fondi | Simple open courses platform in Node.js | Runtime Evironment library

Your list code seems OK.

Problem is with how you use it - you never update the variable pl. So do something like that:

Below a simple procedure to draw a trial dataset from a Rayleigh distribution and then find its parameters using Maximum Likelihood Estimation provided by the scipy.stats.rv_continuous.fit method:

Given your Y, this should achieve what you want, or get very close to that:

If you want to show the item but make it not clickable and look disabled using CSS or your are using bootstrap then add 'disabled' : trxAbil.I9WSFONI == 'N' condition ng-class attribute in

Actually java.lang.ArrayIndexOutOfBoundsException means you are accessing the array element greater than the size of the array.

example:

the problem is that you store non linear values which are truncated so when you peek the depth values later on you got choppy result because you lose accuracy the more you are far from znear plane. No matter what you evaluate you will not obtain better results unless:

1. Lower accuracy loss

   You can change znear,zfar values so they are closer together. enlarge znear as much as you can so the more accurate area covers more of your scene.

   Another option is to use more bits per depth buffer (16 bits is too low) not sure if can do this in OpenGL ES but in standard OpenGL you can use 24,32 bits on most cards.

2. use linear depth buffer

   So store linear values into depth buffer. There are two ways. One is compute depth so after all the underlying operations you will get linear value.

   Another option is to use separate texture/FBO and store the linear depths directly to it. The problem is you can not use its contents in the same rendering pass.

[Edit1] Linear Depth buffer

To linearize depth buffer itself (not just the values taken from it) try this:

Vertex: