1:	lot->Size(20,30 * rand(0.7,1),20) {new_lot}
2:	new_lot->Replace(wings) : 0.3
	->Replace(straight) : 0.2
	->Replace(tiered) : 0.2
	->Replace(else) : 0.3

3:	wings->Subdiv(Z, Scope.sz * rand(0.2, 0.5), 1^) { wings_back | wings_front }
4:	wings_front->Subdiv(X, Scope.sx * rand(0.2, 0.4), 1^) { wf_left | wf_right }
5:	wf_right->Size(1^, Scope.sy * rand(0.2, 0.8), 1^) {wf_rights}

6:	tiered->Subdiv(Y, Scope.sy * 0.5, 1^) {t_bottom | t_top}
7:	t_top->Size(Scope.sx*rand(0.5,0.5),1^,Scope.sz * rand(0.5,0.5)) {t_tops}

8:	straight->Size(Scope.sx * rand(0.5,0.7), Scope.sy * rand(1.0,1.3), Scope.sz * rand(0.5, 0.7)) {tall}

9:	else->Subdiv(X, 1^, Scope.sx * rand(0.2,0.4), 1^) {else_left | else_mid | else_right}
10:	else_mid->Subdiv(Y, 1^, Scope.sy * rand(0.1, 0.5), 1^) {em_bottom | em_mid | em_top }
11:	em_mid->Subdiv(Z, 1^, Scope.sz * rand(0.2, 0.4), 1^) {emm_back | emm_mid | emm_front}
13:	em_bottom->Replace(empty)
14:	em_top->Replace(empty)
15:	emm_back->Replace(empty)
16:	emm_front->Replace(empty)
17:	else_left->Size(1^, Scope.sy*rand(0.7,1.3), 1^) {el_sized}
18:	else_right->Size(1^, Scope.sy*rand(0.7,1.3), 1^) {er_sized}


end