声明的比特值。
With a too low bit value can result in flipped normals.
一个过低的位值可以导致翻转的法线。
The COLORREF value is a 32-bit value used to specify an RGB color.
也就是说返回的就是一个32位的颜色RGB值。
The result of multiplying two 32-bit values is actually a 64-bit value!
两个32位数相乘的结果实际上是一个 64位的值！
The number of leading zeros discovered is the bit value of a particular stamp.
所找到的前导零的数目就是特定戳记的比特值。
The driver sets the search lines to an N-bit value to search for in the CAM.
所述驱动器将所述搜索线设定为用以在所述CAM中搜索的N位值。
The trick in checking CPU capability is to demand a high bit value with a short expiration.
校验CPU能力的方法是，要求在短期间内得到高比特值。
The two values are concatenated, and the five-bit value is used as the byte index of the concatenated value.
这两个值被串接在一起，5位值用作所串接的值的字节索引。
In this case, a 32-bit value was shifted left, and the result of that shift was cast to a 64-bit value.
在这种情况下，会将32位值左移，其结果是值强制转换为64位值。
Normals are encoded using Stereographic projection, and depth is 16 bit value packed into two 8 bit channels.
法线使用平射投影，深度为16位数值，并被放进两个8位通道中。
HRESULT is a 32-bit value, divided into three different fields: a severity code, a facility code, and an error code.
HRESULT为32位元值，它划分为三个不同栏位：严重性代码、设备代码和错误码。
The spu_mfcdma32 function takes a 32-bit value even though the target processor (the PPE) has a native 64-bit address space.
即使目标处理器(PPE)拥有64位的本地地址空间，spu_mfcdma32函数也会使用一个32位的值。
Since you are dealing with four 32-bit values rather than one 128-bit value, you could have different results for the different values.
由于所处理的是4个32位的值而非一个128位的值，所以针对不同的值就可能会有不同的结果。
And here you can see another constraint that USES the two registers % eax and % edx to combine two 32-bit values and generate a 64-bit value.
在下面可以看到另一个约束，它使用两个寄存器%eax和%edx将两个32位的值合并在一起，然后生成一个64位的值。
The problem is that malloc produces an address too large to be stored in a 32-bit value. The compiler catches this, even without any warning flags at all
问题是malloc会产生一个庞大的地址，不能在32 位的值中存储。
For instance, if you pass a 32-bit value to a function expecting a 16-bit value, and the value is in range, the function may never notice the extra bytes.
举例来说，如果您将一个32位的值传递给一个期望16位值的函数，而且所传递的参数值也在正确范围之内，那么这个函数就永远不会注意到多出来的字节。
To combat the problem, multiplication instructions only use the least-significant 16 bits of every 32-bit value so that the result will fit in the full 32-bit register.
为了解决这一问题，乘法指令只使用每个32位的最低有效的16 位以便结果能够放进整个 32 位寄存器内。
If the size of the operand is not specified in the instruction, that means either that the size doesn't matter (as in logical instructions, for instance) or that it is using a 32-bit value size.
如果操作数的大小未在指令中指定，这就意味着操作数的大小并不十分重要(例如逻辑指令)或者它的大小为32位。
Questioning the value of a college education seems a bit like questioning the value of happiness, or fun.
质疑大学教育的价值似乎有点像质疑幸福或乐趣的价值。
For each bit position, if the bit is 0, the same bit position in the destination register USES the bit from source value 1.
对于每个位位置来说，如果该位为0，那么目标寄存器中相同位的位置就会使用源值1该位的值。
This distribution of intrinsic value down to every individual bit of life is buttressed by Nietzsche's metaphysical claim that everything is essential.
本质价值分布到生命中每一，单独的部分，由尼采所声称的，所有都是必须的形而上来支撑。
Major hardware vendors have recently expanded their 64-bit offerings because of the performance, value, and scalability that 64-bit platforms can provide.
主流的硬件供应商最近都在扩充自己的64位产品，这是因为64位平台可以提供更好的性能、价值和可伸缩性。
They're like halfway between a demo and the full game, but obviously you get a little bit more value out of it than you would a demo.
他们好像介于试玩版和完整游戏之间，但是显然你能得到比试玩版更多的游戏价值。
The value for audio bit rate is 128 KB, twice as much as the default value of 64 KB.
音频比特率的值为128KB，是默认值64 KB的两倍。
For instance, the Not function flips the value of a bit.
例如，Not函数会把一位的值取反。
Read the value of the TB register into the 64-bit variable tbr.
将TB寄存器的值读入 64位变量tbr 中。
If the bit is 1, it USES the bit from source value 2. If you imagine each register as an array of bits, selb has the following meaning.
如果该位为1，就使用源值2该位的值。
Next, you will see how to return something a bit more complex than a single value.
接下来，您将看到，比起单一值来更复杂的结果是如何返回的。
Next, you will see how to return something a bit more complex than a single value.
接下来，您将看到，比起单一值来更复杂的结果是如何返回的。
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