--- MITgcm_contrib/osse/utils/cart2cyl.m	2005/01/05 20:40:21	1.3
+++ MITgcm_contrib/osse/utils/cart2cyl.m	2005/01/13 15:50:36	1.4
@@ -3,45 +3,22 @@
 %
 
 NN=size(c);
-%[theta rho nz]=size(c);
 [x y nz]=size(c);
-%[RHO,THETA] = meshgrid(1:rho,-pi+2*pi/theta:2*pi/theta:pi);
-%[Y,X] = meshgrid(-(x-1)/2:(x-1)/2,-(y-1)/2:(y-1)/2);
-%stepx=(2*x+1)/(2*x);
-%stepy=(2*y+1)/(2*y);
 stepx=(x+1)/(x);
 stepy=(y+1)/(y);
 [Y,X] = meshgrid(-(x)/2:stepx:(x)/2,-(y)/2:stepy:(y)/2);
-%[Y,X] = meshgrid(x,y);
-%[Y,X] = meshgrid(-(x)/2:stepx:(x)/2+stepx,-(y)/2:stepy:(y)/2+stepy);
-%[x,y] = pol2cart(THETA,RHO);
 [theta,rho] = cart2pol(X,Y);
-%theta=(theta./(pi*2)+0.5).*size(thetai,2);
-%theta=theta.*2*((size(thetai,2)+1)/size(thetai,2));
-%theta=(theta./(pi*2)+0.5).*(size(thetai,2)+1);
-%theta=(theta./(pi*2)+0.5).*(size(thetai,2));
 theta=(theta./(pi*2)+0.5).*(size(thetai,2));
-%theta=(theta./pi).*size(thetai,2);
-%theta=(theta./(pi*2)).*size(thetai,2);
-%rho=max(rhoi)*rho/((x-1)/2);
 rho=max(rhoi)*rho/((x)/2);
-%theta=rot90(theta.*180./pi,-1);
-%[nx ny nz]=size(c);
-%nx=theta;ny=rho;
 ntheta=x;nrho=y;
 
-%X=reshape(x,[1 nx*ny]);
-%Y=reshape(y,[1 nx*ny]);
 THETA=reshape(theta,[1 ntheta*nrho]);
 RHO=reshape(rho,[1 ntheta*nrho]);
-%del=griddata_preprocess(Y,X,yi,xi',varargin{:});
 del=griddata_preprocess(RHO,THETA,rhoi,thetai',varargin{:});
 
 for k=1:nz;
  C=reshape(c(:,:,k),[1 ntheta*nrho]);
 z(:,:,k)=griddata(RHO,THETA,C,rhoi,thetai',varargin{:});
-%z(:,:,k)=griddata(Y,X,C,yi,xi',varargin{:});
-% z(:,:,k)=griddata_fast(del,[C C(il) C(ig)],varargin{:});
 end % k
 
 % Split vertical and time dimensions