For traditional watermarking techniques based on fractal coding, watermarking format is limited to binary sequence 0, 1, thus incapable of gray-scale image embedding.
传统的基于分形编码的水印技术一般嵌入0,1序列，没有实现灰度图像嵌入。
For the no-arguments case, we take the sequence [0 1] and concatenate it to an expression.
对于没有参数的情况，我们获取序列[01]并将它连到一个表达式。
So, this explains how you get the 0, -2, -4, -6,... sequence in the second row.
这就说明了在第二行中为什么得到了0，- 2，- 4，- 6，…这样的序列。
This creates a sequence, starting with 0, of all numbers less than 1,000.
这会创建一个由0开始，所有小于 1,000的数组成的序列。
So, given a sequence named a, you can access elements using a numerical index like a [0] or a slice like a [1:5].
所以，给定一个名为a的序列，就可以使用数字索引(比如a[0])或片段(比如a[1：5])来访问元素。
The first method creates a tuple that contains the sequence of integers from 0 to 9.
第一种方法是创建一个包含从0到9整数序列的tuple。
The usual escape sequence is "ESC-[31m", where the "1" specifies the foreground color, and can be any digit from 0 (default) to 9.
通常的换码序列是 "ESC-[31m"，其中 "1"指定前景颜色，可以是任何从0（缺省）到9 的任何数字。
String.sequence (final) Gets the sequence of character between string and final (both must be 1-character strings) "0".sequence (" 9 ") returns "0123456789".
sequence (final)得到字符串和最终字符串之间的字符序列(字符串和最终字符串都必须是1个字符组成的字符串)“0 ” .sequence(“9 ”)返回“ 0123456789 ”。
This object is an immutable sequence of integers between 0 and 127, or ASCII-only characters.
此对象是0到127的不可修改的整数序列或纯粹的ASCII字符。
This internal sequence number is reset to 0 if an unavailable event was detected.
如果探测到不可用事件，那么这个内部序号复位为 0。
The indexing must start at 0, and the sequence defines the tracing category's hierarchy.
索引必须以0开始，由序列来定义跟踪类别的层次结构。
Some sources omit the initial 0, instead beginning the sequence with two 1s.
一些源资料省略了最初的0，取而代之的是以两个1为数列的起始。
The plus sign indicates that the pattern enclosed in the parentheses (any character from A to Z, a to z, or 0 to 9) should occur one or more times in sequence.
加号表示围在括号中的模式（从A到Z、a到 z或0 到9 中的任何字符）可依次出现一次或多次。
It permits one sequence of 0 to 128 Window elements and, at the end, one Resource element.
它允许一个由0个到128个Window元素组成的序列，序列末尾是一个Resource元素。
The getTagAndLengthBytes() method will prepend the name-string tag byte (context-specific tag number 0) and length bytes before the SEQUENCE and return the complete name-string structure.
getTagAndLengthBytes()方法会在SEQUENCE 前面附加 name-string标签字节（上下文特定的标签数字0）以及长度字节，并返回完整的 name-string结构。
Sequence numbers that include other than hexadecimal number values (0-9, A-F)
包含比16 进制数值 (0-9, A-F) 更多内容的序列号
After the training, characters are extracted from the2 0 unclassified artificial sequence samples and1 82 natural sequence samples to form the character vectors as input of the two NN for clustering.
通过训练后，将20个未分类的人工序列样本和1 82个自然序列样本提取特征形成特征向量并输入两个网络进行分类。
Main steps and requirements: (1) post-judgment by the AMI code sample digital sequence to restore the original PCM pulse code signal (signal 0, 1).
主要步骤和要求：(1)由抽样判决后的AMI码型数字序列恢复出原始的PCM脉冲编码信号(0、1信号)。
Main steps and requirements: (1) post-judgment by the AMI code sample digital sequence to restore the original PCM pulse code signal (signal 0, 1).
主要步骤和要求：(1)由抽样判决后的AMI码型数字序列恢复出原始的PCM脉冲编码信号(0、1信号)。
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