% Interpret all of the customized parameters, and then call Build to<BR>
% create the landscape accordingly<BR>
% Calls:  Build<BR>
function [method,sz,iters,randm,peak,decay,dim,jag,water] = BuildCustomized(win1H,win2H,dim);
<P>
% win2H(3) indicates whether the user wanted a smooth landscape<BR>
% win2H(8) indicates whether the user wanted trees<BR>
if get(win2H(3),'Value')<BR>
	if get(win2H(8),'Value')<BR>
		method = 'randsp';<BR>
	else<BR>
		method = 'spline';<BR>
	end<BR>
else<BR>
	if get(win2H(8),'Value')<BR>
		method = 'rndpls';<BR>
	else<BR>
		method = 'subdiv';<BR>
	end<BR>
end
<P>
% Extract the parameters from array win2H and scale them appropriately<BR>
detail = get(win2H(11),'Value');<BR>
sz = round(detail/2) + 6;<BR>
iters = 15;<BR>
randm = 0;<BR>
peak = 0;<BR>
decay = 0;<BR>
jag = get(win2H(6),'Value') / 2;<BR>
water = (get(win2H(14),'Value') - 30) / 150;
<P>
% Reset the size and iterations sliders in the main window<BR>
set(win1H(4),'Value',sz);<BR>
set(win1H(3),'String',num2str(sz));<BR>
set(win1H(7),'Value',iters);<BR>
set(win1H(6),'String',num2str(iters));<BR>
set(win1H(12),'Value',randm);<BR>
set(win1H(11),'String',num2str(randm));<BR>
set(win1H(15),'Value',peak);<BR>
set(win1H(14),'String',num2str(peak));
<P>
[sz,iters,dim] = Build(method,sz,iters,randm,peak,decay,dim,jag,water,1);