static void
bezctx_ff_quadto(bezctx *z, double xm, double ym, double x3, double y3)
{
bezctx_ff *bc = (bezctx_ff *)z;
double x0, y0;
double x1, y1;
double x2, y2;
SplinePoint *sp;
if ( !finite(xm) || !finite(ym) || !finite(x3) || !finite(y3)) {
nancheck(bc);
xm = ym = x3 = y3 = 0;
}
sp = SplinePointCreate(x3,y3);
x0 = bc->ss->last->me.x;
y0 = bc->ss->last->me.y;
x1 = xm + (1./3) * (x0 - xm);
y1 = ym + (1./3) * (y0 - ym);
x2 = xm + (1./3) * (x3 - xm);
y2 = ym + (1./3) * (y3 - ym);
bc->ss->last->nextcp.x = x1;
bc->ss->last->nextcp.y = y1;
bc->ss->last->nonextcp = false;
sp->prevcp.x = x2;
sp->prevcp.y = y2;
sp->noprevcp = false;
SplineMake3(bc->ss->last,sp);
bc->ss->last = sp;
}
/* This routine creates a linear spline from the previous point specified to this one */
static void bezctx_ff_lineto(bezctx *z,double x,double y) {
bezctx_ff *bc=(bezctx_ff *) z;
SplinePoint *sp;
if (!isfinite(x) || !isfinite(y)) {
nancheck(bc);
x=y=0;
}
sp=SplinePointCreate(x, y);
if (sp != NULL && SplineMake3(bc->ss->last, sp) != NULL)
bc->ss->last=sp;
}
static void
bezctx_ff_moveto(bezctx *z, double x, double y, int is_open) {
bezctx_ff *bc = (bezctx_ff *)z;
if ( !finite(x) || !finite(y)) {
nancheck(bc);
x = y = 0;
}
if (!bc->is_open) {
SplineSet *ss = chunkalloc(sizeof(SplineSet));
ss->next = bc->ss;
bc->ss = ss;
}
bc->ss->first = bc->ss->last = SplinePointCreate(x,y);
bc->is_open = is_open;
}
/* So we allocate a new SplineSet, and then add the first point to it */
static void bezctx_ff_moveto(bezctx *z,double x,double y,int is_open) {
bezctx_ff *bc=(bezctx_ff *) z;
if (!isfinite(x) || !isfinite(y)) { /* Protection against NaNs */
nancheck(bc);
x=y=0;
}
if (!bc->is_open) {
SplineSet *ss;
if ((ss=(SplineSet *) calloc(1, sizeof(SplineSet)))==NULL)
return;
ss->next=bc->ss;
bc->ss=ss;
}
bc->ss->first=bc->ss->last=SplinePointCreate(x, y);
bc->is_open=is_open;
}
static void
bezctx_ff_curveto(bezctx *z, double x1, double y1, double x2, double y2,
double x3, double y3)
{
bezctx_ff *bc = (bezctx_ff *)z;
SplinePoint *sp;
if ( !finite(x1) || !finite(y1) || !finite(x2) || !finite(y2) || !finite(x3) || !finite(y3)) {
nancheck(bc);
x1 = y1 = x2 = y2 = x3 = y3 = 0;
}
sp = SplinePointCreate(x3,y3);
bc->ss->last->nextcp.x = x1;
bc->ss->last->nextcp.y = y1;
bc->ss->last->nonextcp = false;
sp->prevcp.x = x2;
sp->prevcp.y = y2;
sp->noprevcp = false;
SplineMake3(bc->ss->last,sp);
bc->ss->last = sp;
}
int main()
{
double out;
double x = 0;
int i = 1;
// reroute stdout for regressions: TODO remove when logger mechanism
// is used inside masa; these tests currently just verify functions
// run successfully.
freopen("/dev/null","w",stdout);
masa_init("source term","euler_2d");
// 1D
out = masa_eval_1d_source_u(x);
nancheck(out);
out = masa_eval_1d_source_e(x);
nancheck(out);
out = masa_eval_1d_grad_u(x);
nancheck(out);
out = masa_eval_1d_grad_p(x);
nancheck(out);
out = masa_eval_1d_grad_rho(x);
nancheck(out);
// 2D
out = masa_eval_2d_source_u(x,x);
nancheck(out);
out = masa_eval_2d_source_v(x,x);
nancheck(out);
out = masa_eval_2d_source_e(x,x);
nancheck(out);
out = masa_eval_2d_source_rho_w(x,x);
nancheck(out);
out = masa_eval_2d_grad_u(x,x,i);
nancheck(out);
out = masa_eval_2d_grad_v(x,x,i);
nancheck(out);
out = masa_eval_2d_grad_w(x,x,i);
nancheck(out);
out = masa_eval_2d_grad_p(x,x,i);
nancheck(out);
out = masa_eval_2d_grad_rho(x,x,i);
nancheck(out);
// 3D
out = masa_eval_3d_source_u(x,x,x);
nancheck(out);
out = masa_eval_3d_source_v(x,x,x);
nancheck(out);
out = masa_eval_3d_source_w(x,x,x);
nancheck(out);
out = masa_eval_3d_source_e(x,x,x);
nancheck(out);
//tests passed
return 0;
}
