o GRAFIQUE LA EVOLUCIÓN DE LA RADIACIÓN GLOBAL (RADIACION vs TIEMPO), USANDO EL COMANDO "plot" y HACIENDO REFERENCIA A LAS COLUMNAS CORRESPONDIENTES DE LA MATRIZ "DAT"
plot(DAT(:,1),DAT(:,2))
-6 -4 -2 0 2 4 6
0 100 200 300 400 500 600 700 800 900
TIEMPO
R
A
D
IA
C
IO
N
o GRAFIQUE LA EVOLUCIÓN DE LA VELOCIDAD DEL VIENTO (VELOCIDAD vs TIEMPO), USANDO EL COMANDO "plot" y HACIENDO REFERENCIA A LAS COLUMNAS CORRESPONDIENTES DE LA MATRIZ "DAT"
>> plot(DAT(:,1),DAT(:,4))
o EXTRAIGA DE LA MATRIZ "DAT" LA COLUMNA CORRESPONDIENTE A LA
TEMPERATURA Y ASÍGNELA A LA VARIABLE "T"
>> T=DAT(:,3)
T =
20.0000
20.1731
20.4889
20.8960
21.3749
23.8004
24.4979
25.2201
25.9616
26.7175
27.4830
28.2535
29.0245
29.7916
30.5506
31.2975
32.0282
32.7390
33.4262
34.0864
34.7163
35.3126
35.8726
36.3933
36.8724
37.3074
37.6963
38.0372
38.3285
38.5687
38.7567
38.9729
39.0000
38.9729
38.8917
38.7567
38.5687
38.3285
38.0372
37.6963
37.3074
36.8724
36.3933
35.8726
35.3126
34.7163
34.0864
33.4262
32.7390
32.0282
31.2975
30.5506
29.7916
29.0245
28.2535
27.4830
26.7175
25.9616
25.2201
22.5018
21.9132
21.3749
20.8960
20.4889
20.1731
20.0000
o EXTRAIGA DE LA MATRIZ "DAT" LA COLUMNA CORRESPONDIENTE A LA ESCALA
DE TIEMPO Y ASÍGNELA A LA VARIABLE "t"
>> t=DAT(:,1)
t =
-6.0000
-5.8300
-5.6700
-5.5000
-5.3300
-5.1700
-5.0000
-4.8300
-4.6700
-4.5000
-4.3300
-4.1700
-4.0000
-3.6700
-3.5000
-3.3300
-3.1700
-3.0000
-2.8300
-2.6700
-2.5000
-2.3300
-2.1700
-2.0000
-1.8300
-1.6700
-1.5000
-1.3300
-1.1700
-1.0000
-0.8300
-0.6700
-0.5000
-0.3300
-0.1700
0
0.1700
0.3300
0.5000
0.6700
0.8300
1.5000
1.6700
1.8300
2.0000
2.1700
2.3300
2.5000
2.6700
2.8300
3.0000
3.1700
3.3300
3.5000
3.6700
3.8300
4.0000
4.1700
4.3300
4.5000
4.6700
4.8300
5.0000
5.1700
5.3300
5.5000
5.6700
6.0000
o GRAFIQUE T vs t
>> plot(t,T)
o INTERCAMBIE LAS COLUMNAS DE "RADIACIÓN" Y "VELOCIDAD" Y ASIGNE LA MATRIZ RESULTANTE A LA VARIABLE "DAT2"
>> DAT2=DAT(:,[1 4 3 2])
DAT2 =
-6.0000 6.6232 20.0000 0.0000
-5.8300 3.5079 20.1731 20.9825
-5.6700 6.6535 20.4889 48.1502
-5.5000 5.5294 20.8960 78.1771
-5.3300 3.3902 21.3749 110.1151
-5.1700 4.1140 21.9132 143.4322
-4.5000 3.6305 24.4979 284.2170
-4.3300 6.8824 25.2201 320.1698
-4.1700 6.8287 25.9616 356.0650
-4.0000 4.9415 26.7175 391.7478
-3.8300 6.2011 27.4830 427.0732
-3.6700 3.5675 28.2535 461.9044
-3.5000 4.6870 29.0245 496.1112
-3.3300 6.6629 29.7916 529.5702
-3.1700 6.1688 30.5506 562.1633
-3.0000 6.8380 31.2975 593.7786
-2.8300 5.6230 32.0282 624.3090
-2.6700 3.1428 32.7390 653.6530
-2.5000 6.3965 33.4262 681.7144
-2.3300 6.7360 34.0864 708.4023
-2.1700 5.7149 34.7163 733.6308
-2.0000 6.0310 35.3126 757.3197
-1.8300 5.9725 35.8726 779.3943
-1.6700 4.5689 36.3933 799.7852
-1.5000 5.6219 36.8724 818.4288
-1.3300 3.6847 37.3074 835.2673
-1.1700 5.8242 37.6963 850.2486
-1.0000 3.1273 38.0372 863.3264
-0.8300 4.1077 38.3285 874.4608
-0.6700 3.1847 38.5687 883.6174
-0.5000 3.3885 38.7567 890.7684
-0.3300 6.2938 38.8917 895.8918
0 4.2684 39.0000 900.0000
0.1700 6.8009 38.9729 898.9722
0.3300 3.1378 38.8917 895.8918
0.5000 4.7550 38.7567 890.7684
0.6700 4.5262 38.5687 883.6174
0.8300 6.0621 38.3285 874.4608
1.0000 6.1808 38.0372 863.3264
1.1700 3.7475 37.6963 850.2486
1.3300 4.9591 37.3074 835.2673
1.5000 4.7823 36.8724 818.4288
1.6700 5.5853 36.3933 799.7852
1.8300 5.8375 35.8726 779.3943
2.0000 6.0187 35.3126 757.3197
2.1700 4.1041 34.7163 733.6308
2.3300 5.7188 34.0864 708.4023
2.5000 5.6204 33.4262 681.7144
2.6700 3.6504 32.7390 653.6530
2.8300 3.4760 32.0282 624.3090
3.0000 4.9935 31.2975 593.7786
3.1700 6.8390 30.5506 562.1633
3.3300 4.3615 29.7916 529.5702
3.5000 5.3411 29.0245 496.1112
3.6700 3.8952 28.2535 461.9044
3.8300 6.0051 27.4830 427.0732
4.0000 4.0204 26.7175 391.7478
4.1700 5.0238 25.9616 356.0650
4.3300 5.7963 25.2201 320.1698
4.5000 6.5636 24.4979 284.2170
5.1700 3.5972 21.9132 143.4322
5.3300 4.0300 21.3749 110.1151
5.5000 6.3629 20.8960 78.1771
5.6700 4.0171 20.4889 48.1502
5.8300 6.2571 20.1731 20.9825
6.0000 3.9741 20.0000 0.0000
o EXTRAIGA DE LA MATRIZ "DAT2" LAS PRIMERAS TRES HORAS DE RADIACIÓN
DEL DIA Y ASIGNE EL VECTOR RESULTANTE A LA VARIABLE "G3"
>> G3=DAT2(1:3,4)
G3 =
0.0000 20.9825 48.1502
o EXTRAIGA DE LA MATRIZ "DAT2" LAS ÚLTIMAS TRES HORAS DE VELOCIDAD DEL
VIENTO Y ASIGNE EL VECTOR RESULTANTE A LA VARIABLE "V3f"
>> V3f=DAT2(71:73,2)
V3f =
4.0171
6.2571
3.9741
o EXTRAIGA DE LA MATRIZ "DAT" LA COLUMNA CORRESPONDIENTE A
"RADIACIÓN" Y ASIGNELA A LA VARIABLE "G"
G =
0.0000
48.1502
78.1771
110.1151
143.4322
177.7616
212.8201
248.3731
284.2170
320.1698
356.0650
391.7478
427.0732
461.9044
496.1112
529.5702
562.1633
593.7786
624.3090
653.6530
681.7144
708.4023
733.6308
757.3197
779.3943
799.7852
818.4288
835.2673
850.2486
890.7684
895.8918
898.9722
900.0000
898.9722
895.8918
890.7684
883.6174
874.4608
863.3264
850.2486
835.2673
818.4288
799.7852
779.3943
757.3197
733.6308
708.4023
681.7144
653.6530
624.3090
593.7786
562.1633
529.5702
496.1112
461.9044
391.7478
356.0650
320.1698
284.2170
248.3731
212.8201
177.7616
143.4322
110.1151
78.1771
48.1502
20.9825
0.0000
o DEL VECTOR "G", EXTRAIGA LOS VALORES DE RADIACIÓN MAYORES A 700 W/m2
Y ASIGNE EL RESULTADO A LA VARIABLE "G700"
>> G700=G(G>700)
G700 =
708.4023
733.6308
757.3197
779.3943
799.7852
818.4288
835.2673
850.2486
863.3264
895.8918
898.9722
900.0000
898.9722
895.8918
890.7684
883.6174
874.4608
863.3264
850.2486
835.2673
818.4288
799.7852
779.3943
757.3197
733.6308
