static void character_init_ragdoll_joints( struct character *ch ){}
static void character_init_ragdoll( struct character *ch ){}
static void character_ragdoll_go( struct character *ch, v3f pos ){}
+
+static void character_mimic_ragdoll( struct character *ch )
+{
+ for( int i=0; i<ch->ragdoll_count; i++ )
+ {
+ struct ragdoll_part *part = &ch->ragdoll[i];
+ m4x3f offset;
+ m3x3_identity(offset);
+ v3_negate( part->offset, offset[3] );
+ m4x3_mul( part->rb.to_world, offset, ch->sk.final_mtx[part->bone_id] );
+ }
+
+ skeleton_apply_inverses( &ch->sk );
+}
+
static void character_ragdoll_copypose( struct character *ch, v3f v )
{
for( int i=0; i<ch->ragdoll_count; i++ )
struct ragdoll_part *pj = &ch->ragdoll[j];
struct skeleton_bone *bj = &ch->sk.bones[pj->bone_id];
- if( pj->parent != 0xffffffff )
+ if( pj->parent != 0xffffffff && pj->use_limits )
{
struct ragdoll_part *pp = &ch->ragdoll[pj->parent];
struct skeleton_bone *bp = &ch->sk.bones[pp->bone_id];
rb_constraint_position( &pj->rb, lca, &pp->rb, lcb );
- if( pj->use_limits )
- {
- rb_constraint_limits( &pj->rb, lca, &pp->rb, lcb, pj->limits );
- }
+ rb_constraint_limits( &pj->rb, lca, &pp->rb, lcb, pj->limits );
}
}
}