Comment tweaks

Author: ilyamandel

src/BaseBinaryStar.cpp

@@ -2132,14 +2132,14 @@ void BaseBinaryStar::ResolveMassChanges() {
 
     // update mass of star1 according to mass loss and mass transfer, then update age accordingly
     (void)m_Star1->UpdateAttributes(m_Star1->MassPrev() - m_Star1->Mass() + m_Star1->MassLossDiff() + m_Star1->MassTransferDiff(), 0.0);    // update mass for star1
-    m_Star1->UpdateInitialMass();                                                                       // update effective initial mass of star1 (MS, HG & HeMS, HeHG)
+    m_Star1->UpdateInitialMass();                                                                       // update effective initial mass of star1 (MS, HG & HeMS)
     m_Star1->UpdateAgeAfterMassLoss();                                                                  // update age of star1
     m_Star1->ApplyMassTransferRejuvenationFactor();                                                     // apply age rejuvenation factor for star1
     m_Star1->UpdateAttributes(0.0, 0.0, true);
 
     // rinse and repeat for star2
     (void)m_Star2->UpdateAttributes(m_Star2->MassPrev() - m_Star2->Mass() + m_Star2->MassLossDiff() + m_Star2->MassTransferDiff(), 0.0);    // update mass for star2
-    m_Star2->UpdateInitialMass();                                                                       // update effective initial mass of star 2 (MS, HG & HeMS, HeHG)
+    m_Star2->UpdateInitialMass();                                                                       // update effective initial mass of star 2 (MS, HG & HeMS)
     m_Star2->UpdateAgeAfterMassLoss();                                                                  // update age of star2
     m_Star2->ApplyMassTransferRejuvenationFactor();                                                     // apply age rejuvenation factor for star2
     m_Star2->UpdateAttributes(0.0, 0.0, true);

src/BaseStar.cpp

@@ -1842,7 +1842,7 @@ void BaseStar::ResolveMassLoss() {
         m_COCoreMass=std::min(m_COCoreMass,m_Mass);                             // Not expected, only a precaution to avoid inconsistencies
         m_CoreMass=std::min(m_CoreMass, m_Mass);
 
-        UpdateInitialMass();                                                    // update effective initial mass (MS, HG & HeMS, HeHG)
+        UpdateInitialMass();                                                    // update effective initial mass (MS, HG & HeMS)
         UpdateAgeAfterMassLoss();                                               // update age (MS, HG & HeMS)
         ApplyMassTransferRejuvenationFactor();                                  // apply age rejuvenation factor
     }