(/ (* a 2) 2) => a Analysis Some(1) Some(2) None None None Constant Analysis Analysis Some(1) Some(2) None None Constant Folding Some(3) None Some(6) Some(3) 3 SELECT name, url FROM t1 JOIN

the stops so that every step has the same space to the right. This is mostly useful when used with Constant interpolation mode. Distribute Stops Evenly Distribute the stops so that all neighbors have the interpolation for the color stops. Ease: Uses an ease interpolation for the color stops. Constant: Uses a constant interpolation for the color stops. HSV/HSL Clockwise: Clockwise interpolation around profile by either clicking the Falloff icon in the header or pressing Shift- O to get a pie menu. Constant, No Falloff. Random Falloff. Sharp Falloff. Root Falloff. Smooth Falloff. Inverse Square Falloff

waves are randomly, uniformly oriented. With higher Alignment values, the wind is blowing in a more constant direction, making the waves appear more compressed and aligned to a single direction. ⽅向 当使⽤ 对齐 吹程 Distance from a lee shore, called the fetch, or the distance over which the wind blows with constant velocity. Used by Established Ocean (Sharp Peaks) and Shallow Water spectrum models. 烘培 与其实时模 不考虑⼀个数的正负号情况，只取除了符号的部分。结果是负数的 绝对值为正数。 指数 提升 欧拉数 constant)> 为输⼊值的 N次幂。备注：e，作为数学常数，是⾃然对数函数的底数。有时称 它为欧拉数（Euler number） ⽐较 最⼩值 ⽐较输⼊值，将其中最⼩值作为结果输出。 最⼤值

. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 268 25.7 Non-constant Function Specifications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 268 25.8 julia> x = 1 ERROR: invalid redefinition of constant x • 如果一个新值的类型与常量一样会打印一个警告： julia> const y = 1.0 1.0 julia> y = 2.0 WARNING: redefinition of constant y. This may fail, cause incorrect answers, 但是对于可变对象，警告会如预期出现： julia> const a = [1] 1-element Array{Int64,1}: 1 julia> a = [1] WARNING: redefinition of constant a. This may fail, cause incorrect answers, or produce other errors. �→ 1-element Array{Int64,1}:

linear interpolation for the color stops. Uses an ease interpolation for the color stops. Uses a constant interpolation for the color stops. HSV/HSL 沿HSV/HSL ⾊轮顺时针插值。 沿HSV/HSL ⾊轮顺时针插值。 ⾊轮上最近的路径。 ⾊轮上最远的路径。 如果希望将物体的缩放应⽤于测量，请使⽤ 全局 。 法向 显⽰顶点法线 在顶点处显⽰⾯法线(拆分法线) 显⽰⾯法线 尺⼨ 所选法线显⽰的尺⼨。 Constant Screen Size Normals Keep the size of normals constant in relation to the zoom level. 开发⼈员 编号 显⽰所选点、线、⾯的编号。 Freestyle 边标记 Remember that some F-curves can only take discrete values, in which case they are always shown as if constant interpolated, whatever option you chose. 缓动(通过强度)。 Different methods of easing interpolations

linear interpolation for the color stops. Uses an ease interpolation for the color stops. Uses a constant interpolation for the color stops. HSV/HSL 沿HSV/HSL ⾊轮顺时针插值。 沿HSV/HSL ⾊轮顺时针插值。 ⾊轮上最近的路径。 ⾊轮上最远的路径。 如果希望将物体的缩放应⽤于测量，请使⽤ 全局 。 法向 显⽰顶点法线 在顶点处显⽰⾯法线(拆分法线) 显⽰⾯法线 尺⼨ 所选法线显⽰的尺⼨。 Constant Screen Size Normals Keep the size of normals constant in relation to the zoom level. 开发⼈员 编号 显⽰所选点、线、⾯的编号。 Freestyle 边标记 Remember that some F-Curves can only take discrete values, in which case they are always shown as if constant interpolated, whatever option you chose. 缓动(通过强度)。 Different methods of easing interpolations

linear interpolation for the color stops. Uses an ease interpolation for the color stops. Uses a constant interpolation for the color stops. HSV/HSL 沿HSV/HSL ⾊轮顺时针插值。 沿HSV/HSL ⾊轮顺时针插值。 ⾊轮上最近的路径。 ⾊轮上最远的路径。 如果希望将物体的缩放应⽤于测量，请使⽤ 全局 。 法向 显⽰顶点法线 在顶点处显⽰⾯法线(拆分法线) 显⽰⾯法线 尺⼨ 所选法线显⽰的尺⼨。 Constant Screen Size Normals Keep the size of normals constant in relation to the zoom level. 开发⼈员 编号 显⽰所选点、线、⾯的编号。 Freestyle 边标记 keyframes that the easing effects apply to. It has no effect if the Interpolation Mode is set to either Constant, Linear, or Bézier. 以下使⽤的⾏为中通常预期的。 对于过渡效果，这是 基本 淡⼊ ，⽽对于物理效果，它是 淡出 。 效果会积聚到第⼆个关键帧。 效果从第⼀个关键帧淡出。

module: val impl: ReadOnlyProperty = ... class A { val s: String by impl } A constant expression, an enum entry, this , or null . Here's an example of this : class A { operator form. toString on inline and data classes. string templates except for ones with a single non-constant argument (see KT- 42457). To enable invokedynamic string concatenation, add the -Xstring-concat queue lets you add or remove elements both at the beginning or end of the queue in an amortized constant time. You can use a double-ended queue by default when you need a queue or a stack in your code

module: val impl: ReadOnlyProperty = ... class A { val s: String by impl } A constant expression, an enum entry, this , or null . Here's an example of this : class A { operator form. toString on inline and data classes. string templates except for ones with a single non-constant argument (see KT-42457). To enable invokedynamic string concatenation, add the -Xstring-concat queue lets you add or remove elements both at the beginning or end of the queue in an amortized constant time. You can use a double-ended queue by default when you need a queue or a stack in your code

true; you can wait for other targets after an equal delimiter (compared after Unicode simple case folding, which is a more general form of case-insensitivity): oc wait --for=condition=Ready=false pod/busybox1