I have a data file of two colums, column1 has data of radial coordinate ‘r’ and column2 has data of ‘wavefunction’ of 3d orbital both are 1D arrays of each 45 entries. I need to obtain a 3D plot in cartesian coordinates ‘wavefunction(x,y,z)’ after multiplying the corresponding spherical harmonic functions of 3dz^2. How to get one. I am very new to MATLAB any help would be appreciated.
The data is as follows:
0.00 0.000000
0.45 0.000627
0.90 0.002467
1.35 0.005404
1.80 0.009263
2.25 0.013828
2.70 0.018859
3.15 0.024107
3.60 0.029329
4.05 0.034296
4.50 0.038798
4.95 0.042653
5.40 0.045707
5.85 0.047850
6.30 0.049018
6.75 0.049205
7.20 0.048467
7.65 0.046926
8.10 0.044759
8.55 0.042183
9.00 0.039422
9.45 0.036660
9.90 0.033972
10.35 0.031248
10.80 0.028078
11.25 0.023511
11.70 0.016026
12.15 0.005061
12.60 -.006867
13.05 -.014665
13.50 -.014647
13.95 -.007211
14.40 0.003441
14.85 0.011842
15.30 0.015687
15.75 0.016839
16.20 0.016349
16.65 0.014982
17.10 0.013238
17.55 0.011416
18.00 0.009680
18.45 0.008110
18.90 0.006736
19.35 0.005560
19.80 0.004567I have a data file of two colums, column1 has data of radial coordinate ‘r’ and column2 has data of ‘wavefunction’ of 3d orbital both are 1D arrays of each 45 entries. I need to obtain a 3D plot in cartesian coordinates ‘wavefunction(x,y,z)’ after multiplying the corresponding spherical harmonic functions of 3dz^2. How to get one. I am very new to MATLAB any help would be appreciated.
The data is as follows:
0.00 0.000000
0.45 0.000627
0.90 0.002467
1.35 0.005404
1.80 0.009263
2.25 0.013828
2.70 0.018859
3.15 0.024107
3.60 0.029329
4.05 0.034296
4.50 0.038798
4.95 0.042653
5.40 0.045707
5.85 0.047850
6.30 0.049018
6.75 0.049205
7.20 0.048467
7.65 0.046926
8.10 0.044759
8.55 0.042183
9.00 0.039422
9.45 0.036660
9.90 0.033972
10.35 0.031248
10.80 0.028078
11.25 0.023511
11.70 0.016026
12.15 0.005061
12.60 -.006867
13.05 -.014665
13.50 -.014647
13.95 -.007211
14.40 0.003441
14.85 0.011842
15.30 0.015687
15.75 0.016839
16.20 0.016349
16.65 0.014982
17.10 0.013238
17.55 0.011416
18.00 0.009680
18.45 0.008110
18.90 0.006736
19.35 0.005560
19.80 0.004567 I have a data file of two colums, column1 has data of radial coordinate ‘r’ and column2 has data of ‘wavefunction’ of 3d orbital both are 1D arrays of each 45 entries. I need to obtain a 3D plot in cartesian coordinates ‘wavefunction(x,y,z)’ after multiplying the corresponding spherical harmonic functions of 3dz^2. How to get one. I am very new to MATLAB any help would be appreciated.
The data is as follows:
0.00 0.000000
0.45 0.000627
0.90 0.002467
1.35 0.005404
1.80 0.009263
2.25 0.013828
2.70 0.018859
3.15 0.024107
3.60 0.029329
4.05 0.034296
4.50 0.038798
4.95 0.042653
5.40 0.045707
5.85 0.047850
6.30 0.049018
6.75 0.049205
7.20 0.048467
7.65 0.046926
8.10 0.044759
8.55 0.042183
9.00 0.039422
9.45 0.036660
9.90 0.033972
10.35 0.031248
10.80 0.028078
11.25 0.023511
11.70 0.016026
12.15 0.005061
12.60 -.006867
13.05 -.014665
13.50 -.014647
13.95 -.007211
14.40 0.003441
14.85 0.011842
15.30 0.015687
15.75 0.016839
16.20 0.016349
16.65 0.014982
17.10 0.013238
17.55 0.011416
18.00 0.009680
18.45 0.008110
18.90 0.006736
19.35 0.005560
19.80 0.004567 3dz^2 orbital plot MATLAB Answers — New Questions

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