Examples of Scale

ca.grimoire.jnoise.modules.transform.Scale
Noise transformation module that scales a source module's coordinate space. The resulting noise is "denser" (eg., lower-frequency noise) for scales greater than 1 and "sparser" (higher-frequency noise) for scales less than 1.
If you are using the included XML noise configuration system, Scale modules can be declared as

<scale x="scale" y="scale" z="scale"> <source module /> </scale>

Omitting the x, y, or z attribute will leave that axis un-scaled.
cofh.repack.codechicken.lib.vec.Scale
com.blitline.image.functions.Scale
com.heroku.api.request.ps.Scale
TODO: Javadoc @author Naaman Newbold
com.lightcrafts.model.Scale
A Scale is a model for a rational scaling of an image. For convenience, Scales may be defined by floating point numbers instead of ratios.
Query an Engine for its prefererred Scales, or make one up. Preferred Scales may work better.
com.music.model.Scale
cross.reputation.model.Scale
de.maramuse.soundcomp.process.Scale
eu.planets_project.pp.plato.model.scales.Scale
Base class for all scales that are used for measuring the degree of fulfillment of requirements, i.e. {@link Leaf} nodes in the{@link ObjectiveTree}. These scales have units, restrictions that define possible values, and they are capable of constructing instances of {@link Value} objectsthat correspond to their scale. I.e., a {@link BooleanScale} will be able tocreate a {@link BooleanValue}. Furthermore, they are also responsible of checking these Values for correctness ( {@link #isEvaluated(Value)} @author Christoph Becker @author Kevin Stadler
eu.scape_project.planning.model.scales.Scale
Base class for all scales that are used for measuring the degree of fulfillment of requirements, i.e. {@link Leaf} nodes in the{@link ObjectiveTree}. These scales have units, restrictions that define possible values, and they are capable of constructing instances of {@link Value} objects that correspond to their scale. I.e., a{@link BooleanScale} will be able to create a {@link BooleanValue}. Furthermore, they are also responsible of checking these Values for correctness ( {@link #isEvaluated(Value)} @author Christoph Becker @author Kevin Stadler
fcagnin.jgltut.tut06.Scale
b.com/integeruser/jgltut for info, updates and license terms.
Part II. Positioning Chapter 6. Objects in Motion http://www.arcsynthesis.org/gltut/Positioning/Tutorial%2006.html @author integeruser
javafx.scene.transform.Scale
jpianotrain.staff.Scale
Representation of a scale. Basically this is a container for notes. According to music theory there's a finite set of harmonic combinations. These combinations are created on sets of 5 or 7 tones. @since 0 @author onkobu
net.alteiar.beans.map.Scale
@author Cody Stoutenburgthe scale represent the number of pixel and of meter for 1 square
org.bioversityinternational.model.germplasm.CropDescriptorQuery.Trait.Method.Scale
org.eclipse.swt.widgets.Scale
ipse.org/swt/snippets/#scale">Scale snippets @see SWT Example: ControlExample @see Sample code and further information @noextend This class is not intended to be subclassed by clients.
org.mapfish.print.map.Scale
Represent a scale denominator. For example 1:10'000m which means 1 meter on the paper represent 10'000m on the ground. @author Jesse on 3/27/14.
org.rascalmpl.library.vis.figure.interaction.swtwidgets.Scale
org.wicketstuff.jwicket.ui.effect.Scale
ptolemy.actor.lib.Scale
Produce an output token on each firing with a value that is equal to a scaled version of the input. The actor is polymorphic in that it can support any token type that supports multiplication by the factor parameter. The output type is constrained to be at least as general as both the input and the factor parameter. For data types where multiplication is not commutative (such as matrices), whether the factor is multiplied on the left is controlled by the scaleOnLeft parameter. Setting the parameter to true means that the factor is multiplied on the left, and the input on the right. Otherwise, the factor is multiplied on the right. @author Edward A. Lee, Steve Neuendorffer @version $Id: Scale.java,v 1.64 2007/12/06 18:18:03 cxh Exp $ @since Ptolemy II 0.3 @Pt.ProposedRating Yellow (eal) @Pt.AcceptedRating Yellow (yuhong)

Examples of ptolemy.actor.lib.Scale

        CTCompositeActor ctDec = new CTCompositeActor(hs, "Decreasing");


        //ctDec.addDebugListener(dbl);
        //ZeroOrderHold ctDecH = new ZeroOrderHold(ctDec, "Hold");
        Integrator ctDecI = new Integrator(ctDec, "Integrator");
        Scale ctGain = new Scale(ctDec, "Gain");
        ZeroCrossingDetector ctDecD = new ZeroCrossingDetector(ctDec, "ZD");


        Expression ctDecGF = new Expression(ctDec, "EXPRESSION");
        TypedIOPort ctDecGFi = (TypedIOPort) ctDecGF.newPort("in");
        ctDecGFi.setInput(true);

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Examples of ptolemy.actor.lib.Scale


        // Create the actors.
        Const LAMBDA = new Const(this, "LAMBDA");
        LAMBDA.value.setExpression("lambda");


        Scale SIGMA = new Scale(this, "SIGMA");
        SIGMA.factor.setExpression("sigma");


        Scale B = new Scale(this, "B");
        B.factor.setExpression("b");


        AddSubtract ADD1 = new AddSubtract(this, "Add1");
        AddSubtract ADD2 = new AddSubtract(this, "Add2");
        AddSubtract ADD3 = new AddSubtract(this, "Add3");
        AddSubtract ADD4 = new AddSubtract(this, "Add4");


        MultiplyDivide MULT1 = new MultiplyDivide(this, "MULT1");
        MultiplyDivide MULT2 = new MultiplyDivide(this, "MULT2");


        Integrator X1 = new Integrator(this, "IntegratorX1");
        Integrator X2 = new Integrator(this, "IntegratorX2");
        Integrator X3 = new Integrator(this, "IntegratorX3");


        Scale MINUS1 = new Scale(this, "MINUS1");
        Scale MINUS2 = new Scale(this, "MINUS2");
        Scale MINUS3 = new Scale(this, "MINUS3");


        XYPlotter myplot = new XYPlotter(this, "CTXYPlot");
        myplot.plot = new Plot();
        myplot.plot.setGrid(true);
        myplot.plot.setXRange(-25.0, 25.0);

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Examples of ptolemy.actor.lib.Scale

        ZeroOrderHold hold = new ZeroOrderHold(ctsub, "Hold");
        AddSubtract add1 = new AddSubtract(ctsub, "Add1");


        Integrator intgl1 = new Integrator(ctsub, "Integrator1");
        Integrator intgl2 = new Integrator(ctsub, "Integrator2");
        Scale scale0 = new Scale(ctsub, "Scale0");
        Scale scale1 = new Scale(ctsub, "Scale1");
        Scale scale2 = new Scale(ctsub, "Scale2");
        Scale scale3 = new Scale(ctsub, "Scale3");
        Scale scale4 = new Scale(ctsub, "Scale4");
        scale4.factor.setExpression("feedbackGain");


        TimedPlotter ctPlot = new TimedPlotter(ctsub, "CTPlot");
        ctPlot.plot = new Plot();
        ctPlot.plot.setGrid(true);

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Examples of ptolemy.actor.lib.Scale

        Integrator DTm = new Integrator(this, "IntegratorDTm");
        Integrator DDTm = new Integrator(this, "IntegratorDDTm");


        Integrator A = new Integrator(this, "IntegratorA");


        Scale MINUS = new Scale(this, "MINUS");


        //CTPlot ctPlot = new CTPlot(this, "CTPlot", ctPanel);
        XYPlotter xzPlot = new XYPlotter(this, "Helicopter Position");
        xzPlot.plot = new Plot();
        xzPlot.plot.setTitle("Helicopter Position");

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