void FORTE_FB_FT_PIDWL::setInitialValues(){
KP() = 1.0;
TN() = 1.0;
TV() = 1.0;
LIM_L() = -1.0E38;
LIM_H() = 1.0E38;
}
void AddTvForm::on_saveButton_clicked()
{
QByteArray model,manufacturer,photourl,description;
double screensize,price;
int availability;
bool can3D;
model = ui->modelLineEdit->text().toLatin1();
manufacturer = ui->manufacturerLineEdit->text().toLatin1();
photourl = ui->photoUrlLineEdit->text().toLatin1();
description = ui->descriptionLineEdit->text().toLatin1();
screensize = ui->screenSizeLineEdit->text().toDouble();
price = ui->priceLineEdit->text().toDouble();
can3D = ui->show3DBox->isChecked();
availability = ui->availabilityLineEdit->text().toInt();
//Create a new TV and set properties
TV t= TV();
t.setModel(model.constData());
t.setManufacturer(manufacturer.constData());
t.setPhotoUrl(photourl.constData());
t.setDescription(description.constData());
t.setScreenSize(screensize);
t.setPrice(price);
t.setCanShow3d(can3D);
//Save TV to db
ProductDAO productDao = ProductDAO(m_db);
productDao.insertProductInDB(t,availability);
this->hide();
}
template<class T_GRID> void LAPLACE_COLLIDABLE_UNIFORM<T_GRID>::
Initialize_Grid(const T_GRID& mac_grid_input)
{
assert(mac_grid_input.DX()==TV() || mac_grid_input.Is_MAC_Grid());
BASE::Initialize_Grid(mac_grid_input);
if(levelset == levelset_default) phi_default.Resize(grid.Domain_Indices(1));
Set_Up_Second_Order_Cut_Cell_Method(second_order_cut_cell_method);
}
template<class TV> void SparseMatrix::
multiply_helper(RawArray<const TV> x,RawArray<TV> result) const
{
const int rows = this->rows();
GEODE_ASSERT(columns()<=x.size() && rows<=result.size());
RawArray<const int> offsets = J.offsets;
RawArray<const int> J_flat = J.flat;
RawArray<const T> A_flat = A.flat;
for(int i=0;i<rows;i++){
int end=offsets[i+1];TV sum=TV();
for(int index=offsets[i];index<end;index++) sum+=A_flat[index]*x[J_flat[index]];
result[i]=sum;}
result.slice(rows,result.size()).zero();
}
void TV
( const AbstractDistMatrix<Real>& b,
Real lambda,
AbstractDistMatrix<Real>& x,
const qp::affine::Ctrl<Real>& ctrl )
{
DEBUG_ONLY(CSE cse("TV"))
mpi::Comm comm = b.Grid().Comm();
DistMultiVec<Real> bDMV(comm), xDMV(comm);
bDMV = b;
xDMV = x;
TV( bDMV, lambda, xDMV, ctrl );
x = xDMV;
}
#include <string.h>
#include <assert.h>
#include <pmap.h>
#include <env.h>
#include <trap.h>
/* Lookup table for core_id and per_cpu_inf, indexed by real __core_id() */
int hw_coreid_lookup[MAX_NUM_CPUS] = {[0 ... (MAX_NUM_CPUS - 1)] -1};
int os_coreid_lookup[MAX_NUM_CPUS] = {[0 ... (MAX_NUM_CPUS - 1)] -1};
/*************************** IPI Wrapper Stuff ********************************/
// checklists to protect the global interrupt_handlers for 0xf0, f1, f2, f3, f4
// need to be global, since there is no function that will always exist for them
handler_wrapper_t (RO handler_wrappers)[NUM_HANDLER_WRAPPERS];
static int smp_call_function(uint8_t type, uint32_t dest, poly_isr_t handler, TV(t) data,
handler_wrapper_t** wait_wrapper)
{
int8_t state = 0;
uint32_t wrapper_num;
handler_wrapper_t* wrapper;
extern atomic_t outstanding_calls;
// prevents us from ever having more than NUM_HANDLER_WRAPPERS callers in
// the process of competing for vectors. not decremented until both after
// the while(1) loop and after it's been waited on.
atomic_inc(&outstanding_calls);
if (atomic_read(&outstanding_calls) > NUM_HANDLER_WRAPPERS) {
atomic_dec(&outstanding_calls);
return -EBUSY;
}
