List of interpolate() Examples

Examples of interpolate()

ca.nengo.util.InterpolatorND.interpolate()
ca.nengo.util.impl.LinearInterpolatorND.interpolate()
@see ca.nengo.util.InterpolatorND#interpolate(float)
com.ardor3d.spline.Spline.interpolate()
Will return an interpolated vector between parameters p1 and p2 using t. @param p0 The starting control point. @param p1 The second control point. @param p2 The third control point. @param p3 The final control point. @param t Should be between zero and one. Zero will return point p1 while one will return p2, a value in between will return an interpolated vector between the two. @return The interpolated vector.
com.jme.renderer.ColorRGBA.interpolate()
com.jme3.math.ColorRGBA.interpolate()
Sets this ColorRGBA to the interpolation by changeAmnt from this to the finalColor: this=(1-changeAmnt)*this + changeAmnt * finalColor @param finalColor The final color to interpolate towards. @param changeAmnt An amount between 0.0 - 1.0 representing a percentagechange from this towards finalColor.
com.opengamma.analytics.math.interpolation.CombinedInterpolatorExtrapolator.interpolate()
com.opengamma.analytics.math.interpolation.DoubleQuadraticInterpolator1D.interpolate()
com.opengamma.analytics.math.interpolation.Interpolator1D.interpolate()
com.opengamma.analytics.math.interpolation.LinearInterpolator1D.interpolate()
com.opengamma.analytics.math.interpolation.StepInterpolator1D.interpolate()
crazypants.vecmath.Vector4f.interpolate()
de.hunsicker.jalopy.storage.Environment.interpolate()
flanagan.interpolation.BiCubicSpline.interpolate()
flanagan.interpolation.CubicSpline.interpolate()
flanagan.interpolation.LinearInterpolation.interpolate()
javax.media.jai.Interpolation.interpolate()
Performs interpolation on a 2-dimensional array of integral samples. By default, this is implemented using a two-pass approach. @param samples a two-dimensional array of ints. @param xfrac the X subsample position, multiplied by 2^{(subsampleBitsH)}. @param yfrac the Y subsample position, multiplied by 2^{(subsampleBitsV)}. @return the interpolated value as an int. @see #interpolateH(int[],int)
javax.validation.MessageInterpolator.interpolate()
Interpolate the message template based on the contraint validation context. The locale is defaulted according to the MessageInterpolator implementation. See the implementation documentation for more detail. @param messageTemplate The message to interpolate. @param context contextual information related to the interpolation @return Interpolated error message.
javax.vecmath.Color3f.interpolate()
javax.vecmath.Point2d.interpolate()
javax.vecmath.Point3d.interpolate()
javax.vecmath.Quat4d.interpolate()
javax.vecmath.Quat4f.interpolate()
javax.vecmath.Vector3f.interpolate()
kg.apc.charting.CubicSpline.interpolate()
net.sourceforge.theba.core.math.NonUniformInterpolation.interpolate()
@param val @return The linearly interpolated value between the two closest samplevalues
org.apache.batik.anim.values.AnimatableValue.interpolate()
Performs interpolation to the given value. @param result the object in which to store the result of theinterpolation, or null if a new object should be created @param to the value this value should be interpolated towards, or nullif no actual interpolation should be performed @param interpolation the interpolation distance, 0 <= interpolation<= 1 @param accumulation an accumulation to add to the interpolated value @param multiplier an amount the accumulation values should be multipliedby before being added to the interpolated value
org.apache.commons.configuration.interpol.ConfigurationInterpolator.interpolate()
Performs interpolation of the passed in value. If the value is of type String, this method checks whether it contains variables. If so, all variables are replaced by their current values (if possible). For non string arguments, the value is returned without changes. @param value the value to be interpolated @return the interpolated value
org.apache.commons.configuration2.interpol.ConfigurationInterpolator.interpolate()
Performs interpolation of the passed in value. If the value is of type String, this method checks whether it contains variables. If so, all variables are replaced by their current values (if possible). For non string arguments, the value is returned without changes. @param value the value to be interpolated @return the interpolated value
org.apache.commons.math.analysis.interpolation.LoessInterpolator.interpolate()
Compute an interpolating function by performing a loess fit on the data at the original abscissae and then building a cubic spline with a {@link org.apache.commons.math.analysis.interpolation.SplineInterpolator}on the resulting fit. @param xval the arguments for the interpolation points @param yval the values for the interpolation points @return A cubic spline built upon a loess fit to the data at the original abscissae @throws MathException if some of the following conditions are false:
- Arguments and values are of the same size that is greater than zero
- The arguments are in a strictly increasing order
- All arguments and values are finite real numbers
org.apache.deltaspike.core.api.message.MessageInterpolator.interpolate()
replaces the arguments of the given message with the given arguments instead of a MessageContextAware interface. we need it to avoid expensive operations like locking or deep cloning @param messageText the message text which has to be interpolated @param arguments a list of numbered and/or named arguments for the current message @param locale to use for the formatting @return the final (interpolated) message textif it was possible to replace the parameters with the given arguments the unmodified messageText otherwise
org.apache.flex.forks.batik.anim.values.AnimatableValue.interpolate()
Performs interpolation to the given value. @param result the object in which to store the result of theinterpolation, or null if a new object should be created @param to the value this value should be interpolated towards, or nullif no actual interpolation should be performed @param interpolation the interpolation distance, 0 <= interpolation<= 1 @param accumulation an accumulation to add to the interpolated value @param multiplier an amount the accumulation values should be multipliedby before being added to the interpolated value
org.apache.wicket.util.template.PackageTextTemplate.interpolate()
Interpolates a Map of variables with the content and replaces the content with the result. Variables are denoted in the String by the syntax ${variableName}. The contents will be altered by replacing each variable of the form ${variableName} with the value returned by variables.getValue("variableName").
WARNING: there is no going back to the original contents after the interpolation is done. If you need to do different interpolations on the same original contents, use the method {@link #asString(Map)} instead.
@param variables a Map of variables to interpolate @return this for chaining
org.apache.wicket.util.template.PackagedTextTemplate.interpolate()
Interpolates a Map of variables with the content and replaces the content with the result. Variables are denoted in the String by the syntax ${variableName}. The contents will be altered by replacing each variable of the form ${variableName} with the value returned by variables.getValue("variableName").
WARNING: there is no going back to the original contents after the interpolation is done. If you need to do different interpolations on the same original contents, use the method {@link #asString(Map)} instead.
@param variables a Map of variables to interpolate @return this for chaining
org.apache.wicket.util.template.TextTemplate.interpolate()
Interpolates values into this TextTemplate. @param variables variables to interpolate into this TextTemplate @return this, for chaining purposes
org.codehaus.plexus.interpolation.Interpolator.interpolate()
See {@link Interpolator#interpolate(String,String,RecursionInterceptor)}.
This method triggers the use of a {@link SimpleRecursionInterceptor}instance for protection against expression cycles. @param input The input string to interpolate @param thisPrefixPattern An optional pattern that should be trimmed fromthe start of any expressions found in the input.
org.codehaus.plexus.interpolation.RegexBasedInterpolator.interpolate()
Attempt to resolve all expressions in the given input string, using the given pattern to first trim an optional prefix from each expression. The supplied recursion interceptor will provide protection from expression cycles, ensuring that the input can be resolved or an exception is thrown. @param input The input string to interpolate @param thisPrefixPattern An optional pattern that should be trimmed fromthe start of any expressions found in the input. @param recursionInterceptor Used to protect the interpolation processfrom expression cycles, and throw an exception if one is detected.
org.codehaus.plexus.interpolation.StringSearchInterpolator.interpolate()
org.codehaus.plexus.interpolation.object.FieldBasedObjectInterpolator.interpolate()
Using reflective field access and mutation, traverse the object graph from the given starting point and interpolate any Strings found in that graph using the given {@link Interpolator}. Limits to this process can be managed using the black lists configured in the constructor. @param target The starting point of the object graph to traverse @param interpolator The {@link Interpolator} used to resolve any Strings encountered during traversal.NOTE: Uses {@link SimpleRecursionInterceptor}.
org.codehaus.plexus.util.interpolation.RegexBasedInterpolator.interpolate()
org.drools.guvnor.models.commons.shared.rule.DSLSentence.interpolate()
This will strip off any "{" stuff, substituting values accordingly
org.drools.ide.common.client.modeldriven.brl.DSLSentence.interpolate()
This will strip off any "{" stuff, substituting values accordingly
org.drools.workbench.models.commons.shared.rule.DSLSentence.interpolate()
This will strip off any "{" stuff, substituting values accordingly
org.drools.workbench.models.datamodel.rule.DSLSentence.interpolate()
This will strip off any "{" stuff, substituting values accordingly
org.ejbca.core.model.approval.ApprovalNotificationParamGen.interpolate()
org.ejbca.core.model.ra.UserNotificationParamGen.interpolate()
org.geotools.util.InterpolationProperties.interpolate()
Interpolate all the properties in the input string.
Properties are of the form ${some.property}, for which the value of property "some.property" is used.
It is an error for interpolated properties to not exist. A {@link RuntimeException} is thrownif the value of a referenced property is null. @param properties properties to be interpolated @param input string on which interpolation is to be performed @return string with all properties expanded
org.gephi.ranking.api.Interpolator.interpolate()
This function takes an input value between 0 and 1 and returns another value, also between 0 and 1. @param x a value between 0 and 1 @return a value between 0 and 1. Values outside of this boundary may be clamped to the interval [0,1] and cause undefined results.
org.hibernate.validator.internal.engine.messageinterpolation.InterpolationTerm.interpolate()
org.hibernate.validator.internal.engine.messageinterpolation.ParameterTermResolver.interpolate()
org.jboss.seam.core.Interpolator.interpolate()
Replace all EL expressions in the form #{...} with their evaluated values. @param string a template @return the interpolated string
org.jboss.seam.international.StatusMessage.interpolate()
org.springframework.xd.module.options.ModuleOptionsMetadata.interpolate()
Derive information about the module behavior once it is part of a stream and user provided values for the module options are known. @param raw the user provided options (from the DSL stream definition) @throws BindException if provided values (as well as defaults) failed to validate

Examples of crazypants.vecmath.Vector4f.interpolate()

    double ratio = dispDamage / maxDam;
    Vector4f fg = ColorUtil.toFloat(full);
    Vector4f ec = ColorUtil.toFloat(empty);
    fg.interpolate(ec, (float) ratio);
    Vector4f bg = ColorUtil.toFloat(Color.black);
    bg.interpolate(fg, 0.15f);
    
    int barLength = (int) Math.round(12.0 * (1 - ratio));    
    
    RenderUtil.renderQuad2D(2, y, 0, 12, 1, bg);
    RenderUtil.renderQuad2D(2, y, 0, barLength, 1, fg);

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Examples of de.hunsicker.jalopy.storage.Environment.interpolate()


        String classMask = "/**\n * @author $author$\n*/";


        convention.put(
                ConventionKeys.COMMENT_JAVADOC_TEMPLATE_CLASS,
                env.interpolate(classMask));


        convention.put(
                ConventionKeys.COMMENT_JAVADOC_TEMPLATE_INTERFACE,
                env.interpolate(classMask));

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Examples of flanagan.interpolation.BiCubicSpline.interpolate()

            refind=refind2+(refind3-refind2)*concw/(5.0);
          }
        }
        else{
          BiCubicSpline bcs = new BiCubicSpline(tempw, weight, corrfac);
          corrfactor = bcs.interpolate(temperature, concw);
          concw=concw+corrfactor;
          concg=Sucrose.weightpercentToGperl(concw, temperature);
          refind=CubicSpline.interpolate(concg, concnG, refInd, deriv);
        }
      }

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Examples of flanagan.interpolation.CubicSpline.interpolate()


                interpData = new double[nInterp];
                CubicSpline cs = new CubicSpline(dataX, this.sortedData);
                double interp = 0.0;
                for(int i=0; i<nInterp-1; i++){
                    interpData[i]=cs.interpolate(interp);
                    interp += incrI;


                }
                interpData[nInterp-1] = (double)(this.numberOfDataPoints-1);
            }

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Examples of flanagan.interpolation.LinearInterpolation.interpolate()

                double scale = yError/this.weightsMean;
                for(int i=0; i<this.nAnalyteConcns; i++)sWeights[i] = weights[i]*scale;
                if(this.weightsEntered && !monoCheck){
                    // linear interpolation if weights are non-monotonic or have big jumps
                    LinearInterpolation liee = new LinearInterpolation(this.analyteConcns, sWeights);
                    for(int i=0; i<this.nWorking; i++)ee[i] = Math.abs(liee.interpolate(xx[i]));
                }
                else{
                    // cubic spline interpolation if weights are monotonic without big jumps
                    CubicSpline csee = new CubicSpline(this.analyteConcns, sWeights);
                    for(int i=0; i<this.nWorking; i++)ee[i] = Math.abs(csee.interpolate(xx[i]));

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Examples of javax.media.jai.Interpolation.interpolate()

                // Computes the expected value:
                double s00 = data.getSampleDouble(i+0, j+0, band);
                double s01 = data.getSampleDouble(i+0, j+1, band);
                double s10 = data.getSampleDouble(i+1, j+0, band);
                double s11 = data.getSampleDouble(i+1, j+1, band);
                double s = interpolation.interpolate(s00, s01, s10, s11, 0, 0);
                assertEquals(s, t, EPS);
            }
        }
    }

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Examples of javax.validation.MessageInterpolator.interpolate()

    {
        String messageTemplate = (String) descriptor.getAttributes().get("message");


        MessageInterpolator messageInterpolator = validatorFactory.getMessageInterpolator();


        return messageInterpolator.interpolate(messageTemplate, new Context()
        {


            @Override
            public ConstraintDescriptor<?> getConstraintDescriptor()
            {

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Examples of javax.vecmath.Color3f.interpolate()

        branchGroup.setCapability(BranchGroup.ALLOW_DETACH);
    }


    private void setColor(Percent efficiency) {
        Color3f leafColor = new Color3f(ColorConstants.brownYellow);
        leafColor.interpolate(ColorConstants.green, efficiency.getValue().floatValue());


        Appearance appearance = new Appearance();
        AppearanceFactory.setCullFace(appearance, PolygonAttributes.CULL_NONE);
        AppearanceFactory.setColorWithMaterial(appearance, leafColor, new Color3f(0.15f, 0.15f, 0.15f), new Color3f(
                0.05f, 0.05f, 0.05f));

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Examples of javax.vecmath.Point2d.interpolate()

        double rad=BondTools.giveAngleBothMethods(new Point2d(wedge.firstPointX,wedge.firstPointY), new Point2d(wedge.firstPointX+100,wedge.firstPointY), new Point2d(wedge.secondPointX,wedge.secondPointY), true);
        int degrees=(int)(360*(rad/(2*Math.PI)));
        // draw by interpolating along the imaginary straight line
        for (int i = 0; i < numberOfCircles; i++) {
            Point2d p1 = new Point2d();
            p1.interpolate(vertexA, vertexB, d);
            Point2d p2 = new Point2d();
            p2.interpolate(vertexA, vertexB, d+1/numberOfCircles);
            
            int[] p1T = this.transformPoint(p1.x, p1.y);
            int[] p2T = this.transformPoint(p2.x, p2.y);

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Examples of javax.vecmath.Point3d.interpolate()

    public static Point3d getBarycentre(Point3d startPoint, Point3d endPoint, double distance) {
        double maxDistance = startPoint.distance(endPoint);
        double distanceToUse = computeDistanceToUse(maxDistance, distance);
        double ratio = distanceToUse / maxDistance;
        Point3d result = new Point3d();
        result.interpolate(startPoint, endPoint, ratio);
        return result;
    }


    /**
     * Bounds the given distance between 0 and maxDistance

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