Description: Switch box wiring problem
Switch box wiring problem: given a rectangular wiring area, a number of its peripheral pin. Interconnected by laying a metal line between the two pins. This line is known as wire, is limited within a rectangular area. If two wires cross-current short circuit occurs. Is not allowed to cross the wire. Each pair of interconnect pin is called the network group.
To solve the problem, given the pin and network group, to determine its ability to reasonably laid wire so that it does not cross, and that it is not a wiring.
After analysis of the system to achieve the following functions:
1, draw a given group of rectangular routing area and wire mesh.
2, using a dialog box to set the time, pin, network group parameters.
3, the use of a database to store and read out the pins and the wire mesh group.
4, to determine whether it is not a wiring
5, statistical algorithm is time-consuming.
6, automatic routing process every step marked with animation.
7, leaving a
To Search:
File list (Check if you may need any files):
MyBox\Data.mdb
.....\MainFrm.cpp
.....\MainFrm.h
.....\msado15.tlh
.....\msado15.tli
.....\MyBox.clw
.....\MyBox.cpp
.....\MyBox.dsp
.....\MyBox.dsw
.....\MyBox.h
.....\MyBox.ncb
.....\MyBox.opt
.....\MyBox.plg
.....\MyBox.rc
.....\MyBoxDoc.cpp
.....\MyBoxDoc.h
.....\MyBoxView.cpp
.....\MyBoxView.h
.....\PlanSet.cpp
.....\PlanSet.h
.....\ReadMe.txt
.....\res\b1.bmp
.....\...\MyBox.ico
.....\...\MyBox.rc2
.....\...\MyBoxDoc.ico
.....\...\Thumbs.db
.....\resource.h
.....\StdAfx.cpp
.....\StdAfx.h
.....\TimeSet.cpp
.....\TimeSet.h
.....\UStack.cpp
.....\UStack.h
.....\res
MyBox
Download