/** * Set the contact filtering data. This is an expensive operation and should not be called * frequently. This will not update contacts until the next time step when either parent body is * awake. This automatically calls refilter. * * @param filter */ public void setFilterData(final Filter filter) { m_filter.set(filter); refilter(); }
m_filter.set(def.filter);
/** * Set the contact filtering data. This is an expensive operation and should not be called * frequently. This will not update contacts until the next time step when either parent body is * awake. This automatically calls refilter. * * @param filter */ public void setFilterData(final Filter filter) { m_filter.set(filter); refilter(); }
m_filter.set(def.filter);
/** * Set the contact filtering data. This is an expensive operation and should not be called * frequently. This will not update contacts until the next time step when either parent body is * awake. This automatically calls refilter. * * @param filter filter */ public void setFilterData(final Filter filter) { this.filter.set(filter); refilter(); }
/** * Set the contact filtering data. This is an expensive operation and should not be called * frequently. This will not update contacts until the next time step when either parent body is * awake. This automatically calls refilter. * * @param filter */ public void setFilterData(final Filter filter) { m_filter.set(filter); refilter(); }
/** * Set the contact filtering data. This is an expensive operation and should not be called * frequently. This will not update contacts until the next time step when either parent body is * awake. This automatically calls refilter. * * @param filter */ public void setFilterData(final Filter filter) { m_filter.set(filter); refilter(); }
m_filter.set(def.filter);
m_filter.set(def.filter);
isSensor = def.isSensor(); filter.set(def.getFilter()); shape = def.getShape().clone();