| /frameworks/base/packages/SystemUI/src/com/android/systemui/classifier/ |
| StrokeClassifier.java | 20 * An abstract class for classifiers which classify each stroke separately.
26 * @param stroke the stroke for which the evaluation will be calculated
30 public abstract float getFalseTouchEvaluation(int type, Stroke stroke);
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| DurationCountClassifier.java | 20 * A classifier which looks at the ratio between the duration of the stroke and its number of
33 public float getFalseTouchEvaluation(int type, Stroke stroke) {
34 return DurationCountEvaluator.evaluate(stroke.getDurationSeconds() / stroke.getCount());
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| EndPointLengthClassifier.java | 20 * A classifier which looks at the distance between the first and the last point from the stroke.
32 public float getFalseTouchEvaluation(int type, Stroke stroke) {
33 return EndPointLengthEvaluator.evaluate(stroke.getEndPointLength());
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| LengthCountClassifier.java | 20 * A classifier which looks at the ratio between the length of the stroke and its number of
36 public float getFalseTouchEvaluation(int type, Stroke stroke) {
37 return LengthCountEvaluator.evaluate(stroke.getTotalLength()
38 / Math.max(1.0f, stroke.getCount() - 2));
|
| ClassifierData.java | 29 private SparseArray<Stroke> mCurrentStrokes = new SparseArray<>();
30 private ArrayList<Stroke> mEndingStrokes = new ArrayList<>();
47 mCurrentStrokes.put(id, new Stroke(event.getEventTimeNano(), mDpi));
74 public ArrayList<Stroke> getEndingStrokes() {
80 * @return the Stroke assigned to the id
82 public Stroke getStroke(int id) {
|
| Stroke.java | 22 * Contains data about a stroke (a single trace, all the events from a given id from the
25 public class Stroke {
34 public Stroke(long eventTimeNano, float dpi) {
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| DirectionClassifier.java | 20 * A classifier which looks at the general direction of a stroke and evaluates it depending on
33 public float getFalseTouchEvaluation(int type, Stroke stroke) {
34 Point firstPoint = stroke.getPoints().get(0);
35 Point lastPoint = stroke.getPoints().get(stroke.getPoints().size() - 1);
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| EndPointRatioClassifier.java | 20 * A classifier which looks at the ratio between the total length covered by the stroke and the
21 * distance between the first and last point from this stroke.
34 public float getFalseTouchEvaluation(int type, Stroke stroke) {
36 if (stroke.getTotalLength() == 0.0f) {
39 ratio = stroke.getEndPointLength() / stroke.getTotalLength();
|
| SpeedClassifier.java | 20 * A classifier that looks at the speed of the stroke. It calculates the speed of a stroke in
35 public float getFalseTouchEvaluation(int type, Stroke stroke) {
36 float duration = (float) stroke.getDurationNanos() / NANOS_TO_SECONDS;
40 return SpeedEvaluator.evaluate(stroke.getTotalLength() / duration);
|
| AccelerationClassifier.java | 24 * A classifier which looks at the speed and distance between successive points of a Stroke.
32 private final HashMap<Stroke, Data> mStrokeMap = new HashMap<>();
52 Stroke stroke = mClassifierData.getStroke(event.getPointerId(i)); local
53 Point point = stroke.getPoints().get(stroke.getPoints().size() - 1);
54 if (mStrokeMap.get(stroke) == null) {
55 mStrokeMap.put(stroke, new Data(point));
57 mStrokeMap.get(stroke).addPoint(point);
63 public float getFalseTouchEvaluation(int type, Stroke stroke)
[all...] |
| SpeedAnglesClassifier.java | 26 * A classifier which for each point from a stroke, it creates a point on plane with coordinates
30 * the last point of a stroke because the UP event comes in with some delay and this ruins the
33 * does that is because the speed of a good stroke is most often increases, so most of these angels
37 private HashMap<Stroke, Data> mStrokeMap = new HashMap<>();
57 Stroke stroke = mClassifierData.getStroke(event.getPointerId(i)); local
59 if (mStrokeMap.get(stroke) == null) {
60 mStrokeMap.put(stroke, new Data());
65 mStrokeMap.get(stroke).addPoint(
66 stroke.getPoints().get(stroke.getPoints().size() - 1))
[all...] |
| AnglesClassifier.java | 26 * A classifier which calculates the variance of differences between successive angles in a stroke.
27 * For each stroke it keeps its last three points. If some successive points are the same, it
30 * previously calculated angle. Then it calculates the variance of the differences from a stroke.
35 * This classifier also tries to split the stroke into two parts in the place in which the biggest
38 * direction and then they rapidly change direction for the rest of the stroke (like a tick). The
39 * final result is the minimum of angle variance of the whole stroke and the sum of angle variances
50 private HashMap<Stroke, Data> mStrokeMap = new HashMap<>();
70 Stroke stroke = mClassifierData.getStroke(event.getPointerId(i)); local
72 if (mStrokeMap.get(stroke) == null)
[all...] |
| /frameworks/base/tools/layoutlib/bridge/src/android/graphics/ |
| ComposePathEffect_Delegate.java | 22 import java.awt.Stroke;
47 public Stroke getStroke(Paint_Delegate paint) {
|
| CornerPathEffect_Delegate.java | 22 import java.awt.Stroke;
47 public Stroke getStroke(Paint_Delegate paint) {
|
| DiscretePathEffect_Delegate.java | 22 import java.awt.Stroke;
47 public Stroke getStroke(Paint_Delegate paint) {
|
| SumPathEffect_Delegate.java | 22 import java.awt.Stroke;
47 public Stroke getStroke(Paint_Delegate paint) {
|
| PathDashPathEffect_Delegate.java | 22 import java.awt.Stroke;
47 public Stroke getStroke(Paint_Delegate paint) {
|
| PathEffect_Delegate.java | 22 import java.awt.Stroke;
55 public abstract Stroke getStroke(Paint_Delegate paint);
|
| DashPathEffect_Delegate.java | 23 import java.awt.Stroke;
52 public Stroke getStroke(Paint_Delegate paint) {
|
| /external/skia/src/core/ |
| SkRemote.h | 45 // Fields from SkPaint used by stroke, fill, and text draws.
55 // Fields from SkPaint used by stroke draws only.
56 struct Stroke {
61 static Stroke CreateFrom(const SkPaint&);
72 virtual ID define(const Stroke&) = 0;
100 virtual void strokePath(ID path, CommonIDs, ID stroke) = 0;
102 virtual void strokeText(ID text, SkPoint, CommonIDs, ID stroke) = 0;
|
| SkRemote.cpp | 59 Stroke Stroke::CreateFrom(const SkPaint& paint) {
60 Stroke stroke = { local
66 return stroke;
69 void Stroke::applyTo(SkPaint* paint) const {
76 static bool operator==(const Stroke& a, const Stroke& b) {
83 // The default SkGoodHash works fine for Stroke, as it's dense.
84 static_assert(sizeof(Stroke) == offsetof(Stroke, fJoin) + sizeof(Stroke().fJoin), "")
[all...] |
| /external/libgdx/extensions/gdx-tools/src/com/badlogic/gdx/tools/hiero/unicodefont/effects/ |
| OutlineEffect.java | 22 import java.awt.Stroke;
37 private Stroke stroke;
field in class:OutlineEffect
49 if (stroke != null)
50 g.setStroke(stroke);
79 public Stroke getStroke () {
80 if (stroke == null) return new BasicStroke(width, BasicStroke.CAP_SQUARE, join);
81 return stroke;
84 /** Sets the stroke to use for the outline. If this is set, the other outline settings are ignored. */
85 public void setStroke (Stroke stroke) {
[all...] |
| OutlineWobbleEffect.java | 19 import java.awt.Stroke;
65 class WobbleStroke implements Stroke {
|
| OutlineZigzagEffect.java | 19 import java.awt.Stroke;
65 class ZigzagStroke implements Stroke {
|
| /external/proguard/src/proguard/gui/splash/ |
| OverrideGraphics2D.java | 33 * This Graphics2D allows to fix some basic settings (Color, Font, Paint, Stroke,
47 private Stroke overrideStroke;
53 private Stroke stroke; field in class:OverrideGraphics2D
66 this.stroke = graphics.getStroke();
104 * Fixes the Stroke of the Graphics2D.
106 * @param stroke the fixed Stroke, or <code>null</code> to undo the fixing.
108 public void setOverrideStroke(Stroke stroke)
[all...] |
