Sorry your browser is not supported!

/*============================================================================
|    _________ _______  _______  ______  _______    Jegas, LLC               |
|   /___  ___// _____/ / _____/ / __  / / _____/    [email protected]     |
|      / /   / /__    / / ___  / /_/ / / /____                               |
|     / /   / ____/  / / /  / / __  / /____  /                               |
|____/ /   / /___   / /__/ / / / / / _____/ /                                |
/_____/   /______/ /______/ /_/ /_/ /______/                                 |
|                 Under the Hood                                             |
==============================================================================
           Copyright(c)2008 Jegas, LLC                      
============================================================================*/
#include <DarkGDK.h>
#include "jgc_configuration.h"
#include "jfc_common.h"

#include "jgc_common.h"
#include "jgc_object.h"

#include <tokamak.h>
//============================================================================
//============================================================================
//============================================================================
//============================================================================
//============================================================================
//----------------------------------------------------------------------------
//----------------------------------------------------------------------------
//----------------------------------------------------------------------------
using namespace JFC;



//----------------------------------------------------------------------------
void DarkGDK ( void ){ 
//----------------------------------------------------------------------------
  // Init the JGC Library
  JGC::Daddy = new JGC_DADDY(); 
  
  JGC::Daddy->Init();
  
  // turn off backdrop to give ya a blurred in motion screen shot!
  JGC::Cam0->Backdrop_Set(false); 
  
  // Make the camera able to see a bit farther.
  JGC::Cam0->Range_Set(0.1,300);  
  
  // Move Cam Back from 3D World Center
  JGC::Cam0->PitchDown(10);
  JGC::Cam0->Move(-150);
  
  // animated bodies in TokoMak should be named: Static Rigid bodies IMHO.
  // I use overloaded functions.. this set of parameters translates to 
  // a CUBE Physics Primitive. You'll see its not so hard when you examine the 
  // parameters. Below.
  JGC_PHYSICS_ABODY *FloorABody = new JGC_PHYSICS_ABODY(
    50, // Width
    5,   // Height
    50, // Depth
    0,   // X Position
    0,   // Y Position
    0,   // Z Position 
    0,   // X Angle, Rotation
    0,   // Y Angle, Rotation
    0    // Z Angle, Rotation
  );

  // Make a rigidbody - these are the kind that can move around. 
  // same as Dynamic in DarkPhysics. Remember, intellisense is your friend!
  JGC_PHYSICS_RBODY *DropCubeRBody = new JGC_PHYSICS_RBODY(
    10, // Width
    5,  // Height
    3,  // Depth
    0,  // X Position 
    100,// Y Position 
    0,  // Z Position
    5,  // X Angle, Rotation
    5,  // Y Angle, Rotation
    5,  // Z Angle, Rotation
    1   // MASS
  );

  // BEGIN ----------------------- Main Loop
  while ( LoopGDK ( ) ){
    // Basic fly Camera Control
    JGC::Cam0->Control();

    // Drop Again if PAGE DOWN pressed
    if(JGC::UserInput->KeyDown_PgDn){
      // Reset Position
      DropCubeRBody->Position(0,100,0);
      
      // Reset Forces - Tokomak uses its own Vector Structures
      neV3 v3;
      v3[0]=0;//x
      v3[1]=0;//y
      v3[2]=0;//z
      DropCubeRBody->RBody->SetAngularMomentum(v3);
      DropCubeRBody->RBody->SetVelocity(v3); 
    };
    
    // Handles Physics Stuff
    // Getting clock Info
    // GUI Stuff if in use
    // Basic User Input for some specific keys and Mouse
    // Oh yeah... dbSync() call also! :)
    JGC::Daddy->Update();

    // BEGIN -----------------DISPLAY SOME INFO ON SCREEN---------------------
    // Show Frame Rates and Poly Count. 
    JGC::Display->CursorPos_Set(0,0);// dbSetCursor(p_X, p_Y) is easier
    JGC::Display->PrintFPS();
    
    // JFC::CHAR1K is a 1024 byte char buffer I REUSE all the time for 
    // things like this sprintf call.
    sprintf(JFC::CHAR1K,"Poly: %i",dbStatistic(1)); dbPrint(JFC::CHAR1K); 
    // END   -----------------DISPLAY SOME INFO ON SCREEN---------------------
    
  };
  // END ----------------------- Main Loop

}; 
//----------------------------------------------------------------------------

/*============================================================================
|    _________ _______  _______  ______  _______    Jegas, LLC               |
|   /___  ___// _____/ / _____/ / __  / / _____/    [email protected]     |
|      / /   / /__    / / ___  / /_/ / / /____                               |
|     / /   / ____/  / / /  / / __  / /____  /                               |
|____/ /   / /___   / /__/ / / / / / _____/ /                                |
/_____/   /______/ /______/ /_/ /_/ /______/                                 |
|                 Under the Hood                                             |
==============================================================================
           Copyright(c)2008 Jegas, LLC                      
============================================================================*/
#include <DarkGDK.h>
#include "jgc_configuration.h"
#include "jfc_common.h"

#include "jgc_common.h"
#include "jgc_pixelgrid.h"

//============================================================================
//============================================================================
//============================================================================
//============================================================================
//============================================================================
//----------------------------------------------------------------------------
//----------------------------------------------------------------------------
//----------------------------------------------------------------------------
using namespace JFC;



//----------------------------------------------------------------------------
void DarkGDK ( void ){ 
//----------------------------------------------------------------------------
  // Init the JGC Library
  JGC::Daddy = new JGC_DADDY(); 
  JGC::Daddy->Init();
  
  // Make Backdrop Dark Green so you recognize it. WON'T use same color in 
  // pixel grid drawing so you can tell what is see through!
  dbBackdropColor(dbRGB(0,60,0));
 
  
  JGC_PIXELGRID *pg = new JGC_PIXELGRID();
  
  // Prepare your Canvas
  pg->Size_Set(600,600); 
  
  // Pixel Grid Allows Full Red, Green, Blue, and Alpha Channel Access
  // Check this out!
  // Ok - showing you something here. pvt_Width is a value that most coders 
  // would make PRIVATE. I even indicate that this thing SHOULD at least be
  // treated as private. Why don't I have a function to return canvas height?
  // I DO: pg->Height_Get()
  // So why use this pvt_Height thing? Because accessing the value directly 
  // is faster than calling a function. If this was some business application
  // I'd do things differently for security, but game development, this clock 
  // cycle saving trick (implemented into JGC everywhere) is perfect!
  // Now not all variables are public, but ones that are advantageous to be 
  // for speed reasons - usually are set up this way in the JGC lib.
  //
  // Note: Certain responsibility comes with this underhanded clock cycle saving 
  // technique though! These vaules should be treated as READ ONLY!
  // If you have funky bugs that you aren't sure about, switch to using the 
  // safe functions instead like: pg->Height_Get()
  
  for(int x=0; x < pg->pvt_Width; x=x+50){
    
    // Normal Line - all channels - Alpha SET to FULL VISIBLE when PixelGrid Made.
    pg->Line(0,x,x,pg->pvt_Height-1,dbRGB(255,255,255));
    // Parameters: x1,y1, x2,y2, RGBColor
    
    // Line in only the Red channel
    pg->LineR(0,x+10,x+10,pg->pvt_Height-1,255);
    // Parameters: x1,y1, x2,y2, RedColor

    // Line in only the Green channel
    pg->LineG(0,x+20,x+20,pg->pvt_Height-1,255);
    // Parameters: x1,y1, x2,y2, GreenColor

    // Line in only the Blue channel
    pg->LineB(0,x+30,x+30,pg->pvt_Height-1,255);
    // Parameters: x1,y1, x2,y2, BlueColor

    // Line in only the Alpha channel (We'll make invisible line LOL)
    // HINT: Those Aren't DARK GREEN Lines on the SCREEN! They are HOLES!
    pg->LineA(0,x+40,x+40,pg->pvt_Height-1,0);
    // Parameters: x1,y1, x2,y2, AlphaLevel

  };
 
  // How about a couple of boxes done the same way? (Not filled in Variety)
  pg->Box(300,50, 350,500,dbRGB(255,255,255));//normal (RGB channels all written too
  pg->BoxR(310,60,360,510,255);//red 
  pg->BoxG(320,70,370,520,255);//green
  pg->BoxB(340,80,380,530,255);//blue
  pg->BoxA(350,90,390,540, 0 );//alpha.. let's punch a hole!
  
  // Ok.. same thing but we Specify OUTLINE AND INSIDE color (Filled In Variety)
  // Gonna make the outlines BRIGHT and insides darker you you can see how it
  // works B^)
  pg->Box(400,50,450,500,dbRGB(255,255,255),dbRGB(100,100,100));//normal (RGB channels all written too
  pg->BoxR(410,60,460,510,255,120);//red 
  pg->BoxG(420,70,470,520,255,120);//green
  pg->BoxB(440,80,480,530,255,120);//blue
  pg->BoxA(450,90,490,540, 0,120 );//alpha.. let's punch a hole...sorta ;)
  
  //There are also FOUR fill routines but they FILL the WHOLE channel (or all) 
  //with specified values. 
  
  // There is Cut and Paste but I think I'll save that for another demo.
  
  // There CURRENTLY is not CIRCLE or FLOODFILL functions, but I'll get to 
  // them sooner or later.
  
  

 
  // Now we need code so you can see the results.
  JGC_IMAGE *img = pg->MakeImageFromThis(); 
  JGC_SPRITE *spr=new JGC_SPRITE();
  
  int xCentered = (JGC::Display->Width_Get() - img->Width_Get()) / 2; 
  int yCentered = (JGC::Display->Height_Get() - img->Height_Get()) / 2; 
  spr->Sprite(xCentered,yCentered,img->ID);
  

  // BEGIN ----------------------- Main Loop
  while ( LoopGDK ( ) ){

    // Handles Physics Stuff
    // Getting clock Info
    // GUI Stuff if in use
    // Basic User Input for some specific keys and Mouse
    // Oh yeah... dbSync() call also! :)
    JGC::Daddy->Update();

    if(JGC::UserInput->KeyDown_PgDn){
      JGC::Cam0->Backdrop_Set(false);
      dbCLS();
    };  
    
    
    // BEGIN -----------------DISPLAY SOME INFO ON SCREEN---------------------
    // Show Frame Rates and Poly Count. 
    JGC::Display->CursorPos_Set(0,0);// dbSetCursor(p_X, p_Y) is easier
    dbPrint("PAGE DOWN=Backdrop Off Temporarily");
    JGC::Display->PrintFPS();
    
    // JFC::CHAR1K is a 1024 byte char buffer I REUSE all the time for 
    // things like this sprintf call.
    sprintf(JFC::CHAR1K,"Poly: %i",dbStatistic(1)); dbPrint(JFC::CHAR1K); 
    if(JGC::Cam0->Backdrop_Get()){
      dbPrint("Backdrop Currently ON");
    }else{
      dbPrint("Backdrop Currently OFF"); 
    };
    // END   -----------------DISPLAY SOME INFO ON SCREEN---------------------
    
  };
  // END ----------------------- Main Loop

}; 
//----------------------------------------------------------------------------