Directory
The first basic theory article
Chapter 1 Overview of construction guide Closure design
Chapter 2 Basic Hydraulic calculation
2.1 Critical Depth Calculation
2.2 Normal water depth calculation
2.3 Weir Flow Force calculation
2.4 Calculation of flow force in open channel
2.5 hydraulic calculation of pipe flow
3rd Chapter hydraulic Calculation of construction diversion
Hydraulic calculation for diversion of 3.1 over-water cofferdam
3.2 Notch Diversion Hydraulic calculation
Hydraulic calculation of discharge flow in Longkou 3.3
3.4 Hydraulic calculation of open channel diversion
Hydraulic calculation of 3.5-beam narrow riverbed by staged diversion
Hydraulic calculation of discharge flow in 3.6 diversion tunnel
3.7 Hydraulic calculation of combined discharge flow
3.8 Hydraulic calculation of flood control calculation
4th Chapter Construction Diversion Plan decision
4.1 Evaluation Index of construction Diversion plan
4.2 Evaluation and decision-making method of construction diversion scheme
5th Chapter River Closure Hydraulic calculation
The second piece of programming development
6th Chapter Requirements Analysis
6.1 Domestic and international status, level and development trend
6.2 Requirements Analysis Method
6.3 Functional Requirements
6.4 Basic requirements for pre-and post-processing
6.5 Workflow and software operation process
7th Chapter Software Architecture Design
7.1 Schema Mode selection
7.2 Overall system Design
7.3 Function Module Design
The 8th Chapter key technology and programming method
8.1 Key Technologies
8.2 Software Development Process Model
8.3 Selection of programming methods
9th chapter. Introduction to NET object-oriented programming
The 10th chapter is the basic hydraulic calculation. NET programming
10.1 Critical Depth Calculation programming
10.2 Normal water depth calculation programming
10.3 Weir flow Force calculation programming
10.4 calculation and programming of Flow force in open channel
10.5 Pipe Flow Hydraulic calculation programming
The 11th chapter is the hydraulic calculation of construction diversion. NET programming
Hydraulic calculation for diversion of 11.1 over-water cofferdam
11.2 Notch Diversion Hydraulic calculation
Hydraulic calculation of discharge flow in Longkou 11.3
11.4 Hydraulic calculation of open channel diversion
Hydraulic calculation of 11.5-beam narrow riverbed by staged diversion
Hydraulic calculation of discharge flow in 11.6 diversion tunnel
11.7 hydraulic calculation of combined discharge flow
11.8 hydraulic calculation of flood control calculation
Chapter IV Construction Diversion plan decision-making. NET programming
The 13th chapter is the river closure hydraulic calculation. NET programming
14th Chapter Interface and interactive design
14.1 Graphical user interface Framework DockPanel Suite
14.2 Guide Closure scheme design Interactive interface
14.3 Interactive editing
Use of 14.3.1 PropertyGrid
Dynamic property display for 14.3.2 PropertyGrid
14.3.3 PropertyGrid Custom button
The 15th Chapter Object Access Technology
15.1 deep, shallow serialization
15.2 Comparison of serialization methods
15.3 Implementation of diversion building object access
15.4 implementation of hierarchical relationship access for diversion scheme
The 16th Chapter Graphic display Technology
16.1 selection of third-party graphics controls
16.2 zedgraph Basic Usage Tips
16.3 zedgraph Static graphic display
16.4 zedgraph Dynamic Graphic display
The 17th Chapter file output Technology
Requirements for calculation Book of design results of 17.1 guide closure
17.2 Computational Book Template technology
The 18th chapter The realization of the project case database
18.1 Engineering Case Form
18.2 Engineering Case Database Design
The third project case
19th Chapter discharge capacity Calculation of diversion tunnel
The 20th chapter of Xiluodu Hydropower Station Project 6 Diversion tunnel combined discharge flow calculation
21st chapter Calculation of Diversion scheme of Shimen-Kan hydropower project
The 22nd chapter of the XXX Hydropower project closure calculation
The new book Project: Water Conservancy and hydropower project construction diversion hydraulic calculation and. NET Programming "