Nr | Date |
Presence |
Homework |
Additional Material |
01 | 12.04.2016 |
Presence sheet |
Homework sheet 01 |
Werte.dat,
root macro: a1_skel.C,
table: duration.vec,
solution: a1.C |
02 | 19.04.2016 |
|
Homework sheet 02 |
root macro: h2_1_skel.C,
input: moment_distributions.dat,
solutions: h2_1.C,
h2_2.C,
solution_2_2c_d.pdf |
03 | 26.04.2016 |
|
Homework sheet 03 |
solutions: h3_3.C,
h3_4.C,
SummedRnd.h |
04 | 03.05.2016 |
|
Homework sheet 04 |
solutions: h4_3.C |
05 | 10.05.2016 |
|
Homework sheet 05 |
solutions: h5_1.C,
linFit.C,
linFit.h,
solution_5_3a.pdf |
06 | 24.05.2016 |
|
Homework sheet 06 |
solutions: h6_1.py,
h6_2.C |
07 | 31.05.2016 |
|
Homework sheet 07 |
solutions: h7_1.C,
h7_2.C,
Chi2Rand.h |
08 | 07.06.2016 |
|
Homework sheet 08 |
template: exp_FC.C,
solutions: h8_2.C,
flipflop.pdf |
09 | 14.06.2016 |
|
Homework sheet 09 |
solutions: h9_1.C,
h9_2.C,
CorRand.h |
10 | 21.06.2016 |
|
Homework sheet 10 |
solutions: h10_1.C,
h10_2.py,
h10_3.C |
11 | 05.07.2016 |
|
Homework sheet 11 |
solutions: h11_1.C,
h11_2.C,
CorRand2.h |
12 | 12.07.2016 |
|
Homework sheet 12 |
input: tmva.zip,
testData.root,
TMVAExample.C,
testDataReg.root,
TMVAExampleReg.C |
Please hand in your answers latest until Sunday for a corrected version
(i.e. necessety for the credits),
prefered in digital via email.
For using the Root-macros load them using '.L macroname.C' .
Then execute the function which is usually called like the file but sometimes it needs parameters.