00001 acfromac mg.c /^void acfromac(real2D a, real2D c, real2D ei, real2D a2, real2D c2, $/
00002 adaptative momentum.c /^void adaptative(real2D u, real2D v, real2D divafter, real2D cc,$/
00003 adaptative_tau momentum.c /^void adaptative_tau(real2D u, real2D v, $/
00004 avg_kappa_normals extra.c /^real avg_kappa_normals(polynom3 px, polynom3 py, real t1, real t2,$/
00005 bc_pressure make_bc.c /^void bc_pressure(real2D p, real2D cc, interface in,$/
00006 bc_pressure make_bc_grad.c /^void bc_pressure(real2D p, real2D cc, interface in,$/
00007 bc_pressure make_bc_rad.c /^void bc_pressure(real2D p, real2D cc, interface in,$/
00008 bc_pressure make_bc_sono1.c /^void bc_pressure(real2D p, real2D cc, interface in,$/
00009 bc_pressure make_bc_sono2.c /^void bc_pressure(real2D p, real2D cc, interface in,$/
00010 bc_scalar make_bc.c /^void bc_scalar(real2D scal, int nx, int ny, char sw)$/
00011 bc_scalar make_bc_grad.c /^void bc_scalar(real2D scal, int nx, int ny, char sw)$/
00012 bc_scalar make_bc_rad.c /^void bc_scalar(real2D scal, int nx, int ny, char sw)$/
00013 bc_scalar make_bc_sono1.c /^void bc_scalar(real2D scal, int nx, int ny, char sw)$/
00014 bc_scalar make_bc_sono2.c /^void bc_scalar(real2D scal, int nx, int ny, char sw)$/
00015 bc_tensor make_bc.c /^void bc_tensor(real2D S11, real2D S22, real2D S12, int nx, int ny)$/
00016 bc_tensor make_bc_grad.c /^void bc_tensor(real2D S11, real2D S22, real2D S12, int nx, int ny)$/
00017 bc_tensor make_bc_rad.c /^void bc_tensor(real2D S11, real2D S22, real2D S12, int nx, int ny)$/
00018 bc_tensor make_bc_sono1.c /^void bc_tensor(real2D S11, real2D S22, real2D S12, int nx, int ny)$/
00019 bc_tensor make_bc_sono2.c /^void bc_tensor(real2D S11, real2D S22, real2D S12, int nx, int ny)$/
00020 bc_vector make_bc.c /^void bc_vector(real2D u, real2D a, real2D v, real2D c,$/
00021 bc_vector make_bc_grad.c /^void bc_vector(real2D u, real2D a, real2D v, real2D c,$/
00022 bc_vector make_bc_rad.c /^void bc_vector(real2D u, real2D a, real2D v, real2D c,$/
00023 bc_vector make_bc_sono1.c /^void bc_vector(real2D u, real2D a, real2D v, real2D c,$/
00024 bc_vector make_bc_sono2.c /^void bc_vector(real2D u, real2D a, real2D v, real2D c,$/
00025 bc_vector_bound make_bc.c /^void bc_vector_bound(real2D u, real2D v, int nx, int ny)$/
00026 bc_vector_bound make_bc_grad.c /^void bc_vector_bound(real2D u, real2D v, int nx, int ny)$/
00027 bc_vector_bound make_bc_rad.c /^void bc_vector_bound(real2D u, real2D v, $/
00028 bc_vector_bound make_bc_sono1.c /^void bc_vector_bound(real2D u, real2D v, int nx, int ny)$/
00029 bc_vector_bound make_bc_sono2.c /^void bc_vector_bound(real2D u, real2D v, int nx, int ny)$/
00030 bc_vector_div make_bc.c /^void bc_vector_div(real2D u, real2D a, real2D v, real2D c,$/
00031 bc_vector_div make_bc_grad.c /^void bc_vector_div(real2D u, real2D a, real2D v, real2D c,$/
00032 bc_vector_div make_bc_rad.c /^void bc_vector_div(real2D u, real2D a, real2D v, real2D c,$/
00033 bc_vector_div make_bc_sono1.c /^void bc_vector_div(real2D u, real2D a, real2D v, real2D c,$/
00034 bc_vector_div make_bc_sono2.c /^void bc_vector_div(real2D u, real2D a, real2D v, real2D c,$/
00035 bc_xcoord make_bc.c /^int bc_xcoord(int i, int nx)$/
00036 bc_xcoord make_bc_grad.c /^int bc_xcoord(int i, int nx)$/
00037 bc_xcoord make_bc_rad.c /^int bc_xcoord(int i, int nx)$/
00038 bc_xcoord make_bc_sono1.c /^int bc_xcoord(int i, int nx)$/
00039 bc_xcoord make_bc_sono2.c /^int bc_xcoord(int i, int nx)$/
00040 bc_ycoord make_bc.c /^int bc_ycoord(int j, int ny)$/
00041 bc_ycoord make_bc_grad.c /^int bc_ycoord(int j, int ny)$/
00042 bc_ycoord make_bc_rad.c /^int bc_ycoord(int j, int ny)$/
00043 bc_ycoord make_bc_sono1.c /^int bc_ycoord(int j, int ny)$/
00044 bc_ycoord make_bc_sono2.c /^int bc_ycoord(int j, int ny)$/
00045 coli momentum.c /^void coli(real2D ra, real2D rc, real2D rei, int nx, int ny)$/
00046 computeng mg.c /^int computeng(int n1, int n2)$/
00047 extra_pressure extra.c /^real extra_pressure(real x, real y, real2D p, real2D cc, interface in,$/
00048 extra_velocity extra.c /^void extra_velocity(real x, real y,$/
00049 extra_velocity_normals extra.c /^void extra_velocity_normals(real x, real y,$/
00050 fill0 mg.c /^void fill0(real2D u, int n1, int n2)$/
00051 gauss2 extra.c /^int gauss2(real **A, real *B, real *C, int n)$/
00052 inibubble ini_conditions.c /^void inibubble($/
00053 inidroplet ini_conditions.c /^void inidroplet($/
00054 inidroplets ini_conditions.c /^void inidroplets($/
00055 inirealwave ini_conditions.c /^void inirealwave($/
00056 initglobal global.c /^void initglobal()$/
00057 initialize Shear.c /^void initialize()$/
00058 initpressure mg.c /^int initpressure(int n1, int n2, int ng)$/
00059 iniwave ini_conditions.c /^void iniwave($/
00060 interfacial_pressure extra.c /^void interfacial_pressure(interface in,$/
00061 interplate extra.c /^int interplate(real *x, real *y, real *z, real *b, int n)$/
00062 interplate_p extra.c /^real interplate_p(real2D p, real2D cc, interface in,$/
00063 interplate_u extra.c /^real interplate_u(real2D u, real2D a, real2D cc,$/
00064 interplate_v extra.c /^real interplate_v(real2D v, real2D c, real2D cc,$/
00065 main Shear.c /^int main()$/
00066 main sphery.c /^int main(int argc, char *argv[])$/
00067 mginit mg.c /^void mginit(real2D u, real2D p, real2D cc, $/
00068 mgvcycle mg.c /^void mgvcycle(int n, int nx, int ny, int npre, int npost)$/
00069 momentum momentum.c /^void momentum(real2D u, real2D v,$/
00070 plgndr plgndr.c /^double plgndr(int l, int m, double x)$/
00071 pressure momentum.c /^void pressure(real2D u, real2D v, real2D p,$/
00072 relax mg.c /^void relax(real2D u, real2D rhs, real2D cc,$/
00073 rescale momentum.c /^void rescale(real2D u, real2D v, real2D p,$/
00074 resid mg.c /^void resid(real2D res, real2D u, real2D rhs, real2D cc, $/
00075 sphericalY plgndr.c /^double sphericalY(int l, int m, double theta)$/
00076 stresses stresses.old.c /^void stresses(real2D S11, real2D S22, real2D S12, real2D cc, $/
00077 timestep time_step.c /^void timestep(int t)$/
00078 timestep time_step.old.c /^void timestep(int t)$/
00079 viscous_tensor stresses.c /^void viscous_tensor(real2D u, real2D v,$/
