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scvheoscalcentropyonreos3grid.c
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scvheoscalcentropyonreos3grid.c
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/*
* Calculate s(rho, T) for the SCVH EOS on the grid points of REOS3.
*
* Author: Christian Reinhardt
* Created: 24.06.2020
* Modified: 29.06.2020
*/
#include <stdlib.h>
#include <math.h>
#include <stdio.h>
#include <assert.h>
#include "scvheos.h"
int main(int argc, char **argv) {
SCVHEOSMAT *Mat;
int iMat = SCVHEOS_H;
double dKpcUnit = 0.0;
double dMsolUnit = 0.0;
int const nRho = 87;
double rho[nRho];
int const nT = 33;
double T[nT];
int i;
int j;
/* rho axis of REOS3 within the range of SCVH EOS. */
rho[0] = 3.00000000e-08;
rho[1] = 4.00000000e-08;
rho[2] = 5.00000000e-08;
rho[3] = 6.00000000e-08;
rho[4] = 7.00000000e-08;
rho[5] = 8.00000000e-08;
rho[6] = 9.00000000e-08;
rho[7] = 1.00000000e-07;
rho[8] = 2.00000000e-07;
rho[9] = 3.00000000e-07;
rho[10] = 4.00000000e-07;
rho[11] = 5.00000000e-07;
rho[12] = 6.00000000e-07;
rho[13] = 7.00000000e-07;
rho[14] = 8.00000000e-07;
rho[15] = 9.00000000e-07;
rho[16] = 1.00000000e-06;
rho[17] = 2.00000000e-06;
rho[18] = 3.00000000e-06;
rho[19] = 4.00000000e-06;
rho[20] = 5.00000000e-06;
rho[21] = 6.00000000e-06;
rho[22] = 7.00000000e-06;
rho[23] = 8.00000000e-06;
rho[24] = 9.00000000e-06;
rho[25] = 1.00000000e-05;
rho[26] = 2.00000000e-05;
rho[27] = 3.00000000e-05;
rho[28] = 4.00000000e-05;
rho[29] = 5.00000000e-05;
rho[30] = 6.00000000e-05;
rho[31] = 7.00000000e-05;
rho[32] = 8.00000000e-05;
rho[33] = 9.00000000e-05;
rho[34] = 1.00000000e-04;
rho[35] = 2.00000000e-04;
rho[36] = 3.00000000e-04;
rho[37] = 4.00000000e-04;
rho[38] = 5.00000000e-04;
rho[39] = 6.00000000e-04;
rho[40] = 7.00000000e-04;
rho[41] = 8.00000000e-04;
rho[42] = 9.00000000e-04;
rho[43] = 1.00000000e-03;
rho[44] = 2.00000000e-03;
rho[45] = 3.00000000e-03;
rho[46] = 4.00000000e-03;
rho[47] = 5.00000000e-03;
rho[48] = 6.00000000e-03;
rho[49] = 7.00000000e-03;
rho[50] = 8.00000000e-03;
rho[51] = 9.00000000e-03;
rho[52] = 1.00000000e-02;
rho[53] = 2.00000000e-02;
rho[54] = 3.00000000e-02;
rho[55] = 4.00000000e-02;
rho[56] = 5.00000000e-02;
rho[57] = 6.00000000e-02;
rho[58] = 7.00000000e-02;
rho[59] = 8.00000000e-02;
rho[60] = 9.00000000e-02;
rho[61] = 1.00000000e-01;
rho[62] = 2.00000000e-01;
rho[63] = 3.00000000e-01;
rho[64] = 4.00000000e-01;
rho[65] = 5.00000000e-01;
rho[66] = 6.00000000e-01;
rho[67] = 7.00000000e-01;
rho[68] = 8.00000000e-01;
rho[69] = 9.00000000e-01;
rho[70] = 1.00000000e+00;
rho[71] = 1.20000000e+00;
rho[72] = 1.40000000e+00;
rho[73] = 1.60000000e+00;
rho[74] = 1.80000000e+00;
rho[75] = 2.00000000e+00;
rho[76] = 2.20000000e+00;
rho[77] = 3.00000000e+00;
rho[78] = 4.00000000e+00;
rho[79] = 5.00000000e+00;
rho[80] = 9.00000000e+00;
rho[81] = 1.20000000e+01;
rho[82] = 1.50000000e+01;
rho[83] = 2.00000000e+01;
rho[84] = 3.00000000e+01;
rho[85] = 5.00000000e+01;
rho[86] = 7.00000000e+01;
//rho[87] = 1.00000000e+02;
/* T axis of REOS3 within the range of SCVH EOS. */
T[0] = 6.00000000e+01;
T[1] = 1.00000000e+02;
T[2] = 2.00000000e+02;
T[3] = 3.00000000e+02;
T[4] = 5.00000000e+02;
T[5] = 7.00000000e+02;
T[6] = 1.00000000e+03;
T[7] = 2.00000000e+03;
T[8] = 3.00000000e+03;
T[9] = 4.00000000e+03;
T[10] = 5.00000000e+03;
T[11] = 8.00000000e+03;
T[12] = 1.00000000e+04;
T[13] = 1.20000000e+04;
T[14] = 1.50000000e+04;
T[15] = 2.00000000e+04;
T[16] = 3.00000000e+04;
T[17] = 5.00000000e+04;
T[18] = 7.50000000e+04;
T[19] = 1.00000000e+05;
T[20] = 1.50000000e+05;
T[21] = 2.00000000e+05;
T[22] = 2.50000000e+05;
T[23] = 3.00000000e+05;
T[24] = 3.50000000e+05;
T[25] = 4.00000000e+05;
T[26] = 4.50000000e+05;
T[27] = 5.00000000e+05;
T[28] = 6.00000000e+05;
T[29] = 7.00000000e+05;
T[30] = 8.00000000e+05;
T[31] = 9.00000000e+05;
T[32] = 1.00000000e+06;
fprintf(stderr, "SCVH EOS: Initializing material %i\n", iMat);
Mat = scvheosInitMaterial(iMat, dKpcUnit, dMsolUnit);
fprintf(stderr, "Done.\n");
#if 0
/* Print T axis. */
printf("T= \n");
for (i=0; i<nT; i++) {
printf("%15.7E\n", T[i]);
}
printf("\n");
/* Print rho axis. */
printf("rho= \n");
for (j=0; j<nRho; j++) {
printf("%15.7E\n", rho[j]);
}
printf("\n");
#endif
/* Print the entropy. */
for (i=0; i<nT; i++) {
for (j=0; j<nRho; j++) {
printf("%15.7E %15.7E %15.7E\n", rho[j], T[i], scvheosSofRhoT(Mat, rho[j], T[i]));
}
}
scvheosFinalizeMaterial(Mat);
return 0;
}