/********************************************************************************/
/*      input: A file containing sizes of length and width of pfets and nfets   */
/*             within a specified range and their threshold voltages            */
/*                                                                              */
/*      output: A Max file of comparator composed of selected size of inverters	*/
/*              found in the 'fndsizes.c'					*/
/*                                                                              */
/*      Date: Mar. 29, 2001                                                     */
/*      By:   Daegyu Lee                                                        */
/*      The Pennsylvania State University                                       */
/*      Department of Computer Science and Engineering                          */
/*      Copyright Daegyu Lee 2001                                               */      
/*      Revision 0.8                                                            */
/********************************************************************************/                            

#include <stdio.h>
#include <stdlib.h>

#define TRUE	1
#define	FALSE	0

#define SP0	7820	/* space btwn origin and left x of nMOS */
#define SP1	1000	/* length of poly6 and poly9 in x */

typedef struct RECT
{
	int	LBX, LBY, RTX, RTY;
} maxRect;

void Warning_Exit()
{
	printf( "Memory allocation fail !!\n" );
	exit(-1);
}

main( int argc, char* argv[] )
{
	int	i, j, displaceY, numOfBit, numOfComps, junkValue;
	int	*lp, *wp, *ln, *wn;
	int	numOfPct, startPctX, numOfNct, startNctX;
	char	numStr[10], outFileName[100];
	FILE	*fp_in, *fp_out;

	maxRect	pdif1, pdif2, pdif3;
	maxRect	ndif1, ndif2, ndif3;
	maxRect	pfet1, pfet2;
	maxRect	nfet1, nfet2;
	maxRect	poly1, poly2, poly3, poly4, poly5, poly6, poly7, poly8, poly9, poly10, poly11;
	maxRect	m1_1, m1_2, m1_3, m1_4, m1_5, m1_6, m1_11, m1_12, m1_13, m1_14, m1_15, m1_16, m1_17, m1_18, m1_19, m1_20, m1_21, m1_22;
	maxRect m2_1, m2_2, m2_3, m2_4, m2_5, m2_6, m2_7, m2_8, m2_9, m2_10;
	maxRect	ctP[500], ctN[500];

	if( argc != 2)
	{
		printf( "Usage: makeCompV2 selectedSizesFile\n" );
		exit(-1);
	}

	printf( "Displacement of comparators in Y = ? (Min.:2540) " ); scanf( "%d", &displaceY );
	printf( "Which bit comparator is it ? " ); scanf( "%d", &numOfBit );

        fp_in = fopen( argv[1], "r" );
        numOfComps = 0;
        while( fscanf(fp_in, "%d %d %d %d", &junkValue, &junkValue, &junkValue, &junkValue) != EOF )
        {
                numOfComps++;
        }
        fclose( fp_in );

        lp = (int *) malloc( numOfComps*sizeof(int) );
        if( lp == NULL ) Warning_Exit();

        wp = (int *) malloc( numOfComps*sizeof(int) );
        if( wp == NULL ) Warning_Exit();

        ln = (int *) malloc( numOfComps*sizeof(int) );
        if( ln == NULL ) Warning_Exit();

        wn = (int *) malloc( numOfComps*sizeof(int) );
        if( wn == NULL ) Warning_Exit();

        fp_in = fopen( argv[1], "r" );
        for( i=0; i<numOfComps; i++ )
        {
                fscanf( fp_in, "%d %d %d %d", &lp[i], &wp[i], &ln[i], &wn[i] );
        }
        fclose( fp_in );

        sprintf( numStr, "%d", numOfBit );
        strcpy( outFileName, numStr );
	strcat( outFileName, "Bit_L" );
	sprintf( numStr, "%d", lp[0] );
	strcat( outFileName, numStr );
	strcat( outFileName, "_Comp.max" );

	fp_out = fopen( outFileName, "w" );

        fprintf( fp_out, "max 3\n" );
        fprintf( fp_out, "tech mmi25\n" );
        fprintf( fp_out, "resolution 0.001\n" );
        fprintf( fp_out, "\n\nDEF\n\n" );
        fprintf( fp_out, "SECTION VERSIONS {\n" );
        fprintf( fp_out, "vMAIN 975961442 23\n" );
        fprintf( fp_out, "vDRC 975961442 23\n" );
        fprintf( fp_out, "vBBox 975961442 31\n" );
        fprintf( fp_out, "} SECTION VERSIONS\n" );
        fprintf( fp_out, "\n" );

	for( i=0; i<numOfComps; i++ )
	{
		pdif3.LBX=-(wp[i]*10); pdif3.LBY=0+(displaceY*i); pdif3.RTX=0; pdif3.RTY=(pdif3.LBY+660);
               	pfet2.LBX=-(wp[i]*10); pfet2.LBY=pdif3.RTY;       pfet2.RTX=0; pfet2.RTY=(pdif3.RTY+lp[i]);
               	pdif2.LBX=-(wp[i]*10); pdif2.LBY=pfet2.RTY;       pdif2.RTX=0; pdif2.RTY=(pfet2.RTY+740);
                pfet1.LBX=-(wp[i]*10); pfet1.LBY=pdif2.RTY;       pfet1.RTX=0; pfet1.RTY=(pdif2.RTY+lp[i]);
               	pdif1.LBX=-(wp[i]*10); pdif1.LBY=pfet1.RTY;       pdif1.RTX=0; pdif1.RTY=(pdif1.LBY+660);

                ndif3.LBX=SP0; ndif3.LBY = 0+(displaceY*i); ndif3.RTX=(ndif3.LBX+wn[i]*10); ndif3.RTY=(ndif3.LBY+660);
                nfet2.LBX=SP0; nfet2.LBY = ndif3.RTY;       nfet2.RTX=(nfet2.LBX+wn[i]*10); nfet2.RTY=(ndif3.RTY+ln[i]);
                ndif2.LBX=SP0; ndif2.LBY = nfet2.RTY;       ndif2.RTX=(ndif2.LBX+wn[i]*10); ndif2.RTY=(nfet2.RTY+740);
                nfet1.LBX=SP0; nfet1.LBY = ndif2.RTY;       nfet1.RTX=(nfet1.LBX+wn[i]*10); nfet1.RTY=(ndif2.RTY+ln[i]);
                ndif1.LBX=SP0; ndif1.LBY = nfet1.RTY;       ndif1.RTX=(ndif1.LBX+wn[i]*10); ndif1.RTY=(ndif1.LBY+660);

                poly1.LBX=pfet1.LBX-360; poly1.LBY=pfet1.LBY; poly1.RTX=pfet1.LBX;     poly1.RTY=pfet1.RTY;
                poly2.LBX=pfet1.RTX;     poly2.LBY=pfet1.LBY; poly2.RTX=poly2.LBX+360; poly2.RTY=pfet1.RTY;
                poly3.LBX=nfet1.LBX-360; poly3.LBY=nfet1.LBY; poly3.RTX=nfet1.LBX;     poly3.RTY=nfet1.RTY;
                poly4.LBX=nfet1.RTX;     poly4.LBY=nfet1.LBY; poly4.RTX=poly4.LBX+360; poly4.RTY=nfet1.RTY;

                poly6.LBX=pfet2.LBX-SP1; poly6.LBY=pfet2.LBY; poly6.RTX=pfet2.LBX;     poly6.RTY=pfet2.RTY;
                poly7.LBX=pfet2.RTX;     poly7.LBY=pfet2.LBY; poly7.RTX=poly7.LBX+360; poly7.RTY=pfet2.RTY;
                poly8.LBX=nfet2.LBX-360; poly8.LBY=nfet2.LBY; poly8.RTX=nfet2.LBX;     poly8.RTY=nfet2.RTY;
                poly9.LBX=nfet2.RTX;     poly9.LBY=nfet2.LBY; poly9.RTX=poly9.LBX+SP1; poly9.RTY=nfet2.RTY;

		poly10.LBX=poly6.LBX-580; poly10.LBY=poly6.LBY; poly10.RTX=poly6.LBX;      poly10.RTY=poly10.LBY+580;
		poly11.LBX=poly9.RTX;     poly11.LBY=poly9.LBY; poly11.RTX=poly11.LBX+580; poly11.RTY=poly11.LBY+580;

		if( lp[0] == 1000 )
		{
			poly10.LBX=poly6.LBX-580; poly10.LBY=poly6.LBY; poly10.RTX=poly6.LBX;      poly10.RTY=poly10.LBY+1000;
                	poly11.LBX=poly9.RTX;     poly11.LBY=poly9.LBY; poly11.RTX=poly11.LBX+580; poly11.RTY=poly11.LBY+1000;
		}

		m1_1.LBX=pdif1.LBX+50; m1_1.LBY=pdif1.LBY+130; m1_1.RTX=pdif1.RTX-50; m1_1.RTY=pdif1.RTY-50;
		m1_2.LBX=pdif2.LBX+50; m1_2.LBY=pdif2.LBY+130; m1_2.RTX=pdif2.RTX-50; m1_2.RTY=pdif2.RTY-130;
		m1_3.LBX=pdif3.LBX+50; m1_3.LBY=pdif3.LBY+50;  m1_3.RTX=pdif3.RTX-50; m1_3.RTY=pdif3.RTY-130;
		m1_4.LBX=ndif1.LBX+50; m1_4.LBY=ndif1.LBY+130; m1_4.RTX=ndif1.RTX-50; m1_4.RTY=ndif1.RTY-50;
		m1_5.LBX=ndif2.LBX+50; m1_5.LBY=ndif2.LBY+130; m1_5.RTX=ndif2.RTX-50; m1_5.RTY=ndif2.RTY-130;
		m1_6.LBX=ndif3.LBX+50; m1_6.LBY=ndif3.LBY+50;  m1_6.RTX=ndif3.RTX-50; m1_6.RTY=ndif3.RTY-130;

                m1_11.LBX=poly10.LBX; m1_11.LBY=poly10.LBY; m1_11.RTX=poly10.RTX; m1_11.RTY=poly10.RTY;
                m1_12.LBX=poly11.LBX; m1_12.LBY=poly11.LBY; m1_12.RTX=poly11.RTX; m1_12.RTY=poly11.RTY;

		m1_13.LBX=((poly10.LBX+poly10.RTX)/2)-160; m1_13.LBY=poly10.RTY;  m1_13.RTX=m1_13.LBX+320; m1_13.RTY=m1_1.LBY+80;
		m1_14.LBX=m1_13.LBX;                       m1_14.LBY=m1_13.RTY;   m1_14.RTX=m1_1.LBX;      m1_14.RTY=m1_14.LBY+320;
		m1_15.LBX=((poly11.LBX+poly11.RTX)/2)-160; m1_15.LBY=poly11.RTY;  m1_15.RTX=m1_15.LBX+320; m1_15.RTY=m1_4.LBY+80;
		m1_16.LBX=m1_4.RTX;                        m1_16.LBY=m1_4.LBY+80; m1_16.RTX=m1_15.RTX;     m1_16.RTY=m1_16.LBY+320;

		m1_17.LBX=m1_3.RTX-80-540; m1_17.LBY=pdif3.LBY+20;  m1_17.RTX=m1_17.LBX+540; m1_17.RTY=m1_17.LBY+540;
		m1_18.LBX=m1_2.LBX+80;     m1_18.LBY=pdif2.LBY+100; m1_18.RTX=m1_18.LBX+540; m1_18.RTY=m1_18.LBY+540;
		m1_19.LBX=m1_5.RTX-80-540; m1_19.LBY=ndif2.LBY+100;  m1_19.RTX=m1_19.LBX+540; m1_19.RTY=m1_19.LBY+540;
		m1_20.LBX=m1_6.RTX-80-540; m1_20.LBY=ndif3.LBY+20;  m1_20.RTX=m1_20.LBX+540; m1_20.RTY=m1_20.LBY+540;

		m1_21.LBX=m1_2.RTX;  m1_21.LBY=((m1_2.LBY+m1_2.RTY)/2)-160; m1_21.RTX=pdif2.RTX; m1_21.RTY=m1_21.LBY+320;
		m1_22.LBX=ndif2.LBX; m1_22.LBY=((m1_5.LBY+m1_5.RTY)/2)-160; m1_22.RTX=m1_5.LBX;  m1_22.RTY= m1_22.LBY+320;

		m2_1.LBX=m1_17.LBX;                   m2_1.LBY=m1_17.LBY; m2_1.RTX=m1_17.RTX;    m2_1.RTY=m1_17.RTY;
		m2_2.LBX=((m2_1.LBX+m2_1.RTX)/2)-200; m2_2.LBY=m2_1.RTY;  m2_2.RTX=m2_2.LBX+400; m2_2.RTY=m1_2.LBY+40;
		m2_3.LBX=m2_2.LBX;                    m2_3.LBY=m2_2.RTY;  m2_3.RTX=pdif2.RTX;    m2_3.RTY=m2_3.LBY+400;
		m2_4.LBX=m1_18.LBX;                   m2_4.LBY=m1_18.LBY; m2_4.RTX=m1_18.RTX;    m2_4.RTY=m1_18.RTY;
		m2_5.LBX=m1_19.LBX;                   m2_5.LBY=m1_19.LBY; m2_5.RTX=m1_19.RTX;    m2_5.RTY=m1_19.RTY;
		m2_6.LBX=m1_20.LBX;                   m2_6.LBY=m1_20.LBY; m2_6.RTX=m1_20.RTX;    m2_6.RTY=m1_20.RTY;

		m2_7.LBX=ndif3.LBX; m2_7.LBY=ndif3.LBY+90; m2_7.RTX=m2_6.LBX; m2_7.RTY=m2_7.LBY+400;

		m2_8.LBX=0-(wp[numOfComps-1]*10)-3000; m2_8.LBY=((m2_4.LBY+m2_4.RTY)/2)-200;  m2_8.RTX=m2_4.LBX;             m2_8.RTY=m2_8.LBY+400;
		m2_9.LBX=m2_5.RTX;                     m2_9.LBY=((m2_5.LBY+m2_5.RTY)/2)-200;  m2_9.RTX=SP0+(wn[0]*10)+3000;  m2_9.RTY=m2_9.LBY+400;
		m2_10.LBX=m2_6.RTX;                    m2_10.LBY=((m2_6.LBY+m2_6.RTY)/2)-200; m2_10.RTX=SP0+(wn[0]*10)+3000; m2_10.RTY=m2_10.LBY+400;

                numOfPct = 0;
                startPctX = m1_1.LBX+100;
                do
                {
                        ctP[numOfPct].LBX = startPctX;
                        ctP[numOfPct].RTX = ctP[numOfPct].LBX + 300;
                        startPctX = ctP[numOfPct].RTX + 300;
                        numOfPct++;
                        if( startPctX > m1_1.RTX-400 )
                        {
                                numOfPct--;
                                break;
                        }
                }
                while( TRUE );

                numOfNct = 0;
                startNctX = m1_4.LBX+100;
                do
                {
                        ctN[numOfNct].LBX = startNctX;
                        ctN[numOfNct].RTX = ctN[numOfNct].LBX + 300;
                        startNctX = ctN[numOfNct].RTX + 300;
                        numOfNct++;
                        if( startNctX > m1_4.RTX-400 )
                        {
                                numOfNct--;
                                break;
                        }
                }
                while( TRUE );

                fprintf( fp_out, "SECTION RECTS {\n" );
                fprintf( fp_out, "layer ndif\n" );
                fprintf( fp_out, "%d %d %d %d\n", ndif1.LBX, ndif1.LBY, ndif1.RTX, ndif1.RTY );
                fprintf( fp_out, "%d %d %d %d\n", ndif2.LBX, ndif2.LBY, ndif2.RTX, ndif2.RTY );
                fprintf( fp_out, "%d %d %d %d\n", ndif3.LBX, ndif3.LBY, ndif3.RTX, ndif3.RTY );
                fprintf( fp_out, "layer pdif\n" );
                fprintf( fp_out, "%d %d %d %d\n", pdif1.LBX, pdif1.LBY, pdif1.RTX, pdif1.RTY );
                fprintf( fp_out, "%d %d %d %d\n", pdif2.LBX, pdif2.LBY, pdif2.RTX, pdif2.RTY );
                fprintf( fp_out, "%d %d %d %d\n", pdif3.LBX, pdif3.LBY, pdif3.RTX, pdif3.RTY );
                fprintf( fp_out, "layer poly\n" );
                fprintf( fp_out, "%d %d %d %d\n", poly1.LBX, poly1.LBY, poly1.RTX, poly1.RTY );
                fprintf( fp_out, "%d %d %d %d\n", poly2.LBX, poly2.LBY, poly2.RTX, poly2.RTY );
                fprintf( fp_out, "%d %d %d %d\n", poly3.LBX, poly3.LBY, poly3.RTX, poly3.RTY );
                fprintf( fp_out, "%d %d %d %d\n", poly4.LBX, poly4.LBY, poly4.RTX, poly4.RTY );
                fprintf( fp_out, "%d %d %d %d\n", poly6.LBX, poly6.LBY, poly6.RTX, poly6.RTY );
                fprintf( fp_out, "%d %d %d %d\n", poly7.LBX, poly7.LBY, poly7.RTX, poly7.RTY );
                fprintf( fp_out, "%d %d %d %d\n", poly8.LBX, poly8.LBY, poly8.RTX, poly8.RTY );
                fprintf( fp_out, "%d %d %d %d\n", poly9.LBX, poly9.LBY, poly9.RTX, poly9.RTY );
                fprintf( fp_out, "%d %d %d %d\n", poly10.LBX, poly10.LBY, poly10.RTX, poly10.RTY );
                fprintf( fp_out, "%d %d %d %d\n", poly11.LBX, poly11.LBY, poly11.RTX, poly11.RTY );
                fprintf( fp_out, "layer nfet\n" );
                fprintf( fp_out, "%d %d %d %d\n", nfet1.LBX, nfet1.LBY, nfet1.RTX, nfet1.RTY );
                fprintf( fp_out, "%d %d %d %d\n", nfet2.LBX, nfet2.LBY, nfet2.RTX, nfet2.RTY );
                fprintf( fp_out, "layer pfet\n" );
                fprintf( fp_out, "%d %d %d %d\n", pfet1.LBX, pfet1.LBY, pfet1.RTX, pfet1.RTY );
                fprintf( fp_out, "%d %d %d %d\n", pfet2.LBX, pfet2.LBY, pfet2.RTX, pfet2.RTY );
                fprintf( fp_out, "layer m1\n" );
                fprintf( fp_out, "%d %d %d %d\n", m1_1.LBX, m1_1.LBY, m1_1.RTX, m1_1.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m1_2.LBX, m1_2.LBY, m1_2.RTX, m1_2.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m1_3.LBX, m1_3.LBY, m1_3.RTX, m1_3.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m1_4.LBX, m1_4.LBY, m1_4.RTX, m1_4.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m1_5.LBX, m1_5.LBY, m1_5.RTX, m1_5.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m1_6.LBX, m1_6.LBY, m1_6.RTX, m1_6.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m1_11.LBX, m1_11.LBY, m1_11.RTX, m1_11.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m1_12.LBX, m1_12.LBY, m1_12.RTX, m1_12.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m1_13.LBX, m1_13.LBY, m1_13.RTX, m1_13.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m1_14.LBX, m1_14.LBY, m1_14.RTX, m1_14.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m1_15.LBX, m1_15.LBY, m1_15.RTX, m1_15.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m1_16.LBX, m1_16.LBY, m1_16.RTX, m1_16.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m1_17.LBX, m1_17.LBY, m1_17.RTX, m1_17.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m1_18.LBX, m1_18.LBY, m1_18.RTX, m1_18.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m1_19.LBX, m1_19.LBY, m1_19.RTX, m1_19.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m1_20.LBX, m1_20.LBY, m1_20.RTX, m1_20.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m1_21.LBX, m1_21.LBY, m1_21.RTX, m1_21.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m1_22.LBX, m1_22.LBY, m1_22.RTX, m1_22.RTY );
                fprintf( fp_out, "layer m2\n" );
                fprintf( fp_out, "%d %d %d %d\n", m2_1.LBX, m2_1.LBY, m2_1.RTX, m2_1.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m2_2.LBX, m2_2.LBY, m2_2.RTX, m2_2.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m2_3.LBX, m2_3.LBY, m2_3.RTX, m2_3.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m2_4.LBX, m2_4.LBY, m2_4.RTX, m2_4.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m2_5.LBX, m2_5.LBY, m2_5.RTX, m2_5.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m2_6.LBX, m2_6.LBY, m2_6.RTX, m2_6.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m2_7.LBX, m2_7.LBY, m2_7.RTX, m2_7.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m2_8.LBX, m2_8.LBY, m2_8.RTX, m2_8.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m2_9.LBX, m2_9.LBY, m2_9.RTX, m2_9.RTY );
                fprintf( fp_out, "%d %d %d %d\n", m2_10.LBX, m2_10.LBY, m2_10.RTX, m2_10.RTY );
                fprintf( fp_out, "layer v12\n" );
                fprintf( fp_out, "%d %d %d %d\n", m1_17.LBX+90, m1_17.LBY+90, m1_17.RTX-90, m1_17.RTY-90 );
                fprintf( fp_out, "%d %d %d %d\n", m1_18.LBX+90, m1_18.LBY+90, m1_18.RTX-90, m1_18.RTY-90 );
                fprintf( fp_out, "%d %d %d %d\n", m1_19.LBX+90, m1_19.LBY+90, m1_19.RTX-90, m1_19.RTY-90 );
                fprintf( fp_out, "%d %d %d %d\n", m1_20.LBX+90, m1_20.LBY+90, m1_20.RTX-90, m1_20.RTY-90 );
                fprintf( fp_out, "layer ct\n" );
                fprintf( fp_out, "%d %d %d %d\n", m1_11.LBX+140, m1_11.LBY+140, m1_11.LBX+140+300, m1_11.LBY+140+300 ); /* ct on m1_11 and poly10 */
                fprintf( fp_out, "%d %d %d %d\n", m1_12.LBX+140, m1_12.LBY+140, m1_12.LBX+140+300, m1_12.LBY+140+300 ); /* ct on m1_12 and poly11 */

                for( j=0; j<=numOfPct; j++ )   /* CT on Metal1 in Pdif1 */
                {
                        ctP[j].LBY = m1_1.LBY+90; ctP[j].RTY = ctP[j].LBY+300;
                        fprintf( fp_out, "%d %d %d %d\n", ctP[j].LBX, ctP[j].LBY, ctP[j].RTX, ctP[j].RTY );
                }
                for( j=0; j<=numOfPct; j++ )   /* CT on Metal2 in Pdif2 */
                {
                        ctP[j].LBY = m1_2.LBY+90; ctP[j].RTY = ctP[j].LBY+300;
                        fprintf( fp_out, "%d %d %d %d\n", ctP[j].LBX, ctP[j].LBY, ctP[j].RTX, ctP[j].RTY );
                }
                for( j=0; j<=numOfPct; j++ )   /* CT on Metal3 in Pdif3 */
                {
                        ctP[j].LBY = m1_3.LBY+90; ctP[j].RTY = ctP[j].LBY+300;
                        fprintf( fp_out, "%d %d %d %d\n", ctP[j].LBX, ctP[j].LBY, ctP[j].RTX, ctP[j].RTY );
                }
                for( j=0; j<=numOfNct; j++ )   /* CT on Metal4 in Ndif1 */
                {
                        ctN[j].LBY = m1_4.LBY+90; ctN[j].RTY = ctN[j].LBY+300;
                        fprintf( fp_out, "%d %d %d %d\n", ctN[j].LBX, ctN[j].LBY, ctN[j].RTX, ctN[j].RTY );
                }
                for( j=0; j<=numOfNct; j++ )   /* CT on Metal5 in Ndif2 */
                {
                        ctN[j].LBY = m1_5.LBY+90; ctN[j].RTY = ctN[j].LBY+300;
                        fprintf( fp_out, "%d %d %d %d\n", ctN[j].LBX, ctN[j].LBY, ctN[j].RTX, ctN[j].RTY );
                }
                for( j=0; j<=numOfNct; j++ )   /* CT on Metal6 in Ndif3 */
                {
                        ctN[j].LBY = m1_6.LBY+90; ctN[j].RTY = ctN[j].LBY+300;
                        fprintf( fp_out, "%d %d %d %d\n", ctN[j].LBX, ctN[j].LBY, ctN[j].RTX, ctN[j].RTY );
                }

                fprintf( fp_out, "} SECTION RECTS\n" );
                fprintf( fp_out, "\n" );
	}

	fclose( fp_out );
}