/* -*- tab-width: 4 -*-
*
* Electric(tm) VLSI Design System
*
* File: MoCMOSGenerator.java
* Written by: Jonathan Gainsley, Sun Microsystems.
*
* Copyright (c) 2003 Sun Microsystems and Static Free Software
*
* Electric(tm) is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 3 of the License, or
* (at your option) any later version.
*
* Electric(tm) is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with Electric(tm); see the file COPYING. If not, write to
* the Free Software Foundation, Inc., 59 Temple Place, Suite 330,
* Boston, Mass 02111-1307, USA.
*/
package com.sun.electric.tool.generator.layout.gates;
import com.sun.electric.tool.generator.layout.StdCellParams;
import com.sun.electric.database.hierarchy.Cell;
public class MoCMOSGenerator {
/**
* Generate a Gate
* @param gateType the gate type ("inv", "nand2", etc)
* @param Xstrength the drive strength of the gate
* @param sc the standard cell parameters
* @return the generated Cell
*/
public static Cell makeGate(String gateType, double Xstrength, StdCellParams sc) {
double x = Xstrength;
String pNm = gateType;
Cell gate = null;
if (pNm == null) return null;
else if (pNm.equals("inv")) gate = Inv.makePart(x, sc);
else if (pNm.equals("inv2i")) gate = Inv2i.makePart(x, sc);
else if (pNm.equals("inv2iKn")) gate = Inv2iKn.makePart(x, sc);
else if (pNm.equals("inv2iKp")) gate = Inv2iKp.makePart(x, sc);
else if (pNm.equals("invCLK")) gate = InvCLK.makePart(x, sc);
else if (pNm.equals("invCTLn")) gate = InvCTLn.makePart(x, sc);
else if (pNm.equals("invHT")) gate = InvHT.makePart(x, sc);
else if (pNm.equals("invLT")) gate = InvLT.makePart(x, sc);
else if (pNm.equals("inv_passgate")) gate = Inv_passgate.makePart(x, sc);
else if (pNm.equals("mullerC_sy")) gate = MullerC_sy.makePart(x, sc);
else if (pNm.equals("nand2")) gate = Nand2.makePart(x, sc);
//else if (pNm.equals("nand2HLT")) gate = Nand2HLT.makePart(x, sc);
else if (pNm.equals("nand2HLT_sy")) gate = Nand2HLT_sy.makePart(x, sc);
else if (pNm.equals("nand2LT")) gate = Nand2LT.makePart(x, sc);
else if (pNm.equals("nand2LT_sy")) gate = Nand2LT_sy.makePart(x, sc);
else if (pNm.equals("nand2PH")) gate = Nand2PH.makePart(x, sc);
//else if (pNm.equals("nand2PHfk")) gate = Nand2PHfk.makePart(x, sc);
else if (pNm.equals("nand2_sy")) gate = Nand2_sy.makePart(x, sc);
else if (pNm.equals("nand2en")) gate = Nand2en.makePart(x, sc);
else if (pNm.equals("nand2LTen")) gate = Nand2LTen.makePart(x, sc);
else if (pNm.equals("nand2HTen")) gate = Nand2HTen.makePart(x, sc);
//else if (pNm.equals("nand2en_sy")) gate = Nand2en_sy.makePart(x, sc);
else if (pNm.equals("nand3")) gate = Nand3.makePart(x, sc);
else if (pNm.equals("nand3LT")) gate = Nand3LT.makePart(x, sc);
else if (pNm.equals("nand3LT_sy3")) gate = Nand3LT_sy3.makePart(x, sc);
else if (pNm.equals("nand3LTen")) gate = Nand3LTen.makePart(x, sc);
//else if (pNm.equals("nand3LTen_sy")) gate = Nand3LTen_sy.makePart(x, sc);
//else if (pNm.equals("nand3LTen_sy3")) gate = Nand3LTen_sy3.makePart(x, sc);
else if (pNm.equals("nand3MLT")) gate = Nand3MLT.makePart(x, sc);
//else if (pNm.equals("nand3_sy3")) gate = Nand3_sy3.makePart(x, sc);
else if (pNm.equals("nand3en")) gate = Nand3en.makePart(x, sc);
//else if (pNm.equals("nand3en_sy")) gate = Nand3en_sy.makePart(x, sc);
//else if (pNm.equals("nand3en_sy3")) gate = Nand3en_sy3.makePart(x, sc);
else if (pNm.equals("nms1")) gate = Nms1.makePart(x, sc);
else if (pNm.equals("nms2")) gate = Nms2.makePart(x, sc);
else if (pNm.equals("nms2_sy")) gate = Nms2_sy.makePart(x, sc);
else if (pNm.equals("nms3_sy3")) gate = Nms3_sy3.makePart(x, sc);
else if (pNm.equals("nor2")) gate = Nor2.makePart(x, sc);
//else if (pNm.equals("nor2LT")) gate = Nor2LT.makePart(x, sc);
else if (pNm.equals("nor2kresetV")) gate = Nor2kresetV.makePart(x, sc);
else if (pNm.equals("pms1")) gate = Pms1.makePart(x, sc);
else if (pNm.equals("pms2")) gate = Pms2.makePart(x, sc);
else if (pNm.equals("pms2_sy")) gate = Pms2_sy.makePart(x, sc);
// The layout of these keeper gates are identical to normal gates.
// They're just treated differently by Logical Effort tool.
else if (pNm.equals("invK")) gate = Inv.makePart(x, sc);
else if (pNm.equals("nand2k")) gate = Nand2.makePart(x, sc);
else if (pNm.equals("nms1K")) gate = Nms1.makePart(x, sc);
else if (pNm.equals("nms2K")) gate = Nms2.makePart(x, sc);
else if (pNm.equals("pms1K")) gate = Pms1.makePart(x, sc);
return gate;
}
private static int gateNb;
private static void tracePass(double x) {
System.out.println("\nbegin pass x="+x);
gateNb=0;
}
private static void traceGate() {
System.out.print(" "+gateNb++);
System.out.flush();
}
/**
* Generates all gates with the given size and standard cell params
* @param x the drive strength
* @param stdCell the standard cell parameters
*/
public static void generateAllGates(double x, StdCellParams stdCell) {
tracePass(x);
Inv.makePart(x, stdCell); traceGate();
Inv_star_wideOutput.makePart(x, "", stdCell); traceGate();
Inv2i.makePart(x, stdCell); traceGate();
Inv2iKn.makePart(x, stdCell); traceGate();
Inv2iKp.makePart(x, stdCell); traceGate();
InvCLK.makePart(x, stdCell); traceGate();
InvCTLn.makePart(x, stdCell); traceGate();
InvHT.makePart(x, stdCell); traceGate();
InvLT.makePart(x, stdCell); traceGate();
Inv_passgate.makePart(x, stdCell); traceGate();
MullerC_sy.makePart(x, stdCell); traceGate();
Nand2.makePart(x, stdCell); traceGate();
//Nand2HLT.makePart(x, stdCell); traceGate(); //no purple schematic
Nand2HLT_sy.makePart(x, stdCell); traceGate();
Nand2LT.makePart(x, stdCell); traceGate();
Nand2LT_sy.makePart(x, stdCell); traceGate();
Nand2PH.makePart(x, stdCell); traceGate();
//Nand2PHfk.makePart(x, stdCell); traceGate(); //DRC error because mirroring doesn't work
Nand2_sy.makePart(x, stdCell); traceGate();
Nand2en.makePart(x, stdCell); traceGate();
//Nand2en_sy.makePart(x, stdCell); traceGate(); // no purple schematic
Nand3.makePart(x, stdCell); traceGate();
Nand3LT.makePart(x, stdCell); traceGate();
Nand3LT_sy3.makePart(x, stdCell); traceGate();
Nand3LTen.makePart(x, stdCell); traceGate();
//Nand3LTen_sy.makePart(x, stdCell); traceGate(); // real NCC mismatch
//Nand3LTen_sy3.makePart(x, stdCell); traceGate(); // no purple schematic
Nand3MLT.makePart(x, stdCell); traceGate();
//Nand3_sy3.makePart(x, stdCell); traceGate(); //no purple schematic
Nand3en.makePart(x, stdCell); traceGate();
//Nand3en_sy.makePart(x, stdCell); traceGate(); // real NCC mismatch
//Nand3en_sy3.makePart(x, stdCell); traceGate();// no purple schematic
Nms1.makePart(x, stdCell); traceGate();
Nms2.makePart(x, stdCell); traceGate();
Nms2_sy.makePart(x, stdCell); traceGate();
Nms3_sy3.makePart(x, stdCell); traceGate(); //DRC error: doesn't fit in 42 lambda
Nor2.makePart(x, stdCell); traceGate();
//Nor2LT.makePart(x, stdCell); traceGate(); //no purple schematic
Nor2kresetV.makePart(x, stdCell); traceGate();
Pms1.makePart(x, stdCell); traceGate();
Pms2.makePart(x, stdCell); traceGate();
Pms2_sy.makePart(x, stdCell); traceGate();
// // Test gates that can double strap MOS gates
// stdCell.setDoubleStrapGate(true);
// Inv.makePart(x, stdCell); traceGate();
// InvLT.makePart(x, stdCell); traceGate();
// InvHT.makePart(x, stdCell); traceGate();
// Nms1.makePart(x, stdCell); traceGate();
// Pms1.makePart(x, stdCell); traceGate();
// stdCell.setDoubleStrapGate(false);
}
}