void product_stats::refresh()
{
int type = Choice1->GetSelection(); //0 - by revenue, 1 - by quantity
mysqlpp::Query query = conn->query();
wxDateTime start_date = DatePickerCtrl1->GetValue();
wxDateTime end_date = DatePickerCtrl2->GetValue();
wxDateTime mysql_end_date = end_date;
mysql_end_date.Add(wxTimeSpan::Day());
switch(type)
{
case 0:
query << "SELECT `name` , SUM( `qty` ) AS `qty`, SUM(`qty`*`price`) AS `money_net`,SUM(`qty`*`price`*`tax`) AS `money_tax`\
FROM `orders_dishes` WHERE `order_id` = ANY (SELECT `id` FROM `orders` \
WHERE `time` > '"<< wx2std(start_date.FormatISODate(),wxConvUI) <<"' AND `time` < '"<< wx2std(mysql_end_date.FormatISODate(),wxConvUI) <<"')\
GROUP BY `name` ORDER BY `money_net` DESC LIMIT " << wx2std(Choice2->GetStringSelection(),wxConvUI);
break;
case 1:
query << "SELECT `name` , SUM( `qty` ) AS `qty`, SUM(`qty`*`price`) AS `money_net`,SUM(`qty`*`price`*`tax`) AS `money_tax`\
FROM `orders_dishes` WHERE `order_id` = ANY (SELECT `id` FROM `orders` \
WHERE `time` > '"<< wx2std(start_date.FormatISODate(),wxConvUI) <<"' AND `time` < '"<< wx2std(mysql_end_date.FormatISODate(),wxConvUI) <<"')\
GROUP BY `name` ORDER BY `qty` DESC LIMIT " << wx2std(Choice2->GetStringSelection(),wxConvUI);
break;
}
mysqlpp::StoreQueryResult res = query.store();
if (res)
{
wxString info;
info << _("Name of the product | Qty | Net | Taxes | Gross\n\n");
wxString infoVerse;
mysqlpp::Row row;
mysqlpp::StoreQueryResult::size_type i;
for (i = 0; i < res.num_rows(); ++i)
{
row = res[i];
infoVerse.Clear();
std::string name = std::string(row["name"]);
int qty = int(row["qty"]);
double money_net = round_2(double(row["money_net"]));
double money_tax = round_2(double(row["money_tax"]));
infoVerse << addSpaces(std2wx(name,wxConvUI),31);
wxString temp;
temp << qty;
infoVerse << addSpaces(temp,8);
infoVerse << addSpaces(addZero(money_net),11);
infoVerse << addSpaces(addZero(money_tax),12);
infoVerse << addZero(money_net + money_tax) << _T("\n");
info << infoVerse;
}
TextCtrl1->ChangeValue(info);
}
}
//==================================================================
void Filter::addZero (float frequency, float resonance)
{
if (frequency <= 0.0f)
{
addZero(polToCar(newComplex(resonance, 0.0f)));
}
else
{
float theta = frequency / sampleRate * 2*M_PI;
addZero(polToCar(newComplex(resonance, theta)));
addZero(polToCar(newComplex(resonance, -theta)));
}
}
// LOWPASS
pzkContainer * t2lp(pzkContainer * pzk, real w0) {
pzkContainer * f = createPzkContainer(pzk->nextPole, pzk->nextZero);
uint i;
complex tmp;
f->no_wz = pzk->no_wz;
f->amp *= pzk->amp * pow(w0,(real)(-f->no_wz));
for( i = 0; i < pzk->nextPole; i++ ) {
tmp = cmul2(w0, pzk->poles[i]);
addPole(f, tmp);
f->amp *= w0;
if( !cisreal(tmp) ) {
f->amp *= w0;
}
}
for( i = 0; i < pzk->nextZero; i++ ) {
tmp = cmul2(w0, pzk->zeros[i]);
addZero(f, tmp);
if( cisreal(tmp) ) {
f->amp /= w0;
} else {
f->amp /= w0*w0;
}
}
f->type = lowpass;
return f;
}
// HIGHPASS
pzkContainer * t2hp(pzkContainer * pzk, real w0) {
pzkContainer * f = createPzkContainer(pzk->nextPole, pzk->nextZero);
uint i;
complex tmp;
f->amp = pzk->amp * pow(w0,(real)pzk->no_wz);
f->no_wz = -pzk->no_wz;
for( i = 0; i < pzk->nextPole; i++ ) {
tmp.re = w0;
tmp.im = 0;
f->no_wz++;
if( cisreal(pzk->poles[i]) ) {
f->amp /= -pzk->poles[i].re;
tmp.re /= pzk->poles[i].re;
} else {
tmp = cdiv(tmp, pzk->poles[i]);
f->amp /= cabs2(pzk->poles[i]);
f->no_wz++;
}
addPole(f, tmp);
}
for( i = 0; i < pzk->nextZero; i++ ) {
tmp.re = w0;
tmp.im = 0;
f->no_wz--;
if( cisreal(pzk->zeros[i]) ) {
f->amp *= -pzk->zeros[i].re;
tmp.re /= pzk->zeros[i].re;
} else {
tmp = cdiv(tmp, pzk->zeros[i]);
f->amp *= cabs2(pzk->zeros[i]);
f->no_wz--;
}
addZero(f, tmp);
}
f->type = highpass;
return f;
}
string DateTimeFormat::format(Integer time, string formatToken) {
time_t epoch_time_as_time_t = time;
tm *timeStruct = localtime((const time_t *) epoch_time_as_time_t);
replaceString(formatToken, "yyyy", to_string(timeStruct->tm_year + 1));
replaceString(formatToken, "MM", addZero(to_string(timeStruct->tm_mon + 1)));
replaceString(formatToken, "dd", addZero(to_string(timeStruct->tm_mday)));
replaceString(formatToken, "hh", addZero(to_string(timeStruct->tm_hour + 1 > 12 ?
timeStruct->tm_hour + 1 - 12 : timeStruct->tm_hour + 1)));
replaceString(formatToken, "hh", addZero(to_string(timeStruct->tm_hour + 1)));
replaceString(formatToken, "mm", addZero(to_string(timeStruct->tm_min + 1)));
replaceString(formatToken, "ss", addZero(to_string(timeStruct->tm_sec + 1)));
replaceString(formatToken, "aa", timeStruct->tm_hour + 1 >= 12 ? "pm" : "am");
return formatToken;
}
// BANDSTOP
pzkContainer * t2bs(pzkContainer * pzk, real w0, real dw) {
uint nop, noz, i;
pzkContainer * f;
const real w02 = w0*w0;
complex tmp, beta, gamma, cw0, cdwp2;
cw0.re = w0;
cw0.im = 0;
cdwp2.re = dw / 2;
cdwp2.im = 0;
noz = 2*pzk->nextZero;
nop = 2*pzk->nextPole;
if( pzk->no_wz > 0 ) {
noz += pzk->no_wz;
}
if( pzk->no_wz < 0 ) {
nop -= pzk->no_wz;
}
f = createPzkContainer(nop, noz);
f->wz = w0;
f->no_wz = -pzk->no_wz;
f->amp = pzk->amp * pow(dw, (real)(pzk->no_wz));
gamma.re = 0;
gamma.im = 0;
if( pzk->no_wz > 0 ) {
for( i = 0; i < pzk->no_wz; i++ ) {
addZero(f, gamma);
}
}
if( pzk->no_wz < 0 ) {
for( i = 0; i < -pzk->no_wz; i++ ) {
addPole(f, gamma);
}
}
for( i = 0; i < pzk->nextPole; i++ ) {
if( cisreal(pzk->poles[i]) ) {
beta.re = cdwp2.re / pzk->poles[i].re;
tmp.re = 1 - ( w02/(beta.re*beta.re) );
if( tmp.re >= 0 ) {
tmp.re = sqrt( tmp.re );
gamma.im = 0;
gamma.re = beta.re * (1 + tmp.re);
addPole(f, gamma);
gamma.re = beta.re * (1 - tmp.re);
addPole(f, gamma);
} else {
tmp.im = sqrt( -tmp.re );
tmp.re = 1;
gamma = cmul2( beta.re, tmp );
addPole(f, gamma);
}
f->amp /= -pzk->poles[i].re;
f->no_wz++;
}
else {
beta = cdiv(cdwp2, pzk->poles[i]);
tmp = cdiv(cw0, beta);
tmp = csqrt( csub2(1, cmlt(tmp, tmp)) );
gamma = cmlt(beta, cadd2(1, tmp));
addPole(f, gamma);
gamma = cmlt(beta, csub2(1, tmp));
addPole(f, gamma);
f->amp /= cabs2(pzk->poles[i]);
f->no_wz += 2;
}
}
for( i = 0; i < pzk->nextZero; i++ ) {
if( cisreal(pzk->zeros[i]) ) {
beta.re = cdwp2.re / pzk->zeros[i].re;
tmp.re = 1 - ( w02/(beta.re*beta.re) );
if( tmp.re >= 0 ) {
tmp.re = sqrt( tmp.re );
gamma.im = 0;
gamma.re = beta.re * (1 + tmp.re);
addZero(f, gamma);
gamma.re = beta.re * (1 - tmp.re);
addZero(f, gamma);
} else {
tmp.im = sqrt( -tmp.re );
tmp.re = 1;
gamma = cmul2( beta.re, tmp );
addZero(f, gamma);
}
f->amp *= -pzk->zeros[i].re;
f->no_wz--;
}
else {
beta = cdiv(cdwp2, pzk->zeros[i]);
tmp = cdiv(cw0, beta);
tmp = csqrt( csub2(1, cmlt(tmp, tmp)) );
gamma = cmlt(beta, cadd2(1, tmp));
addZero(f, gamma);
gamma = cmlt(beta, csub2(1, tmp));
addZero(f, gamma);
f->amp *= cabs2(pzk->zeros[i]);
f->no_wz -= 2;
}
}
return f;
}