= INFLATED) { if (xs == INFLATED) xs = compactValFor(xDec.intVal);...= INFLATED) return xs == compactValFor(this.intVal); return this.inflated().equals...(xDec.inflated()); } 类型不同,直接返回false。
=INFLATED) ?...=INFLATED) ?...}else { int raise =augend.checkScale(sdiff); if (ys ==INFLATED ||(ys =longMultiplyPowerTen(ys,raise...)) ==INFLATED) snd = augend.bigMultiplyPowerTen(raise); } } if (xs !...=INFLATED && ys !
=INFLATED) ?null :this.intVal; BigInteger snd =(augend.intCompact !=INFLATED) ?...(ys,raise)) ==INFLATED) snd = augend.bigMultiplyPowerTen(raise); } }...=INFLATED && ys !...=INFLATED) { long sum = xs + ys; if ( (((sum ^ xs) &(sum ^ ys))) >= 0L)//判断有无溢出...new BigDecimal(sum,INFLATED, rscale, 0) : new BigDecimal(sum,compactValFor(sum),rscale, 0); }
integer used to identify the inflated view or * {@link #NO_ID} if the inflated view should keep its...If the inflated id is * {@link View#NO_ID}, the inflated view keeps its original id. * * @param inflatedId...A positive integer used to identify the inflated view or * {@link #NO_ID} if the inflated view should...The inflated View. */ void onInflate(ViewStub stub, View inflated); } /** @hide **/...就是初始化后的布局view对象 View inflated = stub.inflate(); //对inflated操作,设置文字,图片等。
原因出在DeferredAppResourceReference类的Inflated事件被ResourceReferenceExpression对象引用。经查找相关资料,确定为WPF框架的BUG。...a DeferredResourceReference reference is used by a ResourceReferenceExpression class, the internal Inflated...after the references are removed from the tree if the DeferredResourceReference reference is never inflated
root Optional view to be the parent of the generated hierarchy. 347 * @return The root View of the inflated...If root was supplied, 348 * this is the root View; otherwise it is the root of the inflated...root Optional view to be the parent of the generated hierarchy. 367 * @return The root View of the inflated...If root was supplied, 368 * this is the root View; otherwise it is the root of the inflated...* attachToRoot is true, this is root; otherwise it is the root of 390 * the inflated
if ( sdiff > Integer.MIN_VALUE && (xs == INFLATED ||...(xs = longMultiplyPowerTen(xs, (int)-sdiff)) == INFLATED) && ys == INFLATED) {...(ys = longMultiplyPowerTen(ys, (int)sdiff)) == INFLATED) && xs == INFLATED) {...= INFLATED) return (ys != INFLATED) ? longCompareMagnitude(xs, ys) : -1; else if (ys !...= INFLATED) return 1; else return this.intVal.compareMagnitude(val.intVal); } 好了
mark->has_bias_pattern(), "invariant") ; // mark是以下状态中的一种: // * Inflated(重量级锁状态)...// The state-transitions are one-way, so there's no chance of // live-lock -- "Inflated...= 0) { _recursions--; // this is simple recursive enter TEVENT (Inflated exit - recursive...= NULL) { TEVENT (Inflated exit - simple egress) ; return ; }...TEVENT (Inflated exit - complex egress) ; // code 3:要执行之后的操作需要重新获得锁,即设置_owner为当前线程
=INFLATED) { return Long.toString(intCompact); } else { return intVal.toString...=INFLATED) { buf = new StringBuilder(20+tailingZeros); buf.append(intCompact)...=INFLATED) { str = Long.toString(Math.abs(intCompact)); } else { str = intVal.abs
* @return The root View of the inflated hierarchy....If root was supplied, * this is the root View; otherwise it is the root of the inflated...) * @param attachToRoot Whether the inflated hierarchy should be attached to * the root...* @return The root View of the inflated hierarchy....and * attachToRoot is true, this is root; otherwise it is the root of * the inflated
= INFLATED) { // 相同标量的两者进行相加操作,并返回操作结果(注意返回值是new了一个对象进行存储!!)...= INFLATED) { // 相同标量的两者进行相加操作,并返回操作结果(注意返回值是new了一个对象进行存储!!)...= INFLATED) { if ((subtrahend.intCompact !...= INFLATED)) { // 取相反值进行加法操作,这里的加法操作跟上文对add的源码解读完全一致!!...= INFLATED)) { // Pair of subtrahend values given before pair of // values from this
官方的文档中有这样一段描述 Note: One drawback of ViewStub is that it doesn’t currently support the tag in the layouts to be inflated..., * {@link #inflate()} is invoked and this StubbedView is replaced in its parent * by the inflated...identified by {@link #getLayoutResource()} * and replaces this StubbedView in its parent by the inflated...* * @return The inflated layout resource.
Two-Stream Networks(双流网络) Two-Stream Inflated 3D ConvNets 这篇文章提出的模型被称为 Two-Stream Inflated 3D ConvNets
零膨胀泊松回归用于对超过零计数的计数数据进行建模。此外,理论表明,多余的零点是通过与计数值不同的过程生成的,并且可以独立地对多余的零点进行建模。因此,zip模型...
username changes coming from an Authenticator singleton: onFinishInflate() is a good place for an inflated...calling finish() with an error result if the content of that intent was invalid: The view hierarchy was inflated
The resource will be * inflated, adding all top-level views to the screen.... * * @param layoutResID Resource ID to be inflated. */ public void setContentView
this.intVal = null; } public BigDecimal(long val) { this.intCompact = val; this.intVal = (val == INFLATED...INFLATED_BIGINT : null; this.scale = 0; } so,很明确的知道默认的scale为0,也就是说当origin为正数时,以它进行的除法,不现实指定scale参数时
如何权衡每种类型的重要性 3)abundance-based 和incidence-based方法的差异 4)系统发育多样性的测定 5)层级多样性划分 6)不相似性及重叠部分的测定 7)处理zero-inflated...处理zero-inflated, insufficient and biased的数据 OTU中经常会出现很多0,实的数据的分布不符合标准的分布。 0可以是真的0或假的0。
mProxyListener = new OnInflateListener() { @Override public void onInflate(ViewStub stub, View inflated...) { mRoot = inflated; mViewDataBinding = DataBindingUtil.bind(mContainingBinding.mBindingComponent..., inflated, stub.getLayoutResource()); mViewStub = null; if (mOnInflateListener...= null) { mOnInflateListener.onInflate(stub, inflated); mOnInflateListener =
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