bool cElHJaArrangt::StdSolFlag(INT aFlag)
{
ELISE_ASSERT((aFlag>0) && (aFlag <(1<<mNbPl)),"cElHJaArrangt::StdSolFlag");
tBufFacette aBuf;
InitFlag(aFlag,aBuf);
bool Ok = GetTheSolution(true,aBuf);
/*
if (OK)
{
cElHJSol3D * aSol = MakeSol(false);
aSol->MakeImages(false);
Im2D_U_INT1 aShade = aSol->ImShade();
Im2D_INT1 aLab = aSol->ImLabel();
ELISE_COPY
(
aShade.all_pts(),
its_to_rgb
(
Virgule
(
aShade.in(),
aLab.in() * 27.9,
(aLab.in() >=0) * 200
)
),
mVisu->WG3().orgb()
);
delete aSol;
}
*/
// PopStateFac();
return Ok;
}
double& FLQuant_pointer::operator()(int _age,int _yr,int _unit, int _season, int _area, int _iter)
{
if (!InitFlag() ||
_age <minquant() || _age >maxquant() ||
_yr <minyr() || _yr >maxyr() ||
_unit<1 || _unit>nunits() ||
_season<1 || _season>nseasons() ||
_area<1 || _area>nareas())
return outofbounds_double;
else
return (data)[i(_age,_yr,_unit,_season,_area,_iter)];
}
void FLQuant_pointer::Init(SEXP x)
{
SEXP Quant = GET_SLOT(x, install(".Data")),
dims = GET_DIM(Quant),
dimnames = GET_DIMNAMES(Quant);
data = NUMERIC_POINTER(AS_NUMERIC(Quant));
int dim[6], n = length(dims);
dim[0] = INTEGER(dims)[0];
dim[1] = INTEGER(dims)[1];
dim[2] = INTEGER(dims)[2];
dim[3] = INTEGER(dims)[3];
dim[4] = INTEGER(dims)[4];
dim[5] = n>=6 ? INTEGER(dims)[5] : 1;
if (((int)dim[0]) < 1 || ((int)dim[1]) < 1 ||
((int)dim[2]) < 1 || ((int)dim[3]) < 1 || ((int)dim[4]) < 1 || ((int)dim[5]) < 1)
{
UNPROTECT(1);
return;
}
minquant() = 0;
minyr() = 0;
maxquant() = (int)dim[0] -1;
maxyr() = (int)dim[1] -1;
nunits() = (int)dim[2];
nseasons() = (int)dim[3];
nareas() = (int)dim[4];
niters() = (int)dim[5];
if (dimnames != R_NilValue)
if (TYPEOF(dimnames) == VECSXP)
{
int t = 0;
const char *c;
if (n >= 1 && INTEGER(dims)[0] >= 1)
{
c = CHAR(STRING_ELT(VECTOR_ELT(dimnames, 0), 0));
//check that name is not a text string
for (int i=0; i<=(signed)strlen(c); i++)
if (isalpha(c[i])) t=1;
if (t !=1)
t = atoi(c);
minquant() += t;
maxquant() += t;
}
if (n >= 2 && INTEGER(dims)[1] >= 1)
{
t = 0;
c = CHAR(STRING_ELT(VECTOR_ELT(dimnames, 1), 0));
//check that name is not a text string
for (int i=0; i<=(signed)strlen(c); i++)
if (isalpha(c[i])) t=1;
if (t !=1)
t = atoi(c);
minyr() += t;
maxyr() += t;
}
}
InitFlag() = true;
UNPROTECT(1);
}
FLQuant_pointer::FLQuant_pointer(void)
{
InitFlag() = false;
}
