% Emissions problem

clear all;

alpha = 300;
nsources = 3;
nsensors = 10;

% The coordinates of the sources and the sensors are given in the matrices below.
% Each column of sensorloc represents a location of a sensor, and each
% column of sourceloc represents a source location


sensorloc=[37.85 84.79 92.14 34.94 96.52 70.10 62.00 93.31 14.37 69.13;
    86.08 40.31 75.13 60.35 41.11 65.69 37.45 43.24 10.94 98.87];

sourceloc = [58.60 65.98 35.14;
    84.94 17.85 35.73];


% z_b are the sensor measurements for part b)

z_b = [3.7577
    2.8949
    1.7756
    4.5052
    1.8077
    3.8436
    6.7436
    1.9957
    2.4708
    4.4807];

% z_c are the sensor measurements for part c) (one faulty sensor).  Note
% that this z_c is for a different emission vector than z_b

z_c = [4.6200
    2.2868
    2.9414
    2.9325
    1.4667
    4.3406
    4.6018
    1.6351
    1.2936
    6.1694];