/frameworks/base/core/java/android/animation/ |
RectEvaluator.java | 66 * @param startValue The start Rect 72 public Rect evaluate(float fraction, Rect startValue, Rect endValue) { 73 int left = startValue.left + (int) ((endValue.left - startValue.left) * fraction); 74 int top = startValue.top + (int) ((endValue.top - startValue.top) * fraction); 75 int right = startValue.right + (int) ((endValue.right - startValue.right) * fraction); 76 int bottom = startValue.bottom + (int) ((endValue.bottom - startValue.bottom) * fraction) [all...] |
FloatEvaluator.java | 28 * where <code>x0</code> is <code>startValue</code>, <code>x1</code> is <code>endValue</code>, 32 * @param startValue The start value; should be of type <code>float</code> or 38 public Float evaluate(float fraction, Number startValue, Number endValue) { 39 float startFloat = startValue.floatValue();
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IntEvaluator.java | 28 * where <code>x0</code> is <code>startValue</code>, <code>x1</code> is <code>endValue</code>, 32 * @param startValue The start value; should be of type <code>int</code> or 38 public Integer evaluate(float fraction, Integer startValue, Integer endValue) { 39 int startInt = startValue;
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PointFEvaluator.java | 66 * @param startValue The start PointF 72 public PointF evaluate(float fraction, PointF startValue, PointF endValue) { 73 float x = startValue.x + (fraction * (endValue.x - startValue.x)); 74 float y = startValue.y + (fraction * (endValue.y - startValue.y));
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FloatArrayEvaluator.java | 58 * @param startValue The start value. 61 * the same index in startValue and endValue. 64 public float[] evaluate(float fraction, float[] startValue, float[] endValue) { 67 array = new float[startValue.length]; 71 float start = startValue[i];
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IntArrayEvaluator.java | 57 * @param startValue The start value. 60 * the same index in startValue and endValue. 63 public int[] evaluate(float fraction, int[] startValue, int[] endValue) { 66 array = new int[startValue.length]; 69 int start = startValue[i];
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TypeEvaluator.java | 33 * where <code>x0</code> is <code>startValue</code>, <code>x1</code> is <code>endValue</code>, 37 * @param startValue The start value. 42 public T evaluate(float fraction, T startValue, T endValue);
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ArgbEvaluator.java | 45 * @param startValue A 32-bit int value representing colors in the 54 public Object evaluate(float fraction, Object startValue, Object endValue) { 55 int startInt = (Integer) startValue;
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PathKeyframes.java | 149 private static float interpolate(float fraction, float startValue, float endValue) { 150 float diff = endValue - startValue; 151 return startValue + (diff * fraction);
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/packages/apps/Messaging/src/com/android/messaging/ui/animation/ |
RectEvaluatorCompat.java | 38 public Rect evaluate(float fraction, Rect startValue, Rect endValue) { 39 int left = startValue.left + (int) ((endValue.left - startValue.left) * fraction); 40 int top = startValue.top + (int) ((endValue.top - startValue.top) * fraction); 41 int right = startValue.right + (int) ((endValue.right - startValue.right) * fraction); 42 int bottom = startValue.bottom + (int) ((endValue.bottom - startValue.bottom) * fraction);
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/frameworks/support/design/base/android/support/design/widget/ |
AnimationUtils.java | 32 * Linear interpolation between {@code startValue} and {@code endValue} by {@code fraction}. 34 static float lerp(float startValue, float endValue, float fraction) { 35 return startValue + (fraction * (endValue - startValue)); 38 static int lerp(int startValue, int endValue, float fraction) { 39 return startValue + Math.round(fraction * (endValue - startValue));
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/development/samples/devbytes/animation/CurvedMotion/src/com/example/android/curvedmotion/ |
PathEvaluator.java | 28 public PathPoint evaluate(float t, PathPoint startValue, PathPoint endValue) { 32 x = oneMinusT * oneMinusT * oneMinusT * startValue.mX + 36 y = oneMinusT * oneMinusT * oneMinusT * startValue.mY + 41 x = startValue.mX + t * (endValue.mX - startValue.mX); 42 y = startValue.mY + t * (endValue.mY - startValue.mY);
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/external/apache-commons-math/src/main/java/org/apache/commons/math/analysis/solvers/ |
NewtonSolver.java | 69 public double solve(final double min, final double max, final double startValue) 71 return solve(f, min, max, startValue); 114 * Find a zero near the value <code>startValue</code>. 119 * @param startValue the start value to use. 124 * @throws IllegalArgumentException if startValue is not between min and max or 129 final double min, final double max, final double startValue) 132 return solve(f, min, max, startValue); 136 * Find a zero near the value <code>startValue</code>. 141 * @param startValue the start value to use. 145 * @throws IllegalArgumentException if startValue is not between min and max o [all...] |
UnivariateRealSolver.java | 104 * Solve for a zero in the given interval, start at startValue. 111 * @param startValue the start value to use 122 double solve(double min, double max, double startValue) 126 * Solve for a zero in the given interval, start at startValue. 134 * @param startValue the start value to use 145 double solve(UnivariateRealFunction f, double min, double max, double startValue)
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/external/jsilver/src/com/google/clearsilver/jsilver/functions/string/ |
SliceFunction.java | 39 Value startValue = args[1]; 42 int start = startValue.asNumber(); 65 || startValue.isPartiallyEscaped() || endValue.isPartiallyEscaped());
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/external/apache-commons-math/src/main/java/org/apache/commons/math/optimization/ |
UnivariateRealOptimizer.java | 75 * Find an optimum in the given interval, start at startValue. 84 * @param startValue the start value to use. 94 double min, double max, double startValue)
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/packages/apps/Launcher2/src/com/android/launcher2/ |
InterruptibleInOutAnimator.java | 65 final float startValue = mFirstRun ? mOriginalFromValue : 71 // TODO: We don't really need to do the animation if startValue == toValue, but 79 mAnimator.setFloatValues(startValue, toValue);
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/external/jmonkeyengine/engine/src/core/com/jme3/math/ |
FastMath.java | 95 * Linear interpolation from startValue to endValue by the given percent. 96 * Basically: ((1 - percent) * startValue) + (percent * endValue) 99 * scale value to use. if 1, use endValue, if 0, use startValue. 100 * @param startValue 104 * @return The interpolated value between startValue and endValue. 106 public static float interpolateLinear(float scale, float startValue, float endValue) { 107 if (startValue == endValue) { 108 return startValue; 111 return startValue; 116 return ((1f - scale) * startValue) + (scale * endValue) [all...] |
/external/aac/libFDK/include/ |
FDK_crc.h | 124 USHORT startValue; /*!< CRC start value. */
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/packages/apps/Launcher3/src/com/android/launcher3/ |
InterruptibleInOutAnimator.java | 67 final float startValue = mFirstRun ? mOriginalFromValue : 73 // TODO: We don't really need to do the animation if startValue == toValue, but 81 mAnimator.setFloatValues(startValue, toValue);
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/external/apache-commons-math/src/main/java/org/apache/commons/math/optimization/univariate/ |
AbstractUnivariateRealOptimizer.java | 219 double min, double max, double startValue) 224 this.searchStart = startValue;
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/frameworks/base/core/java/com/android/internal/transition/ |
EpicenterTranslateClipReveal.java | 265 public State evaluate(float fraction, State startValue, State endValue) { 266 mTemp.upper = startValue.upper + (int) ((endValue.upper - startValue.upper) * fraction); 267 mTemp.lower = startValue.lower + (int) ((endValue.lower - startValue.lower) * fraction); 268 mTemp.trans = startValue.trans + (int) ((endValue.trans - startValue.trans) * fraction);
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/development/samples/ApiDemos/src/com/example/android/apis/animation/ |
CustomEvaluator.java | 86 public Object evaluate(float fraction, Object startValue, Object endValue) { 87 XYHolder startXY = (XYHolder) startValue;
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/frameworks/support/design/src/android/support/design/widget/ |
SwipeDismissBehavior.java | 373 * The fraction that {@code value} is between {@code startValue} and {@code endValue}. 375 static float fraction(float startValue, float endValue, float value) { 376 return (value - startValue) / (endValue - startValue);
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/development/samples/devbytes/animation/ListViewCellInsertion/src/com/example/android/insertingcells/ |
InsertionListView.java | 364 public Rect evaluate(float fraction, Rect startValue, Rect endValue) { 365 return new Rect(interpolate(startValue.left, endValue.left, fraction), 366 interpolate(startValue.top, endValue.top, fraction), 367 interpolate(startValue.right, endValue.right, fraction), 368 interpolate(startValue.bottom, endValue.bottom, fraction));
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