double
Table5::lfi(const double iv1, const double iv2, const double iv3, FStorage* const f) const
{
if (!valid) throw new ExpInvalidTable(); // Not valid - throw an exception
const double* w_data = getWData();
if (f != nullptr) {
TableStorage* s = dynamic_cast<TableStorage*>(f);
if (s == nullptr) throw new ExpInvalidFStorage();
return lfi_5D( iv1, iv2, iv3, w_data[0], vtable[0], getXData(), getNumXPoints(),
getYData(), getNumYPoints(), getZData(),
getNumZPoints(), getWData(), getNumWPoints(),
getVData(), getNumVPoints(),
getDataTable(), isExtrapolationEnabled(),
&s->xbp, &s->ybp, &s->zbp, &s->wbp, &s->vbp );
}
else {
return lfi_5D( iv1, iv2, iv3, w_data[0], vtable[0], getXData(), getNumXPoints(),
getYData(), getNumYPoints(), getZData(),
getNumZPoints(), getWData(), getNumWPoints(),
getVData(), getNumVPoints(),
getDataTable(), isExtrapolationEnabled());
}
}
double
Table2::lfi(const double iv1, const double iv2, FStorage* const f) const
{
if (!valid) throw new ExpInvalidTable(); // Not valid - throw an exception
if (f != nullptr) {
TableStorage* s = dynamic_cast<TableStorage*>(f);
if (s == nullptr) throw new ExpInvalidFStorage();
return lfi_2D( iv1, iv2, getXData(), getNumXPoints(), getYData(),
getNumYPoints(), getDataTable(),
isExtrapolationEnabled(),
&s->xbp, &s->ybp );
}
else {
return lfi_2D( iv1, iv2, getXData(), getNumXPoints(), getYData(),
getNumYPoints(), getDataTable(),
isExtrapolationEnabled() );
}
}
/*main written by Josh Cristol and Cody Horton*/
int main(void){
PLL_Init();
Output_Init();
Edge_Init();
while(1){
while(!Switch_Pressed()){wait(1);}
wait(0);
testBinary();
while(!Switch_Pressed()){wait(1);}
wait(0);
testDec();
while(!Switch_Pressed()){wait(1);}
wait(0);
testGraph();
XYplotInit("Graph", getXMin(), getXMax(), getYMin(), getYMax());
int32_t* xBuff = getXData();
int32_t* yBuff = getYData();
XYplot(xBuff, yBuff, getLength());
}
}
