliminary stage, so we'll put the object to be scanned aside for now. Fix the webcam against the calibration corner so that all components are stationary relative to each other. The camera should be positioned at the level of the lower edge of the calibration sheets. The image must be bright during camera calibration. I scanned in the evening or during the day, but with a shaded window, and the calibration angle was illuminated by artificial light. The calibration itself is carried out in the DAVID-laserscanner. We select our webcam from the list of devices, adjust the image: increase the brightness, contrast. As a result, only black markers are visible on the screen. Click the "Calibrate Camera" button. If everything is done correctly, the program will congratulate you that the calibration was successful. Otherwise, you can try to change the position of the webcam, play around with brightness and contrast. I did not succeed the first time, but then the joy was like after the first handed session! nine0003

Stage 2. Placement of the object. To scan, place the object in the corner of the calibration corner. For best results, it should be approximately in the middle of the calibration sheets. If its dimensions are small, you can use a stand: a box, books, a wooden block of a suitable size. Tell the program the type of laser you are using. Let's turn off the lights! The screen should be dark. If not, lower the brightness values. Do not be afraid if the markers are not visible: the program has memorized their location, and now they are not so important to us. Turn on the laser and aim it at an angle just above our subject. A broken white line should appear on the screen (the program analyzes a black and white image). The distance between the camera and the laser plane (i.e. the triangulation angle) should be as large as possible for greater accuracy. Otherwise, you will see a warning: "Crossing angle is too small." At the beginning of the article, I talked you out of using a point laser pointer, and here's why. Even moving quickly with a dotted pointer, not only will you not get a straight line, but the program will not be able to calculate the value of the triangulation angle. nine0003

Stage 3. Scanning. The scanning process starts after pressing the "Start" button. It is necessary to draw the beam up and down on the object several times so that the program reads the parameters of the object through the webcam. There is an important point here: you need to turn the brush with the laser, and not lower your hand! Speed is not important, but don't try to do it very fast. When scanning, I often looked not at the object, but at the screen, watching how the program analyzes the shape of the object, drawing colored lines on the screen. Looking at the screen is more convenient for two reasons. Firstly, if the laser line is not visible on both sides of the object or the triangulation angle is insufficient, the program will immediately display a message (and you can fix it). Secondly, looking at the laser is tiring for the eyes due to the high contrast between the black background and the bright beam. Having passed through the object with a beam up and down as much as necessary, press the "Pause" button. Now you can save the scan result to a separate file using the "Save" button. There is another option - immediately transfer the image for subsequent stitching with other scans by clicking the "Transfer" button. When you click "Transfer", the scan is transferred to the next stage (gluing) without saving to a file, but we do not leave the current stage and can repeat the scan by changing the position of the object (do not forget to press the "Delete" button before a new scan). It is important to understand here: to create a model, you need to make several scans. For simple objects, it will be enough for you to rotate the object, for example, by 45º. If the surface of the object is complex, then you will need to scan it from different sides and only then stitch the scans together. Another important point: the scans must necessarily overlap each other to make it easier for the program to analyze them. nine0003

4th stage. Form stitching. The last step before getting the model is merging the scans. If you did not save the scans, but transferred them for gluing using the appropriate button, then you can start stapling right away. Otherwise, click the "Add" button and load the previously saved files. The stitching process can be divided into two stages: scan joining and stitching itself. By selecting scans in pairs, you indicate to the program the joining method. DAVID copes with this very well, provided that there is something to join - the scans must overlap each other. If the patches do not overlap, you will have to go back to the previous step and scan from those positions of the object that will give such an overlap. Having completed the docking for all scans, click on the "Sew" button. Depending on the selected settings, in a few seconds we will see the result of stitching all the scans into a single model. Click the "Save" button. Now we can load our model into ZBrush or Mudbox and bring it to perfection. The model is ready! nine0071 In the TriAngles program, due to the rotation of the object, the formation of the digitized surface would occur automatically, this is its advantage over DAVID. But how would she cope with the formation of the surface in the "dead" zones? I don't think so. Or in these places we would get an error. We wanted to get the model as accurate as possible. Therefore, we will consider additional steps for stitching scans as necessary costs.

Finalizing the finished model in the 3D editor

Instead of a conclusion

It is quite possible to assemble a 3D scanner that will produce more than decent results at home. I hope you can verify this. Unfortunately, to scan small objects (and I needed to create objects for jewelry) you need a very good USB camera with a CCD matrix, which I don’t have (it’s quite expensive), so my experience remained experience: apply it on case for scanning jewelry did not work. But I experienced an unforgettable pleasure, getting full-fledged models of a variety of objects using a scanner that was assembled literally on my knee. nine0003

A homemade 3D scanner can get good results

If you don't have a laser

You can do without a laser to 3D scan an object (I'm not kidding). A projector with a powerful lamp is suitable, the light of which must be directed through a narrow slit to the object being scanned. We get a narrow white line - why not a white laser? True, in addition to the projector (which is not cheap in itself), you also need serious equipment to hold the projector in the right position. It's hemorrhoids. You can go from the opposite direction - send a bright light, and draw a shadow from a stretched thread over the object: this is also provided by the program developers. In this case, the program can invert the processed image. However, something told me that this would not give a good result. nine0003

The developer's website www.david-laserscanner.com has an excellent manual in Russian. Be sure to read it! It describes in great detail both the requirements for the equipment, and the scanning sequence, and various nuances that you may have.

Hacker Magazine, October (10) 153
Eduard Guz .