Dusk is a simple yet flexible 2D game development library. It (will) feature an extensive set of classes and functions that will dramatically decrease the time of development. With world parsing, world management, camera, sprite and image management, database management and more built into it, Dusk has hopes of being /decent/! (lol)
So far, nothing is released and won't be for a couple more months, however I recently hit marker 2 out of 13. As soon as I stomp on some bugs, fix some rigging (I'm actually starting to dislike singletons... :P) and make sure it's running to its peak, I plan on releasing it under the GPL v2.
As its current state, here is an example of it:
All of which is fully functional (excluding sprite class as I'm having issues with tilesheets and animations...). List of currently done/in progress features:Code:#include "stdafx.h"
#include "DEngine.h"
#include "DuskTesting.h"
#pragma comment( lib, "Dusk.lib" )
using namespace Dusk;
DMain* g_pMain = DMain::GetInstance();
DRESULT OnCreate( LPVOID )
{
DGetSpriteMgr()->Add( "Ball.png", 1 );
return D_OK;
}
DRESULT OnUpdate( LPVOID )
{
DSprite* pSprite = DGetSpriteMgr()->Find( 1 );
if( pSprite )
{
const char* szKeys = DGetInput()->GetKeys();
D3DXVECTOR3 fPos = pSprite->GetPosition();
if( szKeys[DIK_UP] & 0x80 )
{
fPos.y -= 2.05f;
pSprite->SetPosition( fPos );
}
if( szKeys[DIK_DOWN] & 0x80 )
{
fPos.y += 2.05f;
pSprite->SetPosition( fPos );
}
if( szKeys[DIK_LEFT] & 0x80 )
{
fPos.x -= 2.05f;
pSprite->SetPosition( fPos );
}
if( szKeys[DIK_RIGHT] & 0x80 )
{
fPos.x += 2.05f;
pSprite->SetPosition( fPos );
}
}
return D_OK;
}
DRESULT OnRender( LPVOID )
{
DGetSpriteMgr()->Draw( 1 );
return D_OK;
}
DRESULT OnDestroy( LPVOID )
{
return D_OK;
}
DRESULT OnRestoreDevice( LPVOID )
{
return D_OK;
}
int WINAPI WinMain( HINSTANCE, HINSTANCE, LPSTR, int )
{
DMainParameters params = DMainParameters();
params.bUseDbgConsole = true;
params.nWinHeight = 600;
params.nWinWidth = 800;
strcpy_s( params.szWindowName, "Dusk Testing" );
DSetFunction( DFT_CREATE, OnCreate );
DSetFunction( DFT_UPDATE, OnUpdate );
DSetFunction( DFT_RENDER, OnRender );
DSetFunction( DFT_DESTROY, OnDestroy );
DSetFunction( DFT_RESTOREDEVICE, OnRestoreDevice );
if( !g_pMain->Create( params ) )
return -1;
g_pMain->Run( NULL );
return 0;
}
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Spoiler:
-Camera creation, management and updating
-File reading and writing
-Font creation, management and displaying
-Image and lights creation
-Particle creation and management
-Sprite creation, management and updating
-Timer class implemented
-Input
-World parsing
Will be supported before marker 4:
-MySQL and MSSQL support
-Networking via IOCP and P2P
-Sound
-GUI classes (slightly started but nothing /major/ done)
-Custom XML parsing class (currently using irrXML)
Thoughts? Comments? Ball crunching criticism?
