private void setPopupOffset(
ListPopupWindow popup, int screenRotation, Rect appRect, Rect padding) {
int[] anchorLocation = new int[2];
popup.getAnchorView().getLocationInWindow(anchorLocation);
int anchorHeight = popup.getAnchorView().getHeight();
// If we have a hardware menu button, locate the app menu closer to the estimated
// hardware menu button location.
if (mIsByPermanentButton) {
int horizontalOffset = -anchorLocation[0];
switch (screenRotation) {
case Surface.ROTATION_0:
case Surface.ROTATION_180:
horizontalOffset += (appRect.width() - mPopup.getWidth()) / 2;
break;
case Surface.ROTATION_90:
horizontalOffset += appRect.width() - mPopup.getWidth();
break;
case Surface.ROTATION_270:
break;
default:
assert false;
break;
}
popup.setHorizontalOffset(horizontalOffset);
// The menu is displayed above the anchored view, so shift the menu up by the bottom
// padding of the background.
popup.setVerticalOffset(-padding.bottom);
} else {
// The menu is displayed over and below the anchored view, so shift the menu up by the
// height of the anchor view.
popup.setVerticalOffset(-mNegativeSoftwareVerticalOffset - anchorHeight);
}
}
/**
* Shrink the {@code shrinkTarget} rectangle to snugly fit inside of {@code reference}; the aspect
* ratio of {@code shrinkTarget} will change to be the same aspect ratio as {@code reference}.
*
* <p>At most a single dimension will scale (down). Both dimensions will never be scaled.
*
* @param reference the rectangle whose aspect ratio will be used as the new aspect ratio
* @param shrinkTarget the rectangle which will be scaled down to have a new aspect ratio
* @return a new rectangle, a subset of {@code shrinkTarget}, whose aspect ratio will match that
* of {@code reference}
*/
private static Rect shrinkToSameAspectRatioCentered(Rect reference, Rect shrinkTarget) {
float aspectRatioReference = reference.width() * 1.0f / reference.height();
float aspectRatioShrinkTarget = shrinkTarget.width() * 1.0f / shrinkTarget.height();
float cropH, cropW;
if (aspectRatioShrinkTarget < aspectRatioReference) {
// The new width must be smaller than the height, so scale the width by AR
cropH = reference.height();
cropW = cropH * aspectRatioShrinkTarget;
} else {
// The new height must be smaller (or equal) than the width, so scale the height by AR
cropW = reference.width();
cropH = cropW / aspectRatioShrinkTarget;
}
Matrix translateMatrix = new Matrix();
RectF shrunkRect = new RectF(shrinkTarget);
// Scale the rectangle down, but keep its center in the same place as before
translateMatrix.setScale(
cropW / reference.width(),
cropH / reference.height(),
shrinkTarget.exactCenterX(),
shrinkTarget.exactCenterY());
translateMatrix.mapRect(/*inout*/ shrunkRect);
return ParamsUtils.createRect(shrunkRect);
}
/**
* Game logic to update the game-state.
*
* @param rect Drawable area.
* @param delay Time delay since last update.
*/
public boolean update(Rect rect, int delay) {
// Check that the drawing rectangle is valid
if (rect.width() <= 0 || rect.width() <= 0) {
return true;
}
if (!gameOver()) {
for (Character o : obstacles) {
o.update(rect, this);
if (car.contains(o.s.x, o.s.y)) {
if (o.type.equals(ObstacleType.BAD)) {
gameOver = true;
} else if (o.type.equals(ObstacleType.GOOD)) {
score += 1;
o.delete(this);
}
}
}
timeElapsed += delay;
if (timeElapsed >= Constants.delayBetweenCars) {
addRandomObstacle();
timeElapsed = 0;
}
updateCarLane();
return true;
} else {
return false;
}
}
void a(int paramInt, float paramFloat1, float paramFloat2)
{
Rect localRect = e();
if (paramInt == 1);
while (true)
{
return;
if (paramInt != 32)
break;
b(paramFloat1 * (this.e.width() / localRect.width()), paramFloat2 * (this.e.height() / localRect.height()));
}
if ((paramInt & 0x6) == 0)
paramFloat1 = 0.0F;
if ((paramInt & 0x18) == 0)
paramFloat2 = 0.0F;
float f1 = paramFloat1 * (this.e.width() / localRect.width());
float f2 = paramFloat2 * (this.e.height() / localRect.height());
int i1;
label120: float f3;
if ((paramInt & 0x2) != 0)
{
i1 = -1;
f3 = f1 * i1;
if ((paramInt & 0x8) == 0)
break label159;
}
label159: for (int i2 = -1; ; i2 = 1)
{
c(f3, f2 * i2);
break;
i1 = 1;
break label120;
}
}
protected void onDrawCell(Canvas canvas, Cell cell) {
if (cell.text == null && cell.bgColor == null && cell.rtDrawable == null)
return; // 如果无内容，且无背景色不进行绘制
Rect rect = this.getCellRectInView(cell);
if (cell.bgColor != null) {
canvas.drawColor(cell.bgColor);
}
if (cell.ballColor != null) {
painter.setColor(cell.ballColor);
canvas.drawCircle(rect.centerX(), rect.centerY(), rect.height() / 2 - 1 * dp, painter);
}
if (cell.textColor != null) painter.setColor(cell.textColor);
if (cell.text != null) {
if (cell.textSize > 0) painter.setTextSize(cell.textSize);
else painter.setTextSize(this.textSize);
painter.setTextAlign(cell.aligin);
int cx = rect.centerX();
if (cell.aligin == Align.LEFT) cx = rect.left;
else if (cell.aligin == Align.RIGHT) cx = rect.right;
int cy = rect.centerY() + (int) (painter.getTextSize() * 2 / 5 + 0.5f);
if (cell.fixedTextX) cx -= offX;
if (cell.fixedTextY) cy -= offY;
canvas.drawText(cell.text, cx, cy, painter);
}
if (cell.rtDrawable != null) {
int minWidth = cell.rtDrawable.getMinimumWidth();
if (minWidth > rect.width() / 2) minWidth = rect.width() / 2;
cell.rtDrawable.setBounds(
new Rect(rect.right - minWidth, rect.top, rect.right, rect.top + minWidth));
cell.rtDrawable.draw(canvas);
}
}
private Bitmap extentSnapshot(int doc, int gs, int spaceAround, boolean transparent) {
final LogHelper log = new LogHelper();
final Rect extent = getDisplayExtent();
if (!extent.isEmpty()) {
extent.inset(-spaceAround, -spaceAround);
extent.intersect(0, 0, mView.getView().getWidth(), mView.getView().getHeight());
}
if (extent.isEmpty()) {
return null;
}
final Bitmap viewBitmap = mView.snapshot(doc, gs, transparent);
if (viewBitmap == null) {
return null;
}
if (extent.width() == mView.getView().getWidth()
&& extent.height() == mView.getView().getHeight()) {
log.r(viewBitmap.getByteCount());
return viewBitmap;
}
final Bitmap realBitmap =
Bitmap.createBitmap(viewBitmap, extent.left, extent.top, extent.width(), extent.height());
viewBitmap.recycle();
log.r(realBitmap.getByteCount());
return realBitmap;
}
@Override
protected void onDraw(Canvas canvas) {
super.onDraw(canvas);
// draw progress bars
canvas.drawRect(mProgressBar, mProgressPaint);
mSecondaryProgressExt.draw(canvas, mProgressBar);
canvas.drawRect(mPlayedBar, mPlayedPaint);
// draw scrubber and timers
if (mShowScrubber) {
canvas.drawBitmap(mScrubber, mScrubberLeft, mScrubberTop, null);
}
if (mShowTimes) {
canvas.drawText(
stringForTime(mCurrentTime),
mTimeBounds.width() / 2 + getPaddingLeft(),
mTimeBounds.height()
+ mVPaddingInPx / 2
+ mScrubberPadding
+ 1
+ mLayoutExt.getTimeOffset(),
mTimeTextPaint);
canvas.drawText(
stringForTime(mTotalTime),
getWidth() - getPaddingRight() - mTimeBounds.width() / 2,
mTimeBounds.height()
+ mVPaddingInPx / 2
+ mScrubberPadding
+ 1
+ mLayoutExt.getTimeOffset(),
mTimeTextPaint);
}
mInfoExt.draw(canvas, mLayoutExt.getInfoBounds(this, mTimeBounds));
}
private static void testProgressValues(ProgressValues progress, Rect bounds) {
// Ensure that the percent progress is valid.
assertTrue(progress.getPercent() >= 0);
assertTrue(progress.getPercent() <= 100);
// Ensure that the text rect is valid.
final Rect textRect = progress.getCurrentRect();
assertTrue(textRect.left <= textRect.right);
assertTrue(textRect.top <= textRect.bottom);
// Text rect must match the bounds of the image or sub-rectangle used.
assertEquals(textRect.height(), bounds.height());
assertEquals(textRect.width(), bounds.width());
// Ensure that the word rect is valid.
final Rect wordRect = progress.getCurrentWordRect();
assertTrue(textRect.left <= textRect.right);
assertTrue(textRect.top <= textRect.bottom);
// Ensure the word rect falls within the text rect.
final Rect absoluteWordRect =
new Rect(
textRect.left + wordRect.left,
textRect.top + wordRect.top,
textRect.left + wordRect.right,
textRect.top + wordRect.bottom);
assertTrue(textRect.contains(absoluteWordRect));
}
protected void onDraw(Canvas canvas) {
super.onDraw(canvas);
if (mapView == null || mapView.isClickable()) {
return;
}
if (doMeasureMode) {
int cWidth = canvas.getWidth();
canvas.drawPath(measurePath, measurePaint);
int upper = 70;
int delta = 5;
measureTextPaint.getTextBounds(distanceString, 0, distanceString.length(), rect);
int textWidth = rect.width();
int textHeight = rect.height();
int x = cWidth / 2 - textWidth / 2;
canvas.drawText(distanceString, x, upper, measureTextPaint);
String distanceText = String.valueOf((int) measuredDistance);
// String distanceText = distanceText((int) measuredDistance, imperial, nautical);
measureTextPaint.getTextBounds(distanceText, 0, distanceText.length(), rect);
textWidth = rect.width();
x = cWidth / 2 - textWidth / 2;
canvas.drawText(distanceText, x, upper + delta + textHeight, measureTextPaint);
if (GPLog.LOG_HEAVY)
GPLog.addLogEntry(this, "Drawing measure path text: " + upper); // $NON-NLS-1$
} else if (doInfoMode) {
canvas.drawRect(rect, infoRectPaintFill);
canvas.drawRect(rect, infoRectPaintStroke);
}
}
private void init() {
if (mPaint == null) {
mPaint = new Paint();
mPaint.setColor(Color.WHITE);
mPaint.setAntiAlias(true);
mPaint.setStyle(Paint.Style.FILL);
}
int count = (mPoints - 1) * 4;
posX = new float[count];
posY = new float[count];
Rect bounds = new Rect();
bounds.set(getBounds());
bounds.inset(mPadding, mPadding);
// circumference
float circ = (float) (Math.PI * (float) Math.min(bounds.width(), bounds.height()));
float arcLength = circ / count;
mSize = (float) ((arcLength) / (2 * Math.PI));
double degrees = Math.toRadians((float) 360 / (float) count);
for (int i = 0; i < count; i++) {
posX[i] = (float) (bounds.exactCenterX() - (bounds.width() / 2) * Math.sin(degrees * i));
posY[i] = (float) (bounds.exactCenterY() + (bounds.height() / 2) * Math.cos(degrees * i));
}
}
static Button load(
Context context,
int id,
int resId,
boolean landscape,
boolean is565,
Rect screen,
Rect space,
boolean forceLoad) {
final SharedPreferences prefs = PreferenceManager.getDefaultSharedPreferences(context);
final String prefLayoutBase = "Controls." + (landscape ? "Landscape." : "Portrait.");
final String prefBase = prefLayoutBase + getButtonName(id) + ".";
final Button template = landscape ? landscapeToDefault.get(id) : portraitToDefault.get(id);
if (forceLoad || prefs.getBoolean(prefLayoutBase + "Draw", true)) {
float controlxscale = (float) screen.width() / (float) space.width();
float controlyscale = (float) screen.height() / (float) space.height();
final Rect finalRect =
new Rect(
prefs.getInt(prefBase + "Left", (int) (template.position.left * controlxscale)),
prefs.getInt(prefBase + "Top", (int) (template.position.top * controlyscale)),
prefs.getInt(prefBase + "Right", (int) (template.position.right * controlxscale)),
prefs.getInt(prefBase + "Bottom", (int) (template.position.bottom * controlyscale)));
final BitmapFactory.Options controlOptions = new BitmapFactory.Options();
if (is565) controlOptions.inPreferredConfig = Bitmap.Config.RGB_565;
final Bitmap originalControls =
BitmapFactory.decodeResource(context.getResources(), resId, controlOptions);
final Bitmap controls =
Bitmap.createScaledBitmap(originalControls, finalRect.width(), finalRect.height(), true);
return new Button(finalRect, id, controls);
} else return new Button(template.position, id);
}
@Override
public void draw(Canvas canvas) {
Rect bounds = getBounds();
if (bounds.width() == 0 || bounds.height() == 0) {
return;
}
if (mPaint == null) {
mPaint = new Paint();
mPaint.setAntiAlias(true);
mPaint.setColor(Color.BLACK);
onPreparePaint(mPaint);
}
mPaint.setAlpha(mAlpha);
ColorFilter colorFilter = mColorFilter != null ? mColorFilter : mTintFilter;
mPaint.setColorFilter(colorFilter);
int saveCount = canvas.save();
canvas.translate(bounds.left, bounds.top);
if (needMirroring()) {
canvas.translate(bounds.width(), 0);
canvas.scale(-1, 1);
}
onDraw(canvas, bounds.width(), bounds.height(), mPaint);
canvas.restoreToCount(saveCount);
}
public void onDraw(Canvas canvas) {
// 검정색 배경으로 지운다. 빈 화면이면 지우기만 하고 리턴
canvas.drawColor(Color.BLACK);
if (status == BLANK) {
return;
}
// 도형 목록을 순회하면서 도형 정보대로 출력한다.
int idx;
for (idx = 0; idx < arShape.size(); idx++) {
Paint Pnt = new Paint();
Pnt.setAntiAlias(true);
Pnt.setColor(arShape.get(idx).color);
Rect rt = arShape.get(idx).rt;
switch (arShape.get(idx).what) {
case Shape.RECT:
canvas.drawRect(rt, Pnt);
break;
case Shape.CIRCLE:
canvas.drawCircle(
rt.left + rt.width() / 2, rt.top + rt.height() / 2, rt.width() / 2, Pnt);
break;
case Shape.TRIANGLE:
Path path = new Path();
path.moveTo(rt.left + rt.width() / 2, rt.top);
path.lineTo(rt.left, rt.bottom);
path.lineTo(rt.right, rt.bottom);
canvas.drawPath(path, Pnt);
break;
}
}
}
public void draw(Canvas canvas) {
super.draw(canvas);
float scale = getResources().getDisplayMetrics().density;
int paddSize = (int) (GAPPING * scale + 0.5f);
int bmWidth = bg.getBitmap().getWidth();
Rect rect = new Rect(0, 0, getWidth(), getHeight());
for (int x = 0; x < rect.width(); x += bmWidth) {
RectF dstRect = new RectF(x, paddSize, getWidth() + x, getHeight() - paddSize);
canvas.drawBitmap(bg.getBitmap(), null, dstRect, null);
}
bmWidth = midBg.getIntrinsicWidth();
for (int x = 0; x < rect.width(); x += bmWidth) {
Rect dstRectMid =
new Rect(
x,
getHeight() - midBg.getIntrinsicHeight() - paddSize,
midBg.getIntrinsicWidth() + x,
getHeight() - paddSize);
canvas.drawBitmap(midBg.getBitmap(), null, dstRectMid, null);
}
bmWidth = forBg.getIntrinsicWidth();
for (int x = 0; x < rect.width(); x += bmWidth) {
Rect dstRectMid =
new Rect(
x,
getHeight() - forBg.getIntrinsicHeight() - paddSize,
forBg.getIntrinsicWidth() + x,
getHeight() - paddSize);
canvas.drawBitmap(forBg.getBitmap(), null, dstRectMid, null);
}
}
private void computePath(Rect bounds) {
final float currentScale = mCurrentScale;
final Path path = mPath;
final RectF rect = mRect;
final Matrix matrix = mMatrix;
path.reset();
int totalSize = Math.min(bounds.width(), bounds.height());
float initial = mClosedStateSize;
float destination = totalSize;
float currentSize = initial + (destination - initial) * currentScale;
float halfSize = currentSize / 2f;
float inverseScale = 1f - currentScale;
float cornerSize = halfSize * inverseScale;
float[] corners =
new float[] {
halfSize, halfSize, halfSize, halfSize, halfSize, halfSize, cornerSize, cornerSize
};
rect.set(bounds.left, bounds.top, bounds.left + currentSize, bounds.top + currentSize);
path.addRoundRect(rect, corners, Path.Direction.CCW);
matrix.reset();
matrix.postRotate(-45, bounds.left + halfSize, bounds.top + halfSize);
matrix.postTranslate((bounds.width() - currentSize) / 2, 0);
float hDiff = (bounds.bottom - currentSize - mExternalOffset) * inverseScale;
matrix.postTranslate(0, hDiff);
path.transform(matrix);
}
/** @brief update helper function for the polaroid bg layer */
private void updatePolaroidDrawable(Rect bounds) {
PDEColor highColor;
PDEColor lowColor;
float red, green, blue;
Rect frameRect = new Rect(0, 0, bounds.width(), bounds.height());
mElementCornerRadius = bounds.width() * 0.07f;
// update Frame
mElementPolaroidDrawable.setBounds(frameRect);
mElementPolaroidDrawable.setElementCornerRadius(mElementCornerRadius);
mElementPolaroidDrawable.setElementBorderColor(mElementPolaroidFrameColor);
// todo: this border stuff does not work properly!!! So we take a workaround.
// mElementPolaroidDrawable.setElementBorderWidth(polaroidRelativeValue(2.5f));
int border = Math.round(polaroidRelativeValue(2.5f));
mElementGradientDrawable.setBounds(
frameRect.left + border,
frameRect.top + border,
frameRect.right - border,
frameRect.bottom - border);
red = mElementPolaroidFrameColor.getRed();
blue = mElementPolaroidFrameColor.getBlue();
green = mElementPolaroidFrameColor.getGreen();
highColor = new PDEColor(red, green, blue, 0.0f);
lowColor = new PDEColor(red - 0.33f, green - 0.33f, blue - 0.33f, 0.75f);
mElementGradientDrawable.setElementBackgroundGradientColors(highColor, highColor, lowColor);
mElementGradientDrawable.setElementGradientDistributionPositions(0.0f, 0.85f, 1.0f);
// set other layer data
mElementPolaroidDrawable.setElementBackgroundColor(mElementPolaroidFrameColor);
mElementGradientDrawable.setElementCornerRadius(mElementCornerRadius);
mElementGradientDrawable.setElementBorderColor(PDEColor.valueOf("DTTransparentBlack"));
}
@Override
protected void dispatchDraw(Canvas canvas) {
View childView = getChildAt(mCurrentSelection);
TextView childTextView = null;
if (childView instanceof TextView) {
childTextView = (TextView) childView;
}
if (childTextView != null
&& !TextUtils.isEmpty(childTextView.getText())
&& getVisibility() == View.VISIBLE
&& childTextView.getVisibility() == View.VISIBLE) {
Rect childRect = new Rect();
childTextView.getLocalVisibleRect(childRect);
float childViewX = childTextView.getX() + childTextView.getWidth() / 2;
float childViewY = childTextView.getY() + childTextView.getHeight() / 2;
int top = (int) (childViewY - mSelectedRect.height() / 2);
int left = (int) (childViewX - mSelectedRect.width() / 2);
mSelectedRect.set(left, top, left + mSelectedRect.width(), top + mSelectedRect.height());
if (isShowSelected && !mSelectedRect.isEmpty()) {
final Drawable selectedBg = mSelectedBg;
selectedBg.setBounds(mSelectedRect);
selectedBg.draw(canvas);
}
}
super.dispatchDraw(canvas);
}
/**
* Method that load the gles texture and apply to the requestor frame (which includes fix the
* aspect ratio and/or effects and borders)
*
* @param requestor The requestor target
* @param ti The original texture information (the one with the bitmap one)
*/
private void applyToRequestor(TextureRequestor requestor, GLESTextureInfo ti) {
// Transform requestor dimensions to screen dimensions
RectF dimens = requestor.getRequestorDimensions();
Rect pixels =
new Rect(
0,
0,
(int) (mScreenDimensions.width() * dimens.width() / 2),
(int) (mScreenDimensions.height() * dimens.height() / 2));
final Disposition disposition = requestor.getDisposition();
synchronized (mEffectsSync) {
if (disposition.hasFlag(Disposition.EFFECT_FLAG)) {
ti.effect = mEffects.getNextEffect();
}
if (disposition.hasFlag(Disposition.BORDER_FLAG)) {
ti.border = mBorders.getNextBorder();
}
}
// Check if we have to apply any correction to the image
GLESTextureInfo dst;
if (ti.bitmap != null && Preferences.General.isFixAspectRatio(mContext)) {
// Create a texture of power of two here to avoid scaling the bitmap twice
int w = pixels.width();
int h = pixels.height();
if (!BitmapUtils.isPowerOfTwo(w, h)
&& PreferencesProvider.Preferences.General.isPowerOfTwo(mContext)) {
w = h = BitmapUtils.calculateUpperPowerOfTwo(Math.min(w, h));
}
// Create a thumbnail of the image
Bitmap thumb = BitmapUtils.createScaledBitmap(ti.bitmap, w, h, BitmapUtils.ScalingLogic.CROP);
if (!thumb.equals(ti.bitmap)) {
ti.bitmap.recycle();
}
dst = GLESUtil.loadTexture(mContext, thumb, ti.effect, ti.border, pixels);
} else {
// Load the texture without any correction
dst = GLESUtil.loadTexture(mContext, ti.bitmap, ti.effect, ti.border, pixels);
}
// Swap references
ti.bitmap = dst.bitmap;
ti.handle = dst.handle;
ti.effect = null;
ti.border = null;
dst.handle = 0;
dst.bitmap = null;
// And notify to the requestor
requestor.setTextureHandle(ti);
// Clean up memory
if (ti.bitmap != null) {
ti.bitmap.recycle();
ti.bitmap = null;
}
}
/**
* Changes the size of the framing rect.
*
* @param deltaWidth Number of pixels to adjust the width
* @param deltaHeight Number of pixels to adjust the height
*/
public synchronized void adjustFramingRect(int deltaWidth, int deltaHeight) {
if (initialized) {
Point screenResolution = configManager.getScreenResolution();
// Set maximum and minimum sizes
if ((framingRect.width() + deltaWidth > screenResolution.x - 4)
|| (framingRect.width() + deltaWidth < 50)) {
deltaWidth = 0;
}
if ((framingRect.height() + deltaHeight > screenResolution.y - 4)
|| (framingRect.height() + deltaHeight < 50)) {
deltaHeight = 0;
}
int newWidth = framingRect.width() + deltaWidth;
int newHeight = framingRect.height() + deltaHeight;
int leftOffset = (screenResolution.x - newWidth) / 2;
int topOffset = (screenResolution.y - newHeight) / 2;
framingRect = new Rect(leftOffset, topOffset, leftOffset + newWidth, topOffset + newHeight);
framingRectInPreview = null;
} else {
requestedFramingRectWidth = deltaWidth;
requestedFramingRectHeight = deltaHeight;
}
}
@Override
public void draw(Canvas canvas, Rect chartArea) {
int n = points.size();
scaledGap = barGap * (float) (chartArea.width() / (maxX - minX));
barWidth = (chartArea.width() - scaledGap * (n - 1)) / n;
Point p;
double scaledY;
double yMax = chartArea.top;
for (int i = 0; i < points.size(); i++) {
y0 = chartArea.top + chartArea.height();
p = points.get(i);
scaledY = (p.getY() - minY + barGap) * (chartArea.height()) / (maxY - minY + 2 * barGap);
double scaledX = i * (barWidth + scaledGap);
if (!areSum.get(i)) {
y0 = yMax + scaledY;
drawPoint(canvas, scaledX + chartArea.left, yMax, colors.get(i));
yMax += scaledY;
} else {
drawPoint(
canvas,
scaledX + chartArea.left,
chartArea.top + chartArea.height() - scaledY,
colors.get(i));
}
}
}
void updateDstRect() {
if (mApplyGravity) {
if (mIsCircular) {
final int minDimen = Math.min(mBitmapWidth, mBitmapHeight);
gravityCompatApply(mGravity, minDimen, minDimen, getBounds(), mDstRect);
// inset the drawing rectangle to the largest contained square,
// so that a circle will be drawn
final int minDrawDimen = Math.min(mDstRect.width(), mDstRect.height());
final int insetX = Math.max(0, (mDstRect.width() - minDrawDimen) / 2);
final int insetY = Math.max(0, (mDstRect.height() - minDrawDimen) / 2);
mDstRect.inset(insetX, insetY);
mCornerRadius = 0.5f * minDrawDimen;
} else {
gravityCompatApply(mGravity, mBitmapWidth, mBitmapHeight, getBounds(), mDstRect);
}
mDstRectF.set(mDstRect);
if (mBitmapShader != null) {
// setup shader matrix
mShaderMatrix.setTranslate(mDstRectF.left, mDstRectF.top);
mShaderMatrix.preScale(
mDstRectF.width() / mBitmap.getWidth(), mDstRectF.height() / mBitmap.getHeight());
mBitmapShader.setLocalMatrix(mShaderMatrix);
mPaint.setShader(mBitmapShader);
}
mApplyGravity = false;
}
}
public void paintBitmap(Context context, Canvas c, Rect dest) {
int color0 = Color.argb(0xFF, 196, 181, 51);
int color1 = Color.argb(0xFF, 251, 219, 39);
int color2 = Color.argb(0xFF, 255, 239, 151);
int border = Color.argb(0xFF, 220, 200, 80);
Paint p = new Paint();
p.setAntiAlias(true);
float width = dest.width() / 20.0f;
float insideSize = dest.width() - 2 * width;
RectF inside1 =
new RectF(
dest.left + width - 1,
dest.top + width - 1,
dest.right - width + 1,
dest.bottom - width + 1);
RectF inside =
new RectF(dest.left + width, dest.top + width, dest.right - width, dest.bottom - width);
LinearGradient linear =
new LinearGradient(
inside1.left,
inside1.top + insideSize / 3,
inside1.right,
inside1.top + 2 * insideSize / 3,
new int[] {color0, color1, color2},
null,
Shader.TileMode.CLAMP);
p.setShader(linear);
c.drawRoundRect(inside1, width, width, p);
p.setShader(null);
p.setColor(border);
Path path = new Path();
path.addRoundRect(inside, width, width, Path.Direction.CCW);
path.addRect(new RectF(dest), Path.Direction.CW);
c.drawPath(path, p);
}
/**
* A factory method to build the appropriate LuminanceSource object based on the format of the
* preview buffers, as described by Camera.Parameters.
*
* @param data A preview frame.
* @param width The width of the image.
* @param height The height of the image.
* @return A PlanarYUVLuminanceSource instance.
*/
public PlanarYUVLuminanceSource buildLuminanceSource(byte[] data, int width, int height) {
Rect rect = getFramingRectInPreview();
int previewFormat = configManager.getPreviewFormat();
String previewFormatString = configManager.getPreviewFormatString();
switch (previewFormat) {
// This is the standard Android format which all devices are REQUIRED to
// support.
// In theory, it's the only one we should ever care about.
case PixelFormat.YCbCr_420_SP:
// This format has never been seen in the wild, but is compatible as
// we only care
// about the Y channel, so allow it.
case PixelFormat.YCbCr_422_SP:
return new PlanarYUVLuminanceSource(
data, width, height, rect.left, rect.top, rect.width(), rect.height());
default:
// The Samsung Moment incorrectly uses this variant instead of the
// 'sp' version.
// Fortunately, it too has all the Y data up front, so we can read
// it.
if ("yuv420p".equals(previewFormatString)) {
return new PlanarYUVLuminanceSource(
data, width, height, rect.left, rect.top, rect.width(), rect.height());
}
}
throw new IllegalArgumentException(
"Unsupported picture format: " + previewFormat + '/' + previewFormatString);
}
private void calculatePosition() {
paint.getTextBounds(value, 0, value.length(), bounds);
final int paddingLeft = padding;
final int paddingRight = padding;
final int paddingTop = padding;
final int paddingBottom = padding;
switch (direction) {
case up:
case down:
offset.x = -paddingLeft - bounds.width() - bounds.left;
if (direction == DragDirection.up) {
offset.y = paddingTop + fixedTextHeight;
} else {
offset.y = -paddingBottom;
}
break;
case left:
case right:
if (direction == DragDirection.left) {
offset.x = paddingLeft;
} else {
offset.x = -paddingRight - bounds.width();
}
offset.y = (paddingTop - paddingBottom) / 2 + fixedTextHeight / 2;
break;
}
}
@Override
public void draw(Canvas canvas) {
super.draw(canvas);
// draw progress bars
canvas.drawRect(progressBar, progressPaint);
canvas.drawRect(playedBar, playedPaint);
// draw scrubber and timers
if (showScrubber) {
canvas.drawBitmap(scrubber, scrubberLeft, scrubberTop, null);
}
if (showTimes) {
canvas.drawText(
stringForTime(currentTime),
timeBounds.width() / 2 + getPaddingLeft(),
timeBounds.height() + vPaddingInPx / 2 + scrubberPadding + 1,
timeTextPaint);
canvas.drawText(
stringForTime(totalTime),
getWidth() - getPaddingRight() - timeBounds.width() / 2,
timeBounds.height() + vPaddingInPx / 2 + scrubberPadding + 1,
timeTextPaint);
}
}
/** 计算出圆的半径 */
private void computeRadious() {
Rect bounds = getBounds();
radious =
bounds.width() < bounds.height()
? bounds.width() / 2f - mMargin
: bounds.height() / 2f - mMargin;
}
// Handles motion (dx, dy) in screen space.
// The "edge" parameter specifies which edges the user is dragging.
void handleMotion(int edge, float dx, float dy) {
Rect r = computeLayout();
if (edge == GROW_NONE) {
return;
} else if (edge == MOVE) {
// Convert to image space before sending to moveBy().
moveBy(dx * (mCropRect.width() / r.width()), dy * (mCropRect.height() / r.height()));
} else {
if (((GROW_LEFT_EDGE | GROW_RIGHT_EDGE) & edge) == 0) {
dx = 0;
}
if (((GROW_TOP_EDGE | GROW_BOTTOM_EDGE) & edge) == 0) {
dy = 0;
}
// Convert to image space before sending to growBy().
float xDelta = dx * (mCropRect.width() / r.width());
float yDelta = dy * (mCropRect.height() / r.height());
growBy(
(((edge & GROW_LEFT_EDGE) != 0) ? -1 : 1) * xDelta,
(((edge & GROW_TOP_EDGE) != 0) ? -1 : 1) * yDelta);
}
}
/** 画面サイズから自位置を決定します。 */
private void updateViewLayout() {
cancelAnimation();
// 前の画面座標を保存
final int oldScreenHeight = mMetrics.heightPixels;
final int oldScreenWidth = mMetrics.widthPixels;
final int oldPositionLimitWidth = mPositionLimitRect.width();
final int oldPositionLimitHeight = mPositionLimitRect.height();
// 新しい座標情報に切替
mWindowManager.getDefaultDisplay().getMetrics(mMetrics);
final int width = getMeasuredWidth();
final int height = getMeasuredHeight();
final int newScreenWidth = mMetrics.widthPixels;
final int newScreenHeight = mMetrics.heightPixels;
// 移動範囲の設定
mMoveLimitRect.set(-width, -height * 2, newScreenWidth + width, newScreenHeight + height);
mPositionLimitRect.set(
-mOverMargin,
0,
newScreenWidth - width + mOverMargin,
newScreenHeight - mStatusBarHeight - height);
// 縦横切替の場合
if (oldScreenWidth != newScreenWidth || oldScreenHeight != newScreenHeight) {
// 画面端に移動する場合は現在の位置から左右端を設定
if (mMoveDirection == FloatingViewManager.MOVE_DIRECTION_DEFAULT) {
// 右半分にある場合
if (mParams.x > (newScreenWidth - width) / 2) {
mParams.x = mPositionLimitRect.right;
}
// 左半分にある場合
else {
mParams.x = mPositionLimitRect.left;
}
}
// 左端に移動
else if (mMoveDirection == FloatingViewManager.MOVE_DIRECTION_LEFT) {
mParams.x = mPositionLimitRect.left;
}
// 右端に移動
else if (mMoveDirection == FloatingViewManager.MOVE_DIRECTION_RIGHT) {
mParams.x = mPositionLimitRect.right;
}
// 画面端に移動しない場合は画面座標の比率から計算
else {
final int newX =
(int) (mParams.x * mPositionLimitRect.width() / (float) oldPositionLimitWidth + 0.5f);
mParams.x = Math.min(Math.max(mPositionLimitRect.left, newX), mPositionLimitRect.right);
}
// スクリーン位置の比率からY座標を設定(四捨五入)
final int newY =
(int) (mParams.y * mPositionLimitRect.height() / (float) oldPositionLimitHeight + 0.5f);
mParams.y = Math.min(Math.max(mPositionLimitRect.top, newY), mPositionLimitRect.bottom);
mWindowManager.updateViewLayout(this, mParams);
}
}
protected void onDraw(Canvas paramCanvas) {
// today round
if (mIsToday) {
Paint painta = new Paint();
painta.setStyle(Paint.Style.STROKE);
painta.setColor(Color.BLACK);
painta.setAntiAlias(true);
Rect rect = paramCanvas.getClipBounds();
RectF rt = new RectF(rect);
rt.inset(getMeasuredWidth() / 12, getMeasuredHeight() / 12);
paramCanvas.drawRoundRect(rt, getMeasuredWidth() / 5, getMeasuredHeight() / 5, painta);
Paint paintb = new Paint();
paintb.setColor(Color.GRAY);
paintb.setAntiAlias(true);
paintb.setAlpha(50);
paramCanvas.drawRoundRect(rt, getMeasuredWidth() / 6, getMeasuredWidth() / 6, paintb);
}
// solar text
Paint paint1 = new Paint();
paint1.setAntiAlias(true);
paint1.setFakeBoldText(true);
paint1.setTextSize(getMeasuredWidth() / 2);
if (mDay.mIsWeekEnd) {
paint1.setColor(ECalendarActivity.mHolidayColor);
} else {
paint1.setColor(Color.BLACK);
}
Rect text = new Rect();
paint1.getTextBounds(mDay.mSolarDay, 0, mDay.mSolarDay.length(), text);
int w = getMeasuredWidth();
int w1 = text.width();
float fw = (w - w1) / 2;
float fh = getMeasuredHeight() / 2 + 1;
paramCanvas.drawText(mDay.mSolarDay, fw, fh, paint1);
// lunar text
Paint paint2 = new Paint();
paint2.setAntiAlias(true);
paint2.setTextSize(getMeasuredWidth() / 4);
if (mDay.mIsFestival) {
paint2.setColor(ECalendarActivity.mHolidayColor);
} else {
paint2.setColor(Color.BLACK);
}
paint2.getTextBounds(mDay.mLunarDay, 0, mDay.mLunarDay.length(), text);
w1 = text.width();
fw = (w - w1) / 2;
fh = getMeasuredHeight() / 2 + 2 + text.height();
paramCanvas.drawText(mDay.mLunarDay, fw, fh, paint2);
if (mDay.mHasDiary) {
Paint pd = new Paint();
pd.setStyle(Paint.Style.STROKE);
pd.setColor(ECalendarActivity.mHolidayColor);
pd.setStrokeWidth(2);
Rect rect = paramCanvas.getClipBounds();
RectF rt = new RectF(rect);
rt.inset(getMeasuredWidth() / 12, getMeasuredHeight() / 12);
paramCanvas.drawLine(rt.left + rt.width() / 4, rt.top, rt.right - rt.width() / 4, rt.top, pd);
}
}
private void updateGradient() {
float x0 = mLeftToRight ? 0 : mForegroundRect.width();
float x1 = mLeftToRight ? mForegroundRect.width() : 0;
mLeftToRightGradient =
new LinearGradient(x0, 0f, x1, 0f, mGradientColor, 0, Shader.TileMode.CLAMP);
mRightToLeftGradient =
new LinearGradient(x1, 0f, x0, 0f, mGradientColor, 0, Shader.TileMode.CLAMP);
}