adonese

def partition3(A, l, r):
"""
partition3: A partition for quicksort algorithm. We'll use the 3-way to handle few equal elements in array (happens
a lot in practical use.)
This function is called from the main function quick_sort.
"""
    lt = l  # We initiate lt to be the part that is less than the pivot
    i = l   # We scan the array from left to right
    gt = r  # The part that is greater than the pivot
    pivot = A[l]    # The pivot, chosen to be the first element of the array, that why we'll randomize the first elements position

adonese

function [lat, lon, h] = xyz2ell(X, Y, Z, a, e2)
% XYZ2ELL  Converts cartesian coordinates to ellipsoidal coodinates.

% We can add some default values here, i.e. a and e2.

% Latitude and height convergence criteria
eps_lat = 1.e-12;
eps_height = 1.e-5;

% Initial values...

adonese

Keybase proof

I hereby claim:

• I am adonese on github.
• I am adonese (https://keybase.io/adonese) on keybase.
• I have a public key ASBSWUE5paGZ0yL6I7ZBQ_kr8UQNN9NR6QZtIfN7K6Q51wo

To claim this, I am signing this object:

adonese

function _ = matshow(matrix)
	# This function plots matrix as an image.

	max_element = max(max(matrix));
	norm_mat = matrix / max_element;
	imshow(norm_mat);
end

adonese

function [latbp, lonbp, grid, windowSize] = geoidUndulationMod(model,nmax,varargin)
% [lonbp,LATD,GEOPOT_GRID] = geoidUndulation(MODEL,NMAX,VARARGIN)
%   What this function does is calculating the geoid height of specific lon/ lat (location)
%   Parameters it takes:
%   1. 'model': Name of *.mat file that contains cnm & snm. It also should come with maximum degree.
%   All these steps are handled in ggmReader script, you should run it before. You can take the cnm & snm and pass them
%   as inputs.
%     
%    
%   2. nmax is maximum degree of model to be used in geoid height calculation. Highest degrees will get you fine results but requires

adonese

## Refer to http://caffe.berkeleyvision.org/installation.html
# Contributions simplifying and improving our build system are welcome!

# cuDNN acceleration switch (uncomment to build with cuDNN).
# USE_CUDNN := 1

# CPU-only switch (uncomment to build without GPU support).
CPU_ONLY := 1

# uncomment to disable IO dependencies and corresponding data layers

adonese

+---------------------------------------------------+
| Subject                   | Grade | Grade Written |
----------------------------------------------------+
| Arabic Language           | 92    | Ninety Two    |
+---------------------------------------------------+
| English Language          | 91    | Ninety One    |
+---------------------------------------------------+
| Islamic Studies           | 92    | Ninety Two    |
+---------------------------------------------------+
| Specialized Mathematics   | 77    | Seventy Seven |

adonese

How DateTime is parsed in Morsal

I must stress that working with time is always a major-bug source.

I have checked both GWD {Consumer,Terminal} API documentation, as well as the source code. Here is how our CMS handles the timezone. Again, I have already mentioned that in a previous email, but it is nevertheless important to make sure that we all understand how our CMS handles timezone.

• You can either send the time, in any tranDateTime parameter, as YYYY-MM-ddThh:mm[:ss]Z, in this case, the time should be sent in UTC. This is what causes the +2:00 issue. In our CMS, we have set our timezone as Khartoum, which is UTC+2:00, so when we receive any request, we instantaneously convert it to the appropiriate timezone, the timezone that is recognized by EBS, which is UTC+2:00. All that depends on the fact that any tranDateTime is received by CMS as UTC time. What we are doing now is sending our time in UTC+2:00! This is bug. It is neither from CMS, nor Alaa Aldin, nor EBS.
• Or, we can send the `tranD

adonese

#include <stdio.h>
#include <string.h>
#include </home/adonese/sources/curl-7.59.0/include/curl/curl.h>

int main(void)
{
        CURL *curl;
        CURLcode res;

        static const char *postthis = "moo mooo moo moo";

adonese

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