C#+WPF PC development course (modular and reactive programming)

• Chapter1 fledgling
• 1-1 001-Introduction and creating a new C# project
• 1-2 002-Install Prism framework and ReactiveUI framework
• 1-3 003-Apps using the Prism framework and binding ViewModels
• 1-4 004-Using the module functionality of the Prism framework
• 1-5 005-Configure the module directory of the Prism framework
• 1-6 006-Code submission and Gitee operation demonstration
• 1-7 007-Install MahApps theme and application demo
• 1-8 008-Create a login module and load it on demand
• 1-9 009-Reference the Font font library and use the font
• 1-10 010-Host computer general architecture design analysis
• 1-11 011-How to write custom characteristics
• 1-12 012-Extend Prism framework functionality-utilize attributes and reflection into IOC containers
• 1-13 013-Create core modules and use the dependency injection function of the Prism framework
• 1-14 014-MVVM knowledge-form Loaded event to Command event
• 1-15 015 - User Login - Using Prism Event Aggregator and Area Navigation
• 1-16 016-Development dialog box-custom control UserControl
• 1-17 017-Assertion class
• 1-18 018- Resource dictionary development of language management module (ResourceDict
• 1-19 019-Language management module switching application between Simplified Chinese, translation and English
• 1-20 020-Layout of the main module (Grid control)
• Chapter2 Modular design
• 2-1 021-Menu module development (learning dependencies between modules)
• 2-2 022-Create Image module
• 2-3 023-Create camera module and write camera abstract class
• 2-4 024-Management of unmanaged memory arrays (parent class writing)
• 2-5 025-Management of unmanaged memory arrays (subclass writing)
• 2-6 026-BGRA image structure encapsulation
• 2-7 027-Design and implementation of simulated camera subclass
• 2-8 028-Design of FPD flat panel detector interface
• 2-9 029-FPD flat panel detector parent class design
• 2-10 030-Design of simulation subclass of FPD flat panel detector
• 2-11 031-Load local Tiff image data
• 2-12 032-Create hardware initialization module
• 2-13 033-Hardware loading and life cycle manager development (asynchronous and Task)
• 2-14 034-Hardware initialization module-load all hardware
• 2-15 035-Solve the problem of unable to load bitmap
• 2-16 036-Create NLog log module to capture global exceptions in the application
• 2-17 037-Create prism dialog viewmdoel base class
• 2-18 038-Create system configuration module
• 2-19 039-Json file serialization and deserialization helper class
• 2-20 040-System configuration manager (ConfigManager)
• Chapter3 hardware module
• 3-1 041-Reading and writing configuration parameters of each module
• 3-2 042-System configuration interface design and business writing
• 3-3 043-Calling WinForm control PropertyGri in WPF
• 3-4 044-Development of cache service manager (Dictionary)
• 3-5 045-Development of password remembering and automatic login functions of login module
• 3-6 046-Download Hikvision industrial camera SDK and development documents
• 3-7 047-HIK Hikvision camera’s SDK dynamic library dll import and camera initialization
• 3-8 048-HIK Hikvision camera’s soft trigger image acquisition and camera uninstallation
• 3-9 049-Control card interface development
• 3-10 050-Control card abstract parent class development (initialization and configuration parameters)
• 3-11 051-Control card abstract parent class development (motion axis zero return and moving axis)
• 3-12 052-Development of control card simulation class
• 3-13 053-Zhongweixing control card SDK package download, installation and module development
• 3-14 054-Zhongweixing control card initialization and start
• 3-15 055-Positive and negative limits, origin, programming mode, and pulse equivalent of Zhongweixing control card
• 3-16 056-Axis motion operation and shutdown of Zhongweixing control card
• 3-17 057-Add camera, motion axis and main operating area
• 3-18 058-Add image operation area layout and install MahApps theme
• 3-19 059-Add shortcut menu and learn button Style
• 3-20 060-CheckBox control style and property binding between controls
• Chapter4 Image module
• 4-1 061-Creating a double-buffered memory manager for unmanaged arrays
• 4-2 062-Create image processing module
• 4-3 063-Collect camera image data to double buffer memory area
• 4-4 064-Collect flat panel detector image data to double buffer memory area
• 4-5 065-16-bit gray image source bound to Image control
• 4-6 066-ComboBox control extension function (binding enumeration elements)
• 4-7 067-Uninstall all hardware when closing software
• 4-8 068-Trigger the collection of image data from simulated cameras and simulated detectors
• 4-9 069-Add mouse operation mode (MouseWorkMode)
• 4-10 070-Get the mouse movement position in real time in the control
• 4-11 071-Initialize the zoom and pan state when displaying the image
• 4-12 072-Explanation of interface communication and reactive programming between modules (observer mode
• 4-13 073-ScaleTransform scaling Grid control
• 4-14 074-Observe the value changes of Combobox for quick image scaling
• 4-15 075-Download opencv image processing library
• 4-16 076-Import the opencv image processing library into the C++ project
• 4-17 077-C++ template application explanation-Opencv Mat image to C++
• 4-18 078-C# calls the dynamic link library dll function generated by C++
• 4-19 079-Defining the structure of the image (struct)
• 4-20 080-C# structure communicates with C++ structure and opencv library
• Chapter5 reactive programming
• 5-1 081-Modify detector image size
• 5-2 082-Create image filtering algorithm processing flow module
• 5-3 083-Interface to create filter algorithm model
• 5-4 084-Create a Test filter algorithm corresponding to a function in C++
• 5-5 085-Use reflection and characteristics to instantiate filter algorithm model (key knowledge)
• 5-6 086-Import Png icons to display as BitmapImage
• 5-7 087-Add Sobel algorithm to demonstrate function calling in opencv
• 5-8 088-Reactive programming practical explanation of the use of observer pattern
• 5-9 089-Reactive programming-merging multiple observer objects
• 5-10 090-Reactive programming-call opencv function and display image
• 5-11 091-Call opencv median filter function
• 5-12 092-Handling the bug that the filter interface does not switch
• 5-13 093-Add opencv Gaussian filter algorithm
• 5-14 094-Add motion axis control module
• 5-15 095-Add the start and stop movement functions of the motion axis
• 5-16 096-Control other axes and display the motion status of the motion axis
• 5-17 097-Use Path to develop fan-shaped Button style
• 5-18 098-Reading and writing cached data in the program
• 5-19 099-Create camera preview module project
• 5-20 100-Write the UI interface of the camera preview module