itgmania212121/stepmania/src/Actor.cpp

#include "stdafx.h"	// testing updates
/*
-----------------------------------------------------------------------------
 Class: Actor

 Desc: See header.

 Copyright (c) 2001-2002 by the person(s) listed below.  All rights reserved.
	Chris Danford
-----------------------------------------------------------------------------
*/

#include "Actor.h"
#include <math.h>
#include "RageDisplay.h"
#include "PrefsManager.h"


Actor::Actor()
{
	m_iNumTweenStates = 0;

	m_size									= D3DXVECTOR2( 1, 1 );
	m_pos			= m_start_pos			= D3DXVECTOR3( 0, 0, 0 );
	m_rotation		= m_start_rotation		= D3DXVECTOR3( 0, 0, 0 );
	m_scale			= m_start_scale			= D3DXVECTOR2( 1, 1 );
	for(int i=0; i<4; i++) m_colorDiffuse[i]	= m_start_colorDiffuse[i] = D3DXCOLOR( 1, 1, 1, 1 );
	m_colorAdd		= m_start_colorAdd		= D3DXCOLOR( 0, 0, 0, 0 );

	m_HorizAlign = align_center;
	m_VertAlign = align_middle;

	m_Effect =  no_effect ;
	m_fPercentBetweenColors = 0.0f;
	m_bTweeningTowardEndColor = true;
	m_fDeltaPercentPerSecond = 1.0f;
	m_fWagRadians =  0.2f;
	m_fWagPeriod =  2.0f;
	m_fWagTimer =  0.0f;
	m_fSpinSpeed =  2.0f;
	m_fVibrationDistance =  5.0f;
	m_bVisibleThisFrame =  FALSE;

	m_bShadow = false;
	m_fShadowLength = 4;

	m_bBlendAdd = false;

}


void Actor::Draw()		// set the world matrix and calculate actor properties, the call DrawPrimitives
{
	DISPLAY->PushMatrix();	// we're actually going to do some drawing in this function	

	int i;
	
	m_temp_pos			= m_pos;
	m_temp_rotation		= m_rotation;
	m_temp_scale		= m_scale;
	m_temp_colorDiffuse[4];
	for(i=0; i<4; i++)	
		m_temp_colorDiffuse[i] = m_colorDiffuse[i];
	m_temp_colorAdd		= m_colorAdd;


	//
	// set temporary drawing properties based on Effects 
	//
	switch( m_Effect )
	{
	case no_effect:
		break;
	case blinking:
		for(i=0; i<4; i++)
			m_temp_colorDiffuse[i] = m_bTweeningTowardEndColor ? m_effect_colorDiffuse1 : m_effect_colorDiffuse2;
		break;
	case camelion:
		for(i=0; i<4; i++)
			m_temp_colorDiffuse[i] = m_effect_colorDiffuse1*m_fPercentBetweenColors + m_effect_colorDiffuse2*(1.0f-m_fPercentBetweenColors);
		break;
	case glowing:
		float fCurvedPercent;
		fCurvedPercent = sinf( m_fPercentBetweenColors * D3DX_PI );
		m_temp_colorAdd = m_effect_colorAdd1*fCurvedPercent + m_effect_colorAdd2*(1.0f-fCurvedPercent);
		break;
	case wagging:
		m_temp_rotation.z = m_fWagRadians * sinf( 
			(m_fWagTimer / m_fWagPeriod)	// percent through wag
			* 2.0f * D3DX_PI );
		break;
	case spinning:
		ASSERT( false );	// ugh.  What was here before!
		break;
	case vibrating:
		m_temp_pos.x += m_fVibrationDistance * randomf(-1.0f, 1.0f) * GetZoom();
		m_temp_pos.y += m_fVibrationDistance * randomf(-1.0f, 1.0f) * GetZoom();
		break;
	case flickering:
		m_bVisibleThisFrame = !m_bVisibleThisFrame;
		if( !m_bVisibleThisFrame )
			for(int i=0; i<4; i++)
				m_temp_colorDiffuse[i] = D3DXCOLOR(0,0,0,0);		// don't draw the frame
		break;
	case bouncing:
		{
		float fPercentThroughBounce = m_fTimeIntoBounce / m_fBouncePeriod;
		float fPercentOffset = sinf( fPercentThroughBounce*D3DX_PI ); 
		m_temp_pos += m_vectBounce * fPercentOffset;
		}
		break;
	default:
		ASSERT( false );	// invalid Effect
	}



	
	DISPLAY->Translate( m_temp_pos.x, m_temp_pos.y, m_temp_pos.z );	// offset so that pixels are aligned to texels
	DISPLAY->Scale( m_temp_scale.x, m_temp_scale.y, 1 );

	// super slow!	
	//	D3DXMatrixRotationYawPitchRoll( &matTemp, rotation.y, rotation.x, rotation.z );	// add in the rotation
	//	matNewWorld = matTemp * matNewWorld;

	// replace with...
	if( m_temp_rotation.x != 0 )
		DISPLAY->RotateX( m_temp_rotation.x );
	if( m_temp_rotation.y != 0 )
		DISPLAY->RotateY( m_temp_rotation.y );
	if( m_temp_rotation.z != 0 )
		DISPLAY->RotateZ( m_temp_rotation.z );



	this->DrawPrimitives();	// call the most-derived version of DrawPrimitives();


	DISPLAY->PopMatrix();
}


void Actor::Update( float fDeltaTime )
{
//	LOG->WriteLine( "Actor::Update( %f )", fDeltaTime );

	// update effect
	switch( m_Effect )
	{
	case no_effect:
		break;
	case blinking:
	case camelion:
	case glowing:
		if( m_bTweeningTowardEndColor ) {
			m_fPercentBetweenColors += m_fDeltaPercentPerSecond * fDeltaTime;
			if( m_fPercentBetweenColors > 1.0f ) {
				m_fPercentBetweenColors = 1.0f;

				m_bTweeningTowardEndColor = FALSE;
			}
		}
		else {		// !m_bTweeningTowardEndColor
			m_fPercentBetweenColors -= m_fDeltaPercentPerSecond * fDeltaTime;
			if( m_fPercentBetweenColors < 0.0f ) {
				m_fPercentBetweenColors = 0.0f;
				m_bTweeningTowardEndColor = TRUE;
			}
		}
		//LOG->WriteLine( "Actor::m_fPercentBetweenColors %f", m_fPercentBetweenColors );
		break;
	case wagging:
		m_fWagTimer += fDeltaTime;
		if( m_fWagTimer > m_fWagPeriod )
			m_fWagTimer -= m_fWagPeriod;
		break;
	case spinning:
		float rotation;
		rotation = GetRotation();
		rotation += m_fSpinSpeed * fDeltaTime;
		if( rotation > 2.0f * D3DX_PI )
			rotation -= 2.0f * D3DX_PI;
		else if( rotation < 0.0f )
			rotation += 2.0f * D3DX_PI;
		SetRotation( rotation );
		break;
	case vibrating:
		break;
	case flickering:
		break;
	case bouncing:
		m_fTimeIntoBounce += fDeltaTime;
		if( m_fTimeIntoBounce >= m_fBouncePeriod )
			m_fTimeIntoBounce -= m_fBouncePeriod;
		break;
	}


	// update tweening
	if( m_iNumTweenStates > 0 )		// we are performing a tween
	{
		TweenState &TS = m_QueuedTweens[0];		// earliest tween

		if( TS.m_fTimeLeftInTween == TS.m_fTweenTime )	// we are just beginning this tween
		{
			// set the start position
			m_start_pos				= m_pos;
			m_start_rotation		= m_rotation;
			m_start_scale			= m_scale;
			for( int i=0; i<4; i++) m_start_colorDiffuse[i] = m_colorDiffuse[i];
			m_start_colorAdd		= m_colorAdd;
		}
		
		TS.m_fTimeLeftInTween -= fDeltaTime;

		if( TS.m_fTimeLeftInTween <= 0 )	// The tweening is over.  Stop the tweening
		{
			m_pos			= TS.m_end_pos;
			m_scale			= TS.m_end_scale;
			m_rotation		= TS.m_end_rotation;
			for(int i=0; i<4; i++) m_colorDiffuse[i] = TS.m_end_colorDiffuse[i];
			m_colorAdd		= TS.m_end_colorAdd;
			
			// delete the head tween
			for( int i=0; i<m_iNumTweenStates-1; i++ )
                m_QueuedTweens[i] = m_QueuedTweens[i+1];
			m_iNumTweenStates--;
			return;
		}
		else		// in the middle of tweening.  Recalcute the curent position.
		{
			const float fPercentThroughTween = 1-(TS.m_fTimeLeftInTween / TS.m_fTweenTime);

			float fPercentAlongPath;

			// distort the percentage if appropriate
			switch( TS.m_TweenType )
			{
			case TWEEN_LINEAR:
				fPercentAlongPath = fPercentThroughTween;
				break;
			case TWEEN_BIAS_BEGIN:
				fPercentAlongPath = 1 - (1-fPercentThroughTween) * (1-fPercentThroughTween);
				break;
			case TWEEN_BIAS_END:
				fPercentAlongPath = fPercentThroughTween * fPercentThroughTween;
				break;
			case TWEEN_BOUNCE_BEGIN:
				fPercentAlongPath = 1 - sinf( 1.1f + fPercentThroughTween*(D3DX_PI-1.1f) ) / 0.89f;
				break;
			case TWEEN_BOUNCE_END:
				fPercentAlongPath = sinf( 1.1f + (1-fPercentThroughTween)*(D3DX_PI-1.1f) ) / 0.89f;
				break;
			case TWEEN_SPRING:
				fPercentAlongPath = 1 - cosf( fPercentThroughTween*D3DX_PI*2.5f )/(1+fPercentThroughTween*3);
				break;
			default:
				ASSERT(0);
				break;
			}


			m_pos			= m_start_pos	  + (TS.m_end_pos		- m_start_pos	  )*fPercentAlongPath;
			m_scale			= m_start_scale	  + (TS.m_end_scale		- m_start_scale	  )*fPercentAlongPath;
			m_rotation		= m_start_rotation+ (TS.m_end_rotation	- m_start_rotation)*fPercentAlongPath;
			for(int i=0; i<4; i++) m_colorDiffuse[i]	= m_start_colorDiffuse[i]*(1.0f-fPercentAlongPath) + TS.m_end_colorDiffuse[i]*(fPercentAlongPath);
			m_colorAdd		= m_start_colorAdd    *(1.0f-fPercentAlongPath) + TS.m_end_colorAdd    *(fPercentAlongPath);
		}
		

	}	// end if m_TweenType != no_tween

}


void Actor::BeginTweening( float time, TweenType tt )
{
	StopTweening();	// cancel current tweens
	BeginTweeningQueued( time, tt );
}

void Actor::BeginTweeningQueued( float time, TweenType tt )
{
	ASSERT( time >= 0 );

	// add a new TweenState to the tail, and initialize it
	m_iNumTweenStates++;
	TweenState &TS = m_QueuedTweens[m_iNumTweenStates-1];	// latest tween state

	if( m_iNumTweenStates >= 2 )		// if there was already a TS on the stack
	{
		// initialize the new TS from the last TS in the list
		TS = m_QueuedTweens[m_iNumTweenStates-2];
	}
	else
	{
		// This new TS is the only TS.
		// Set our tween starting and ending values to the current position.
		TS.m_end_pos			= m_pos;
		TS.m_end_scale			= m_scale;
		TS.m_end_rotation		= m_rotation;
		for(int i=0; i<4; i++)	TS.m_end_colorDiffuse[i]	= m_colorDiffuse[i];
		TS.m_end_colorAdd		= m_colorAdd;
	}

	TS.m_TweenType = tt;
	TS.m_fTweenTime = time;
	TS.m_fTimeLeftInTween = time;
}

void Actor::StopTweening()
{
	m_iNumTweenStates = 0;
}


void Actor::SetTweenX( float x )			{ GetLatestTween().m_end_pos.x = x; } 
void Actor::SetTweenY( float y )			{ GetLatestTween().m_end_pos.y = y; }
void Actor::SetTweenZ( float z )			{ GetLatestTween().m_end_pos.z = z; }
void Actor::SetTweenXY( float x, float y )	{ GetLatestTween().m_end_pos.x = x; GetLatestTween().m_end_pos.y = y; }
void Actor::SetTweenZoom( float zoom )		{ GetLatestTween().m_end_scale.x = zoom;  GetLatestTween().m_end_scale.y = zoom; }
void Actor::SetTweenZoomX( float zoom )		{ GetLatestTween().m_end_scale.x = zoom; }
void Actor::SetTweenZoomY( float zoom )		{ GetLatestTween().m_end_scale.y = zoom; }
void Actor::SetTweenRotationX( float r )	{ GetLatestTween().m_end_rotation.x = r; }
void Actor::SetTweenRotationY( float r )	{ GetLatestTween().m_end_rotation.y = r; }
void Actor::SetTweenRotationZ( float r )	{ GetLatestTween().m_end_rotation.z = r; }
void Actor::SetTweenDiffuseColor( D3DXCOLOR colorDiffuse )				{ for(int i=0; i<4; i++) GetLatestTween().m_end_colorDiffuse[i] = colorDiffuse; };
void Actor::SetTweenDiffuseColorUpperLeft( D3DXCOLOR colorDiffuse )		{ GetLatestTween().m_end_colorDiffuse[0] = colorDiffuse; };
void Actor::SetTweenDiffuseColorUpperRight( D3DXCOLOR colorDiffuse )	{ GetLatestTween().m_end_colorDiffuse[1] = colorDiffuse; };
void Actor::SetTweenDiffuseColorLowerLeft( D3DXCOLOR colorDiffuse )		{ GetLatestTween().m_end_colorDiffuse[2] = colorDiffuse; };
void Actor::SetTweenDiffuseColorLowerRight( D3DXCOLOR colorDiffuse )	{ GetLatestTween().m_end_colorDiffuse[3] = colorDiffuse; };
void Actor::SetTweenDiffuseColorTopEdge( D3DXCOLOR colorDiffuse )		{ GetLatestTween().m_end_colorDiffuse[0] = GetLatestTween().m_end_colorDiffuse[1] = colorDiffuse; };
void Actor::SetTweenDiffuseColorRightEdge( D3DXCOLOR colorDiffuse )		{ GetLatestTween().m_end_colorDiffuse[1] = GetLatestTween().m_end_colorDiffuse[3] = colorDiffuse; };
void Actor::SetTweenDiffuseColorBottomEdge( D3DXCOLOR colorDiffuse )	{ GetLatestTween().m_end_colorDiffuse[2] = GetLatestTween().m_end_colorDiffuse[3] = colorDiffuse; };
void Actor::SetTweenDiffuseColorLeftEdge( D3DXCOLOR colorDiffuse )		{ GetLatestTween().m_end_colorDiffuse[0] = GetLatestTween().m_end_colorDiffuse[2] = colorDiffuse; };
void Actor::SetTweenAddColor( D3DXCOLOR c )			{ GetLatestTween().m_end_colorAdd = c; };


void Actor::ScaleTo( LPRECT pRect, StretchType st )
{
	// width and height of rectangle
	float rect_width = (float)RECTWIDTH(*pRect);
	float rect_height = (float)RECTHEIGHT(*pRect);

	if( rect_width < 0 )	SetRotationY( D3DX_PI );
	if( rect_height < 0 )	SetRotationX( D3DX_PI );

	// center of the rectangle
	float rect_cx = pRect->left + rect_width/2;
	float rect_cy = pRect->top  + rect_height/2;

	// zoom fActor needed to scale the Actor to fill the rectangle
	float fNewZoomX = fabsf(rect_width  / m_size.x);
	float fNewZoomY = fabsf(rect_height / m_size.y);

	float fNewZoom;
	switch( st )
	{
	case cover:
		fNewZoom = fNewZoomX>fNewZoomY ? fNewZoomX : fNewZoomY;	// use larger zoom
		break;
	case fit_inside:
		fNewZoom = fNewZoomX>fNewZoomY ? fNewZoomY : fNewZoomX; // use smaller zoom
		break;
	}

	SetXY( rect_cx, rect_cy );
	SetZoom( fNewZoom );
}


void Actor::StretchTo( LPRECT pRect )
{
	// width and height of rectangle
	int rect_width = RECTWIDTH(*pRect);
	int rect_height = RECTHEIGHT(*pRect);

	// center of the rectangle
	int rect_cx = pRect->left + rect_width/2;
	int rect_cy = pRect->top  + rect_height/2;

	// zoom fActor needed to scale the Actor to fill the rectangle
	float fNewZoomX = rect_width  / m_size.x;
	float fNewZoomY = rect_height / m_size.y;

	SetXY( (float)rect_cx, (float)rect_cy );
	SetZoomX( fNewZoomX );
	SetZoomY( fNewZoomY );
}




// effects

void Actor::SetEffectNone()
{
	m_Effect = no_effect;
	//m_color = D3DXCOLOR( 1.0,1.0,1.0,1.0 );
}

void Actor::SetEffectBlinking( float fDeltaPercentPerSecond, D3DXCOLOR Color, D3DXCOLOR Color2 )
{
	m_Effect = blinking;
	m_effect_colorDiffuse1 = Color;
	m_effect_colorDiffuse2 = Color2;

	m_fDeltaPercentPerSecond = fDeltaPercentPerSecond;
}

void Actor::SetEffectCamelion( float fDeltaPercentPerSecond, D3DXCOLOR Color, D3DXCOLOR Color2 )
{
	m_Effect = camelion;
	m_effect_colorDiffuse1 = Color;
	m_effect_colorDiffuse2 = Color2;

	m_fDeltaPercentPerSecond = fDeltaPercentPerSecond;
}

void Actor::SetEffectGlowing( float fDeltaPercentPerSecond, D3DXCOLOR Color, D3DXCOLOR Color2 )
{
	m_Effect = glowing;
	m_effect_colorAdd1 = Color;
	m_effect_colorAdd2 = Color2;

	m_fDeltaPercentPerSecond = fDeltaPercentPerSecond;
}

void Actor::SetEffectWagging(	float fWagRadians, float fWagPeriod )
{
	m_Effect = wagging;
	m_fWagRadians = fWagRadians;
	m_fWagPeriod = fWagPeriod;
}

void Actor::SetEffectSpinning(	float fSpinSpeed /*radians per second*/ )
{
	m_Effect = spinning;
	m_fSpinSpeed = fSpinSpeed;
}

void Actor::SetEffectVibrating( float fVibrationDistance )
{
	m_Effect = vibrating;
	m_fVibrationDistance = fVibrationDistance;
}

void Actor::SetEffectFlickering()
{
	m_Effect = flickering;
}

void Actor::SetEffectBouncing( D3DXVECTOR3 vectBounce, float fPeriod )
{
	m_Effect = bouncing;
	
	m_vectBounce = vectBounce;
	m_fBouncePeriod = fPeriod;
	m_fTimeIntoBounce = 0;

}