if we have a matrix B = cumsum(A);
B=[0.102493854430154 0.107645445153016 0.109982543018989 0.111250846129182 0.112023941002529
0.252983718693220 0.267537140617764 0.274291923474296 0.277936513591507 0.280166731981901
0.446994905411664 0.475357155580891 0.488884534539884 0.496152338879191 0.500676903345327
0.681174961701521 0.727902668424241 0.750721436460152 0.763062453240230 0.770697210445687
0.954490719298870 1.02481028893085 1.05975275214650 1.07879511204532 1.09055541700809];
how to obtain the "cumdiff" of the matrix B and obtain A.
Answer is:
A=[0.102493854430154,0.107645445153016,0.109982543018989,0.111250846129182,0.112023941002529;0.150489864263066,0.159891695464748,0.164309380455307,0.166685667462325,0.168142790979372;0.194011186718444,0.207820014963127,0.214592611065588,0.218215825287684,0.220510171363426;0.234180056289857,0.252545512843350,0.261836901920268,0.266910114361039,0.270020307100360;0.273315757597349,0.296907620506609,0.309031315686344,0.315732658805087,0.319858206562400];
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