I'm not sure where to start, as I'm pretty green at this. I've completed research finding n=34 lengths found along the femur. I would like to create a graph that represents the intensity of certain lengths and plot it along a superimposed image of a femur. This would ideally look something like what is attached heatmap?contourmap? of bone. Does anyone know where I can start? Thank you
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I have an image(e.g. 60x60) with multiple items inside it. Items are in the shape of square boxes, with say 4x4 dimensions, and are randomly placed within the image. The boxes(items) themselves are created with random patterns, some random pixels switched on and others switched off. So, it could be the same box repeated twice(or more in case of more than 2 items) in the image or could be entirely different.
I'm looking to create a deep learning model that could take in the original image(60x60) and output all the patches in the image.
This is all I have for now, but I can definitely share more details as the discussion starts. I'd be interested to weigh in different options that can help me achieve this objective. Thanks.
I would solve this using object detection. First I would train a network to detect those box like objects by cutting out patches of those objects. Then I would run a Faster R-CNN or something like this on it.
You might want to take a look at the stanford lecture on detection (slides here: http://cs231n.stanford.edu/slides/2017/cs231n_2017_lecture11.pdf).
I have read several of the posts concerning Polygonal Search, but they are all about fixing or updating the programs. I am just wondering how it works. If there is a way I can get something like pseudo code of it or an explanation of how a shape captures the data points.
To further specify my goal, I am trying to make a constant square that will be held over a map (such as google maps), but the map can move around behind the square, however, the square will continue to report whatever cities lie within its bounds. [I will eventually proceed to building it, I just need some guidance]
Thank you.
There is an open-source library which has a function to check if two shapes overlap. You can check source code:
http://turfjs.org/static/docs/module-turf_inside.html
If you look for theory behind it check Hyperplane separation theorem
I'm trying to create an interactive map (Google Map / OpenStreetMap etc.) showing a global grid of coloured squares representing temperature data. The length of each side of a square inside the grid is 0.5 degrees in terms of the UTM.
I have temperature data for the centre of each square on the grid. These could be min, max etc. I wish to plot this data on an interactive map so that the result will be a kind of heatmap where low values will be bluish and high values will be reddish.
I would expect the result to be similar to this, but interactive:
I have searched for about eight hours and I can't seem to find a viable solution.
I have looked at Fusion Tables, and followed a tutorial to get this example: Fusion Table Example, so I've looked into making a KML file of the 0.5 degrees grid, but got stuck here.
I have looked at CartoDB and made this but if you zoom in, the points are circular and scale smaller as you zoom in. I wish the points to be square and to stay the same size for all zoom levels.
I was thinking of doing something like this but I imagine having this grid on the entire global map would cause it to be very slow.
I hope to have drop-downs on the page to switch to different parameters like max, min temperature etc, and for the overlay to change.
I already have a grid working here but the user simply clicks on a grid to get the temperature graph for that grid. If the user could click something to turn on the coloured grid to see a kind of heat map when they zoom out, that would be great, but I'm a bit lost as to which direction to take. Any help would be greatly appreciated.
i want to create a animation in WebGl, my idea is like this:
You inside a large rectangle.
The sides of this rectangle are animated with image of a binary gif.
The camera is going forward until infinity.
I want to create like this image in WebGl:
http://i.stack.imgur.com/D0GpT.jpg
But i don't know, how do put the camera inside a large rectangle and going the camera to forward until infinity, someone can help me?
Here's what the author called "nano-Doom" :-) It has a few planes which make up a world, and you can move the camera around with the keyboard:
http://learningwebgl.com/blog/?p=1067
Given the little information you provided in your question, my suggestion would be to run through the preceeding lessons up to the one given above.
I'm using KImageMapEditor on Linux (Ubuntu) to create an image map. The shapes in the image are a little complex so I'm using the freehand tool to draw them. However, this is really the same as the polygon tool so the shapes have ended up with a lot of points, which has made the HTML pretty huge.
Does anyone know of a way to reduce the complexity of the shapes, like "smoothing out" the lines?
I should also mention the reason I want the shapes to be fairly accurate is because I'm intending to do something like this, where each shape is highlighted on mouseover: http://davidlynch.org/js/maphilight/docs/demo_usa.html
Since users aren't going to click to the pixel, give them some leeway and create a "sloppy" map which roughly outlines each shape instead of clinging to the actual pixel outline.
This is in the same way as you don't expect a click on a link to fail just because you click on the background which shines through the text. You expect the bounding box of the text to act as the click-able area instead of the "black pixels".
Algorithm: Given three consecutive points, eliminate the middle point if the angle created is less than some tolerated error e.
Polygonal path simplification with angle constraint