What field are you studying in? If you are “not capable to do the extraction part” and do not know what to do with the resulting data, you may want to reconsider your topic, since it is not a simple task. No offense meant, fuyu, but I have to reiterate some of john’s concerns. On a random side note: you can recover 3D information from a single image, e.g. At least you have the advantage of knowing a lot about your imaging device. You’d also have to sort out ways of segmenting the images, which may or may not be easy depending on the quality of your data. You’d probably have issues with shapes that couldn’t be modelled by a generalised cylinder, like your forearm where two bones are connected together. This idea should work for some cases like your backbone analogy. Once you have a set of contours you could then construct a generalised cylinder by using these segmented regions as cross-sections of the cylinder (since you probably know the real world euclidean distance between the image slices). Another way might be to treat your image slices a set of contours over time and use particle filters to track the contours. This is a problem about “image segmentation” (use google/citeseer/ieee/acm to look for information regarding image segmentation). If you haev an MRI scan then you’d have density information, so you could group pixels belonging to a similar density into regions. I’d think about trying to segment my images into interesting regions. These are just some ideas, and probably how I’d go about thinking about it. Having said that, though, here are some ideas of your particular problem. To do what you want to do will probably require an insane amount of maths/compsci brain reboot on your part. Not wishing to sound incredulous, but are you ~completely~ serious?įirstly, the idea of a thesis is to surely write something novel of your own production secondly, you presumedly have some of the skills involved in writing software, right? And finally, do you know how challenging computer vision is? I don’t really understand how your question should even be asked in an opengl beginners forum like it has. Third: to remodel the series of images above, i have to get the datasets of each pixel of the images in 3 dimensional-axis, am i right?thats another problem…HOW? at the moment i only have OpenGL and VC++ in my head. Second, I have no idea what language or application should i do. So if i have to put these pictures in a stack so that it can be reproduced as a backbone, am i right?įirst, I am not going to use an existing program, because my thesis is to create my own software(software by definition is a series of program code that has been turned into application). Like the software I mentioned does.īut how can I find the datasets of the ‘series’ image. How should the parts that are not visible in the image be modelled? You need a lot of photos from different angles to do what you want to. It is NOT possible to create a 3d model from one image. is it ok? or do you have smarter idea? is my language choice is wise? I would really appreciate any advice and suggestions, and also help from anybody. I am plannging to do it using Microsoft Visual c++, using C++ and OpenGL. Now in my head, i am going to do a programming code which can read the text file(datasets) and remodel it again into 3D image. as a result, i got thousand lines of datasets(phew!)the datasets is automatically stored in text file (.txt) Hence i found a software which can extract (x,y,z) datasets from a 2d Flat image, i.e. so my supervisor allow me to do the extraction using any existing software. However, i think that i am not capable to do the extraction part. extract datasets from 2D image, i.e ( x,y,z) datasets. This project actually consists of two phases: Or in other word, i am goin to create a software which can convert any 2D flat image into 3D form. I am going to convert this flat 2D image into a 3d image: Ok, my supervisor ask me to work on an image i.e.
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