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Production.c
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Production.c
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/*
* Production.c
*
* Created on: Oct 8, 2009
* Author: yye00
*/
#include "Defiant.h"
#undef __FUNCT__
#define __FUNCT__ "DefiantBlackOilSyncPerfOwners"
extern PetscErrorCode DefiantBlackOilSyncPerfOwners(BlackOilReservoirSimulation* MySim)
{
PetscErrorCode ierr;
PetscInt i, rank, TotalNumberOfPerfs;
PetscInt mx, my, mz, xm, ym, zm, xs, ys, zs;
/* Well handling variables */
PetscInt PerfIDMine, WellID;
PetscInt MyI, MyJ, MyK;
/* temporary array */
PetscInt *InBuffer, *OutBuffer;
PetscFunctionBegin;
/* Get dimensions and extents of the local vectors */
ierr = DAGetInfo(MySim->SimDA, 0, &mx, &my, &mz, 0, 0, 0, 0, 0, 0, 0);CHKERRQ(ierr);
ierr = DAGetCorners(MySim->SimDA, &xs, &ys, &zs, &xm, &ym, &zm);CHKERRQ(ierr);
/* Get the current rank */
ierr = MPI_Comm_rank(PETSC_COMM_WORLD,&rank);CHKERRQ(ierr);CHKMEMQ;
/* Allocate memory to the in and out Buffers */
/* Find the total number of perforations */
TotalNumberOfPerfs = 0;
for (WellID = 0; WellID < MySim->NumberOfWells; WellID++)
for (PerfIDMine = 0; PerfIDMine < (MySim->Wells[WellID]).NumberOfPerforations; PerfIDMine++)
TotalNumberOfPerfs++;
/* Allocate the In and out Buffers */
ierr = PetscMalloc(sizeof(PetscInt)*TotalNumberOfPerfs, &InBuffer);CHKERRQ(ierr);CHKMEMQ;
ierr = PetscMalloc(sizeof(PetscInt)*TotalNumberOfPerfs, &OutBuffer);CHKERRQ(ierr);CHKMEMQ;
/* Pack all the perf owner location int the in buffer */
i = 0;
for (WellID = 0; WellID < MySim->NumberOfWells; WellID++) {
for (PerfIDMine = 0; PerfIDMine
< (MySim->Wells[WellID]).NumberOfPerforations; PerfIDMine++) {
MyI = (MySim->Wells[WellID]).Perforations[PerfIDMine].I;CHKMEMQ;
MyJ = (MySim->Wells[WellID]).Perforations[PerfIDMine].J;CHKMEMQ;
MyK = (MySim->Wells[WellID]).Perforations[PerfIDMine].K;CHKMEMQ;
if (MyI >= xs && MyI < xs+xm && MyJ >= ys && MyJ < ys+ym && MyK >= zs && MyK < zs+zm)
MySim->Wells[WellID].Perforations[PerfIDMine].OwnerRank = rank;
else
MySim->Wells[WellID].Perforations[PerfIDMine].OwnerRank = -1;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].OwnerRank;
i++;
}
}
/* Make the syncrhonization call */
ierr = MPI_Allreduce(InBuffer, OutBuffer, TotalNumberOfPerfs, MPI_INT, MPI_MAX, PETSC_COMM_WORLD);CHKERRQ(ierr);CHKMEMQ;
/* Now unpack all the perf owner location int the in buffer */
i = 0;
for (WellID = 0; WellID < MySim->NumberOfWells; WellID++) {
for (PerfIDMine = 0; PerfIDMine
< (MySim->Wells[WellID]).NumberOfPerforations; PerfIDMine++) {
MySim->Wells[WellID].Perforations[PerfIDMine].OwnerRank = OutBuffer[i];
i++;
}
}
PetscFunctionReturn(0);
}
#undef __FUNCT__
#define __FUNCT__ "DefiantBlackOilComputePerfIndicesSyncPerfs"
extern PetscErrorCode DefiantBlackOilComputePerfIndicesSyncPerfs(BlackOilReservoirSimulation* MySim)
{
PetscErrorCode ierr;
PetscInt mx, my, mz, xm, ym, zm, xs, ys, zs;
PetscInt i, rank;
/* Well handling variables */
PetscInt PerfIDMine, WellID;
PetscInt MyI, MyJ, MyK;
PetscScalar re;
/* Local values for variables*/
PetscScalar ***Localx1, ***Localx2, ***Localx3;
PetscScalar ***Localh1, ***Localh2, ***Localh3;
PetscScalar ***LocalSo, ***LocalSw, ***LocalSg;
PetscScalar ***LocalPo, ***LocalPw, ***LocalPg;
PetscScalar ***LocalMuo, ***LocalMuw, ***LocalMug;
PetscScalar ***LocalRhoo, ***LocalRhow, ***LocalRhog;
PetscScalar ***LocalK11, ***LocalK22, ***LocalK33;
PetscScalar ***LocalKro, ***LocalKrw, ***LocalKrg;
PetscScalar ***LocalBo, ***LocalBw, ***LocalBg;
PetscScalar ***LocalPcow, ***LocalPcog;
/* temporary array */
PetscScalar *InBuffer;
PetscFunctionBegin;
/* Allocate the In and out Buffers, we have 27 doubles at each perforation */
ierr = PetscMalloc(sizeof(PetscScalar)*27, &InBuffer);CHKERRQ(ierr);CHKMEMQ;
/* Get dimensions and extents of the local vectors */
ierr = DAGetInfo(MySim->SimDA, 0, &mx, &my, &mz, 0, 0, 0, 0, 0, 0, 0);CHKERRQ(ierr);
ierr = DAGetCorners(MySim->SimDA, &xs, &ys, &zs, &xm, &ym, &zm);CHKERRQ(ierr);
/* Grab the local coordiantes */
ierr = DAVecGetArray(MySim->SimDA, MySim->x1, &Localx1);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->x2, &Localx2);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->x3, &Localx3);CHKERRQ(ierr);CHKMEMQ;
/* Grab the local geometry */
ierr = DAVecGetArray(MySim->SimDA, MySim->h1, &Localh1);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->h2, &Localh2);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->h3, &Localh3);CHKERRQ(ierr);CHKMEMQ;
/* Grab the Saturations */
ierr = DAVecGetArray(MySim->SimDA, MySim->So, &LocalSo);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->Sw, &LocalSw);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->Sg, &LocalSg);CHKERRQ(ierr);CHKMEMQ;
/* Grab the Pressures */
ierr = DAVecGetArray(MySim->SimDA, MySim->Po, &LocalPo);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->Pw, &LocalPw);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->Pg, &LocalPg);CHKERRQ(ierr);CHKMEMQ;
/* Grab the Densities */
ierr = DAVecGetArray(MySim->SimDA, MySim->Rhoo, &LocalRhoo);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->Rhow, &LocalRhow);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->Rhog, &LocalRhog);CHKERRQ(ierr);CHKMEMQ;
/* Grab the local viscosities*/
ierr = DAVecGetArray(MySim->SimDA, MySim->Muo, &LocalMuo);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->Muw, &LocalMuw);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->Mug, &LocalMug);CHKERRQ(ierr);CHKMEMQ;
/* Grab the local permeabilities */
ierr = DAVecGetArray(MySim->SimDA, MySim->K11, &LocalK11);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->K22, &LocalK22);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->K33, &LocalK33);CHKERRQ(ierr);CHKMEMQ;
/* Grab the local permeabilities */
ierr = DAVecGetArray(MySim->SimDA, MySim->Kro, &LocalKro);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->Krw, &LocalKrw);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->Krg, &LocalKrg);CHKERRQ(ierr);CHKMEMQ;
/* Grab the local capillary pressure */
ierr = DAVecGetArray(MySim->SimDA, MySim->Pcow, &LocalPcow);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->Pcog, &LocalPcog);CHKERRQ(ierr);CHKMEMQ;
/* Grab the local data for volume factors at the cell centers */
ierr = DAVecGetArray(MySim->SimDA, MySim->Bo, &LocalBo);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->Bw, &LocalBw);CHKERRQ(ierr);CHKMEMQ;
ierr = DAVecGetArray(MySim->SimDA, MySim->Bg, &LocalBg);CHKERRQ(ierr);CHKMEMQ;
/* Get the current rank */
ierr = MPI_Comm_rank(PETSC_COMM_WORLD,&rank);CHKERRQ(ierr);CHKMEMQ;
/* Now we sync all the flow rates and BHP's across all perforations */
/* At the end of this loop, all information across all wells is uniform and up-to-date */
for (WellID = 0; WellID < MySim->NumberOfWells; WellID++) {
for (PerfIDMine = 0; PerfIDMine
< (MySim->Wells[WellID]).NumberOfPerforations; PerfIDMine++) {
MyI = (MySim->Wells[WellID]).Perforations[PerfIDMine].I;CHKMEMQ;
MyJ = (MySim->Wells[WellID]).Perforations[PerfIDMine].J;CHKMEMQ;
MyK = (MySim->Wells[WellID]).Perforations[PerfIDMine].K;CHKMEMQ;
if (MyI >= xs && MyI < xs+xm && MyJ >= ys && MyJ < ys+ym && MyK >= zs && MyK < zs+zm)
{
MySim->Wells[WellID].Perforations[PerfIDMine].So = LocalSo[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Sw = LocalSw[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Sg = LocalSg[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Po = LocalPo[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Pw = LocalPw[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Pg = LocalPg[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Kro = LocalKro[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Krw = LocalKrw[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Krg = LocalKrg[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Muo = LocalMuo[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Muw = LocalMuw[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Mug = LocalMug[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Rhoo = LocalRhoo[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Rhow = LocalRhow[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Rhog = LocalRhog[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Pcow = LocalPcow[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Pcog = LocalPcog[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Bo = LocalBo[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Bw = LocalBw[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].Bg = LocalBg[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].x1 = Localx1[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].x2 = Localx2[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].x3 = Localx3[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].h1 = Localh1[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].h2 = Localh2[MyK][MyJ][MyI];CHKMEMQ;
MySim->Wells[WellID].Perforations[PerfIDMine].h3 = Localh3[MyK][MyJ][MyI];CHKMEMQ;
/* we also compute the well indices */
if ((MySim->Wells[WellID]).Perforations[PerfIDMine].Orientation
== PERF_ORIENTATION_X1X1) {
re = 0.14 / 0.5 * sqrt((sqrt(LocalK33[MyK][MyJ][MyI]
/ LocalK22[MyK][MyJ][MyI]) * Localh2[MyK][MyJ][MyI]
* Localh2[MyK][MyJ][MyI] + sqrt(LocalK22[MyK][MyJ][MyI]
/ LocalK33[MyK][MyJ][MyI]) * Localh3[MyK][MyJ][MyI]
* Localh3[MyK][MyJ][MyI])) / (pow(LocalK33[MyK][MyJ][MyI]
/ LocalK22[MyK][MyJ][MyI], 0.25) + pow(LocalK22[MyK][MyJ][MyI]
/ LocalK33[MyK][MyJ][MyI], 0.25));
MySim->Wells[WellID].Perforations[PerfIDMine].WellIndex = 2.0 * PI
* Localh1[MyK][MyJ][MyI] * sqrt(LocalK11[MyK][MyJ][MyI]
* LocalK33[MyK][MyJ][MyI]) / (log(re
/ MySim->Wells[WellID].Perforations[PerfIDMine].Rw)
+ MySim->Wells[WellID].Perforations[PerfIDMine].S);
} else if ((MySim->Wells[WellID]).Perforations[PerfIDMine].Orientation
== PERF_ORIENTATION_X2X2) {
re = 0.14 / 0.5 * sqrt((sqrt(LocalK33[MyK][MyJ][MyI]
/ LocalK11[MyK][MyJ][MyI]) * Localh1[MyK][MyJ][MyI]
* Localh1[MyK][MyJ][MyI] + sqrt(LocalK11[MyK][MyJ][MyI]
/ LocalK33[MyK][MyJ][MyI]) * Localh3[MyK][MyJ][MyI]
* Localh3[MyK][MyJ][MyI])) / (pow(LocalK33[MyK][MyJ][MyI]
/ LocalK11[MyK][MyJ][MyI], 0.25) + pow(LocalK11[MyK][MyJ][MyI]
/ LocalK33[MyK][MyJ][MyI], 0.25));
MySim->Wells[WellID].Perforations[PerfIDMine].WellIndex = 2.0 * PI
* Localh2[MyK][MyJ][MyI] * sqrt(LocalK11[MyK][MyJ][MyI]
* LocalK33[MyK][MyJ][MyI]) / (log(re
/ MySim->Wells[WellID].Perforations[PerfIDMine].Rw)
+ MySim->Wells[WellID].Perforations[PerfIDMine].S);
} else if ((MySim->Wells[WellID]).Perforations[PerfIDMine].Orientation
== PERF_ORIENTATION_X3X3) {
re = 0.14 / 0.5 * sqrt((sqrt(LocalK22[MyK][MyJ][MyI]
/ LocalK11[MyK][MyJ][MyI]) * Localh1[MyK][MyJ][MyI]
* Localh1[MyK][MyJ][MyI] + sqrt(LocalK11[MyK][MyJ][MyI]
/ LocalK22[MyK][MyJ][MyI]) * Localh2[MyK][MyJ][MyI]
* Localh2[MyK][MyJ][MyI])) / (pow(LocalK22[MyK][MyJ][MyI]
/ LocalK11[MyK][MyJ][MyI], 0.25) + pow(LocalK11[MyK][MyJ][MyI]
/ LocalK22[MyK][MyJ][MyI], 0.25));
MySim->Wells[WellID].Perforations[PerfIDMine].WellIndex = 2.0 * PI
* Localh3[MyK][MyJ][MyI] * sqrt(LocalK11[MyK][MyJ][MyI]
* LocalK22[MyK][MyJ][MyI]) / (log(re
/ MySim->Wells[WellID].Perforations[PerfIDMine].Rw)
+ MySim->Wells[WellID].Perforations[PerfIDMine].S);
}
}
i = 0;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Po;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Pw;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Pg;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].So;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Sw;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Sg;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Rhoo;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Rhow;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Rhog;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Bo;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Bw;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Bg;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Kro;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Krw;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Krg;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Muo;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Muw;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Mug;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].x1;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].x2;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].x3;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].h1;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].h2;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].h3;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Pcow;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].Pcog;i++;
InBuffer[i] = MySim->Wells[WellID].Perforations[PerfIDMine].WellIndex;
/* Sync properties at the perforation locations */
ierr = MPI_Bcast(InBuffer, 27, MPI_DOUBLE, MySim->Wells[WellID].Perforations[PerfIDMine].OwnerRank, PETSC_COMM_WORLD);CHKERRQ(ierr);CHKMEMQ;
/* and now unpack the data */
i = 0;
MySim->Wells[WellID].Perforations[PerfIDMine].Po = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].Pw = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].Pg = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].So = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].Sw = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].Sg = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].Rhoo = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].Rhow = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].Rhog = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].Bo = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].Bw = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].Bg = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].Kro = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].Krw = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].Krg = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].Muo = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].Muw = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].Mug = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].x1 = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].x2 = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].x3 = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].h1 = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].h2 = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].h3 = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].Pcow = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].Pcog = InBuffer[i];i++;
MySim->Wells[WellID].Perforations[PerfIDMine].WellIndex = InBuffer[i];
PetscPrintf(PETSC_COMM_WORLD, "\n At well: %d Value of WellIndex is:%g", WellID,MySim->Wells[WellID].Perforations[PerfIDMine].WellIndex);
}
}
PetscFunctionReturn(0);
}
/* Compute production variables, update Observations vector */
extern PetscErrorCode DefiantBlackOil2PhProduction(BlackOilReservoirSimulation* MySim)
{
PetscErrorCode ierr;
PetscInt mx, my, mz, xm, ym, zm, xs, ys, zs;
/* Well handling variables */
PetscInt PerfIDMine, WellID;
PetscFunctionBegin;
/* Get dimensions and extents of the local vectors */
ierr = DAGetInfo(MySim->SimDA, 0, &mx, &my, &mz, 0, 0, 0, 0, 0, 0, 0);CHKERRQ(ierr);
ierr = DAGetCorners(MySim->SimDA, &xs, &ys, &zs, &xm, &ym, &zm);CHKERRQ(ierr);
/* Sync everything before we start */
ierr = DefiantBlackOilComputePerfIndicesSyncPerfs(MySim);CHKERRQ(ierr);
for (WellID = 0; WellID < MySim->NumberOfWells; WellID++) {
for (PerfIDMine = 0; PerfIDMine
< (MySim->Wells[WellID]).NumberOfPerforations; PerfIDMine++) {
if (MySim->Wells[WellID].Perforations[PerfIDMine].IsActive == PETSC_TRUE ){
if (MySim->Wells[WellID].Perforations[PerfIDMine].Constraint == FLOW_RATE_CONSTRAINT) {
MySim->Wells[WellID].Perforations[PerfIDMine].BHPo =
MySim->Wells[WellID].Perforations[PerfIDMine].Bo
/ (MySim->Wells[WellID].Perforations[PerfIDMine].h1
* MySim->Wells[WellID].Perforations[PerfIDMine].h2
* MySim->Wells[WellID].Perforations[PerfIDMine].h3)
* MySim->Wells[WellID].Perforations[PerfIDMine].Muo
/ MySim->Wells[WellID].Perforations[PerfIDMine].Kro
/ MySim->Wells[WellID].Perforations[PerfIDMine].WellIndex
+ MySim->Wells[WellID].Perforations[PerfIDMine].Po
+ MySim->GravAcc * MySim->Wells[WellID].Perforations[PerfIDMine].Rhoo
* (MySim->Wells[WellID].Perforations[PerfIDMine].zbh
- MySim->Wells[WellID].Perforations[PerfIDMine].x3);
MySim->Wells[WellID].Perforations[PerfIDMine].BHPw =
MySim->Wells[WellID].Perforations[PerfIDMine].Bw
/ (MySim->Wells[WellID].Perforations[PerfIDMine].h1
* MySim->Wells[WellID].Perforations[PerfIDMine].h2
* MySim->Wells[WellID].Perforations[PerfIDMine].h3)
* MySim->Wells[WellID].Perforations[PerfIDMine].Muw
/ MySim->Wells[WellID].Perforations[PerfIDMine].Krw
/ MySim->Wells[WellID].Perforations[PerfIDMine].WellIndex
+ MySim->Wells[WellID].Perforations[PerfIDMine].Pw
+ MySim->GravAcc * MySim->Wells[WellID].Perforations[PerfIDMine].Rhow
* (MySim->Wells[WellID].Perforations[PerfIDMine].zbh
- MySim->Wells[WellID].Perforations[PerfIDMine].x3);
PetscPrintf(PETSC_COMM_WORLD,"\nAt Well: %d Value of computed Qw is: %g",WellID,MySim->Wells[WellID].Perforations[PerfIDMine].Qw);
} else if (MySim->Wells[WellID].Perforations[PerfIDMine].Constraint == BHP_CONSTRAINT) {
MySim->Wells[WellID].Perforations[PerfIDMine].Qo =
MySim->Wells[WellID].Perforations[PerfIDMine].WellIndex
* MySim->Wells[WellID].Perforations[PerfIDMine].Kro
/ MySim->Wells[WellID].Perforations[PerfIDMine].Muo
* (MySim->Wells[WellID].Perforations[PerfIDMine].BHPo
- MySim->Wells[WellID].Perforations[PerfIDMine].Po
- MySim->GravAcc * MySim->Wells[WellID].Perforations[PerfIDMine].Rhoo
* (MySim->Wells[WellID].Perforations[PerfIDMine].zbh
- MySim->Wells[WellID].Perforations[PerfIDMine].x3))
* MySim->Wells[WellID].Perforations[PerfIDMine].h1
* MySim->Wells[WellID].Perforations[PerfIDMine].h2
* MySim->Wells[WellID].Perforations[PerfIDMine].h3
/ MySim->Wells[WellID].Perforations[PerfIDMine].Bo;
MySim->Wells[WellID].Perforations[PerfIDMine].Qw =
MySim->Wells[WellID].Perforations[PerfIDMine].WellIndex
* MySim->Wells[WellID].Perforations[PerfIDMine].Krw
/ MySim->Wells[WellID].Perforations[PerfIDMine].Muw
* (MySim->Wells[WellID].Perforations[PerfIDMine].BHPw
- MySim->Wells[WellID].Perforations[PerfIDMine].Pw
- MySim->GravAcc * MySim->Wells[WellID].Perforations[PerfIDMine].Rhow
* (MySim->Wells[WellID].Perforations[PerfIDMine].zbh
- MySim->Wells[WellID].Perforations[PerfIDMine].x3))
* MySim->Wells[WellID].Perforations[PerfIDMine].h1
* MySim->Wells[WellID].Perforations[PerfIDMine].h2
* MySim->Wells[WellID].Perforations[PerfIDMine].h3
/ MySim->Wells[WellID].Perforations[PerfIDMine].Bw;
PetscPrintf(PETSC_COMM_WORLD,"\nAt Well:%d Value of computed Qo is: %g",WellID, MySim->Wells[WellID].Perforations[PerfIDMine].Qo);
}
}
}
}
PetscFunctionReturn(0);
}
/* Compute production variables, update Observations vector */
extern PetscErrorCode DefiantBlackOil3PhProduction(BlackOilReservoirSimulation* MySim)
{
PetscErrorCode ierr;
PetscInt mx, my, mz, xm, ym, zm, xs, ys, zs;
/* Well handling variables */
PetscInt PerfIDMine, WellID;
PetscFunctionBegin;
/* Get dimensions and extents of the local vectors */
ierr = DAGetInfo(MySim->SimDA, 0, &mx, &my, &mz, 0, 0, 0, 0, 0, 0, 0);CHKERRQ(ierr);
ierr = DAGetCorners(MySim->SimDA, &xs, &ys, &zs, &xm, &ym, &zm);CHKERRQ(ierr);
/* Sync everything before we start */
ierr = DefiantBlackOilComputePerfIndicesSyncPerfs(MySim);CHKERRQ(ierr);
for (WellID = 0; WellID < MySim->NumberOfWells; WellID++) {
for (PerfIDMine = 0; PerfIDMine
< (MySim->Wells[WellID]).NumberOfPerforations; PerfIDMine++) {
if (MySim->Wells[WellID].Perforations[PerfIDMine].IsActive == PETSC_TRUE ){
if (MySim->Wells[WellID].Perforations[PerfIDMine].Constraint == FLOW_RATE_CONSTRAINT) {
MySim->Wells[WellID].Perforations[PerfIDMine].BHPo =
MySim->Wells[WellID].Perforations[PerfIDMine].Bo
/ (MySim->Wells[WellID].Perforations[PerfIDMine].h1
* MySim->Wells[WellID].Perforations[PerfIDMine].h2
* MySim->Wells[WellID].Perforations[PerfIDMine].h3)
* MySim->Wells[WellID].Perforations[PerfIDMine].Muo
/ MySim->Wells[WellID].Perforations[PerfIDMine].Kro
/ MySim->Wells[WellID].Perforations[PerfIDMine].WellIndex
+ MySim->Wells[WellID].Perforations[PerfIDMine].Po
+ MySim->GravAcc * MySim->Wells[WellID].Perforations[PerfIDMine].Rhoo
* (MySim->Wells[WellID].Perforations[PerfIDMine].zbh
- MySim->Wells[WellID].Perforations[PerfIDMine].x3);
MySim->Wells[WellID].Perforations[PerfIDMine].BHPw =
MySim->Wells[WellID].Perforations[PerfIDMine].Bw
/ (MySim->Wells[WellID].Perforations[PerfIDMine].h1
* MySim->Wells[WellID].Perforations[PerfIDMine].h2
* MySim->Wells[WellID].Perforations[PerfIDMine].h3)
* MySim->Wells[WellID].Perforations[PerfIDMine].Muw
/ MySim->Wells[WellID].Perforations[PerfIDMine].Krw
/ MySim->Wells[WellID].Perforations[PerfIDMine].WellIndex
+ MySim->Wells[WellID].Perforations[PerfIDMine].Pw
+ MySim->GravAcc * MySim->Wells[WellID].Perforations[PerfIDMine].Rhow
* (MySim->Wells[WellID].Perforations[PerfIDMine].zbh
- MySim->Wells[WellID].Perforations[PerfIDMine].x3);
MySim->Wells[WellID].Perforations[PerfIDMine].BHPg =
MySim->Wells[WellID].Perforations[PerfIDMine].Bg
/ (MySim->Wells[WellID].Perforations[PerfIDMine].h1
* MySim->Wells[WellID].Perforations[PerfIDMine].h2
* MySim->Wells[WellID].Perforations[PerfIDMine].h3)
* MySim->Wells[WellID].Perforations[PerfIDMine].Mug
/ MySim->Wells[WellID].Perforations[PerfIDMine].Krg
/ MySim->Wells[WellID].Perforations[PerfIDMine].WellIndex
+ MySim->Wells[WellID].Perforations[PerfIDMine].Pg
+ MySim->GravAcc * MySim->Wells[WellID].Perforations[PerfIDMine].Rhog
* (MySim->Wells[WellID].Perforations[PerfIDMine].zbh
- MySim->Wells[WellID].Perforations[PerfIDMine].x3);
} else if (MySim->Wells[WellID].Perforations[PerfIDMine].Constraint == BHP_CONSTRAINT) {
MySim->Wells[WellID].Perforations[PerfIDMine].Qo =
MySim->Wells[WellID].Perforations[PerfIDMine].WellIndex
* MySim->Wells[WellID].Perforations[PerfIDMine].Kro
/ MySim->Wells[WellID].Perforations[PerfIDMine].Muo
* (MySim->Wells[WellID].Perforations[PerfIDMine].BHPo
- MySim->Wells[WellID].Perforations[PerfIDMine].Po
- MySim->GravAcc * MySim->Wells[WellID].Perforations[PerfIDMine].Rhoo
* (MySim->Wells[WellID].Perforations[PerfIDMine].zbh
- MySim->Wells[WellID].Perforations[PerfIDMine].x3))
* MySim->Wells[WellID].Perforations[PerfIDMine].h1
* MySim->Wells[WellID].Perforations[PerfIDMine].h2
* MySim->Wells[WellID].Perforations[PerfIDMine].h3
/ MySim->Wells[WellID].Perforations[PerfIDMine].Bo;
MySim->Wells[WellID].Perforations[PerfIDMine].Qw =
MySim->Wells[WellID].Perforations[PerfIDMine].WellIndex
* MySim->Wells[WellID].Perforations[PerfIDMine].Krw
/ MySim->Wells[WellID].Perforations[PerfIDMine].Muw
* (MySim->Wells[WellID].Perforations[PerfIDMine].BHPw
- MySim->Wells[WellID].Perforations[PerfIDMine].Pw
- MySim->GravAcc * MySim->Wells[WellID].Perforations[PerfIDMine].Rhow
* (MySim->Wells[WellID].Perforations[PerfIDMine].zbh
- MySim->Wells[WellID].Perforations[PerfIDMine].x3))
* MySim->Wells[WellID].Perforations[PerfIDMine].h1
* MySim->Wells[WellID].Perforations[PerfIDMine].h2
* MySim->Wells[WellID].Perforations[PerfIDMine].h3
/ MySim->Wells[WellID].Perforations[PerfIDMine].Bw;
MySim->Wells[WellID].Perforations[PerfIDMine].Qg =
MySim->Wells[WellID].Perforations[PerfIDMine].WellIndex
* MySim->Wells[WellID].Perforations[PerfIDMine].Krg
/ MySim->Wells[WellID].Perforations[PerfIDMine].Mug
* (MySim->Wells[WellID].Perforations[PerfIDMine].BHPg
- MySim->Wells[WellID].Perforations[PerfIDMine].Pg
- MySim->GravAcc * MySim->Wells[WellID].Perforations[PerfIDMine].Rhog
* (MySim->Wells[WellID].Perforations[PerfIDMine].zbh
- MySim->Wells[WellID].Perforations[PerfIDMine].x3))
* MySim->Wells[WellID].Perforations[PerfIDMine].h1
* MySim->Wells[WellID].Perforations[PerfIDMine].h2
* MySim->Wells[WellID].Perforations[PerfIDMine].h3
/ MySim->Wells[WellID].Perforations[PerfIDMine].Bg;
}
}
}
}
PetscFunctionReturn(0);
}