Check NPE

NPE Vs CoGZ

obs. data	Elbert model
corsika (proton)	corsika (iron)

NPE Vs Energy (Elbert model, E^-1)


CoGZ < -250 m	-250 < CoGZ < 0 m	0 < CoGZ < 250 m	CoGZ > 250 m
0 < cos(ZA) < 0.2	0.2 < cos(ZA) < 0.4	0.4 < cos(ZA) < 0.6	0.6 < cos(ZA) < 0.8	0.8 < cos(ZA) < 1

NPE Vs Energy (Elbert model, atmospheric weight)


CoGZ < -250 m: magenta, -250 < CoGZ < 0 m: red, 0 < CoGZ < 250 m: green, CoGZ > 250 m: blue	0 < cos(ZA) < 0.2: black, 0.2 < cos(ZA) < 0.4: red, 0.4 < cos(ZA) < 0.6: green, 0.6 < cos(ZA) < 0.8: blue, 0.8 < cos(ZA) < 1: yellow	0 < cos(ZA true) < 0.2: black, 0.2 < cos(ZA true) < 0.4: red, 0.4 < cos(ZA true) < 0.6: green, 0.6 < cos(ZA true) < 0.8: blue, 0.8 < cos(ZA true) < 1: yellow
closest distance < 300 m CoGZ < -250 m: magenta, -250 < CoGZ < 0 m: red, 0 < CoGZ < 250 m: green, CoGZ > 250 m: blue	closest distance < 300 m 0 < cos(ZA) < 0.2: black, 0.2 < cos(ZA) < 0.4: red, 0.4 < cos(ZA) < 0.6: green, 0.6 < cos(ZA) < 0.8: blue, 0.8 < cos(ZA) < 1: yellow	closest distance < 300 m 0 < cos(ZA true) < 0.2: black, 0.2 < cos(ZA true) < 0.4: red, 0.4 < cos(ZA true) < 0.6: green, 0.6 < cos(ZA true) < 0.8: blue, 0.8 < cos(ZA true) < 1: yellow
CoGZ < -250 m	-250 < CoGZ < 0 m	0 < CoGZ < 250 m	CoGZ > 250 m
0 < cos(ZA) < 0.2	0.2 < cos(ZA) < 0.4	0.4 < cos(ZA) < 0.6	0.6 < cos(ZA) < 0.8	0.8 < cos(ZA) < 1
0 < cos(ZATrue) < 0.2	0.2 < cos(ZATrue) < 0.4	0.4 < cos(ZATrue) < 0.6	0.6 < cos(ZATrue) < 0.8	0.8 < cos(ZATrue) < 1

NPE Vs Energy (corsika(iron), E^-1)


CoGZ < -250 m	-250 < CoGZ < 0 m	0 < CoGZ < 250 m	CoGZ > 250 m
0 < cos(ZA) < 0.2	0.2 < cos(ZA) < 0.4	0.4 < cos(ZA) < 0.6	0.6 < cos(ZA) < 0.8	0.8 < cos(ZA) < 1

NPE Vs Energy (corsika(iron), atmospheric weight)


CoGZ < -250 m: magenta, -250 < CoGZ < 0 m: red, 0 < CoGZ < 250 m: green, CoGZ > 250 m: blue	0 < cos(ZA) < 0.2: black, 0.2 < cos(ZA) < 0.4: red, 0.4 < cos(ZA) < 0.6: green, 0.6 < cos(ZA) < 0.8: blue, 0.8 < cos(ZA) < 1: yellow	0 < cos(ZA true) < 0.2: black, 0.2 < cos(ZA true) < 0.4: red, 0.4 < cos(ZA true) < 0.6: green, 0.6 < cos(ZA true) < 0.8: blue, 0.8 < cos(ZA true) < 1: yellow
closest distance < 300 m CoGZ < -250 m: magenta, -250 < CoGZ < 0 m: red, 0 < CoGZ < 250 m: green, CoGZ > 250 m: blue	closest distance < 300 m 0 < cos(ZA) < 0.2: black, 0.2 < cos(ZA) < 0.4: red, 0.4 < cos(ZA) < 0.6: green, 0.6 < cos(ZA) < 0.8: blue, 0.8 < cos(ZA) < 1: yellow	closest distance < 300 m 0 < cos(ZA true) < 0.2: black, 0.2 < cos(ZA true) < 0.4: red, 0.4 < cos(ZA true) < 0.6: green, 0.6 < cos(ZA true) < 0.8: blue, 0.8 < cos(ZA true) < 1: yellow
CoGZ < -250 m	-250 < CoGZ < 0 m	0 < CoGZ < 250 m	CoGZ > 250 m
0 < cos(ZA) < 0.2	0.2 < cos(ZA) < 0.4	0.4 < cos(ZA) < 0.6	0.6 < cos(ZA) < 0.8	0.8 < cos(ZA) < 1
0 < cos(ZATrue) < 0.2	0.2 < cos(ZATrue) < 0.4	0.4 < cos(ZATrue) < 0.6	0.6 < cos(ZATrue) < 0.8	0.8 < cos(ZATrue) < 1

In-ice energy for a fixed NPE

Elbert

0 < cos(ZA) < 0.4, 4 < log(NPE) < 4.5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.4 < cos(ZA) < 0.6, 4 < log(NPE) < 4.5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.6 < cos(ZA) < 0.8, 4 < log(NPE) < 4.5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.8 < cos(ZA) < 1., 4 < log(NPE) < 4.5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0 < cos(ZA) < 0.4, 4.5 < log(NPE) < 5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.4 < cos(ZA) < 0.6, 4.5 < log(NPE) < 5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.6 < cos(ZA) < 0.8, 4.5 < log(NPE) < 5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.8 < cos(ZA) < 1., 4.5 < log(NPE) < 5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

Corsika

0 < cos(ZA) < 0.4, 4 < log(NPE) < 4.5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.4 < cos(ZA) < 0.6, 4 < log(NPE) < 4.5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.6 < cos(ZA) < 0.8, 4 < log(NPE) < 4.5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.8 < cos(ZA) < 1., 4 < log(NPE) < 4.5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0 < cos(ZA) < 0.4, 4.5 < log(NPE) < 5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.4 < cos(ZA) < 0.6, 4.5 < log(NPE) < 5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.6 < cos(ZA) < 0.8, 4.5 < log(NPE) < 5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.8 < cos(ZA) < 1., 4.5 < log(NPE) < 5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

all ZA

circle: CoGZ > -250m, star: CoGZ < -250m
red and purple: Elbert, blue and light blue: corsika

cos(MC true ZA) > 0.85

circle: CoGZ > -250m, star: CoGZ < -250m
red and purple: Elbert, blue and light blue: corsika

cos(MC true ZA) < 0.85

circle: CoGZ > -250m, star: CoGZ < -250m
red and purple: Elbert, blue and light blue: corsika

NPE distribution for a fixed in-ice energy

Elbert

0 < cos(ZA) < 0.4, 6 < log(Ene) < 6.5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.4 < cos(ZA) < 0.6, 6 < log(Ene) < 6.5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.6 < cos(ZA) < 0.8, 6 < log(Ene) < 6.5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.8 < cos(ZA) < 1., 6 < log(Ene) < 6.5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0 < cos(ZA) < 0.4, 6.5 < log(Ene) < 7

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.4 < cos(ZA) < 0.6, 6.5 < log(Ene) < 7

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.6 < cos(ZA) < 0.8, 6.5 < log(Ene) < 7

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.8 < cos(ZA) < 1., 6.5 < log(Ene) < 7

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

Corsika

0 < cos(ZA) < 0.4, 6 < log(Ene) < 6.5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.4 < cos(ZA) < 0.6, 6 < log(Ene) < 6.5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.6 < cos(ZA) < 0.8, 6 < log(Ene) < 6.5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.8 < cos(ZA) < 1., 6 < log(Ene) < 6.5

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0 < cos(ZA) < 0.4, 6.5 < log(Ene) < 7

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.4 < cos(ZA) < 0.6, 6.5 < log(Ene) < 7

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.6 < cos(ZA) < 0.8, 6.5 < log(Ene) < 7

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

0.8 < cos(ZA) < 1., 6.5 < log(Ene) < 7

CoGZ < -250m: black,
-250 < CoGZ < 0m: red,
0 < CoGZ < 250m: green,
CoGZ > 250m: blue

Keiichi Mase

Last modified: 2008-12-20 22:45:33