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 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);
}
/**
* Computes whether the specified {@link android.graphics.Rect} intersects with the visible
* portion of its parent {@link android.view.View}. Modifies {@code localRect} to contain only the
* visible portion.
*
* @param localRect A rectangle in local (parent) coordinates.
* @return Whether the specified {@link android.graphics.Rect} is visible on the screen.
*/
private boolean intersectVisibleToUser(Rect localRect) {
// Missing or empty bounds mean this view is not visible.
if ((localRect == null) || localRect.isEmpty()) {
return false;
}
// Attached to invisible window means this view is not visible.
if (mParentView.getWindowVisibility() != View.VISIBLE) {
return false;
}
// An invisible predecessor or one with alpha zero means
// that this view is not visible to the user.
Object current = this;
while (current instanceof View) {
final View view = (View) current;
// We have attach info so this view is attached and there is no
// need to check whether we reach to ViewRootImpl on the way up.
if ((view.getAlpha() <= 0) || (view.getVisibility() != View.VISIBLE)) {
return false;
}
current = view.getParent();
}
// If no portion of the parent is visible, this view is not visible.
if (!mParentView.getLocalVisibleRect(mTempVisibleRect)) {
return false;
}
// Check if the view intersects the visible portion of the parent.
return localRect.intersect(mTempVisibleRect);
}
public void commOnTouchEvent(MotionEvent ev) {
int action = ev.getAction();
switch (action) {
case MotionEvent.ACTION_DOWN:
y = ev.getY();
break;
case MotionEvent.ACTION_UP:
if (isNeedAnimation()) {
animation();
}
break;
case MotionEvent.ACTION_MOVE:
final float preY = y;
float nowY = ev.getY();
int deltaY = (int) (preY - nowY) / size;
y = nowY;
if (isNeedMove()) {
if (normal.isEmpty()) {
normal.set(inner.getLeft(), inner.getTop(), inner.getRight(), inner.getBottom());
return;
}
int yy = inner.getTop() - deltaY;
inner.layout(inner.getLeft(), yy, inner.getRight(), inner.getBottom() - deltaY);
}
break;
default:
break;
}
}
@Override
public void draw(Canvas canvas) {
if (null != mBitmap && !mBitmap.isRecycled()) {
final Rect bounds = getBounds();
if (!bounds.isEmpty()) {
canvas.drawBitmap(mBitmap, null, bounds, mPaint);
} else {
canvas.drawBitmap(mBitmap, 0f, 0f, mPaint);
}
}
}
public static Rect preInvalidate(View view, Rect dirty) {
if (dirty.isEmpty()) return dirty;
Matrix m = getViewMatrix(view);
if (m != null) {
if (dirty != m_tempRect) {
m_tempRect.set(dirty);
dirty = m_tempRect;
}
transformFrame(m_tempRect, m);
}
return dirty;
}
public void commOnTouchEvent(MotionEvent ev) {
int action = ev.getAction();
switch (action) {
case MotionEvent.ACTION_DOWN:
y = ev.getY();
break;
case MotionEvent.ACTION_UP:
if (isNeedAnimation()) {
animation();
}
// 加入额外代码
if (mAutoScrollViewPager != null) {
mAutoScrollViewPager.startAutoScroll();
}
y = DEFAULT_POSITION;
break;
/**
* 排除第一次移动计算，因为第一次无法得知y左边，在MotionEvent.ACTION_DOWN中获取不到，
* 因为此时是MyScrollView的Tocuh时间传递到了ListView的孩子item上面。所以从第二次开始计算
* 然而我们也要进行初始化，就是第一次移动的时候让滑动距离归零，之后记录准确了就正常执行
*/
case MotionEvent.ACTION_MOVE:
float preY = y;
float nowY = ev.getY();
if (isDefaultPosition(y)) {
preY = nowY;
}
int deltaY = (int) (preY - nowY);
scrollBy(0, deltaY);
y = nowY;
// 当滚动到最上或者最下时就不会再滚动，这时移动布局
if (isNeedMove()) {
if (normal.isEmpty()) {
// 保存正常的布局位置
normal.set(inner.getLeft(), inner.getTop(), inner.getRight(), inner.getBottom());
}
// 移动布局
inner.layout(
inner.getLeft(),
inner.getTop() - deltaY / 2,
inner.getRight(),
inner.getBottom() - deltaY / 2);
}
break;
default:
break;
}
}
private AccessibilityNodeInfoCompat populateNodeForItemInternal(
T item, AccessibilityNodeInfoCompat node) {
final int virtualDescendantId = getIdForItem(item);
// Ensure the client has good defaults.
node.setEnabled(true);
// Allow the client to populate the node.
populateNodeForItem(item, node);
if (TextUtils.isEmpty(node.getText()) && TextUtils.isEmpty(node.getContentDescription())) {
throw new RuntimeException(
"You must add text or a content description in populateNodeForItem()");
}
// Don't allow the client to override these properties.
node.setPackageName(mParentView.getContext().getPackageName());
node.setClassName(item.getClass().getName());
node.setParent(mParentView);
node.setSource(mParentView, virtualDescendantId);
if (mFocusedItemId == virtualDescendantId) {
node.addAction(AccessibilityNodeInfoCompat.ACTION_CLEAR_ACCESSIBILITY_FOCUS);
} else {
node.addAction(AccessibilityNodeInfoCompat.ACTION_ACCESSIBILITY_FOCUS);
}
node.getBoundsInParent(mTempParentRect);
if (mTempParentRect.isEmpty()) {
throw new RuntimeException("You must set parent bounds in populateNodeForItem()");
}
// Set the visibility based on the parent bound.
if (intersectVisibleToUser(mTempParentRect)) {
node.setVisibleToUser(true);
node.setBoundsInParent(mTempParentRect);
}
// Calculate screen-relative bound.
mParentView.getLocationOnScreen(mTempGlobalRect);
final int offsetX = mTempGlobalRect[0];
final int offsetY = mTempGlobalRect[1];
mTempScreenRect.set(mTempParentRect);
mTempScreenRect.offset(offsetX, offsetY);
node.setBoundsInScreen(mTempScreenRect);
return node;
}
private void handleFunctorStatus(View.AttachInfo attachInfo, int status) {
// If the draw flag is set, functors will be invoked while executing
// the tree of display lists
if ((status & DisplayList.STATUS_DRAW) != 0) {
if (mRedrawClip.isEmpty()) {
attachInfo.mViewRootImpl.invalidate();
} else {
attachInfo.mViewRootImpl.invalidateChildInParent(null, mRedrawClip);
mRedrawClip.setEmpty();
}
}
if ((status & DisplayList.STATUS_INVOKE) != 0) {
scheduleFunctors(attachInfo, true);
}
}
private AccessibilityNodeInfoCompat createNodeForChild(int i) {
AccessibilityNodeInfoCompat accessibilitynodeinfocompat = AccessibilityNodeInfoCompat.obtain();
accessibilitynodeinfocompat.setEnabled(true);
accessibilitynodeinfocompat.setClassName(DEFAULT_CLASS_NAME);
onPopulateNodeForVirtualView(i, accessibilitynodeinfocompat);
if (accessibilitynodeinfocompat.getText() == null
&& accessibilitynodeinfocompat.getContentDescription() == null) {
throw new RuntimeException(
"Callbacks must add text or a content description in populateNodeForVirtualViewId()");
}
accessibilitynodeinfocompat.getBoundsInParent(mTempParentRect);
if (mTempParentRect.isEmpty()) {
throw new RuntimeException(
"Callbacks must set parent bounds in populateNodeForVirtualViewId()");
}
int j = accessibilitynodeinfocompat.getActions();
if ((j & 0x40) != 0) {
throw new RuntimeException(
"Callbacks must not add ACTION_ACCESSIBILITY_FOCUS in populateNodeForVirtualViewId()");
}
if ((j & 0x80) != 0) {
throw new RuntimeException(
"Callbacks must not add ACTION_CLEAR_ACCESSIBILITY_FOCUS in populateNodeForVirtualViewId()");
}
accessibilitynodeinfocompat.setPackageName(mView.getContext().getPackageName());
accessibilitynodeinfocompat.setSource(mView, i);
accessibilitynodeinfocompat.setParent(mView);
if (mFocusedVirtualViewId == i) {
accessibilitynodeinfocompat.setAccessibilityFocused(true);
accessibilitynodeinfocompat.addAction(128);
} else {
accessibilitynodeinfocompat.setAccessibilityFocused(false);
accessibilitynodeinfocompat.addAction(64);
}
if (intersectVisibleToUser(mTempParentRect)) {
accessibilitynodeinfocompat.setVisibleToUser(true);
accessibilitynodeinfocompat.setBoundsInParent(mTempParentRect);
}
mView.getLocationOnScreen(mTempGlobalRect);
i = mTempGlobalRect[0];
j = mTempGlobalRect[1];
mTempScreenRect.set(mTempParentRect);
mTempScreenRect.offset(i, j);
accessibilitynodeinfocompat.setBoundsInScreen(mTempScreenRect);
return accessibilitynodeinfocompat;
}
private void updatePath() {
if (bounds.isEmpty()) return;
path = null;
RectF outerRect = TiUIHelper.insetRect(boundsF, mPadding);
if (radius != null) {
path = new Path();
path.setFillType(FillType.EVEN_ODD);
if (pathWidth > 0) {
path.addRoundRect(outerRect, radius, Direction.CW);
float padding = 0;
float maxPadding = 0;
RectF innerRect = new RectF();
maxPadding = Math.min(bounds.width() / 2, bounds.height() / 2);
padding = Math.min(pathWidth, maxPadding);
innerRect.set(
outerRect.left + padding,
outerRect.top + padding,
outerRect.right - padding,
outerRect.bottom - padding);
path.addRoundRect(innerRect, innerRadiusFromPadding(outerRect, padding), Direction.CCW);
} else {
// adjustment not see background under border because of antialias
path.addRoundRect(TiUIHelper.insetRect(outerRect, 0.3f), radius, Direction.CW);
}
} else {
if (pathWidth > 0) {
path = new Path();
path.setFillType(FillType.EVEN_ODD);
path.addRect(outerRect, Direction.CW);
int padding = 0;
int maxPadding = 0;
RectF innerRect = new RectF();
maxPadding = (int) Math.min(bounds.width() / 2, bounds.height() / 2);
padding = (int) Math.min(pathWidth, maxPadding);
innerRect.set(
outerRect.left + padding,
outerRect.top + padding,
outerRect.right - padding,
outerRect.bottom - padding);
path.addRect(innerRect, Direction.CCW);
}
}
}
/** NOTE: This has to be called within a surface transaction. */
public void drawIfNeeded() {
synchronized (mWindowManagerService.mWindowMap) {
if (!mInvalidated) {
return;
}
mInvalidated = false;
Canvas canvas = null;
try {
// Empty dirty rectangle means unspecified.
if (mDirtyRect.isEmpty()) {
mBounds.getBounds(mDirtyRect);
}
mDirtyRect.inset(-mHalfBorderWidth, -mHalfBorderWidth);
canvas = mSurface.lockCanvas(mDirtyRect);
if (DEBUG_VIEWPORT_WINDOW) {
Slog.i(LOG_TAG, "Dirty rect: " + mDirtyRect);
}
} catch (IllegalArgumentException iae) {
/* ignore */
} catch (Surface.OutOfResourcesException oore) {
/* ignore */
}
if (canvas == null) {
return;
}
if (DEBUG_VIEWPORT_WINDOW) {
Slog.i(LOG_TAG, "Bounds: " + mBounds);
}
canvas.drawColor(Color.TRANSPARENT, Mode.CLEAR);
mPaint.setAlpha(mAlpha);
Path path = mBounds.getBoundaryPath();
canvas.drawPath(path, mPaint);
mSurface.unlockCanvasAndPost(canvas);
if (mAlpha > 0) {
mSurfaceControl.show();
} else {
mSurfaceControl.hide();
}
}
}
@Override
public void getOutline(@NonNull Outline outline) {
final Rect bounds = getBounds();
if (bounds.isEmpty()) return;
if (mNinePatchState != null) {
NinePatch.InsetStruct insets = mNinePatchState.getBitmap().getNinePatchInsets();
if (insets != null) {
final Rect outlineInsets = insets.outlineRect;
outline.setRoundRect(
bounds.left + outlineInsets.left,
bounds.top + outlineInsets.top,
bounds.right - outlineInsets.right,
bounds.bottom - outlineInsets.bottom,
insets.outlineRadius);
outline.setAlpha(insets.outlineAlpha * (getAlpha() / 255.0f));
return;
}
}
super.getOutline(outline);
}
@Implementation
public boolean getGlobalVisibleRect(Rect rect, Point globalOffset) {
if (globalVisibleRect == null) {
/*
* The global visible rect is not initialized. The value is not reliable as Robolectric does
* not perform layouts in most cases. Use a substitute concept of visibility if no rect
* had been set explicitly.
*/
rect.setEmpty();
return realView.isShown();
}
if (!globalVisibleRect.isEmpty()) {
rect.set(globalVisibleRect);
if (globalOffset != null) {
rect.offset(-globalOffset.x, -globalOffset.y);
}
return true;
}
rect.setEmpty();
return false;
}
private boolean intersectVisibleToUser(Rect rect) {
if (rect == null || rect.isEmpty()) {
return false;
}
if (mView.getWindowVisibility() != 0) {
return false;
}
Object obj;
for (obj = mView.getParent(); obj instanceof View; obj = ((View) (obj)).getParent()) {
obj = (View) obj;
if (ViewCompat.getAlpha(((View) (obj))) <= 0.0F || ((View) (obj)).getVisibility() != 0) {
return false;
}
}
if (obj == null) {
return false;
}
if (!mView.getLocalVisibleRect(mTempVisibleRect)) {
return false;
} else {
return rect.intersect(mTempVisibleRect);
}
}
@Override
public boolean onTouchEvent(MotionEvent ev) {
int action = ev.getAction();
switch (action) {
case MotionEvent.ACTION_DOWN:
mDownY = ev.getY();
super.onTouchEvent(ev);
break;
case MotionEvent.ACTION_MOVE:
if (mCurrentOffset <= 0) {
isNeedMove();
if (!isTouchOne) {
startY = ev.getY();
isTouchOne = true;
}
distance = ev.getY() - startY;
if (distance > 0) {
isBig = true;
setT((int) -distance / 4);
}
} else {
final float preY = mDownY == 0 ? ev.getY() : mDownY;
float currentY = ev.getY();
int deltaY = (int) (preY - currentY);
// 滚动
mDownY = currentY;
// 当滚动到最上或者最下时就不会再滚动，这时移动布局
if (isNeedMove()) {
if (normal.isEmpty()) {
Log.e(
"normal",
mFirstChild.getLeft()
+ " "
+ mFirstChild.getTop()
+ " i "
+ mFirstChild.getBottom()
+ " "
+ mFirstChild.getRight()
+ " "
+ mFirstChild.getHeight());
// 保存正常的布局位置
normal.set(
mFirstChild.getLeft(),
mFirstChild.getTop(),
mFirstChild.getRight(),
mFirstChild.getBottom());
}
// 移动布局(关键)
mFirstChild.layout(
mFirstChild.getLeft(),
mFirstChild.getTop() - deltaY / 4,
mFirstChild.getRight(),
mFirstChild.getBottom() - deltaY / 4);
// mFirstChild.scrollBy(0,deltaY);
} else {
super.onTouchEvent(ev);
}
}
break;
case MotionEvent.ACTION_UP:
if (isBig) {
reset();
isBig = false;
}
isTouchOne = false;
mDownY = 0;
if (isNeedAnimation()) {
animation();
}
super.onTouchEvent(ev);
break;
}
return super.onTouchEvent(ev);
}
@Override
public boolean onTouchEvent(MotionEvent event) {
if (!isEnabled()) return false;
final View parent = (View) getParent();
switch (event.getAction()) {
case MotionEvent.ACTION_DOWN:
{
// only start tracking when in sweet spot
final boolean acceptDrag;
final boolean acceptLabel;
if (mFollowAxis == VERTICAL) {
acceptDrag = event.getX() > getWidth() - (mSweepPadding.right * 8);
acceptLabel = mLabelLayout != null ? event.getX() < mLabelLayout.getWidth() : false;
} else {
acceptDrag = event.getY() > getHeight() - (mSweepPadding.bottom * 8);
acceptLabel = mLabelLayout != null ? event.getY() < mLabelLayout.getHeight() : false;
}
final MotionEvent eventInParent = event.copy();
eventInParent.offsetLocation(getLeft(), getTop());
// ignore event when closer to a neighbor
for (ChartSweepView neighbor : mNeighbors) {
if (isTouchCloserTo(eventInParent, neighbor)) {
return false;
}
}
if (acceptDrag) {
if (mFollowAxis == VERTICAL) {
mTrackingStart = getTop() - mMargins.top;
} else {
mTrackingStart = getLeft() - mMargins.left;
}
mTracking = event.copy();
mTouchMode = MODE_DRAG;
// starting drag should activate entire chart
if (!parent.isActivated()) {
parent.setActivated(true);
}
return true;
} else if (acceptLabel) {
mTouchMode = MODE_LABEL;
return true;
} else {
mTouchMode = MODE_NONE;
return false;
}
}
case MotionEvent.ACTION_MOVE:
{
if (mTouchMode == MODE_LABEL) {
return true;
}
getParent().requestDisallowInterceptTouchEvent(true);
// content area of parent
final Rect parentContent = getParentContentRect();
final Rect clampRect = computeClampRect(parentContent);
if (clampRect.isEmpty()) return true;
long value;
if (mFollowAxis == VERTICAL) {
final float currentTargetY = getTop() - mMargins.top;
final float requestedTargetY = mTrackingStart + (event.getRawY() - mTracking.getRawY());
final float clampedTargetY =
MathUtils.constrain(requestedTargetY, clampRect.top, clampRect.bottom);
setTranslationY(clampedTargetY - currentTargetY);
value = mAxis.convertToValue(clampedTargetY - parentContent.top);
} else {
final float currentTargetX = getLeft() - mMargins.left;
final float requestedTargetX = mTrackingStart + (event.getRawX() - mTracking.getRawX());
final float clampedTargetX =
MathUtils.constrain(requestedTargetX, clampRect.left, clampRect.right);
setTranslationX(clampedTargetX - currentTargetX);
value = mAxis.convertToValue(clampedTargetX - parentContent.left);
}
// round value from drag to nearest increment
value -= value % mDragInterval;
setValue(value);
dispatchOnSweep(false);
return true;
}
case MotionEvent.ACTION_UP:
{
if (mTouchMode == MODE_LABEL) {
performClick();
} else if (mTouchMode == MODE_DRAG) {
mTrackingStart = 0;
mTracking = null;
mValue = mLabelValue;
dispatchOnSweep(true);
setTranslationX(0);
setTranslationY(0);
requestLayout();
}
mTouchMode = MODE_NONE;
return true;
}
default:
{
return false;
}
}
}
/**
* 执行移动动画
*
* @param event
*/
private void doActionMove(MotionEvent event) {
// 当滚动到顶部时，将状态设置为正常，避免先向上拖动再向下拖动到顶端后首次触摸不响应的问题
if (getScrollY() == 0) {
mState = State.NORMAL;
// 滑动经过顶部初始位置时，修正Touch down的坐标为当前Touch点的坐标
if (isTop) {
isTop = false;
mTouchDownY = event.getY();
}
}
float deltaY = event.getY() - mTouchDownY;
// 对于首次Touch操作要判断方位：UP OR DOWN
if (deltaY < 0 && mState == State.NORMAL) {
mState = State.UP;
} else if (deltaY > 0 && mState == State.NORMAL) {
mState = State.DOWN;
}
if (mState == State.UP) {
deltaY = deltaY < 0 ? deltaY : 0;
isMoving = false;
mEnableTouch = false;
} else if (mState == State.DOWN) {
if (getScrollY() <= deltaY) {
mEnableTouch = true;
isMoving = true;
}
deltaY = deltaY < 0 ? 0 : deltaY;
}
if (isMoving) {
// 初始化content view矩形
if (mContentRect.isEmpty()) {
// 保存正常的布局位置
mContentRect.set(
mContentView.getLeft(),
mContentView.getTop(),
mContentView.getRight(),
mContentView.getBottom());
}
// 计算header移动距离(手势移动的距离*阻尼系数*0.5)
float headerMoveHeight = deltaY * 0.5f * SCROLL_RATIO;
mCurrentTop = (int) (mInitTop + headerMoveHeight);
mCurrentBottom = (int) (mInitBottom + headerMoveHeight);
// 计算content移动距离(手势移动的距离*阻尼系数)
float contentMoveHeight = deltaY * SCROLL_RATIO;
// 修正content移动的距离，避免超过header的底边缘
int headerBottom = mCurrentBottom - mHeaderVisibleHeight;
int top = (int) (mContentRect.top + contentMoveHeight);
int bottom = (int) (mContentRect.bottom + contentMoveHeight);
if (top <= headerBottom) {
// 移动content view
mContentView.layout(mContentRect.left, top, mContentRect.right, bottom);
// 移动header view
mHeader.layout(mHeader.getLeft(), mCurrentTop, mHeader.getRight(), mCurrentBottom);
}
}
}
/** 是否需要开启动画 */
private boolean isNeedAnimation() {
return !mContentRect.isEmpty() && isMoving;
}
private void updateGeometry() {
final Rect b = getBounds();
mStrokePath.reset();
mFillPath.reset();
mIndicatorFillPath.reset();
mIndicatorStrokePath.reset();
if (b.isEmpty()) {
return;
}
final boolean isHorizontal =
mIndicatorDirection == IndicatorDirection.TOP
|| mIndicatorDirection == IndicatorDirection.BOTTOM;
final int innerCornerWidth = mCornerRadius - mStrokeWidth;
final float sW = mStrokeWidth;
final float iW = mIndicatorWidth;
final float cR = mCornerRadius;
final float iH = mIndicatorHeight;
final float iVISO = iW * (iH + sW) / 2f / iH - iW / 2f;
mIndicatorVerticalInnerStrokeOffset = iVISO;
if (mIndicatorHeight > 0) {
mIndicatorVerticalStrokeWidth = (float) (sW / Math.cos(Math.atan(iW / 2f / iH)));
}
final float iVSW = mIndicatorVerticalStrokeWidth;
final RectF outerRect = new RectF(b.left, b.top, b.right, b.bottom);
final RectF innerRect = new RectF(b.left + sW, b.top + sW, b.right - sW, b.bottom - sW);
float neededSpace = iW + Math.max(iVISO + Math.max(sW, cR), iVSW + cR) * 2;
// correct bubble stroke and fill rectangle so the indicator fits besides
if (mIndicatorWidth > 0) {
mIndicatorHorizontalStrokeWidth = 2f * iVSW * iH / iW;
float addOffset = iH + mIndicatorHorizontalStrokeWidth;
switch (mIndicatorDirection) {
case LEFT:
outerRect.left += addOffset;
innerRect.left += addOffset;
break;
case RIGHT:
outerRect.right -= addOffset;
innerRect.right -= addOffset;
break;
case TOP:
outerRect.top += addOffset;
innerRect.top += addOffset;
break;
case BOTTOM:
outerRect.bottom -= addOffset;
innerRect.bottom -= addOffset;
break;
}
}
// only create indicator paths if there is room for it since the bounds might be to little
// and/or the corners might need the room so there's not enough room for a indicator
if (mIndicatorHeight > 0
&& mIndicatorWidth > 0
&& (!isHorizontal && b.height() >= neededSpace
|| isHorizontal && b.width() >= neededSpace)) {
// would throw an exception on indicator width == 0
// create indicator stroke and fill path based on the given direction
switch (mIndicatorDirection) {
case LEFT:
updateLeftIndicator(outerRect, innerRect);
break;
case RIGHT:
// outerRect.right -= mIndicatorHeight;
// innerRect.right -= mIndicatorHeight;
//
// mIndicatorFillPath.moveTo(outerRect.right, outerRect.top + mStrokeWidth);
// mIndicatorFillPath.lineTo(outerRect.right + mIndicatorHeight,
// outerRect.top + mStrokeWidth + mIndicatorWidth / 2f);
// mIndicatorFillPath.lineTo(outerRect.right,
// outerRect.top + mStrokeWidth + mIndicatorWidth);
// mIndicatorFillPath.close();
break;
case TOP:
// outerRect.top += mIndicatorHeight;
// innerRect.top += mIndicatorHeight;
//
// mIndicatorFillPath.moveTo(outerRect.left + mStrokeWidth, outerRect.top);
// mIndicatorFillPath.lineTo(outerRect.left + mStrokeWidth + mIndicatorWidth / 2f,
// outerRect.top - mIndicatorHeight);
// mIndicatorFillPath.lineTo(outerRect.left + mStrokeWidth + mIndicatorWidth,
// outerRect.top);
// mIndicatorFillPath.close();
//
// mIndicatorFillPath.setLastPoint(outerRect.left, outerRect.top);
// mIndicatorFillPath.lineTo(outerRect.left + mIndicatorHeight,
// outerRect.top + mStrokeWidth + mIndicatorWidth / 2f);
// mIndicatorFillPath.close();
break;
case BOTTOM:
// outerRect.bottom -= mIndicatorHeight;
// innerRect.bottom -= mIndicatorHeight;
//
// mIndicatorFillPath.moveTo(outerRect.left + mStrokeWidth, outerRect.bottom);
// mIndicatorFillPath.lineTo(outerRect.left + mStrokeWidth + mIndicatorWidth / 2f,
// outerRect.bottom + mIndicatorHeight);
// mIndicatorFillPath.lineTo(outerRect.left + mStrokeWidth + mIndicatorWidth,
// outerRect.bottom);
// mIndicatorFillPath.close();
break;
}
}
// that's the main fill and stroke path of the bubble
if (mCornerRadius >= 1) {
// create bubble rect with round corners
float[] outerRadius = new float[8];
Arrays.fill(outerRadius, mCornerRadius);
mStrokePath.addRoundRect(outerRect, outerRadius, Direction.CW);
if (innerCornerWidth >= 1) {
float[] innerRadius = new float[8];
Arrays.fill(innerRadius, innerCornerWidth);
if (mStrokeWidth >= 1) {
mStrokePath.addRoundRect(innerRect, innerRadius, Direction.CCW);
}
mFillPath.addRoundRect(innerRect, innerRadius, Direction.CW);
} else {
if (mStrokeWidth >= 1) {
mStrokePath.addRect(innerRect, Direction.CCW);
}
mFillPath.addRect(innerRect, Direction.CW);
}
} else {
// create bubble without round corners
if (mStrokeWidth >= 1) {
mStrokePath.addRect(outerRect, Direction.CW);
mStrokePath.addRect(innerRect, Direction.CCW);
}
mFillPath.addRect(innerRect, Direction.CW);
}
}
@Override
public void onDraw(Canvas canvas) {
super.onDraw(canvas);
onDrawExcelBackgroud(canvas);
if (colWidth == null || rowHeight == null) return;
if (showLinkedLine) onDrawLinkedLines(canvas);
for (Cell cell : cells) {
Rect rect = getCellClipRect(cell);
if (rect != null) {
canvas.save();
canvas.clipRect(rect);
onDrawCell(canvas, cell);
canvas.restore();
}
}
// 根据合并单元格设置裁剪区域
canvas.save();
canvas.clipRect(0, 0, this.getWidth(), this.getHeight());
int fixMergedIndex = 0;
for (Cell cell : mergedCells) {
int tx = offX, ty = offY;
if (cell.fixedX) tx = 0;
if (cell.fixedY) ty = 0;
int x0 = tx + cellX[cell.col];
int y0 = ty + cellY[cell.row];
int x1 = tx + cellX[cell.col + cell.width];
int y1 = ty + cellY[cell.row + cell.height];
if (x0 > this.getWidth() || y0 > this.getHeight()) continue;
if (x1 < 0 || y1 < 0) continue;
canvas.clipRect(x0 + 1, y0 + 1, x1 - 1, y1 - 1, Op.DIFFERENCE);
if (cell.fixedX || cell.fixedY) {
if (fixMergedIndex >= fixMerged.size()) fixMerged.add(new Rect(0, 0, -1, -1));
Rect r = fixMerged.get(fixMergedIndex);
r.set(x0 + 1, y0 + 1, x1 - 1, y1 - 1);
fixMergedIndex++;
}
}
if (fixedRow > 0 && fixedRow < cellY.length) {
if (Build.VERSION.SDK_INT > 11) // 2.3个别版本使用Op.UNION后会导致绘制到上层View
canvas.clipRect(0, 0, this.getWidth(), cellY[fixedRow], Op.UNION);
}
if (fixedCol > 0 && fixedCol < cellX.length) {
if (Build.VERSION.SDK_INT > 11) // 2.3个别版本使用Op.UNION后会导致绘制到上层View
canvas.clipRect(0, 0, cellX[fixedCol], this.getHeight(), Op.UNION);
}
for (int i = 0; i < fixMergedIndex; i++) {
Rect r = fixMerged.get(i);
if (r.isEmpty() || r.left > this.getWidth() || r.top > this.getHeight()) continue;
if (r.right < 0 || r.bottom < 0) continue;
canvas.clipRect(r.left, r.top, r.right, r.bottom, Op.DIFFERENCE);
}
painter.setStrokeWidth(1);
int tempFirst = -1;
int tempLast = rowHeight.length;
if (this.horizontalDivideLineColor != null) painter.setColor(horizontalDivideLineColor);
// 绘制分割线
for (int i = 0; i < cellY.length; i++) {
if (offY + cellY[i] >= 0 && tempFirst == -1) // 记录第一个可见行
tempFirst = i;
if (i <= this.fixedRow) {
if (horizontalDivideLineColor != null && horizontalDivideLineColor != Color.TRANSPARENT)
canvas.drawLine(offX, cellY[i], offX + worldWidth, cellY[i], painter);
} else {
int minY = 0;
if (this.fixedRow > 0) minY = cellY[fixedRow];
if (offY + cellY[i] < minY) continue;
if (offY + cellY[i] > this.getHeight()) break;
tempLast = i; // 记录最后一个可见行
if (horizontalDivideLineColor != null && horizontalDivideLineColor != Color.TRANSPARENT)
canvas.drawLine(offX, offY + cellY[i], offX + worldWidth, offY + cellY[i], painter);
}
}
this.firstVisibleRow = tempFirst;
this.lastVisibleRow = tempLast;
tempFirst = -1;
tempLast = this.colWidth.length - 1;
if (this.verticalDivideLineColor != null) painter.setColor(verticalDivideLineColor);
for (int i = 0; i < cellX.length; i++) {
if (offX + cellX[i] >= 0 && tempFirst == -1) tempFirst = i;
if (i <= this.fixedCol) {
if (this.verticalDivideLineColor != null && verticalDivideLineColor != Color.TRANSPARENT)
canvas.drawLine(cellX[i], offY, cellX[i], offY + worldHeight, painter);
} else {
int minX = 0;
if (this.fixedCol > 0) minX = cellX[fixedCol];
if (offX + cellX[i] < minX) continue;
if (offX + cellX[i] > this.getWidth()) break;
tempLast = i;
if (verticalDivideLineColor != null && verticalDivideLineColor != Color.TRANSPARENT)
canvas.drawLine(offX + cellX[i], offY, offX + cellX[i], offY + worldHeight, painter);
}
}
this.firstVisibleCol = tempFirst;
this.lastVisibleCol = tempLast;
canvas.restore();
}
private void fixCurrentRectBounds() {
if (mCurrentRect == null || mCurrentRect.isEmpty()) return;
if (mCurrentRect.left < 0) mCurrentRect.offset(-mCurrentRect.left, 0);
if (mCurrentRect.top < 0) mCurrentRect.offset(0, -mCurrentRect.top);
}
// 是否需要开启动画
public boolean isNeedAnimation() {
return !normal.isEmpty();
}
