/*  For HP CMOS26B process... No CCD, Bipolar, Poly2 layers.
    Two types of pad layer are supported, one (the pad layer)
    contains both metal1 and metal2 layer while the other (the
    pad2 layer) contains all three metals with all necessary via
    properly defined...						    */
/*  This is prelimanary, please let me know if anything here seems
    abnormal to you...   pi@lepton.isi.edu 3/15/93		    */
style lambda=lambda_v
    scalefactor lambda_1 scaleunit
    layer CWN nwell
        bloat-or pbase,pbc/act * lambda_6
        bloat-or allPDiff,PFet * lambda_5
        bloat-or allNOhmic * lambda_3
        bloat-or clc/act * lambda_1
	or col
        grow lambda_3
        shrink lambda_3
        calma 42 1
    layer CWP pwell
        bloat-or allNDiff,NFet * lambda_5 pdop 0
        bloat-or allPOhmic * lambda_3 ndop 0
        grow lambda_3
        shrink lambda_3
        calma 41 1
    layer CMT allMetal3,pad
        labels m3
        calma 62 1
    layer CMS pad
        grow lambda_2
        or allMetal2
        labels m2
        calma 51 1
    layer CMF pad
	grow lambda_4
        or allMetal1
        labels homeMetal1
        calma 49 1
    layer CPG cap,cc
        or allPoly
        labels poly,nfet,pfet
        calma 46 1
    layer CAA allActive
	or ndop,pdop
#ifdef OPEN
	or open,pstop
#endif
        labels ndiff,pdiff
        calma 43 1
    layer CVS pad
        shrink pad_via2
#ifdef OPEN
	or open
#endif
        calma 61 1
    layer CVS m3c
        squares lambda_1 lambda_2 lambda_3
        calma 61 1
    layer CVA pad
        shrink pad_via1
#ifdef OPEN
	or open
#endif
        calma 50 1
    layer CVA m2c
        squares lambda_1 lambda_2 lambda_3
        calma 50 1
    /* Generic contact to (active,poly)...
	NOTE: no calma layer spec. for CCC, contact will not in
	stream file */
    layer CCC gc
	calma 48 1
    /* A contact under the pad is required by HP rule.... numbers here */
    /*       are fixed */
    layer CCA pad
	shrink 400
        calma 48 1
    /* contacts for pdc/nsc (ndc/psc) must be generated separately */
    layer CCA ndc,pdc
        squares lambda_2
#ifdef OPEN
	or open
#endif
        calma 48 1
    layer CCA nsc,psc
	squares lambda_2
	calma 48 1
    layer CCP pc
        squares lambda_2
        calma 47 1
    /* temp CIF layer - All diffusion N-Select layers */
    templayer XTN
        bloat-or allNDiff,ndop * lambda_2 allPOhmic,allPDiff,pdop 0
        bloat-or nbd,nbdc * lambda_2
        grow lambda_1
        shrink lambda_1
        shrink lambda_half
        grow lambda_half
    /* temp CIF layer - All diffusion P-Select layers */
    templayer XTP
        bloat-or allPDiff,pdop * lambda_2 allNOhmic,allNDiff,ndop 0
        grow lambda_1
        shrink lambda_1
        shrink lambda_half
        grow lambda_half
    layer CSN
        bloat-or allNDiff * lambda_2 allPOhmic,pdop 0
        bloat-or NFet * lambda_2 ndiff lambda_3 allPOhmic 0
        bloat-or allNOhmic * lambda_2 allPDiff,pdop 0
	bloat-or ndop * lambda_2 allPOhmic,allPDiff,pdop 0
        grow lambda_1
        shrink lambda_1
        shrink lambda_half
        grow lambda_half
        and-not XTP
        calma 45 1
    layer CSP
        bloat-or allPDiff * lambda_2 allNOhmic,ndop 0
        bloat-or PFet * lambda_2 pdiff lambda_3 allNOhmic 0
        bloat-or allPOhmic * lambda_2 allNDiff,ndop 0
	bloat-or pdop * lambda_2 allNOhmic,allNDiff,ndop 0
        grow lambda_1
        shrink lambda_1
        shrink lambda_half
        grow lambda_half
#ifdef OPEN
        bloat-min pstop * lambda_2 open 0
#endif
        and-not XTN
	and-not CSN
        calma 44 1
    layer COP open
        calma 23 1
    layer CPS pstop
        calma 24 1
    layer COG pad
        shrink pad_glass
        or glass
#ifdef OPEN
	or open
#endif
	labels pad
        calma 52 1
    layer XP pad
        shrink pad_glass
	calma 26 1

    render CWN 12  -0.2   0.2
    render CAA 2   -0.15  0.15  
    render CPG 1    0.025 0.05
    render CEL 14   0.1   0.05
    render CCC 19   0.0   0.2 
    render CCA 19   0.0   0.2 
    render CCP 19   0.075 0.125
    render CMF 20   0.2   0.05 
    render CVA 19   0.25  0.05
    render CMS 21   0.3   0.05

#undef cif_tech