runtime: Formatting
This commit is contained in:
Michael Fabian 'Xaymar' Dirks
+138
-109
@@ -1,211 +1,240 @@
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#include "std.hpp"
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#include "brush.hpp"
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#include "std.hpp"
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#include "../gxruntime/gxgraphics.hpp"
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struct Brush::Rep{
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union{ int ref_cnt;Rep *next; };
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int blend,max_tex;
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bool blend_valid;
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struct Brush::Rep {
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union {
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int ref_cnt;
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Rep* next;
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};
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int blend, max_tex;
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bool blend_valid;
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gxScene::RenderState rs;
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Texture texs[gxScene::MAX_TEXTURES];
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Texture texs[gxScene::MAX_TEXTURES];
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static Rep *pool;
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static Rep* pool;
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Rep():
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ref_cnt(1),blend(0),max_tex(0),blend_valid(true){
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memset( &rs,0,sizeof(rs) );
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rs.blend=gxScene::BLEND_REPLACE;
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rs.color[0]=rs.color[1]=rs.color[2]=rs.alpha=1;
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Rep() : ref_cnt(1), blend(0), max_tex(0), blend_valid(true)
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{
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memset(&rs, 0, sizeof(rs));
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rs.blend = gxScene::BLEND_REPLACE;
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rs.color[0] = rs.color[1] = rs.color[2] = rs.alpha = 1;
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}
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Rep( const Rep &t ):
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ref_cnt(1),blend(t.blend),max_tex(t.max_tex),rs(t.rs),blend_valid(t.blend_valid){
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for( int k=0;k<max_tex;++k ) texs[k]=t.texs[k];
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Rep(const Rep& t) : ref_cnt(1), blend(t.blend), max_tex(t.max_tex), rs(t.rs), blend_valid(t.blend_valid)
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{
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for (int k = 0; k < max_tex; ++k)
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texs[k] = t.texs[k];
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}
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void *operator new( size_t sz ){
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static const int GROW=64;
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if( !pool ){
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pool=new Rep[GROW];
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for( int k=0;k<GROW-1;++k ) pool[k].next=&pool[k+1];
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pool[GROW-1].next=0;
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void* operator new(size_t sz)
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{
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static const int GROW = 64;
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if (!pool) {
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pool = new Rep[GROW];
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for (int k = 0; k < GROW - 1; ++k)
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pool[k].next = &pool[k + 1];
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pool[GROW - 1].next = 0;
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}
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Rep *p=pool;
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pool=p->next;
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Rep* p = pool;
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pool = p->next;
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return p;
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}
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void operator delete( void *q ){
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Rep *p=(Rep*)q;
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p->next=pool;
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pool=p;
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void operator delete(void* q)
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{
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Rep* p = (Rep*)q;
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p->next = pool;
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pool = p;
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}
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};
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Brush::Rep *Brush::Rep::pool;
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Brush::Rep* Brush::Rep::pool;
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Brush::Brush():
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rep( new Rep() ){
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}
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Brush::Brush() : rep(new Rep()) {}
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Brush::Brush( const Brush &t ):
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rep( t.rep ){
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Brush::Brush(const Brush& t) : rep(t.rep)
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{
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++rep->ref_cnt;
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}
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Brush::Brush( const Brush &a,const Brush &b ):
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rep( new Rep( *a.rep ) ){
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Brush::Brush(const Brush& a, const Brush& b) : rep(new Rep(*a.rep))
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{
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*(Vector*)rep->rs.color *= *(Vector*)b.rep->rs.color;
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*(Vector*)rep->rs.color*=*(Vector*)b.rep->rs.color;
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rep->rs.alpha *= b.rep->rs.alpha;
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rep->rs.shininess += b.rep->rs.shininess;
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rep->rs.alpha*=b.rep->rs.alpha;
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rep->rs.shininess+=b.rep->rs.shininess;
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if (b.rep->blend)
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rep->blend = b.rep->blend;
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if( b.rep->blend ) rep->blend=b.rep->blend;
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rep->rs.fx |= b.rep->rs.fx;
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rep->rs.fx|=b.rep->rs.fx;
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if (b.rep->max_tex > rep->max_tex)
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rep->max_tex = b.rep->max_tex;
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if( b.rep->max_tex>rep->max_tex ) rep->max_tex=b.rep->max_tex;
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for( int k=0;k<rep->max_tex;++k ){
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if( b.rep->rs.tex_states[k].canvas ){
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rep->rs.tex_states[k].canvas=b.rep->rs.tex_states[k].canvas;
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rep->texs[k]=b.rep->texs[k];
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for (int k = 0; k < rep->max_tex; ++k) {
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if (b.rep->rs.tex_states[k].canvas) {
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rep->rs.tex_states[k].canvas = b.rep->rs.tex_states[k].canvas;
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rep->texs[k] = b.rep->texs[k];
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}
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}
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rep->blend_valid=false;
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rep->blend_valid = false;
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}
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Brush::~Brush(){
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if( !--rep->ref_cnt ) delete rep;
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Brush::~Brush()
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{
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if (!--rep->ref_cnt)
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delete rep;
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}
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Brush &Brush::operator=( const Brush &t ){
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Brush& Brush::operator=(const Brush& t)
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{
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++t.rep->ref_cnt;
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if( !--rep->ref_cnt ) delete rep;
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rep=t.rep;return *this;
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if (!--rep->ref_cnt)
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delete rep;
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rep = t.rep;
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return *this;
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}
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Brush::Rep *Brush::write()const{
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if( rep->ref_cnt>1 ){
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Brush::Rep* Brush::write() const
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{
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if (rep->ref_cnt > 1) {
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--rep->ref_cnt;
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rep=new Rep( *rep );
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rep = new Rep(*rep);
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}
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return rep;
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}
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void Brush::setColor( const Vector &color ){
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*(Vector*)write()->rs.color=color;
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void Brush::setColor(const Vector& color)
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{
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*(Vector*)write()->rs.color = color;
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}
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void Brush::setAlpha( float alpha ){
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float a=rep->rs.alpha;
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write()->rs.alpha=alpha;
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if( (a<1)!=(alpha<1) ) rep->blend_valid=false;
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void Brush::setAlpha(float alpha)
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{
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float a = rep->rs.alpha;
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write()->rs.alpha = alpha;
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if ((a < 1) != (alpha < 1))
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rep->blend_valid = false;
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}
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void Brush::setShininess( float n ){
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write()->rs.shininess=n;
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void Brush::setShininess(float n)
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{
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write()->rs.shininess = n;
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}
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void Brush::setBlend( int blend ){
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write()->blend=blend;
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rep->blend_valid=false;
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void Brush::setBlend(int blend)
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{
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write()->blend = blend;
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rep->blend_valid = false;
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}
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void Brush::setFX( int fx ){
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write()->rs.fx=fx;
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rep->blend_valid=false;
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void Brush::setFX(int fx)
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{
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write()->rs.fx = fx;
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rep->blend_valid = false;
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}
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void Brush::setTexture( int index,const Texture &t,int n ){
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void Brush::setTexture(int index, const Texture& t, int n)
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{
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write();
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gxScene::RenderState &rs=rep->rs;
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gxScene::RenderState& rs = rep->rs;
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rep->texs[index]=t;
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rs.tex_states[index].canvas=t.getCanvas( n );
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rep->texs[index] = t;
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rs.tex_states[index].canvas = t.getCanvas(n);
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rep->max_tex=0;
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for( int k=0;k<gxScene::MAX_TEXTURES;++k ){
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if( rs.tex_states[k].canvas ) rep->max_tex=k+1;
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rep->max_tex = 0;
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for (int k = 0; k < gxScene::MAX_TEXTURES; ++k) {
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if (rs.tex_states[k].canvas)
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rep->max_tex = k + 1;
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}
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rep->blend_valid=false;
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rep->blend_valid = false;
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}
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const Vector &Brush::getColor()const{
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const Vector& Brush::getColor() const
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{
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return *(Vector*)rep->rs.color;
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}
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float Brush::getAlpha()const{
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float Brush::getAlpha() const
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{
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return rep->rs.alpha;
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}
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float Brush::getShininess()const{
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float Brush::getShininess() const
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{
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return rep->rs.shininess;
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}
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int Brush::getBlend()const{
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if( rep->blend_valid ) return rep->rs.blend;
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int Brush::getBlend() const
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{
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if (rep->blend_valid)
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return rep->rs.blend;
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rep->blend_valid=true; //well, it will be...
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rep->blend_valid = true; //well, it will be...
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gxScene::RenderState &rs=rep->rs;
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gxScene::RenderState& rs = rep->rs;
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//alphatest
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if( rep->texs[0].getCanvasFlags() & gxCanvas::CANVAS_TEX_MASK ){
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rs.fx|=gxScene::FX_ALPHATEST;
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}else{
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rs.fx&=~gxScene::FX_ALPHATEST;
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if (rep->texs[0].getCanvasFlags() & gxCanvas::CANVAS_TEX_MASK) {
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rs.fx |= gxScene::FX_ALPHATEST;
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} else {
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rs.fx &= ~gxScene::FX_ALPHATEST;
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}
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//0 = default/replace
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//1 = alpha
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//2 = multiply
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//3 = add
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if( rep->blend ){
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if( rep->blend!=gxScene::BLEND_ALPHA ){
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return rs.blend=rep->blend;
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if (rep->blend) {
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if (rep->blend != gxScene::BLEND_ALPHA) {
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return rs.blend = rep->blend;
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}
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for( int k=0;k<rep->max_tex;++k ){
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if( rep->texs[k].isTransparent() ){
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return rs.blend=gxScene::BLEND_ALPHA;
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for (int k = 0; k < rep->max_tex; ++k) {
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if (rep->texs[k].isTransparent()) {
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return rs.blend = gxScene::BLEND_ALPHA;
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}
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}
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}else if( rep->max_tex==1 && rep->texs[0].isTransparent() ){
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} else if (rep->max_tex == 1 && rep->texs[0].isTransparent()) {
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//single transparent texture?
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return rs.blend=gxScene::BLEND_ALPHA;
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return rs.blend = gxScene::BLEND_ALPHA;
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}
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//vertex alpha or entityalpha?
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if( (rs.fx&gxScene::FX_VERTEXALPHA) || rs.alpha<1 ){
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return rs.blend=gxScene::BLEND_ALPHA;
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if ((rs.fx & gxScene::FX_VERTEXALPHA) || rs.alpha < 1) {
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return rs.blend = gxScene::BLEND_ALPHA;
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}
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return rs.blend=gxScene::BLEND_REPLACE;
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return rs.blend = gxScene::BLEND_REPLACE;
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}
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int Brush::getFX()const{
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int Brush::getFX() const
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{
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return rep->rs.fx;
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}
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Texture Brush::getTexture( int index )const{
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Texture Brush::getTexture(int index) const
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{
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return rep->texs[index];
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}
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const gxScene::RenderState &Brush::getRenderState()const{
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const gxScene::RenderState& Brush::getRenderState() const
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{
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getBlend();
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for( int k=0;k<rep->max_tex;++k ){
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gxScene::RenderState::TexState *ts=&rep->rs.tex_states[k];
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ts->matrix=rep->texs[k].getMatrix();
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ts->blend=rep->texs[k].getBlend();
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ts->flags=rep->texs[k].getFlags();
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for (int k = 0; k < rep->max_tex; ++k) {
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gxScene::RenderState::TexState* ts = &rep->rs.tex_states[k];
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ts->matrix = rep->texs[k].getMatrix();
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ts->blend = rep->texs[k].getBlend();
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ts->flags = rep->texs[k].getFlags();
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}
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return rep->rs;
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}
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bool Brush::operator<( const Brush &t )const{
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return memcmp( &getRenderState(),&t.getRenderState(),sizeof(gxScene::RenderState) )<0;
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bool Brush::operator<(const Brush& t) const
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{
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return memcmp(&getRenderState(), &t.getRenderState(), sizeof(gxScene::RenderState)) < 0;
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}
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