
<chip>

	chipx = 512	; dimensions of the chip in x direction
	chipy = 512	; dimensions of the chip in y direction
	fftx = 256	; x-fft size (must be a power of 2)
	ffty = 256   	; y-fft size
	TechFile = sample1.tek
	TechPath = .

<layer> 0 			; p(-) Layer
	rho = 10		; ohm-cm
	t   = 800		; microns
        eps = 11.9

<layer>	1
	rho = .3
	t = 5
	eps = 11.9

<layer>	2   		; Oxide Layer
	rho = 1e10
	t = 50
	eps = 4

<metal>  0
	layer = 1
	rsh = 30
	t = 0.1
	d =  4.8
	name = msub
	color = blue

<metal> 1 
	layer = 2
	rsh = 100
	t = .5
	d =  1
	smin = .5
	wmin = .5
	name = m0
	color = yellow

<metal> 2 
	layer = 2
	rsh = 100
	t = .5
	d =  2
	smin = .5
	wmin = .5
	name = m1
	color = yellow

<metal> 3 
	layer = 2
	rsh = 80
	t = .8
	d =  3
	smin = 2.1
	wmin = 1
	name = m2
	color = yellow

<metal> 4 
	layer = 2
	rsh = 15
	t = 2
	d =  5
	smin = 2.1
	wmin = 1
	name = m3
	color = red
<via> 0			; metal 1 to metal 0
	top = 2
	bottom = 1
	r = 4
	width = .2
	space = .3
	overplot1 = .2
	overplot2 = .2
	name = v0
	color = gray
<via> 0			; metal 2 to metal 1
	top = 3
	bottom = 2
	r = 4
	width = .2
	space = .3
	overplot1 = .2
	overplot2 = .2
	name = v1
	color = purple
<via> 0			; metal 3 to metal 2
	top = 4
	bottom = 3
	r = 2
	width = .4
	space = .6
	overplot1 = .5
	overplot2 = .5
	name = v2
	color = white