登录
首页 » Python » simple-ocr-opencv

simple-ocr-opencv

于 2019-05-07 发布
0 270
下载积分: 1 下载次数: 5

代码说明:

说明:  python 通过opencv实现的OCR算法(python enable the OCR by OpenCV)

文件列表:

simple-ocr-opencv, 0 , 2019-03-09
simple-ocr-opencv\.git, 0 , 2019-03-15
simple-ocr-opencv\.git\HEAD, 23 , 2019-03-09
simple-ocr-opencv\.git\config, 313 , 2019-03-09
simple-ocr-opencv\.git\description, 73 , 2019-03-09
simple-ocr-opencv\.git\hooks, 0 , 2019-03-09
simple-ocr-opencv\.git\hooks\applypatch-msg.sample, 478 , 2019-03-09
simple-ocr-opencv\.git\hooks\commit-msg.sample, 896 , 2019-03-09
simple-ocr-opencv\.git\hooks\fsmonitor-watchman.sample, 3327 , 2019-03-09
simple-ocr-opencv\.git\hooks\post-update.sample, 189 , 2019-03-09
simple-ocr-opencv\.git\hooks\pre-applypatch.sample, 424 , 2019-03-09
simple-ocr-opencv\.git\hooks\pre-commit.sample, 1638 , 2019-03-09
simple-ocr-opencv\.git\hooks\pre-push.sample, 1348 , 2019-03-09
simple-ocr-opencv\.git\hooks\pre-rebase.sample, 4898 , 2019-03-09
simple-ocr-opencv\.git\hooks\pre-receive.sample, 544 , 2019-03-09
simple-ocr-opencv\.git\hooks\prepare-commit-msg.sample, 1492 , 2019-03-09
simple-ocr-opencv\.git\hooks\update.sample, 3610 , 2019-03-09
simple-ocr-opencv\.git\index, 3216 , 2019-03-09
simple-ocr-opencv\.git\info, 0 , 2019-03-09
simple-ocr-opencv\.git\info\exclude, 240 , 2019-03-09
simple-ocr-opencv\.git\logs, 0 , 2019-03-09
simple-ocr-opencv\.git\logs\HEAD, 213 , 2019-03-09
simple-ocr-opencv\.git\logs\refs, 0 , 2019-03-09
simple-ocr-opencv\.git\logs\refs\heads, 0 , 2019-03-09
simple-ocr-opencv\.git\logs\refs\heads\master, 213 , 2019-03-09
simple-ocr-opencv\.git\logs\refs\remotes, 0 , 2019-03-09
simple-ocr-opencv\.git\logs\refs\remotes\origin, 0 , 2019-03-09
simple-ocr-opencv\.git\logs\refs\remotes\origin\HEAD, 213 , 2019-03-09
simple-ocr-opencv\.git\objects, 0 , 2019-03-09
simple-ocr-opencv\.git\objects\info, 0 , 2019-05-07
simple-ocr-opencv\.git\objects\pack, 0 , 2019-03-09
simple-ocr-opencv\.git\objects\pack\pack-eb4bfbdb72dcec27f03e7c2e84e81e0c0376f95e.idx, 11880 , 2019-03-09
simple-ocr-opencv\.git\objects\pack\pack-eb4bfbdb72dcec27f03e7c2e84e81e0c0376f95e.pack, 590815 , 2019-03-09
simple-ocr-opencv\.git\packed-refs, 390 , 2019-03-09
simple-ocr-opencv\.git\refs, 0 , 2019-03-09
simple-ocr-opencv\.git\refs\heads, 0 , 2019-03-09
simple-ocr-opencv\.git\refs\heads\master, 41 , 2019-03-09
simple-ocr-opencv\.git\refs\remotes, 0 , 2019-03-09
simple-ocr-opencv\.git\refs\remotes\origin, 0 , 2019-03-09
simple-ocr-opencv\.git\refs\remotes\origin\HEAD, 32 , 2019-03-09
simple-ocr-opencv\.git\refs\tags, 0 , 2019-05-07
simple-ocr-opencv\.gitignore, 1278 , 2019-03-09
simple-ocr-opencv\.idea, 0 , 2019-03-15
simple-ocr-opencv\.idea\inspectionProfiles, 0 , 2019-05-07
simple-ocr-opencv\.idea\misc.xml, 294 , 2019-03-09
simple-ocr-opencv\.idea\modules.xml, 293 , 2019-03-09
simple-ocr-opencv\.idea\simple-ocr-opencv.iml, 408 , 2019-03-09
simple-ocr-opencv\.idea\vcs.xml, 185 , 2019-03-09
simple-ocr-opencv\.idea\workspace.xml, 13692 , 2019-03-15
simple-ocr-opencv\.travis.yml, 287 , 2019-03-09
simple-ocr-opencv\AUTHORS, 31 , 2019-03-09
simple-ocr-opencv\LICENSE, 35181 , 2019-03-09
simple-ocr-opencv\MANIFEST.in, 89 , 2019-03-09
simple-ocr-opencv\README.md, 3285 , 2019-03-09
simple-ocr-opencv\example.py, 748 , 2019-03-09
simple-ocr-opencv\example_grounding.py, 387 , 2019-03-09
simple-ocr-opencv\setup.py, 804 , 2019-03-09
simple-ocr-opencv\simpleocr, 0 , 2019-03-09
simple-ocr-opencv\simpleocr\__init__.py, 2307 , 2019-03-09
simple-ocr-opencv\simpleocr\__pycache__, 0 , 2019-03-09
simple-ocr-opencv\simpleocr\__pycache__\__init__.cpython-36.pyc, 2050 , 2019-03-09
simple-ocr-opencv\simpleocr\__pycache__\classification.cpython-36.pyc, 2976 , 2019-03-09
simple-ocr-opencv\simpleocr\__pycache__\feature_extraction.cpython-36.pyc, 1833 , 2019-03-09
simple-ocr-opencv\simpleocr\__pycache__\files.cpython-36.pyc, 5491 , 2019-03-09
simple-ocr-opencv\simpleocr\__pycache__\grounding.cpython-36.pyc, 4086 , 2019-03-09
simple-ocr-opencv\simpleocr\__pycache__\improver.cpython-36.pyc, 1783 , 2019-03-09
simple-ocr-opencv\simpleocr\__pycache__\numpy_utils.cpython-36.pyc, 2611 , 2019-03-09
simple-ocr-opencv\simpleocr\__pycache__\ocr.cpython-36.pyc, 3770 , 2019-03-09
simple-ocr-opencv\simpleocr\__pycache__\opencv_utils.cpython-36.pyc, 4922 , 2019-03-09
simple-ocr-opencv\simpleocr\__pycache__\pillow_utils.cpython-36.pyc, 975 , 2019-03-09
simple-ocr-opencv\simpleocr\__pycache__\processor.cpython-36.pyc, 6626 , 2019-03-09
simple-ocr-opencv\simpleocr\__pycache__\segmentation.cpython-36.pyc, 4112 , 2019-03-09
simple-ocr-opencv\simpleocr\__pycache__\segmentation_aux.cpython-36.pyc, 4437 , 2019-03-09
simple-ocr-opencv\simpleocr\__pycache__\segmentation_filters.cpython-36.pyc, 4099 , 2019-03-09
simple-ocr-opencv\simpleocr\__pycache__\tesseract_utils.cpython-36.pyc, 1035 , 2019-03-09
simple-ocr-opencv\simpleocr\classification.py, 3063 , 2019-03-09
simple-ocr-opencv\simpleocr\data, 0 , 2019-03-09
simple-ocr-opencv\simpleocr\data\digits1.box, 2301 , 2019-03-09
simple-ocr-opencv\simpleocr\data\digits1.png, 147997 , 2019-03-09
simple-ocr-opencv\simpleocr\data\digits2.box, 4156 , 2019-03-09
simple-ocr-opencv\simpleocr\data\digits2.png, 310624 , 2019-03-09
simple-ocr-opencv\simpleocr\data\unicode1.box, 859 , 2019-03-09
simple-ocr-opencv\simpleocr\data\unicode1.png, 15501 , 2019-03-09
simple-ocr-opencv\simpleocr\feature_extraction.py, 1781 , 2019-03-09
simple-ocr-opencv\simpleocr\files.py, 5074 , 2019-03-09
simple-ocr-opencv\simpleocr\grounding.py, 4359 , 2019-03-09
simple-ocr-opencv\simpleocr\improver.py, 2419 , 2019-03-09
simple-ocr-opencv\simpleocr\numpy_utils.py, 2228 , 2019-03-09
simple-ocr-opencv\simpleocr\ocr.py, 4069 , 2019-03-09
simple-ocr-opencv\simpleocr\opencv_utils.py, 4284 , 2019-03-09
simple-ocr-opencv\simpleocr\pillow_utils.py, 688 , 2019-03-09
simple-ocr-opencv\simpleocr\processor.py, 6058 , 2019-03-09
simple-ocr-opencv\simpleocr\segmentation.py, 3490 , 2019-03-09
simple-ocr-opencv\simpleocr\segmentation_aux.py, 5672 , 2019-03-09
simple-ocr-opencv\simpleocr\segmentation_filters.py, 3287 , 2019-03-09
simple-ocr-opencv\simpleocr\tesseract_utils.py, 810 , 2019-03-09
simple-ocr-opencv\tests, 0 , 2019-03-09
simple-ocr-opencv\tests\__init__.py, 0 , 2019-03-09
simple-ocr-opencv\tests\test_files.py, 2033 , 2019-03-09
simple-ocr-opencv\tests\test_grounding.py, 2198 , 2019-03-09

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • 智能天线MATLAB版 [弗兰克.格罗斯著] 2010年版
    说明:  智能天线设计 matllab程序,计算阵列天线的幅度和相位(array antenna amplitude calcullation)
    2019-11-09 11:35:09下载
    积分:1
  • 这是我写的一个简单的C# 黑白棋程序,能够实现双人对战,作为第一个处女程序,还是先发上来了,呵呵。中有能够下子点的提示...
    这是我写的一个简单的C# 黑白棋程序,能够实现双人对战,作为第一个处女程序,还是先发上来了,呵呵。其中有能够下子点的提示-a simple black and white chess program,which can enable two people play the game.this is my first game,thanks .there is some hints.
    2022-02-07 15:24:52下载
    积分:1
  • Java写的邮件服务器
    Java写的邮件服务器,完整的编程资料,用Java语言写的一个WEBMail,邮件服务器程序,让用户可以通过浏览器访问POP/SMTP服务器,支持多种语言,MIME和虚拟域名。
    2022-03-19 16:28:26下载
    积分:1
  • my-robot-program-stm32
    stm32实现智能小车实现探测攻击和红外避障功能。(stm32 achieve intelligent car attack detection and infrared obstacle avoidance function.)
    2020-11-27 22:29:30下载
    积分:1
  • embedded_C_Cpp
    嵌入式C & c++ 编程经典书籍 PDF版 、开发工程师必备(Embedded C & c++ programming PDF version of the classic book, Development Engineer must)
    2010-10-07 13:06:53下载
    积分:1
  • NTL is a high
    NTL is a high-performance, portable C++ library providing data structures and algorithms for manipulating signed, arbitrary length integers, and for vectors, matrices, and polynomials over the integers and over finite fields.
    2023-01-01 04:45:03下载
    积分:1
  • bbb
    cplex三机组的机组组合问题,可以成功运行出结果(Unit commitment of CPLEX three unit)
    2018-08-16 09:50:13下载
    积分:1
  • phase match
    用于计算非线性过程的相位匹配的程序,能很好的判断该介质的带宽(it is used to calculate the phase match)
    2017-11-14 09:38:55下载
    积分:1
  • 策略模式-商场管理软件02加打折
    学习C#的一个很好的demo,可以学习到很多的基础编程技巧,期待大家的学习成果!(Learning a good demo of C#, you can learn a lot of basic programming skills, look forward to your learning results!)
    2020-06-24 07:20:02下载
    积分:1
  • new
    1、PC和寄存器组使用时钟触发。 2、指令存储器和数据存储器存储单元宽度一律使用8位,即一个字节的存储单位。 3、控制器部分可以考虑用控制信号真值表方法(有共性部分)与用case语句方法逐个产生各指令其它控制信号相配合,注意:信号必须与状态配合。。当然,还可以用其它方法,自己考虑。 4、试用的汇编程序,而且必须包含所要求的所有指令。Slt、sltu指令必须检查两种情况:“小于”和“大于等于”;beq、bne指令必须检查两种情况:“等”和“不等”。这段汇编程序必须尽量优化,同时,给出每条指令在内存中的地址。(1, PC and register groups are clocked. 2, the command memory and data memory storage unit width will use 8 bits, that is, a byte storage unit. 3, the controller part can be considered with the control signal truth table method (common part) and with the case statement method to produce each command other control signal match, Note: the signal must be with the state. The Of course, you can also use other methods to consider their own. 4, try the assembler, and must contain all the required instructions. Slt, sltu instruction must check two cases: "less than" and "greater than or equal to"; beq, bne instruction must check two cases: "wait" and "unequal". This assembler must be optimized as much as possible, giving the address of each instruction in memory.)
    2017-10-19 09:44:13下载
    积分:1
  • 696518资源总数
  • 105549会员总数
  • 12今日下载