CMosSimpleRulesImpl.mesa
Copyright © 1985 by Xerox Corporation. All rights reserved.
Created by: Christian Jacobi, July 5, 1985 4:58:37 pm PDT
Last edited by: Christian Jacobi, October 17, 1986 1:51:26 pm PDT
DIRECTORY
CD, CDSimpleRules, CMos, CMosObjects, SymTab;
CMosSimpleRulesImpl:
CEDAR
PROGRAM
IMPORTS CDSimpleRules, CMos, CMosObjects, SymTab =
BEGIN
lambda: CD.Number = CMos.lambda;
MinWidth:
PROC [layer:
CD.Layer]
RETURNS [
CD.Number] =
BEGIN
RETURN [
SELECT layer
FROM
CMos.met => 3*lambda,
CMos.met2 => 4*lambda,
CMos.pol => 2*lambda,
CMos.ndif, CMos.pdif, CMos.wndif, CMos.wpdif => 2*lambda,
CMos.pwellCont, CMos.nwellCont => 2*lambda,
CMos.nwell, CMos.pwell => 12*lambda,
ENDCASE => 0
]
END;
BaseLayer:
PROC [layer:
CD.Layer]
RETURNS [
CD.Layer] =
INLINE BEGIN
IF layer=CMos.wndif OR layer=CMos.pwellCont THEN RETURN [CMos.ndif];
IF layer=CMos.wpdif OR layer=CMos.nwellCont THEN RETURN [CMos.pdif];
RETURN [layer]
END;
IsDiff:
PROC [layer:
CD.Layer]
RETURNS [
BOOL] =
BEGIN
RETURN[layer=CMos.ndif
OR layer=CMos.pdif
OR layer=CMos.wndif
OR layer=CMos.wpdif
OR layer=CMos.pwellCont
OR layer=CMos.nwellCont];
END;
MinDist:
PROC [l1, l2:
CD.Layer]
RETURNS [
CD.Number] =
BEGIN
l1 ← BaseLayer[l1];
l2 ← BaseLayer[l2];
IF l1=l2
THEN
RETURN [
SELECT l1
FROM
CMos.met => 3*lambda,
CMos.met2 => 4*lambda,
CMos.pol => 2*lambda,
CMos.ndif, CMos.pdif => 3*lambda,
CMos.pwell, CMos.nwell => 10*lambda,
CMos.cut => 3*lambda,
CMos.cut2, CMos.imp, CMos.ovg, CMos.bur => 0,
ENDCASE => 0
];
IF l2=CMos.met THEN {l2 ← l1; l1 ← CMos.met};
IF l1=CMos.met
THEN
RETURN [
SELECT l2
FROM
CMos.cut => 2*lambda,
ENDCASE => 0
];
IF l2=CMos.met2 THEN {l2 ← l1; l1 ← CMos.met2};
IF l1=CMos.met2
THEN
RETURN [
SELECT l2
FROM
CMos.cut2 => 2*lambda,
ENDCASE => 0
];
IF l2=CMos.pol THEN {l2 ← l1; l1 ← CMos.pol};
IF l1=CMos.pol
THEN {
IF IsDiff[l2] THEN RETURN[lambda];
IF l2=CMos.cut OR l2=CMos.bur THEN RETURN[2*lambda];
RETURN[0];
};
IF l2=CMos.ndif THEN {l2 ← l1; l1 ← CMos.ndif};
IF l1=CMos.ndif
THEN {
RETURN [
SELECT l2
FROM
CMos.pdif => 10*lambda,
CMos.nwell => 5*lambda,
CMos.cut, CMos.bur => 2*lambda,
ENDCASE => 0
];
};
IF l2=CMos.pdif THEN {l2 ← l1; l1 ← CMos.pdif};
IF l1=CMos.pdif
THEN {
RETURN [
SELECT l2
FROM
CMos.pwell => 5*lambda,
CMos.cut, CMos.bur => 2*lambda,
ENDCASE => 0
];
};
RETURN [0]
END;
Contact:
PROC [l1, l2:
CD.Layer]
RETURNS [ob:
CD.Object ←
NIL] =
BEGIN
IF l1#CMos.met AND l2=CMos.met THEN RETURN [Contact[l2, l1]];
IF l1=CMos.met
THEN {
IF l2=CMos.pol THEN RETURN [CMosObjects.CreatePolyCon[]];
IF l2=CMos.met2 THEN RETURN [CMosObjects.CreateMmCon[]];
IF l2=CMos.ndif
OR l2=CMos.pdif
OR l2=CMos.wpdif
OR l2=CMos.wndif
THEN
RETURN [CMosObjects.CreateDifCon[difLayer: l2]];
};
END;
Init:
PROC [] =
BEGIN
layerTable: SymTab.Ref ← SymTab.Create[case: FALSE];
[] ← layerTable.Insert["n-diff", $ndif];
[] ← layerTable.Insert["p-diff", $wpdif];
[] ← layerTable.Insert["n-well", $nwel];
[] ← layerTable.Insert["nwell", $nwel];
[] ← layerTable.Insert["p-well", $pwel];
[] ← layerTable.Insert["pwell", $pwel];
[] ← layerTable.Insert["poly", $pol];
[] ← layerTable.Insert["metal", $met];
[] ← layerTable.Insert["metal2", $met2];
[] ← layerTable.Insert["pwellCont", $pwelCont];
[] ← layerTable.Insert["nwellCont", $nwellCont];
CDSimpleRules.ImplementTechnology[
technology: CMos.cmos,
minWidth: MinWidth,
minDist: MinDist,
contact: Contact,
layerTable: layerTable
];
END;
Init[];
END.