Lovestruck Decay Rate Help

...and a follow up question for anyone who wants to look at a larger chunk of this:

<V t="statistics">
<V n="statistics" t="relationship_set_interval_decay_rate_override">
<U n="relationship_set_interval_decay_rate_override">
<L n="new_rates">
<U>
<T n="decay_override">0.018044</T>
<U n="interval">
<T n="upper_bound">0</T>
</U>
</U>
<U>
<T n="decay_override">0.009716</T>
<U n="interval">
<T n="lower_bound">0</T>
</U>
</U>
</L>
<L n="target_participant_type">
<E>TargetSim</E>
</L>
<L n="tests">
<L>
<V t="relationship">
<U n="relationship">
<U n="required_relationship_bits">
<L n="match_any">
<T>362106<!--relBit_RelSat_5_Actor_VerySatisfiedWith_Target--></T>
</L>
</U>
<L n="subject">
<E>TargetSim</E>
</L>
<L n="target_sim">
<E>Actor</E>
</L>
<T n="track">362100<!--URT_RelSat_Main--></T>
</U>
</V>
<V t="relationship">
<U n="relationship">
<U n="required_relationship_bits">
<L n="match_any">
<T>362105<!--relBit_RelSat_4_Actor_SatisfiedWith_Target--></T>
</L>
</U>
<T n="track">362100<!--URT_RelSat_Main--></T>
</U>
</V>
</L>
</L>
<T n="track">16651<!--LTR_Romance_Main--></T>
</U>
</V>
</V>

Is it just me, or does this mean that having any kind of relationship satisfaction makes the romance bar decay up to TEN times faster than normal? Because LTR is this:

<L n="_interval_decay_rates">
<U>
<T n="decay_override">0.00139</T>
<U n="interval">
<T n="lower_bound">-100</T>
<T n="upper_bound">-50</T>
</U>
</U>
<U>
<T n="decay_override">0.000695</T>
<U n="interval">
<T n="lower_bound">-50</T>
<T n="upper_bound">0</T>
</U>
</U>
<U>
<T n="decay_override">0.002085</T>
<U n="interval">
<T n="lower_bound">0</T>
<T n="upper_bound">25</T>
</U>
</U>
<U>
<T n="decay_override">0.002775</T>
<U n="interval">
<T n="lower_bound">25</T>
<T n="upper_bound">50</T>
</U>
</U>
<U>
<T n="decay_override">0.00347</T>
<U n="interval">
<T n="lower_bound">50</T>
<T n="upper_bound">75</T>
</U>
</U>
<U>
<T n="decay_override">0.004165</T>
<U n="interval">
<T n="lower_bound">75</T>
<T n="upper_bound">100</T>
</U>
</U>
</L>

Most of the decays are in the new modifier are in the .01 area.