//-------------------------------------------------------------
// VtxFogTabs::getObjAttributes() when switched in
//-------------------------------------------------------------
void VtxFogTabs::getObjAttributes(){
if(!update_needed)
return;
TNfog *tnode=fog();
TNarg *arg=(TNarg*)tnode->left;
//m_density_expr->setValue("1.0");
if(arg){ // height expr
m_density_expr->setValue(arg);
}
Planetoid *orb=getOrbital();
m_hmin_sldr->setValue(orb->fog_min/FEET);
m_hmax_sldr->setValue((orb->fog_max-orb->fog_min)/FEET);
m_vmin_sldr->setValue(orb->fog_vmin/FEET);
m_vmax_sldr->setValue((orb->fog_vmax-orb->fog_vmin)/FEET);
Color color=orb->fog_color;
color.set_alpha(orb->fog_value);
m_fog_color->setColor(color);
// m_fog_color.SetColor(orb->fog_color);
// m_fog_value=(int)(orb->fog_value*100);
update_needed=false;
}
bool_t RLKdeterminate(char *labeli, char *labelj, RLK_Line *rlk)
{
const char routineName[] = "RLKZeeman";
char **words, orbit[2];
bool_t invalid;
int count, multiplicity, length, Nread, Ji, Jj;
/* --- Get spin and orbital quantum numbers from level labels -- -- */
words = getWords(labeli, " ", &count);
if (words[0]) {
length = strlen(words[count-1]);
Nread = sscanf(words[count-1] + length-2, "%d%1s",
&multiplicity, orbit);
free(words);
if (Nread != 2 || !isupper(orbit[0])) return FALSE;
rlk->Li = getOrbital(orbit[0]);
rlk->Si = (multiplicity - 1) / 2.0;
Ji = (rlk->gi - 1.0) / 2.0;
} else
return FALSE;
words = getWords(labelj, " ", &count);
if (words[0]) {
length = strlen(words[count-1]);
Nread = sscanf(words[count-1] + length-2, "%d%1s",
&multiplicity, orbit);
free(words);
if (Nread != 2 || !isupper(orbit[0])) return FALSE;
rlk->Lj = getOrbital(orbit[0]);
rlk->Sj = (multiplicity - 1) / 2.0;
Jj = (rlk->gj - 1.0) / 2.0;
} else
return FALSE;
/* --- For the moment only allow electronic dipole transitions -- --*/
/* if (fabs(Ji - Jj) > 1.0)
return FALSE;
else */
return TRUE;
}
//-------------------------------------------------------------
// VtxFogTabs::setObjAttributes() when switched out
//-------------------------------------------------------------
void VtxFogTabs::setObjAttributes(){
update_needed=true;
TNfog *tnode=fog();
Planetoid *orb=getOrbital();
orb->fog_vmin=m_vmin_sldr->getValue()*FEET;
orb->fog_vmax=(m_vmax_sldr->getValue()+m_vmin_sldr->getValue())*FEET;
orb->fog_min=m_hmin_sldr->getValue()*FEET;
orb->fog_max=(m_hmax_sldr->getValue()+m_hmin_sldr->getValue())*FEET;
Color color=m_fog_color->getColor();
double fog_value=m_fog_color->getValue();
color.set_alpha(fog_value);
orb->fog_color=color;
orb->fog_value=fog_value;
wxString str="fog(";
wxString expr=m_density_expr->getText();
if(expr.length()==0)
expr="1";
str+=expr;
str+=")";
str+="\n";
char p[256];
strcpy(p,str.ToAscii());
tnode->setExpr(p);
if(tnode->getExprNode()==0)
update_needed=true;
else{
update_needed=false;
tnode->applyExpr();
}
}
