/KeyBoard/Key.cpp

#include "stdafx.h"

#include "Key.h"



//Front Face Width

#define FFW 0.6f



// Button Height

#define BH 0.45f 



/*

	KeyBoard Implementation

*/

KeyBoard::KeyBoard(HWND hWnd)

{

	this->egl = new EasyGL();

	egl->CreateFromHWnd(hWnd);

	

	//setup light

	egl->Lights[0]->Position(0.0,0,7, Light::LightType::Directional);

	egl->Lights[0]->Ambient(1,1,1,0);

	egl->Lights[0]->Diffuse(1,1,1,0);

	egl->Lights[0]->Specular(1,1,1,0);

	egl->Lights[0]->Enabled=true;	

	

	//egl->Lights[1]->Position(0,0,7,0);

	//egl->Lights[1]->Ambient(1,0,0,0);

	//egl->Lights[1]->Specular(0.5,0.5,0.5,1.0);

	//egl->Lights[1]->Diffuse(1,0,0,1.0);

	//egl->Lights[1]->Enabled=true;



	cm.ChangeEye(2.8,-2.5,9);

	cm.ChangeCenter(2.8,-1,0);

	cm.ChangeLookUp(0,1,0);

	cm.ChangePerspective(24);

	//cm.RotateAboutCenter(1,0,0,40);



	egl->AttachCamera(&cm);

	egl->ClearColor(0.2f,0.2f,0.8f,1.0f);





	m_Functions[0] = new Button(this,"Data\\Number_8.bmp");

	m_Functions[1] = new Button(this,"Data\\Number_8.bmp");

	m_Functions[2] = new Button(this,"Data\\Number_8.bmp");

	m_Functions[3] = new Button(this,"Data\\Number_8.bmp");

	m_Functions[4] = new Button(this,"Data\\Number_8.bmp");

	m_Functions[5] = new Button(this,"Data\\Number_8.bmp");

	m_Functions[6] = new Button(this,"Data\\Number_8.bmp");

	m_Functions[7] = new Button(this,"Data\\Number_8.bmp");

	m_Functions[8] = new Button(this,"Data\\Number_8.bmp");

	m_Functions[9] = new Button(this,"Data\\Number_8.bmp");

	m_Functions[10] = new Button(this,"Data\\Number_8.bmp");

	m_Functions[11] = new Button(this,"Data\\Number_8.bmp");

	m_Functions[12] = new Button(this,"Data\\Number_8.bmp");



	m_Numbers[0] = new Button(this,"Data\\Number_8.bmp");

	m_Numbers[1] = new Button(this,"Data\\Number_8.bmp");

	m_Numbers[2] = new Button(this,"Data\\Number_8.bmp");

	m_Numbers[3] = new Button(this,"Data\\Number_8.bmp");

	m_Numbers[4] = new Button(this,"Data\\Number_8.bmp");

	m_Numbers[5] = new Button(this,"Data\\Number_8.bmp");

	m_Numbers[6] = new Button(this,"Data\\Number_8.bmp");

	m_Numbers[7] = new Button(this,"Data\\Number_8.bmp");

	m_Numbers[8] = new Button(this,"Data\\Number_8.bmp");

	m_Numbers[9] = new Button(this,"Data\\Number_8.bmp");





	m_Letters[0] = new Button(this,"Data\\Letter2.bmp");

	m_Letters[1] = new Button(this,"Data\\Letter1.bmp");

	m_Letters[2] = new Button(this,"Data\\Letter2.bmp");

	m_Letters[3] = new Button(this,"Data\\Letter3.bmp");

	m_Letters[4] = new Button(this,"Data\\Letter4.bmp");

	m_Letters[5] = new Button(this,"Data\\Letter5.bmp");

	m_Letters[6] = new Button(this,"Data\\Letter6.bmp");

	m_Letters[7] = new Button(this,"Data\\Letter7.bmp");

	m_Letters[8] = new Button(this,"Data\\Letter8.bmp");

	m_Letters[9] = new Button(this,"Data\\Letter9.bmp");

	m_Letters[10] = new Button(this,"Data\\Letter10.bmp");

	m_Letters[11] = new Button(this,"Data\\Letter11.bmp");

	m_Letters[12] = new Button(this,"Data\\Letter12.bmp");

	m_Letters[13] = new Button(this,"Data\\Letter13.bmp");

	m_Letters[14] = new Button(this,"Data\\Letter14.bmp");

	m_Letters[15] = new Button(this,"Data\\Letter15.bmp");

	m_Letters[16] = new Button(this,"Data\\Letter16.bmp");

	m_Letters[17] = new Button(this,"Data\\Letter17.bmp");

	m_Letters[18] = new Button(this,"Data\\Letter18.bmp");

	m_Letters[19] = new Button(this,"Data\\Letter19.bmp");

	m_Letters[20] = new Button(this,"Data\\Letter20.bmp");

	m_Letters[21] = new Button(this,"Data\\Letter21.bmp");

	m_Letters[22] = new Button(this,"Data\\Letter22.bmp");

	m_Letters[23] = new Button(this,"Data\\Letter23.bmp");

	m_Letters[24] = new Button(this,"Data\\Letter24.bmp");

	m_Letters[25] = new Button(this,"Data\\Letter25.bmp");

	m_Letters[26] = new Button(this,"Data\\Letter26.bmp");

	m_Letters[27] = new Button(this,"Data\\Letter27.bmp");

	m_Letters[28] = new Button(this,"Data\\Letter28.bmp");

	

	m_Ya2Dot = new Button(this,"Data\\Letter28.bmp");

	m_Hamza = new Button(this,"Data\\Letter28.bmp");

	m_HamzaOnYa = new Button(this,"Data\\Letter28.bmp");

	m_HamzaOnWow = new Button(this,"Data\\Letter28.bmp");

	m_La = new Button(this,"Data\\Letter28.bmp");

	m_TaMarbota= new Button(this,"Data\\Letter28.bmp");







	m_Minus = new Button(this,"Data\\Letter2.bmp");

	m_Equal = new Button(this,"Data\\Letter2.bmp");

	m_Div = new Button(this,"Data\\Letter2.bmp");

	m_BackSpace = new Button(this,"Data\\Letter2.bmp");





	m_TAB = new VariableButton(this,"Data\\Letter2.bmp",1.0f);

	m_CAPS = new VariableButton(this,"Data\\Letter2.bmp",1.2f);

	m_LSHIFT = new VariableButton(this,"Data\\Letter2.bmp",2.0f);

	m_RSHIFT = new VariableButton(this,"Data\\Letter2.bmp",4.0f);





	m_LCTRL = new VariableButton(this,"Data\\Letter2.bmp",0.6f);

	m_LWIN = new VariableButton(this,"Data\\Letter2.bmp",0.6f);

	m_LALT = new VariableButton(this,"Data\\Letter2.bmp",0.6f);

	m_SPACE = new VariableButton(this,"Data\\Letter2.bmp",9.86f);

	m_RALT = new VariableButton(this,"Data\\Letter2.bmp",0.6f);

	m_RWIN = new VariableButton(this,"Data\\Letter2.bmp",0.6f);

	m_APPS = new VariableButton(this,"Data\\Letter2.bmp",0.6f);

	m_RCTRL = new VariableButton(this,"Data\\Letter2.bmp",0.6f);



	m_Enter = new Enter(this,"Data\\Letter2.bmp");



	Build();	

}



void KeyBoard::Build(void)

{

	/// First build drawing pattern



	//static int Row1[]={8,1,2,3,4,5,6,7,8,9,0}

	Row1.push_back(m_Letters[9]);

	Row1.push_back(m_Numbers[1]);

	Row1.push_back(m_Numbers[2]);

	Row1.push_back(m_Numbers[3]);

	Row1.push_back(m_Numbers[4]);

	Row1.push_back(m_Numbers[5]);

	Row1.push_back(m_Numbers[6]);

	Row1.push_back(m_Numbers[7]);

	Row1.push_back(m_Numbers[8]);

	Row1.push_back(m_Numbers[9]);

	Row1.push_back(m_Numbers[0]);

	Row1.push_back(m_Minus);

	Row1.push_back(m_Equal);

	Row1.push_back(m_Div);

	Row1.push_back(m_BackSpace);

	MyKeys.insert(KeyHash::value_type(0xC0,m_Letters[9]));m_Letters[9]->pkname=0xC0;

	MyKeys.insert(KeyHash::value_type(0x31,m_Numbers[1]));m_Numbers[1]->pkname=0x31;

	MyKeys.insert(KeyHash::value_type(0x32,m_Numbers[2]));m_Numbers[2]->pkname=0x32;

	MyKeys.insert(KeyHash::value_type(0x33,m_Numbers[3]));m_Numbers[3]->pkname=0x33;

	MyKeys.insert(KeyHash::value_type(0x34,m_Numbers[4]));m_Numbers[4]->pkname=0x34;

	MyKeys.insert(KeyHash::value_type(0x35,m_Numbers[5]));m_Numbers[5]->pkname=0x35;

	MyKeys.insert(KeyHash::value_type(0x36,m_Numbers[6]));m_Numbers[6]->pkname=0x36;

	MyKeys.insert(KeyHash::value_type(0x37,m_Numbers[7]));m_Numbers[7]->pkname=0x37;

	MyKeys.insert(KeyHash::value_type(0x38,m_Numbers[8]));m_Numbers[8]->pkname=0x38;

	MyKeys.insert(KeyHash::value_type(0x39,m_Numbers[9]));m_Numbers[9]->pkname=0x39;

	MyKeys.insert(KeyHash::value_type(0x30,m_Numbers[0]));m_Numbers[0]->pkname=0x30;

	MyKeys.insert(KeyHash::value_type(0xBD,m_Minus));m_Minus->pkname=0xBD;

	MyKeys.insert(KeyHash::value_type(0xBB,m_Equal));m_Equal->pkname=0xBB;

	MyKeys.insert(KeyHash::value_type(0xDC,m_Div));m_Div->pkname=0xDC;

	MyKeys.insert(KeyHash::value_type(0x08,m_BackSpace));m_BackSpace->pkname=0x08;

	



	//static int Row2[]={15,14,4,21,20,19,18,26,7,6,5,8};

	Row2.push_back(m_TAB);

	Row2.push_back(m_Letters[15]);

	Row2.push_back(m_Letters[14]);

	Row2.push_back(m_Letters[4]);

	Row2.push_back(m_Letters[21]);

	Row2.push_back(m_Letters[20]);

	Row2.push_back(m_Letters[19]);

	Row2.push_back(m_Letters[18]);

	Row2.push_back(m_Letters[26]);

	Row2.push_back(m_Letters[7]);

	Row2.push_back(m_Letters[6]);

	Row2.push_back(m_Letters[5]);

	Row2.push_back(m_Letters[8]);



	MyKeys.insert(KeyHash::value_type(0x09,m_TAB));m_TAB->pkname=0x09;

	MyKeys.insert(KeyHash::value_type(0x51,m_Letters[15]));m_Letters[15]->pkname=0x51;

	MyKeys.insert(KeyHash::value_type(0x57,m_Letters[14]));m_Letters[14]->pkname=0x57;

	MyKeys.insert(KeyHash::value_type(0x45,m_Letters[4]));m_Letters[4]->pkname=0x45;

	MyKeys.insert(KeyHash::value_type(0x52,m_Letters[21]));m_Letters[21]->pkname=0x52;

	MyKeys.insert(KeyHash::value_type(0x54,m_Letters[20]));m_Letters[20]->pkname=0x54;

	MyKeys.insert(KeyHash::value_type(0x59,m_Letters[19]));m_Letters[19]->pkname=0x59;

	MyKeys.insert(KeyHash::value_type(0x55,m_Letters[18]));m_Letters[18]->pkname=0x55;

	MyKeys.insert(KeyHash::value_type(0x49,m_Letters[26]));m_Letters[26]->pkname=0x49;

	MyKeys.insert(KeyHash::value_type(0x4F,m_Letters[7]));m_Letters[7]->pkname=0x4F;

	MyKeys.insert(KeyHash::value_type(0x50,m_Letters[6]));m_Letters[6]->pkname=0x50;

	MyKeys.insert(KeyHash::value_type(0xDB,m_Letters[5]));m_Letters[5]->pkname=0xDB;

	MyKeys.insert(KeyHash::value_type(0xDD,m_Letters[8]));m_Letters[8]->pkname=0xDD;



	//static int Row3[]={13,12,0,2,23,1,3,25,24,22,16};

	Row3.push_back(m_CAPS);

	Row3.push_back(m_Letters[13]);

	Row3.push_back(m_Letters[12]);

	Row3.push_back(m_Ya2Dot);

	Row3.push_back(m_Letters[2]);

	Row3.push_back(m_Letters[23]);

	Row3.push_back(m_Letters[1]);

	Row3.push_back(m_Letters[3]);

	Row3.push_back(m_Letters[25]);

	Row3.push_back(m_Letters[24]);

	Row3.push_back(m_Letters[22]);

	Row3.push_back(m_Letters[16]);



	MyKeys.insert(KeyHash::value_type(0x14,m_CAPS));m_CAPS->pkname=0x14;

	MyKeys.insert(KeyHash::value_type(0x41,m_Letters[13]));m_Letters[13]->pkname=0x41;

	MyKeys.insert(KeyHash::value_type(0x53,m_Letters[12]));m_Letters[12]->pkname=0x53;

	MyKeys.insert(KeyHash::value_type(0x44,m_Ya2Dot));m_Ya2Dot->pkname =0x44;

	MyKeys.insert(KeyHash::value_type(0x46,m_Letters[2]));m_Letters[2]->pkname=0x46;

	MyKeys.insert(KeyHash::value_type(0x47,m_Letters[23]));m_Letters[23]->pkname=0x47;

	MyKeys.insert(KeyHash::value_type(0x48,m_Letters[1]));m_Letters[1]->pkname=0x48;

	MyKeys.insert(KeyHash::value_type(0x4A,m_Letters[3]));m_Letters[3]->pkname=0x4A;

	MyKeys.insert(KeyHash::value_type(0x4B,m_Letters[25]));m_Letters[25]->pkname=0x4B;

	MyKeys.insert(KeyHash::value_type(0x4C,m_Letters[24]));m_Letters[24]->pkname=0x4C;

	MyKeys.insert(KeyHash::value_type(0xBA,m_Letters[22]));m_Letters[22]->pkname=0xBA;

	MyKeys.insert(KeyHash::value_type(0xDE,m_Letters[16]));m_Letters[16]->pkname=0xDE;



	//static int Row4[]={0,0,0,10,0,28,0,27,11,17};

	Row4.push_back(m_LSHIFT);

	Row4.push_back(m_HamzaOnYa);

	Row4.push_back(m_Hamza);

	Row4.push_back(m_HamzaOnWow);

	Row4.push_back(m_Letters[10]);

	Row4.push_back(m_La);

	Row4.push_back(m_Letters[28]);

	Row4.push_back(m_TaMarbota);

	Row4.push_back(m_Letters[27]);

	Row4.push_back(m_Letters[11]);

	Row4.push_back(m_Letters[17]);

	Row4.push_back(m_RSHIFT);

	MyKeys.insert(KeyHash::value_type(0x5A,m_HamzaOnYa));m_HamzaOnYa->pkname=0x5a;

	MyKeys.insert(KeyHash::value_type(0x58,m_Hamza));m_Hamza->pkname=0x58;

	MyKeys.insert(KeyHash::value_type(0x43,m_HamzaOnWow));m_HamzaOnWow->pkname=0x43;

	MyKeys.insert(KeyHash::value_type(0x56,m_Letters[10]));m_Letters[10]->pkname=0x56;

	MyKeys.insert(KeyHash::value_type(0x42,m_La));m_La->pkname=0x42;

	MyKeys.insert(KeyHash::value_type(0x4E,m_Letters[28]));m_Letters[28]->pkname=0x4E;

	MyKeys.insert(KeyHash::value_type(0x4D,m_TaMarbota));m_TaMarbota->pkname=0x4D;

	MyKeys.insert(KeyHash::value_type(0xBC,m_Letters[27]));m_Letters[27]->pkname=0xBC;

	MyKeys.insert(KeyHash::value_type(0xBE,m_Letters[11]));m_Letters[11]->pkname=0xBE;

	MyKeys.insert(KeyHash::value_type(0xBF,m_Letters[17]));m_Letters[17]->pkname=0xBF;





	Row5.push_back(m_LCTRL);

	Row5.push_back(m_LWIN);

	Row5.push_back(m_LALT);

	Row5.push_back(m_SPACE);

	Row5.push_back(m_RALT);

	Row5.push_back(m_RWIN);

	Row5.push_back(m_APPS);

	Row5.push_back(m_RCTRL);

	MyKeys.insert(KeyHash::value_type(VK_LWIN,m_LWIN));m_LWIN->pkname=VK_LWIN;

	MyKeys.insert(KeyHash::value_type(VK_RWIN,m_RWIN));m_RWIN->pkname=VK_RWIN;

	MyKeys.insert(KeyHash::value_type(VK_APPS,m_APPS));m_APPS->pkname=VK_APPS;

	MyKeys.insert(KeyHash::value_type(VK_SPACE,m_SPACE));m_SPACE->pkname=VK_SPACE;

	MyKeys.insert(KeyHash::value_type(VK_RETURN,m_Enter));m_Enter->pkname=VK_RETURN;





}



void KeyBoard::Draw(void)

{

	int i=0;



	egl->BeginRender();



	//glLoadIdentity();

	//glTranslated(0.5,0.0,0.0);

	//glBegin(GL_QUADS);

	//	glVertex3d(-1,0,-0.5);

	//	glVertex3d(1,0,-0.5);

	//	glVertex3d(1,0,0.5);

	//	glVertex3d(-1,0,0.5);

	//glEnd();



	//ROW 1

	for(ptrKey=Row1.begin();ptrKey!=Row1.end();ptrKey++)

	{

		IKey* kk=(*ptrKey);

		kk->x=i*2;

		kk->y=4;

		egl->RenderModel(kk);

		//kk->Draw(i*2,4,0);

		i++;

	}



	//ROW 2

	i=0;

	ptrKey=Row2.begin();

	(*ptrKey)->x=(i*2)+.5;

	(*ptrKey)->y=2;

	egl->RenderModel((*ptrKey));

	//(*ptrKey)->Draw((i*2)+.5,2,0);

	ptrKey++;

	for(;ptrKey!=Row2.end();ptrKey++)

	{

		IKey* kk=(*ptrKey);

		kk->x=(i*2)+2.9;

		kk->y=2;

		egl->RenderModel(kk);

		//(*ptrKey)->Draw((i*2)+2.9,2,0);

		i++;

	}



	//ROW 3

	i=0;

	ptrKey=Row3.begin();

	(*ptrKey)->x=(i*2)+.6;

	(*ptrKey)->y=0;

	egl->RenderModel((*ptrKey));

	//(*ptrKey)->Draw((i*2)+.6,0,0);

	ptrKey++;

	for(;ptrKey!=Row3.end();ptrKey++)

	{

		IKey* kk=(*ptrKey);

		kk->x=(i*2)+3.2;

		kk->y=0;

		egl->RenderModel(kk);

		//(*ptrKey)->Draw((i*2)+3.2,0,0);

		i++;

	}

	

	//ROW 4

	i=0;

	ptrKey=Row4.begin();

	(*ptrKey)->Draw((i*2)+1,-2,0);

	ptrKey++;

	for(;ptrKey!=Row4.end();ptrKey++)

	{

		if((ptrKey+1)==Row4.end())break;

		IKey* kk=(*ptrKey);

		kk->x=(i*2)+4;

		kk->y=-2;

		egl->RenderModel(kk);

		//(*ptrKey)->Draw((i*2)+4,-2,0);

		i++;

	}

	(*ptrKey)->Draw((i*2)+6,-2,0);



	//LAST ROW

	m_LCTRL->Draw(0+0.3,-4,0);

	m_LWIN->Draw((2.6)+0.3,-4,0);

	m_LALT->Draw((2*2.6)+0.3,-4,0);

	m_SPACE->Draw((3*2.6)+4.93,-4,0);

	m_RALT->Draw((7.55*2.6)+0.3,-4,0);

	m_RWIN->Draw((8.55*2.6)+0.3,-4,0);

	m_APPS->Draw((9.55*2.6)+0.3,-4,0);

	m_RCTRL->Draw((10.55*2.6)+0.3,-4,0);





	m_Enter->x=27.4;

	m_Enter->y=1;

	this->egl->RenderModel(m_Enter);



	egl->EndRender();

	egl->UpdateRender();

}



void KeyBoard::SendVK(WPARAM wp,LPARAM lp)

{

	//0x30-0x39     0-9

	//0x41-0x5A		A-Z



	KeyHash::const_iterator it;

	it=MyKeys.find(wp);

	if(it!=MyKeys.end())

	{

		it->second->Pressed=true;	

	}



	int ScanCode = HIWORD(lp);

	if(wp==VK_SHIFT)

	{

		unsigned short l=GetKeyState(VK_LSHIFT);

		unsigned short r=GetKeyState(VK_RSHIFT);

		unsigned short rl=l&0xf000;

		unsigned short rr=r&0xf000;

		if(rl==0xf000)m_LSHIFT->Pressed=true;

		if(rr==0xf000)m_RSHIFT->Pressed=true;

	}

	if(wp==VK_CONTROL)

	{

		unsigned short l=GetKeyState(VK_LCONTROL);

		unsigned short r=GetKeyState(VK_RCONTROL);

		unsigned short rl=l&0xf000;

		unsigned short rr=r&0xf000;

		if(rl==0xf000)m_LCTRL->Pressed=true;

		if(rr==0xf000)m_RCTRL->Pressed=true;

	}

}



void KeyBoard::ReSetVK(WPARAM wp,LPARAM lp)

{

	//0x30-0x39     0-9

	//0x41-0x5A		A-Z



	KeyHash::const_iterator it;

	it=MyKeys.find(wp);

	if(it!=MyKeys.end())

	{

		it->second->Pressed=false;

	}



	int ScanCode = HIWORD(lp);

	if(wp==VK_SHIFT)

	{

		unsigned short l=GetKeyState(VK_LSHIFT);

		unsigned short r=GetKeyState(VK_RSHIFT);

		unsigned short rl=l&0xf000;

		unsigned short rr=r&0xf000;

		if(rl==0x0000)m_LSHIFT->Pressed=false;

		if(rr==0x0000)m_RSHIFT->Pressed=false;

	}

	

	if(wp==VK_CONTROL)

	{

		unsigned short l=GetKeyState(VK_LCONTROL);

		unsigned short r=GetKeyState(VK_RCONTROL);

		unsigned short rl=l&0xf000;

		unsigned short rr=r&0xf000;

		if(rl==0x0000)m_LCTRL->Pressed=false;

		if(rr==0x0000)m_RCTRL->Pressed=false;

	}

	

}





void KeyBoard::Test(void)

{

	egl->BeginRender();



	Button* bb;



	//Row 1

	for(int i=1;i<=13;i++)

	{

		bb=new Button(this,"Data\\Number_8.bmp");

		bb->Draw(i*2,4,0);

		delete bb;

	}



	//Row 2

	for(int i=1;i<=12;i++)

	{

		bb=new Button(this,"Data\\Letter26.bmp");

		bb->Draw((i*2)+1,2,0);

		delete bb;

	}



	//Row 3

	for(int i=1;i<=11;i++)

	{

		bb=new Button(this,"Data\\Letter2.bmp");

		if ((i%2)==0)

			bb->Draw((i*2)+2,0,1);

		else

			bb->Draw((i*2)+2,0,0);

		delete bb;

	}



	//Row 4

	for(int i=1;i<=10;i++)

	{

		bb=new Button(this,"Data\\Letter26.bmp");

		bb->Draw((i*2)+3,-2,0);

		delete bb;

	}



	egl->EndRender();

	egl->UpdateRender();

}





/*

	IKey Implementation

*/

IKey::IKey()

{

	this->MyKeyBoard=NULL;

	this->Pressed=false;

}

IKey::IKey(KeyBoard* ParentKB)

{

	this->MyKeyBoard = ParentKB;

}



void IKey::Mark(void)

{

	this->marked=true;

}



void IKey::UnMark(void)

{

	this->marked=false;

}



bool IKey::IsMarked(void)

{

	return this->marked;

}





/*

	Button Implementation

*/



Button::Button(KeyBoard* ParentKB,LPSTR li)

{

	this->MyKeyBoard = ParentKB;

	this->LetterImage=li;

	tex.ReadImage(LetterImage);

}

void Button::Draw(float x,float y,unsigned int cases)

{		

	if(!Pressed)

	{

		ml.Ambient(0.0f,0.0f,0.0f,0.0f);

		ml.Diffuse(0.5f,0.5f,0.5f,0.5f);

		ml.Emission(0.0f,0.0f,0.0f,0.0f);

		ml.Specular(0.0f,0.0f,0.0f,0.0f);

		

	}

	else

	{

		ml.Ambient(0.0f,0.0f,0.0f,0.0f);

		ml.Diffuse(0.4f,0.4f,0.4f,0.4f);

		ml.Emission(0.0f,0.0f,0.0f,0.0f);

		ml.Specular(0.0f,0.0f,0.0f,0.0f);

	}



	ml.ApplyMaterial();



	glEnable(GL_TEXTURE_2D);

	tex.ApplyTexture();



	glPushMatrix();

		glLoadIdentity();

		glScalef(0.2,0.2,0.2);

		if(!Pressed)

		{

			glTranslatef(x,y,0.0f);

		}

		else

			glTranslatef(x,y,-(BH-BH/8));



		glBegin(GL_QUADS);

			//Front Face

			glNormal3f( 0.0f, 0.0f, BH);

			glTexCoord2f(0.0f, 0.0f); glVertex3f(-FFW, -FFW, BH); // Point 1 (Front)

			glTexCoord2f(1.0f, 0.0f); glVertex3f( FFW, -FFW, BH); // Point 2 (Front)

			glTexCoord2f(1.0f, 1.0f); glVertex3f( FFW, FFW, BH); // Point 3 (Front)

			glTexCoord2f(0.0f, 1.0f); glVertex3f(-FFW, FFW, BH); // Point 4 (Front)

	

			//// Back Face

			//ml._Bronze();

			//ml.ApplyMaterial();

			//glVertex3f(-1.0f, -1.0f, -BH); // Point 1 (Back)

			//glVertex3f(-1.0f, 1.0f, -BH); // Point 2 (Back)

			//glVertex3f( 1.0f, 1.0f, -BH); // Point 3 (Back)

			//glVertex3f( 1.0f, -1.0f, -BH); // Point 4 (Back)

			

			// Top Face

			glNormal3f(-0.1f,1.0f,-BH);glVertex3f(-1.0f, 1.0f, -BH); // Point 1 (Top)

			glNormal3f(-FFW,FFW,BH);glVertex3f(-FFW, FFW, BH); // Point 2 (Top)

			glNormal3f(FFW,FFW,BH);glVertex3f( FFW, FFW, BH); // Point 3 (Top)

			glNormal3f(1.0f,1.0f,-BH);glVertex3f( 1.0f, 1.0f, -BH); // Point 4 (Top)



			// Bottom Face

			glNormal3f(-1.0f,-1.0f,-BH);glVertex3f(-1.0f, -1.0f, -BH); // Point 1 (Bottom)

			glNormal3f(1.0f,-1.0f,-BH);glVertex3f( 1.0f, -1.0f, -BH); // Point 2 (Bottom)

			glNormal3f(FFW,-FFW,BH);glVertex3f( FFW, -FFW, BH); // Point 3 (Bottom)

			glNormal3f(-FFW,-FFW,BH);glVertex3f(-FFW, -FFW, BH); // Point 4 (Bottom)

			

			// Right face

			glNormal3f(1.0f,-1.0f,-BH);glVertex3f( 1.0f, -1.0f, -BH); // Point 1 (Right)

			glNormal3f(1.0f,1.0f,-BH);glVertex3f( 1.0f, 1.0f, -BH); // Point 2 (Right)

			glNormal3f(FFW,FFW,BH);glVertex3f( FFW, FFW, BH); // Point 3 (Right)

			glNormal3f(FFW,-FFW,BH);glVertex3f( FFW, -FFW, BH); // Point 4 (Right)

			

			// Left Face

			glNormal3f(-1.0f,-1.0f,-BH);glVertex3f(-1.0f, -1.0f, -BH); // Point 1 (Left)

			glNormal3f(-FFW,-FFW,BH);glVertex3f(-FFW, -FFW, BH); // Point 2 (Left)

			glNormal3f(-FFW,FFW,BH);glVertex3f(-FFW, FFW, BH); // Point 3 (Left)

			glNormal3f(-1.0f,1.0f,-BH);glVertex3f(-1.0f, 1.0f, -BH); // Point



		glEnd();

	glPopMatrix();

	glDisable(GL_TEXTURE_2D);

}



/*

	VariableButton Implementation

*/

VariableButton::VariableButton(KeyBoard* ParentKB,LPSTR li,float ExWidth=0)

{

	this->MyKeyBoard = ParentKB;

	this->LetterImage=li;

	tex.ReadImage(LetterImage);

	this->ExtendedWidth=ExWidth;

}

void VariableButton::Draw(float x,float y,unsigned int cases)

{		

	if(!Pressed)

	{

		ml.Ambient(0.0f,0.0f,0.0f,0.0f);

		ml.Diffuse(0.5f,0.5f,0.5f,0.5f);

		ml.Emission(0.0f,0.0f,0.0f,0.0f);

		ml.Specular(0.0f,0.0f,0.0f,0.0f);

		

	}

	else

	{

		ml.Ambient(0.0f,0.0f,0.0f,0.0f);

		ml.Diffuse(0.4f,0.4f,0.4f,0.4f);

		ml.Emission(0.0f,0.0f,0.0f,0.0f);

		ml.Specular(0.0f,0.0f,0.0f,0.0f);

	}

	ml.ApplyMaterial();

	glEnable(GL_TEXTURE_2D);

	tex.ApplyTexture();



	glPushMatrix();

		glLoadIdentity();

		glScalef(0.2,0.2,0.2);

		if(!Pressed)

		{

			glTranslatef(x,y,0.0f);

		}

		else

			glTranslatef(x,y,-(BH-BH/8));



		glBegin(GL_QUADS);

			//Front Face

			glNormal3f( 0.0f, 0.0f, BH);

			glTexCoord2f(0.0f, 0.0f); glVertex3f(-FFW-ExtendedWidth/2, -FFW, BH); // Point 1 (Front)

			glTexCoord2f(1.0f, 0.0f); glVertex3f( FFW+ExtendedWidth/2, -FFW, BH); // Point 2 (Front)

			glTexCoord2f(1.0f, 1.0f); glVertex3f( FFW+ExtendedWidth/2, FFW, BH); // Point 3 (Front)

			glTexCoord2f(0.0f, 1.0f); glVertex3f(-FFW-ExtendedWidth/2, FFW, BH); // Point 4 (Front)

	

			//// Back Face

			//ml._Bronze();

			//ml.ApplyMaterial();

			//glVertex3f(-1.0f, -1.0f, -BH); // Point 1 (Back)

			//glVertex3f(-1.0f, 1.0f, -BH); // Point 2 (Back)

			//glVertex3f( 1.0f, 1.0f, -BH); // Point 3 (Back)

			//glVertex3f( 1.0f, -1.0f, -BH); // Point 4 (Back)

			

			// Top Face

			glNormal3f(-0.1f,1.0f,-BH);glVertex3f(-1.0f-ExtendedWidth/2, 1.0f, -BH); // Point 1 (Top)

			glNormal3f(-FFW,FFW,BH);glVertex3f(-FFW-ExtendedWidth/2, FFW, BH); // Point 2 (Top)

			glNormal3f(FFW,FFW,BH);glVertex3f( FFW+ExtendedWidth/2, FFW, BH); // Point 3 (Top)

			glNormal3f(1.0f,1.0f,-BH);glVertex3f( 1.0f+ExtendedWidth/2, 1.0f, -BH); // Point 4 (Top)



			// Bottom Face

			glNormal3f(-1.0f,-1.0f,-BH);glVertex3f(-1.0f-ExtendedWidth/2, -1.0f, -BH); // Point 1 (Bottom)

			glNormal3f(1.0f,-1.0f,-BH);glVertex3f( 1.0f+ExtendedWidth/2, -1.0f, -BH); // Point 2 (Bottom)

			glNormal3f(FFW,-FFW,BH);glVertex3f( FFW+ExtendedWidth/2, -FFW, BH); // Point 3 (Bottom)

			glNormal3f(-FFW,-FFW,BH);glVertex3f(-FFW-ExtendedWidth/2, -FFW, BH); // Point 4 (Bottom)

			

			// Right face

			glNormal3f(1.0f,-1.0f,-BH);glVertex3f( 1.0f+ExtendedWidth/2, -1.0f, -BH); // Point 1 (Right)

			glNormal3f(1.0f,1.0f,-BH);glVertex3f( 1.0f+ExtendedWidth/2, 1.0f, -BH); // Point 2 (Right)

			glNormal3f(FFW,FFW,BH);glVertex3f( FFW+ExtendedWidth/2, FFW, BH); // Point 3 (Right)

			glNormal3f(FFW,-FFW,BH);glVertex3f( FFW+ExtendedWidth/2, -FFW, BH); // Point 4 (Right)

			

			// Left Face

			glNormal3f(-1.0f,-1.0f,-BH);glVertex3f(-1.0f-ExtendedWidth/2, -1.0f, -BH); // Point 1 (Left)

			glNormal3f(-FFW,-FFW,BH);glVertex3f(-FFW-ExtendedWidth/2, -FFW, BH); // Point 2 (Left)

			glNormal3f(-FFW,FFW,BH);glVertex3f(-FFW-ExtendedWidth/2, FFW, BH); // Point 3 (Left)

			glNormal3f(-1.0f,1.0f,-BH);glVertex3f(-1.0f-ExtendedWidth/2, 1.0f, -BH); // Point



		glEnd();

	glPopMatrix();

	glDisable(GL_TEXTURE_2D);

}





/*

	Enter Implementation

*/

Enter::Enter(KeyBoard* ParentKB,LPSTR li)

{

	this->MyKeyBoard = ParentKB;

	this->LetterImage=li;

	tex.ReadImage(LetterImage);

}

void Enter::Draw(float x,float y,unsigned int cases)

{		

	if(!Pressed)

	{

		ml.Ambient(0.0f,0.0f,0.0f,0.0f);

		ml.Diffuse(0.5f,0.5f,0.5f,0.5f);

		ml.Emission(0.0f,0.0f,0.0f,0.0f);

		ml.Specular(0.0f,0.0f,0.0f,0.0f);

		

	}

	else

	{

		ml.Ambient(0.0f,0.0f,0.0f,0.0f);

		ml.Diffuse(0.4f,0.4f,0.4f,0.4f);

		ml.Emission(0.0f,0.0f,0.0f,0.0f);

		ml.Specular(0.0f,0.0f,0.0f,0.0f);

	}



	ml.ApplyMaterial();



	glEnable(GL_TEXTURE_2D);

	tex.ApplyTexture();



	glPushMatrix();

		glLoadIdentity();

		glScalef(0.2,0.2,0.2);

		if(!Pressed)

		{

			glTranslatef(x,y,0.0f);

		}

		else

			glTranslatef(x,y,-(BH-BH/8));



		glBegin(GL_QUADS);

			//Front Face

			glNormal3f( 0.0f, 0.0f, BH);

			glTexCoord2f(0.0f, 0.0f); glVertex3f(-FFW*1.6, -FFW*2, BH); // Point 1 (Front)

			glTexCoord2f(1.0f, 0.0f); glVertex3f( FFW*1.6, -FFW*2, BH); // Point 2 (Front)

			glTexCoord2f(1.0f, 1.0f); glVertex3f( FFW*1.6, FFW*2, BH); // Point 3 (Front)

			glTexCoord2f(0.0f, 1.0f); glVertex3f(-FFW*1.6, FFW*2, BH); // Point 4 (Front)

	

			//// Back Face

			//ml._Bronze();

			//ml.ApplyMaterial();

			//glVertex3f(-1.0f, -1.0f, -BH); // Point 1 (Back)

			//glVertex3f(-1.0f, 1.0f, -BH); // Point 2 (Back)

			//glVertex3f( 1.0f, 1.0f, -BH); // Point 3 (Back)

			//glVertex3f( 1.0f, -1.0f, -BH); // Point 4 (Back)

			

			// Top Face

			glNormal3f(-0.1f,1.0f,-BH);glVertex3f(-1.0f*1.6, 1.0f*2, -BH); // Point 1 (Top)

			glNormal3f(-FFW,FFW,BH);glVertex3f(-FFW*1.6, FFW*2, BH); // Point 2 (Top)

			glNormal3f(FFW,FFW,BH);glVertex3f( FFW*1.6, FFW*2, BH); // Point 3 (Top)

			glNormal3f(1.0f,1.0f,-BH);glVertex3f( 1.0f*1.6, 1.0f*2, -BH); // Point 4 (Top)



			// Bottom Face

			glNormal3f(-1.0f,-1.0f,-BH);glVertex3f((-1.0f*1.6)-1.6, -1.0f*2, -BH); // Point 1 (Bottom)

			glNormal3f(1.0f,-1.0f,-BH);glVertex3f( 1.0f*1.6, -1.0f*2, -BH); // Point 2 (Bottom)

			glNormal3f(FFW,-FFW,BH);glVertex3f( FFW*1.6, -FFW*2, BH); // Point 3 (Bottom)

			glNormal3f(-FFW,-FFW,BH);glVertex3f((-FFW*1.6)-1.6, -FFW*2, BH); // Point 4 (Bottom)

			

			// Right face

			glNormal3f(1.0f,-1.0f,-BH);glVertex3f( 1.0f*1.6, -1.0f*2, -BH); // Point 1 (Right)

			glNormal3f(1.0f,1.0f,-BH);glVertex3f( 1.0f*1.6, 1.0f*2, -BH); // Point 2 (Right)

			glNormal3f(FFW,FFW,BH);glVertex3f( FFW*1.6, FFW*2, BH); // Point 3 (Right)

			glNormal3f(FFW,-FFW,BH);glVertex3f( FFW*1.6, -FFW*2, BH); // Point 4 (Right)

			

			// Left Face Part 1/2 length

			//glNormal3f(-1.0f,-1.0f,-BH);glVertex3f(-1.0f*1.6, -1.0f/6, -BH); // Point 1 (Left)

			//glNormal3f(-FFW,-FFW,BH);glVertex3f(-FFW*1.6, -FFW/2, BH); // Point 2 (Left)



			glNormal3f(-1.0f,-1.0f,-BH);glVertex3f(-1.0f*1.6, 0, -BH); // Point 1 (Left)

			glNormal3f(-FFW,-FFW,BH);glVertex3f(-FFW*1.6, -FFW, BH); // Point 2 (Left)



			glNormal3f(-FFW,FFW,BH);glVertex3f(-FFW*1.6, FFW*2, BH); // Point 3 (Left)

			glNormal3f(-1.0f,1.0f,-BH);glVertex3f(-1.0f*1.6, (1.0f*2), -BH); // Point



			//Rest of ENTER//



			//start of the extended block

			glNormal3f(-1.0f,-1.0f,-BH);glVertex3f(-1.0f*1.6, 0, -BH); 

			glNormal3f(-FFW,-FFW,BH);glVertex3f(-FFW*1.6, -FFW, BH); 

			glNormal3f(-FFW,-FFW,BH);glVertex3f((-FFW*1.6)-1.6, -FFW, BH); 

			glNormal3f(-1.0f,-1.0f,-BH);glVertex3f((-1.0f*1.6)-1.6, 0, -BH); 



			glNormal3f(-FFW,-FFW,BH);glVertex3f(-FFW*1.6, -FFW, BH); 

			glNormal3f(-FFW,-FFW,BH);glVertex3f((-FFW*1.6)-1.6, -FFW, BH);

			glNormal3f(-FFW,-FFW,BH);glVertex3f((-FFW*1.6)-1.6, -FFW*2, BH);

			glNormal3f(-FFW,-FFW,BH);glVertex3f(-FFW*1.6, -FFW*2, BH); 



			glNormal3f(-FFW,-FFW,BH);glVertex3f((-FFW*1.6)-1.6, -FFW*2, BH);

			glNormal3f(-FFW,-FFW,BH);glVertex3f((-FFW*1.6)-1.6, -FFW, BH);

			glNormal3f(-1.0f,-1.0f,-BH);glVertex3f((-1.0f*1.6)-1.6, 0, -BH); 

			glNormal3f(-1.0f,-1.0f,-BH);glVertex3f((-1.0f*1.6)-1.6, -1.0f*2, -BH); // Point 1 (Bottom)





		glEnd();

	glPopMatrix();

	glDisable(GL_TEXTURE_2D);

}



void IKey::Render()

{

	if (modelMaterial != NULL)

	{

		modelMaterial->ApplyMaterial();

	}

	if (usepath==TRUE)

	{

		GetNextPoint();

	}



	glPushMatrix();

		

		glLoadMatrixf(effectmatrix); //Get the current transformation

		

		if (camerame!=NULL) // if camera is attached

		{

			// Move its center

			camerame->ChangeCenter(effectmatrix[12],effectmatrix[13],effectmatrix[14]);

		}

		if (cameraEye!=NULL) // if camera eye is attached

		{

			// Move its center

			cameraEye->ChangeEye

				(effectmatrix[12],effectmatrix[13],effectmatrix[14]);

		}

	this->Draw(x,y,0);

	glPopMatrix();

}

void IKey::RunPickFunction(void)

{

	this->Pressed=!this->Pressed;

}