projection

I have a 360 texture in Equirectangular Projection. With what GLSL shader can I convert it into a azimuthal equidistant projection ? See also: http://earth.nullschool.net/#current/wind/isobaric/500hPa/azimuthal_equidistant=24.64,98.15,169 I would do it in Fragment shader. bind Equirectangular texture as 2D texture bind projection shader draw Quad covering the screen or target texture store or use the result. In Vertex shader I would: Just pass the vertex coordinates as varying to fragment shader (no point using matrices here you can directly use x,y coordinates in range <-1,+1> ) In fragment

I have this query var test = context.Assignments .Include(a => a.Customer) .Include(a => a.Subscriptions) .Select(a => new AssignmentWithSubscriptionCount { SubscriptionCount = a.Subscriptions.Count(), Assignment = a }) .ToList(); var name = test.First().Assignment.Customer.Name; It failes to eagerly load Customer, I've seen similar problems here on stackoverflow and it looks like you cant use projections with include. But I have not found a solution to my problem.. Anyone? edit: Here is a eager load with projection that work, its more complex than the example above so I cant for my life

Given an EPSG projection (say, this Alabama one: [ http://spatialreference.org/ref/epsg/26729/][1] ) How can you take the given WGS84 projection bounds in such a way that you can use them in a D3.js projection. For example, how would you know what projection, degree of rotation or bounding box to use to show the map? Andrew Reid This is a fairly complex question. The answer will differ based on the spatial reference (SRS, or coordinate reference system(CRS)) system you are looking at and what your ultimate goal is. I am using d3.js v4 in this answer Short Answer: For example, how would you

I'm using Spring JPA and I need to have a native query. With that query, I need to get only two fields from the table, so I'm trying to use Projections . It isn't working, this is the error I'm getting: org.springframework.core.convert.ConverterNotFoundException: No converter found capable of converting from type [org.springframework.data.jpa.repository.query.AbstractJpaQuery$TupleConverter$TupleBackedMap] to type [com.example.IdsOnly] I tried to follow precisely the instructions of that page I linked, I tried to make my query non-native (do I actually need it to be native if I use projections

I typically do mobile app development, which doesn't always have .Select. However, I've seen this used a bit, but I don't really know what it does or how it's doing whatever it does. It is anything like from a in list select a // a.Property // new Thing { a.Property} I'm asking because when I've seen code using .Select(), I was a bit confused by what it was doing. .Select() is from method syntax for LINQ, select in your code from a in list select a is for query syntax. Both are same, query syntax compiles into method syntax. You may see: Query Syntax and Method Syntax in LINQ (C#) Projection:

Microsoft state that the field of view angles for the Kinect are 43 degrees vertical and 57 horizontal (stated here ) . Given these, can we calculate the intrinsic parameters i.e. focal point and centre of projection? I assume centre of projection can be given as (0,0,0)? Thanks EDIT: some more information on what I'm trying to do I have a dataset of images recorded with a Kinect, I am trying to convert pixel positions (x_screen,y_screen and z_world (in mm)) to real world coordinates. If I know the camera is placed at point (x',y',z') in the real world coordinate system, is it sufficient to

I am trying to get the 2D screen coordinates of a point in 3D space, i.e. I know the location of the camera its pan, tilt and roll and I have the 3D x,y,z coordinates of a point I wish to project. I am having difficulty understanding transformation/projection matrices and I was hoping some intelligent people here could help me along ;) Here is my test code I have thrown together thus far: public class TransformTest { public static void main(String[] args) { // set up a world point (Point to Project) double[] wp = {100, 100, 1}; // set up the projection centre (Camera Location) double[] pc =