Package ptolemy.domains.ct.kernel

Examples of ptolemy.domains.ct.kernel.CTCompositeActor.newPort()

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        newPlot.setSize(500, 300);

        CTCompositeActor hs = new CTCompositeActor(this, "HS");

        // the ports
        TypedIOPort hsin = (TypedIOPort) hs.newPort("input");
        hsin.setInput(true);
        hsin.setTypeEquals(BaseType.DOUBLE);

        //TypedIOPort hsout = (TypedIOPort)hs.newPort("output");
        //hsout.setOutput(true);
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        hsin.setTypeEquals(BaseType.DOUBLE);

        //TypedIOPort hsout = (TypedIOPort)hs.newPort("output");
        //hsout.setOutput(true);
        //hsout.setTypeEquals(BaseType.DOUBLE);
        TypedIOPort hsst = (TypedIOPort) hs.newPort("state");
        hsst.setOutput(true);
        hsst.setTypeEquals(BaseType.DOUBLE);

        //TypedIOPort hstr = (TypedIOPort)hs.newPort("trig");
        //hstr.setOutput(true);
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        ctIncGFi.setTypeEquals(BaseType.DOUBLE);
        ctIncGF.output.setTypeEquals(BaseType.DOUBLE);
        ctIncGF.expression.setExpression("in - 0.2");

        // the ports
        TypedIOPort ctIncIn = (TypedIOPort) ctInc.newPort("input");
        ctIncIn.setInput(true);
        ctIncIn.setTypeEquals(BaseType.DOUBLE);

        TypedIOPort ctIncOut = (TypedIOPort) ctInc.newPort("output");
        ctIncOut.setOutput(true);
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        // the ports
        TypedIOPort ctIncIn = (TypedIOPort) ctInc.newPort("input");
        ctIncIn.setInput(true);
        ctIncIn.setTypeEquals(BaseType.DOUBLE);

        TypedIOPort ctIncOut = (TypedIOPort) ctInc.newPort("output");
        ctIncOut.setOutput(true);
        ctIncOut.setTypeEquals(BaseType.DOUBLE);

        TypedIOPort ctIncSt = (TypedIOPort) ctInc.newPort("state");
        ctIncSt.setOutput(true);
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        TypedIOPort ctIncOut = (TypedIOPort) ctInc.newPort("output");
        ctIncOut.setOutput(true);
        ctIncOut.setTypeEquals(BaseType.DOUBLE);

        TypedIOPort ctIncSt = (TypedIOPort) ctInc.newPort("state");
        ctIncSt.setOutput(true);
        ctIncSt.setTypeEquals(BaseType.DOUBLE);

        TypedIOPort ctIncTr = (TypedIOPort) ctInc.newPort("trig");
        ctIncTr.setOutput(true);
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        TypedIOPort ctIncSt = (TypedIOPort) ctInc.newPort("state");
        ctIncSt.setOutput(true);
        ctIncSt.setTypeEquals(BaseType.DOUBLE);

        TypedIOPort ctIncTr = (TypedIOPort) ctInc.newPort("trig");
        ctIncTr.setOutput(true);
        ctIncTr.setTypeEquals(BaseType.DOUBLE);

        // connect ctInc
        //ctInc.connect(ctIncIn, ctIncH.input);
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        ctDecGFi.setTypeEquals(BaseType.DOUBLE);
        ctDecGF.output.setTypeEquals(BaseType.DOUBLE);
        ctDecGF.expression.setExpression("in + 0.0");

        // the ports
        TypedIOPort ctDecIn = (TypedIOPort) ctDec.newPort("input");
        ctDecIn.setInput(true);
        ctDecIn.setTypeEquals(BaseType.DOUBLE);

        TypedIOPort ctDecOut = (TypedIOPort) ctDec.newPort("output");
        ctDecOut.setOutput(true);
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        // the ports
        TypedIOPort ctDecIn = (TypedIOPort) ctDec.newPort("input");
        ctDecIn.setInput(true);
        ctDecIn.setTypeEquals(BaseType.DOUBLE);

        TypedIOPort ctDecOut = (TypedIOPort) ctDec.newPort("output");
        ctDecOut.setOutput(true);
        ctDecOut.setTypeEquals(BaseType.DOUBLE);

        TypedIOPort ctDecSt = (TypedIOPort) ctDec.newPort("state");
        ctDecSt.setOutput(true);
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        TypedIOPort ctDecOut = (TypedIOPort) ctDec.newPort("output");
        ctDecOut.setOutput(true);
        ctDecOut.setTypeEquals(BaseType.DOUBLE);

        TypedIOPort ctDecSt = (TypedIOPort) ctDec.newPort("state");
        ctDecSt.setOutput(true);
        ctDecSt.setTypeEquals(BaseType.DOUBLE);

        TypedIOPort ctDecTr = (TypedIOPort) ctDec.newPort("trig");
        ctDecTr.setOutput(true);
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        TypedIOPort ctDecSt = (TypedIOPort) ctDec.newPort("state");
        ctDecSt.setOutput(true);
        ctDecSt.setTypeEquals(BaseType.DOUBLE);

        TypedIOPort ctDecTr = (TypedIOPort) ctDec.newPort("trig");
        ctDecTr.setOutput(true);
        ctDecTr.setTypeEquals(BaseType.DOUBLE);

        // connect ctDec
        //ctDec.connect(ctDecIn, ctDecH.input);
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