YOU CAN CODE!

 

With The Case Of UCanCode.net  Release The Power OF  Visual C++ !   HomeProducts | PurchaseSupport | Downloads  
Download Evaluation
Pricing & Purchase?
E-XD++Visual C++/ MFC Products
Overview
Features Tour 
Electronic Form Solution
Visualization & HMI Solution
Power system HMI Solution
CAD Drawing and Printing Solution

Bar code labeling Solution
Workflow Solution

Coal industry HMI Solution
Instrumentation Gauge Solution

Report Printing Solution
Graphical modeling Solution
GIS mapping solution

Visio graphics solution
Industrial control SCADA &HMI Solution
BPM business process Solution

Industrial monitoring Solution
Flowchart and diagramming Solution
Organization Diagram Solution

Graphic editor Source Code
UML drawing editor Source Code
Map Diagramming Solution

Architectural Graphic Drawing Solution
Request Evaluation
Purchase
ActiveX COM Products
Overview
Download
Purchase
Technical Support
  General Q & A
Discussion Board
Contact Us

Links

Get Ready to Unleash the Power of UCanCode .NET

 


UCanCode Software focuses on general application software development. We provide complete solution for developers. No matter you want to develop a simple database workflow application, or an large flow/diagram based system, our product will provide a complete solution for you. Our product had been used by hundreds of top companies around the world!

"100% source code provided! Free you from not daring to use components because of unable to master the key technology of components!"


CAM simulator Sample with VC++ MFC Source Code

By Diego Andrade

Sample Image - CAM_simulator.gif

Introduction

After 6 months of work, here is finally my first MFC program release. This program is a CAM simulator. I am not a software engineer, so please forgive me for errors. If you have questions please let me know. I am sure that you will find them. The lecture of data files was a big problem to me at the beginning, so here is the implementation. I needed to read *.txt files, what the CNC machine generate. Here is an example M X25 Y23 Z25 SPEED1500. This is a block of data, needed to setup the machines. This is a kind of language that the machine use to move on the coordinates over the work space. So in this implementation you can read a full document, splitting the block in the necessary X Y Z and SPEED values. This is my first upload, I have more things to say about this program I will try to improve soon, this short commentary.

Collapse
void CProgramaDoc::OnFileOpen() 
{
    CString fichero="archivo de Código G",temp;

    CFileDialog archivos(true,NULL,fichero,OFN_ALLOWMULTISELECT,
        "Codigo G (*.tap)|*.tap|Codigo G (*.act)|*.act||",NULL);

    if (archivos.DoModal() == FALSE) return;
    fichero=archivos.GetPathName();

    CFile cfFile (fichero, CFile::modeNoTruncate | CFile::modeRead);
    CArchive ar (&cfFile, CArchive::load); 

    if(!ar.ReadString(temp))  return;

    nl=0;
    do
    {
        if(temp.GetLength() == 0) continue;
        strcpy(linea[nl],temp);
        nl++;

    }while(ar.ReadString(temp));    

    
    // SEPARANDO COORDENADAS

    int i,j,k,d,sp;
    char aux[30];

    for ( i=0; i<5000; i++)
    {
        x[i] = y[i] = z[i] = 0;
    }    

    kn=0;
    for (i=0;i<nl;i++)
    {
        
        if (linea[i][0]=='S');
        {
            Inicio=1;
        }
        
        if (linea[i][0]=='M');
        {
        sp = 0;
        k = 0;
        d = strlen(linea[i]);

        for (j=0;j<d;j++)
        {
            if ((linea[i][j]=='-')|(isdigit(linea[i][j]))|
                                        (linea[i][j]=='.'))
            {
                aux[k] = linea[i][j];
                k++;
                continue;
            }

            if (linea[i][j]==' ')
            {
                sp++;
                if (sp==1) continue;

                aux[k]=0;

                if (sp==2)
                    if ((aux[0]=='-')|(isdigit(aux[0]))|(aux[0]=='.'))
                        x[kn] = atof(aux);
                    else
                        x[kn] = x[kn-1];

                if (sp==3) 
                    if ((aux[0]=='-')|(isdigit(aux[0]))|(aux[0]=='.')) 
                        y[kn] = atof(aux);
                    else
                        y[kn] = y[kn-1];

                if (sp==4)
                    if ((aux[0]=='-')|(isdigit(aux[0]))|(aux[0]=='.')) 
                        z[kn] = atof(aux);
                    else
                        z[kn] = z[kn-1];

                k = 0;
                continue;
            }            
        }

        kn++;
        j = d;
        }
    }
    
    presentar = 1;

    //    VERIFICANDO TORNO O FRESA

    sumz = 0;
    for (i=0; i<nl; i++)
    {
        sumz += abs(z[i]);
    }

    if (sumz == 0)
        torno = 1;
    else
        fresa = 1;

    UpdateAllViews(NULL);
    
}

 

 

Copyright ?1998-2024 UCanCode.Net Software , all rights reserved.
Other product and company names herein may be the trademarks of their respective owners.

Please direct your questions or comments to webmaster@ucancode.net