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GameProcedure.cpp
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/*
* OutSpacer -- a 3D game as C++ class homework
* Copyright (C) 2010 Sun Sibai <[email protected]> et al.
*
* OutSpacer is free software: you can redistribute it and/or
* modify it under the terms of the GNU General Public License as
* published by the Free Software Foundation, either version 3 of
* the License, or (at your option) any later version.
*
* This program is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with this program. If not, see <http://www.gnu.org/licenses/>.
*
* Name: GameProcedure.cpp
* Author: niasw(孙思白) JzZhang(张靖中) FrankXu(徐震)
* Description: 小课题Outspacer游戏过程中辅助函数实现
*/
#include "GameProcedure.h"
int SearchOrder( int cate, void* obj );
int LoadMap ( char* filename )
{
std::ifstream filein ( filename , std::ios::binary );
if (filein.good())
{
filein.seekg ( 0x06, std::ios::beg );
filein.read ( (char*)&Level , 4 );
filein.seekg ( 0x12, std::ios::beg );
filein.read ( (char*)&gamestate , 2 );
if (gamestate==0)
{
filein.close();
return 1;
}
filein.read ( (char*)&MapRadius , 8 );
char *tmp1 = new char[88];
filein.read ( tmp1 , 48 );
new Node<SpaceShip>(new SpaceShip(*((double*)tmp1),*((double*)tmp1+1),*((double*)tmp1+2),
*((double*)tmp1+3),*((double*)tmp1+4),*((double*)tmp1+5) ));
mainship = Node<SpaceShip>::beg->obj;
filein.seekg ( 0x0a, std::ios::beg );
int tmp2;
filein.read ( (char*)&tmp2 , 4 );
filein.seekg ( tmp2, std::ios::beg );
filein.read ( (char*)&tmp2 , 4 );
int cate = 0;
int attachorder, aimorder;
for (int tmp3 = 0; tmp3 < tmp2; ++ tmp3)
{
filein.read ( (char*)&cate, 4 );
void *aimnode, *attachnode;
switch (cate)
{
case CATE_Star:
filein.read ( tmp1, 88 );
new Node<Star>(new Star(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((double*)(tmp1+24))));
break;
case CATE_BiStar:
filein.read ( tmp1, 88 );
new Node<BiStar>(new BiStar(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((double*)(tmp1+24)),
*((double*)(tmp1+32)),*((double*)(tmp1+40)),*((double*)(tmp1+48)),*((double*)(tmp1+56)),
*((double*)(tmp1+64)),*((double*)(tmp1+72)),*((int*)(tmp1+80)),*((int*)(tmp1+84))));
break;
case CATE_BlackHole:
filein.read ( tmp1, 88 );
new Node<BlackHole>(new BlackHole(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((double*)(tmp1+24))));
break;
case CATE_Planet:
filein.read ( tmp1, 88 );
new Node<Planet>(new Planet(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((double*)(tmp1+24)),*((double*)(tmp1+32)),*((double*)(tmp1+40))));
break;
case CATE_SpaceShip://to improve
// filein.read ( tmp1, 88 );
// new Node<SpaceShip>(new SpaceShip(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((double*)(tmp1+24)),
// *((double*)(tmp1+32)),*((double*)(tmp1+40)),*((int*)(tmp1+48)),*((int*)(tmp1+52)),
// *((double*)(tmp1+56)),*((double*)(tmp1+64)),*((double*)(tmp1+72)),*((int*)(tmp1+80))));
break;
case CATE_Fort:
filein.read ( tmp1, 88 );
attachorder = *((int*)(tmp1+0x18));
aimorder = *((int*)(tmp1+0x20));
switch ((*((int*)(tmp1+0x14))) & 0xf)//AttachCate
{
case CATE_Star:
{
Node<Star>* node;
node = Node<Star>::beg;
for ( int tmp4 = 1; tmp4 < attachorder; ++ tmp4 )
node = node->next;
attachnode = (void*) (node->obj);
break;
}
case CATE_BiStar:
{
Node<BiStar>* node;
node = Node<BiStar>::beg;
for ( int tmp4 = 1; tmp4 < attachorder; ++ tmp4 )
node = node->next;
attachnode = (void*) (node->obj);
break;
}
case CATE_Planet:
{
Node<Planet>* node;
node = Node<Planet>::beg;
for ( int tmp4 = 1; tmp4 < attachorder; ++ tmp4 )
node = node->next;
attachnode = (void*) (node->obj);
break;
}
}
switch ((*((int*)(tmp1+0x1c))) & 0xf)//AimCate
{
case CATE_SpaceShip:
{
Node<SpaceShip>* node;
node = Node<SpaceShip>::beg;
for ( int tmp4 = 1; tmp4 < aimorder; ++ tmp4 )
node = node->next;
aimnode = (void*) (node->obj);
break;
}
case CATE_Fort:
{
Node<Fort>* node;
node = Node<Fort>::beg;
for ( int tmp4 = 1; tmp4 < aimorder; ++ tmp4 )
node = node->next;
aimnode = (void*) (node->obj);
break;
}
}
new Node<Fort>(new Fort(*((double*)tmp1),*((double*)(tmp1+0x8)),*((int*)(tmp1+0x10)),*((int*)(tmp1+0x14)), attachnode, *((int*)(tmp1+0x1c)), aimnode, *((int*)(tmp1+0x24))));
break;
case CATE_Missile:
filein.read ( tmp1, 88 );
aimorder = *((int*)(tmp1+0x24));
switch ((*((int*)(tmp1+0x20))) & 0xf)//AimCate
{
case CATE_SpaceShip:
{
Node<SpaceShip>* node;
node = Node<SpaceShip>::beg;
for ( int tmp4 = 1; tmp4 < aimorder; ++ tmp4 )
node = node->next;
aimnode = (void*) (node->obj);
break;
}
case CATE_Fort:
{
Node<Fort>* node;
node = Node<Fort>::beg;
for ( int tmp4 = 1; tmp4 < aimorder; ++ tmp4 )
node = node->next;
aimnode = (void*) (node->obj);
break;
}
}
new Node<Missile>(new Missile(*((double*)tmp1),*((double*)(tmp1+0x8)),*((double*)(tmp1+0x10)),*((double*)(tmp1+0x18)),*((int*)(tmp1+0x20)), aimnode));
break;
case CATE_Bullet:
filein.read ( tmp1, 88 );
new Node<Bullet>(new Bullet(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((double*)(tmp1+24)) ));
break;
case CATE_FuelBox:
filein.read ( tmp1, 88 );
new Node<FuelBox>(new FuelBox(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((double*)(tmp1+24)) ));
break;
case CATE_ExplosiveBox:
filein.read ( tmp1, 88 );
new Node<ExplosiveBox>(new ExplosiveBox(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((double*)(tmp1+24)) ));
break;
case CATE_Station:
filein.read ( tmp1, 88 );
new Node<Station>(new Station(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)) ));
break;
case CATE_Gas:
filein.read ( tmp1, 88 );
new Node<Gas>(new Gas(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((double*)(tmp1+24)),*((double*)(tmp1+32)),*((double*)(tmp1+40)),*((int*)(tmp1+48)) ));
break;
case CATE_Explosion:
filein.read ( tmp1, 88 );
new Node<Explosion>(new Explosion(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((int*)(tmp1+24)) ));
break;
}
}
filein.seekg ( 0x74, std::ios::beg );
switch (gamestate)
{
case CASE_GAMEtime:
filein.read ( (char*)&DstPx , 8 );
filein.read ( (char*)&DstPy , 8 );
break;
case CASE_GAMEfight:
{
filein.read ( tmp1 , 32 );
attachorder = *((int*)(tmp1+0x18));
aimorder = *((int*)(tmp1+0x20));
void* attachnode;
switch ((*((int*)(tmp1+0x14))) & 0xf)//AttachCate
{
case CATE_Star:
{
Node<Star>* node;
node = Node<Star>::beg;
for ( int tmp4 = 1; tmp4 < attachorder; ++ tmp4 )
node = node->next;
attachnode = (void*) (node->obj);
break;
}
case CATE_BiStar:
{
Node<BiStar>* node;
node = Node<BiStar>::beg;
for ( int tmp4 = 1; tmp4 < attachorder; ++ tmp4 )
node = node->next;
attachnode = (void*) (node->obj);
break;
}
case CATE_Planet:
{
Node<Planet>* node;
node = Node<Planet>::beg;
for ( int tmp4 = 1; tmp4 < attachorder; ++ tmp4 )
node = node->next;
attachnode = (void*) (node->obj);
break;
}
}
Node<Fort>::cur = 0; //insert as the head
Node<Fort>::ins(new Fort(*((double*)tmp1),*((double*)(tmp1+8)),*((int*)(tmp1+16)),
*((int*)(tmp1+20)),attachnode,CATE_SpaceShip, mainship,*((int*)(tmp1+28))));
bossfort = Node<Fort>::beg->obj;
break;
}
case CASE_GAMEfree:
break;
}
filein.close();
return 0;
}
else return 1;
}
int LoadSav ( char* filename )
{
std::ifstream filein ( filename , std::ios::binary );
if (filein.good())
{
filein.seekg ( 0x06, std::ios::beg );
filein.read ( (char*)&Level , 4 );
filein.seekg ( 0x12, std::ios::beg );
filein.read ( (char*)&gamestate , 2 );
if (gamestate==0)
{
filein.close();
return 1;
}
filein.read ( (char*)&MapRadius , 8 );
char *tmp1 = new char[88];
filein.read ( tmp1 , 88 );
new Node<SpaceShip>(new SpaceShip(*((double*)tmp1),*((double*)(tmp1+0x8)),*((double*)(tmp1+0x10)),
*((double*)(tmp1+0x18)),*((double*)(tmp1+0x20)),*((double*)(tmp1+0x28)),
*((int*)(tmp1+0x30)),*((int*)(tmp1+0x34)),*((double*)(tmp1+0x38)),
*((double*)(tmp1+0x40)),*((double*)(tmp1+0x48)),*((double*)(tmp1+0x50)) ));
mainship = Node<SpaceShip>::beg->obj;
filein.seekg ( 0x0a, std::ios::beg );
int tmp2;
filein.read ( (char*)&tmp2 , 4 );
filein.seekg ( tmp2, std::ios::beg );
filein.read ( (char*)&tmp2 , 4 );
int cate = 0;
int attachorder, aimorder;
for (int tmp3 = 0; tmp3 < tmp2; ++ tmp3)
{
filein.read ( (char*)&cate, 4 );
void *aimnode, *attachnode;
switch (cate)
{
case CATE_Star:
filein.read ( tmp1, 88 );
new Node<Star>(new Star(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((double*)(tmp1+24))));
break;
case CATE_BiStar:
filein.read ( tmp1, 88 );
new Node<BiStar>(new BiStar(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((double*)(tmp1+24)),
*((double*)(tmp1+32)),*((double*)(tmp1+40)),*((double*)(tmp1+48)),*((double*)(tmp1+56)),
*((double*)(tmp1+64)),*((double*)(tmp1+72)),*((int*)(tmp1+80)),*((int*)(tmp1+84))));
break;
case CATE_BlackHole:
filein.read ( tmp1, 88 );
new Node<BlackHole>(new BlackHole(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((double*)(tmp1+24))));
break;
case CATE_Planet:
filein.read ( tmp1, 88 );
new Node<Planet>(new Planet(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((double*)(tmp1+24)),*((double*)(tmp1+32)),*((double*)(tmp1+40))));
break;
case CATE_SpaceShip://to improve
// filein.read ( tmp1, 88 );
// new Node<SpaceShip>(new SpaceShip(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((double*)(tmp1+24)),
// *((double*)(tmp1+32)),*((double*)(tmp1+40)),*((int*)(tmp1+48)),*((int*)(tmp1+52)),
// *((double*)(tmp1+56)),*((double*)(tmp1+64)),*((double*)(tmp1+72)),*((int*)(tmp1+80))));
break;
case CATE_Fort:
filein.read ( tmp1, 88 );
attachorder = *((int*)(tmp1+0x18));
aimorder = *((int*)(tmp1+0x20));
switch ((*((int*)(tmp1+0x14))) & 0xf)//AttachCate
{
case CATE_Star:
{
Node<Star>* node;
node = Node<Star>::beg;
for ( int tmp4 = 1; tmp4 < attachorder; ++ tmp4 )
node = node->next;
attachnode = (void*) (node->obj);
break;
}
case CATE_BiStar:
{
Node<BiStar>* node;
node = Node<BiStar>::beg;
for ( int tmp4 = 1; tmp4 < attachorder; ++ tmp4 )
node = node->next;
attachnode = (void*) (node->obj);
break;
}
case CATE_Planet:
{
Node<Planet>* node;
node = Node<Planet>::beg;
for ( int tmp4 = 1; tmp4 < attachorder; ++ tmp4 )
node = node->next;
attachnode = (void*) (node->obj);
break;
}
}
switch ((*((int*)(tmp1+0x1c))) & 0xf)//AimCate
{
case CATE_SpaceShip:
{
Node<SpaceShip>* node;
node = Node<SpaceShip>::beg;
for ( int tmp4 = 1; tmp4 < aimorder; ++ tmp4 )
node = node->next;
aimnode = (void*) (node->obj);
break;
}
case CATE_Fort:
{
Node<Fort>* node;
node = Node<Fort>::beg;
for ( int tmp4 = 1; tmp4 < aimorder; ++ tmp4 )
node = node->next;
aimnode = (void*) (node->obj);
break;
}
}
new Node<Fort>(new Fort(*((double*)tmp1),*((double*)(tmp1+0x8)),*((int*)(tmp1+0x10)),*((int*)(tmp1+0x14)), attachnode, *((int*)(tmp1+0x1c)), aimnode, *((int*)(tmp1+0x24))));
break;
case CATE_Missile:
filein.read ( tmp1, 88 );
aimorder = *((int*)(tmp1+0x24));
switch ((*((int*)(tmp1+0x20))) & 0xf)//AimCate
{
case CATE_SpaceShip:
{
Node<SpaceShip>* node;
node = Node<SpaceShip>::beg;
for ( int tmp4 = 1; tmp4 < aimorder; ++ tmp4 )
node = node->next;
aimnode = (void*) (node->obj);
break;
}
case CATE_Fort:
{
Node<Fort>* node;
node = Node<Fort>::beg;
for ( int tmp4 = 1; tmp4 < aimorder; ++ tmp4 )
node = node->next;
aimnode = (void*) (node->obj);
break;
}
}
new Node<Missile>(new Missile(*((double*)tmp1),*((double*)(tmp1+0x8)),*((double*)(tmp1+0x10)),*((double*)(tmp1+0x18)),*((int*)(tmp1+0x20)), aimnode));
break;
case CATE_Bullet:
filein.read ( tmp1, 88 );
new Node<Bullet>(new Bullet(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((double*)(tmp1+24)) ));
break;
case CATE_FuelBox:
filein.read ( tmp1, 88 );
new Node<FuelBox>(new FuelBox(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((double*)(tmp1+24)) ));
break;
case CATE_ExplosiveBox:
filein.read ( tmp1, 88 );
new Node<ExplosiveBox>(new ExplosiveBox(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((double*)(tmp1+24)) ));
break;
case CATE_Station:
filein.read ( tmp1, 88 );
new Node<Station>(new Station(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)) ));
break;
case CATE_Gas:
filein.read ( tmp1, 88 );
new Node<Gas>(new Gas(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((double*)(tmp1+24)),*((double*)(tmp1+32)),*((double*)(tmp1+40)),*((int*)(tmp1+48)) ));
break;
case CATE_Explosion:
filein.read ( tmp1, 88 );
new Node<Explosion>(new Explosion(*((double*)tmp1),*((double*)(tmp1+8)),*((double*)(tmp1+16)),*((int*)(tmp1+24)) ));
break;
}
}
filein.seekg ( 0x74, std::ios::beg );
switch (gamestate)
{
case CASE_GAMEtime:
filein.read ( (char*)&DstPx , 8 );
filein.read ( (char*)&DstPy , 8 );
filein.read ( (char*)&Time , 4 );
break;
case CASE_GAMEfight:
{
filein.read ( tmp1 , 32 );
attachorder = *((int*)(tmp1+0x18));
aimorder = *((int*)(tmp1+0x20));
void* attachnode;
switch ((*((int*)(tmp1+0x14))) & 0xf)//AttachCate
{
case CATE_Star:
{
Node<Star>* node;
node = Node<Star>::beg;
for ( int tmp4 = 1; tmp4 < attachorder; ++ tmp4 )
node = node->next;
attachnode = (void*) (node->obj);
break;
}
case CATE_BiStar:
{
Node<BiStar>* node;
node = Node<BiStar>::beg;
for ( int tmp4 = 1; tmp4 < attachorder; ++ tmp4 )
node = node->next;
attachnode = (void*) (node->obj);
break;
}
case CATE_Planet:
{
Node<Planet>* node;
node = Node<Planet>::beg;
for ( int tmp4 = 1; tmp4 < attachorder; ++ tmp4 )
node = node->next;
attachnode = (void*) (node->obj);
break;
}
}
Node<Fort>::cur = 0; //insert as the head
Node<Fort>::ins(new Fort(*((double*)tmp1),*((double*)(tmp1+8)),*((int*)(tmp1+16)),
*((int*)(tmp1+20)),attachnode,CATE_SpaceShip, mainship,*((int*)(tmp1+28))));
bossfort = Node<Fort>::beg->obj;
break;
}
case CASE_GAMEfree:
break;
}
filein.close();
return 0;
}
else return 1;
}
void Save ( char * filename )
{
std::ofstream fileout( filename, std::ios::binary );
fileout.seekp( 0, std::ios::beg );
fileout.write( "OS", 2 ); //文件类型标识
int size;
if (gamestate==CASE_GAMEfight)
{
size = Node<Star>::num + Node<BiStar>::num + Node<BlackHole>::num + Node<Planet>::num
+ Node<SpaceShip>::num + Node<Fort>::num + Node<Bullet>::num + Node<Missile>::num
+ Node<FuelBox>::num + Node<ExplosiveBox>::num + Node<Station>::num
+ Node<Gas>::num + Node<Explosion>::num - 2;
}
else
{
size = Node<Star>::num + Node<BiStar>::num + Node<BlackHole>::num + Node<Planet>::num
+ Node<SpaceShip>::num + Node<Fort>::num + Node<Bullet>::num + Node<Missile>::num
+ Node<FuelBox>::num + Node<ExplosiveBox>::num + Node<Station>::num
+ Node<Gas>::num + Node<Explosion>::num - 1;
}
fileout.seekp( 0x94, std::ios::beg );
fileout.write( (char*)&size, 4 ); //类个数
size = 0x98 + size * 92;
fileout.seekp( 2, std::ios::beg );
fileout.write( (char*)&size, 4 ); //文件大小
fileout.write( (char*)&Level, 4 ); //级别
int tmp = 0x94;
fileout.write( (char*)&tmp, 4 ); //数据起始位置
tmp = 0x86;
fileout.write( (char*)&tmp, 4 ); //信息头大小
fileout.write( (char*)&gamestate, 2); //模式
fileout.write( (char*)&MapRadius, 8); //地图半径
//写mainship数据
fileout.write( (char*)&(mainship->dPx), 8);
fileout.write( (char*)&(mainship->dPy), 8);
fileout.write( (char*)&(mainship->dVx), 8);
fileout.write( (char*)&(mainship->dVy), 8);
fileout.write( (char*)&(mainship->dMf), 8);
fileout.write( (char*)&(mainship->dMe), 8);
fileout.write( (char*)&(mainship->HP), 4);
fileout.write( (char*)&(mainship->JetI), 4);
fileout.write( (char*)&(mainship->dAg), 8);
fileout.write( (char*)&(mainship->dWg), 8);
fileout.write( (char*)&(mainship->dAgw), 8);
fileout.write( (char*)&(mainship->dAgc), 8);
switch ( gamestate )
{
case CASE_GAMEtime:
fileout.seekp( 0x74, std::ios::beg ); //write the position of the destination
fileout.write( (char*)&DstPx, 8 );
fileout.write( (char*)&DstPy, 8 );
fileout.write( (char*)&Time, 4 );
break;
case CASE_GAMEfight:
fileout.seekp( 0x74, std::ios::beg );
fileout.write( (char*)&(bossfort->dAo), 8);
fileout.write( (char*)&(bossfort->dR), 8);
fileout.write( (char*)&(bossfort->Fq), 4);
fileout.write( (char*)&(bossfort->AttachCate), 4);
tmp = SearchOrder ( bossfort->AttachCate, bossfort->Attach );
fileout.write( (char*)&tmp, 4 );
fileout.write( (char*)&(bossfort->nowTime), 4 );
break;
case CASE_GAMEfree:
break;
}
int sdTmp;
fileout.seekp ( 0x98, std::ios::beg );
Node<Star>::cur = Node<Star>::beg;
while ( Node<Star>::cur )
{
sdTmp = fileout.tellp();
tmp = CATE_Star;
fileout.write( (char*)&tmp, 4 );
fileout.write( (char*)&Node<Star>::cur->obj->dM, 8 );
fileout.write( (char*)&Node<Star>::cur->obj->dPx, 8 );
fileout.write( (char*)&Node<Star>::cur->obj->dPy, 8 );
fileout.write( (char*)&Node<Star>::cur->obj->dR, 8 );
fileout.seekp( sdTmp + 92, std::ios::beg );
Node<Star>::cur = Node<Star>::cur->next;
}
Node<BiStar>::cur = Node<BiStar>::beg;
while ( Node<BiStar>::cur )
{
sdTmp = fileout.tellp();
tmp = CATE_BiStar;
fileout.write( (char*)&tmp, 4 );
fileout.write( (char*)&Node<BiStar>::cur->obj->dM1, 8 );
fileout.write( (char*)&Node<BiStar>::cur->obj->dM2, 8 );
fileout.write( (char*)&Node<BiStar>::cur->obj->dPCx, 8 );
fileout.write( (char*)&Node<BiStar>::cur->obj->dPCy, 8 );
fileout.write( (char*)&Node<BiStar>::cur->obj->dR1, 8 );
fileout.write( (char*)&Node<BiStar>::cur->obj->dR2, 8 );
fileout.write( (char*)&Node<BiStar>::cur->obj->dAo, 8 );
fileout.write( (char*)&Node<BiStar>::cur->obj->dAg, 8 );
fileout.write( (char*)&Node<BiStar>::cur->obj->dD, 8 );
fileout.write( (char*)&Node<BiStar>::cur->obj->dE, 8 );
fileout.write( (char*)&Node<BiStar>::cur->obj->direc, 4 );
fileout.write( (char*)&Node<BiStar>::cur->obj->T, 4 );
fileout.seekp( sdTmp + 92, std::ios::beg );
Node<BiStar>::cur = Node<BiStar>::cur->next;
}
Node<BlackHole>::cur = Node<BlackHole>::beg;
while ( Node<BlackHole>::cur )
{
sdTmp = fileout.tellp();
tmp = CATE_BlackHole;
fileout.write( (char*)&tmp, 4 );
fileout.write( (char*)&Node<BlackHole>::cur->obj->dM, 8 );
fileout.write( (char*)&Node<BlackHole>::cur->obj->dPx, 8 );
fileout.write( (char*)&Node<BlackHole>::cur->obj->dPy, 8 );
fileout.write( (char*)&Node<BlackHole>::cur->obj->dR, 8 );
fileout.seekp( sdTmp + 92, std::ios::beg );
Node<BlackHole>::cur = Node<BlackHole>::cur->next;
}
Node<Planet>::cur = Node<Planet>::beg;
while ( Node<Planet>::cur )
{
sdTmp = fileout.tellp();
tmp = CATE_Planet;
fileout.write( (char*)&tmp, 4 );
fileout.write( (char*)&Node<Planet>::cur->obj->dM, 8 );
fileout.write( (char*)&Node<Planet>::cur->obj->dPx, 8 );
fileout.write( (char*)&Node<Planet>::cur->obj->dPy, 8 );
fileout.write( (char*)&Node<Planet>::cur->obj->dVx, 8 );
fileout.write( (char*)&Node<Planet>::cur->obj->dVy, 8 );
fileout.write( (char*)&Node<Planet>::cur->obj->dR, 8 );
fileout.seekp( sdTmp + 92, std::ios::beg );
Node<Planet>::cur = Node<Planet>::cur->next;
}
Node<SpaceShip>::cur = Node<SpaceShip>::beg->next;
while ( Node<SpaceShip>::cur )
{
sdTmp = fileout.tellp();
tmp = CATE_SpaceShip;
fileout.write( (char*)&tmp, 4 );
fileout.write( (char*)&Node<SpaceShip>::cur->obj->dPx, 8 );
fileout.write( (char*)&Node<SpaceShip>::cur->obj->dPy, 8 );
fileout.write( (char*)&Node<SpaceShip>::cur->obj->dVx, 8 );
fileout.write( (char*)&Node<SpaceShip>::cur->obj->dVy, 8 );
fileout.write( (char*)&Node<SpaceShip>::cur->obj->dR, 8 );
fileout.write( (char*)&Node<SpaceShip>::cur->obj->dMf, 8 );
fileout.write( (char*)&Node<SpaceShip>::cur->obj->dMe, 8 );
fileout.write( (char*)&Node<SpaceShip>::cur->obj->HP, 4 );
fileout.write( (char*)&Node<SpaceShip>::cur->obj->JetI, 4 );
fileout.write( (char*)&Node<SpaceShip>::cur->obj->dAg, 8 );
fileout.write( (char*)&Node<SpaceShip>::cur->obj->dWg, 8 );
fileout.write( (char*)&Node<SpaceShip>::cur->obj->dAgw, 8 );
fileout.write( (char*)&Node<SpaceShip>::cur->obj->dAgc, 8 );
fileout.seekp( sdTmp + 92, std::ios::beg );
Node<SpaceShip>::cur = Node<SpaceShip>::cur->next;
}
Node<Fort>::cur = Node<Fort>::beg;
if ( gamestate == CASE_GAMEfight ) Node<Fort>::cur = Node<Fort>::cur->next;
while ( Node<Fort>::cur )
{
sdTmp = fileout.tellp();
tmp = CATE_Fort;
fileout.write( (char*)&tmp, 4 );
fileout.write( (char*)&Node<Fort>::cur->obj->dAo, 8 );
fileout.write( (char*)&Node<Fort>::cur->obj->dR, 8 );
fileout.write( (char*)&Node<Fort>::cur->obj->Fq, 4 );
fileout.write( (char*)&Node<Fort>::cur->obj->AttachCate, 4 );
tmp = SearchOrder ( Node<Fort>::cur->obj->AttachCate, Node<Fort>::cur->obj->Attach );
fileout.write( (char*)&tmp, 4 );
fileout.write( (char*)&Node<Fort>::cur->obj->AimCate, 4 );
tmp = SearchOrder ( Node<Fort>::cur->obj->AimCate, Node<Fort>::cur->obj->Aim );
fileout.write( (char*)&tmp, 4 );
fileout.write( (char*)&(Node<Fort>::cur->obj->nowTime), 4 );
fileout.seekp( sdTmp + 92, std::ios::beg );
Node<Fort>::cur = Node<Fort>::cur->next;
}
Node<Missile>::cur = Node<Missile>::beg;
while ( Node<Missile>::cur )
{
sdTmp = fileout.tellp();
tmp = CATE_Missile;
fileout.write( (char*)&tmp, 4 );
fileout.write( (char*)&Node<Missile>::cur->obj->dPx, 8 );
fileout.write( (char*)&Node<Missile>::cur->obj->dPy, 8 );
fileout.write( (char*)&Node<Missile>::cur->obj->dVx, 8 );
fileout.write( (char*)&Node<Missile>::cur->obj->dVy, 8 );
fileout.write( (char*)&Node<Missile>::cur->obj->AimCate, 4 );
tmp = SearchOrder ( Node<Missile>::cur->obj->AimCate, Node<Missile>::cur->obj->Aim );
fileout.write( (char*)&tmp, 4 );
fileout.seekp( sdTmp + 92, std::ios::beg );
Node<Missile>::cur = Node<Missile>::cur->next;
}
Node<Bullet>::cur = Node<Bullet>::beg;
while ( Node<Bullet>::cur )
{
sdTmp = fileout.tellp();
tmp = CATE_Bullet;
fileout.write( (char*)&tmp, 4 );
fileout.write( (char*)&Node<Bullet>::cur->obj->dPx, 8 );
fileout.write( (char*)&Node<Bullet>::cur->obj->dPy, 8 );
fileout.write( (char*)&Node<Bullet>::cur->obj->dVx, 8 );
fileout.write( (char*)&Node<Bullet>::cur->obj->dVy, 8 );
fileout.seekp( sdTmp + 92, std::ios::beg );
Node<Bullet>::cur = Node<Bullet>::cur->next;
}
Node<FuelBox>::cur = Node<FuelBox>::beg;
while ( Node<FuelBox>::cur )
{
sdTmp = fileout.tellp();
tmp = CATE_FuelBox;
fileout.write( (char*)&tmp, 4 );
fileout.write( (char*)&Node<FuelBox>::cur->obj->dPx, 8 );
fileout.write( (char*)&Node<FuelBox>::cur->obj->dPy, 8 );
fileout.write( (char*)&Node<FuelBox>::cur->obj->dVx, 8 );
fileout.write( (char*)&Node<FuelBox>::cur->obj->dVy, 8 );
fileout.seekp( sdTmp + 92, std::ios::beg );
Node<FuelBox>::cur = Node<FuelBox>::cur->next;
}
Node<ExplosiveBox>::cur = Node<ExplosiveBox>::beg;
while ( Node<ExplosiveBox>::cur )
{
sdTmp = fileout.tellp();
tmp = CATE_ExplosiveBox;
fileout.write( (char*)&tmp, 4 );
fileout.write( (char*)&Node<ExplosiveBox>::cur->obj->dPx, 8 );
fileout.write( (char*)&Node<ExplosiveBox>::cur->obj->dPy, 8 );
fileout.write( (char*)&Node<ExplosiveBox>::cur->obj->dVx, 8 );
fileout.write( (char*)&Node<ExplosiveBox>::cur->obj->dVy, 8 );
fileout.seekp( sdTmp + 92, std::ios::beg );
Node<ExplosiveBox>::cur = Node<ExplosiveBox>::cur->next;
}
Node<Station>::cur = Node<Station>::beg;
while ( Node<Station>::cur )
{
sdTmp = fileout.tellp();
tmp = CATE_Station;
fileout.write( (char*)&tmp, 4 );
fileout.write( (char*)&Node<Station>::cur->obj->dPx, 8 );
fileout.write( (char*)&Node<Station>::cur->obj->dPy, 8 );
fileout.write( (char*)&Node<Station>::cur->obj->dR, 8 );
fileout.seekp( sdTmp + 92, std::ios::beg );
Node<Station>::cur = Node<Station>::cur->next;
}
Node<Gas>::cur = Node<Gas>::beg;
while ( Node<Gas>::cur )
{
sdTmp = fileout.tellp();
tmp = CATE_Gas;
fileout.write( (char*)&tmp, 4 );
fileout.write( (char*)&Node<Gas>::cur->obj->fPx, 8 );
fileout.write( (char*)&Node<Gas>::cur->obj->fPy, 8 );
fileout.write( (char*)&Node<Gas>::cur->obj->fVx, 8 );
fileout.write( (char*)&Node<Gas>::cur->obj->fVy, 8 );
fileout.write( (char*)&Node<Gas>::cur->obj->fAg, 8 );
fileout.write( (char*)&Node<Gas>::cur->obj->fv, 8 );
fileout.write( (char*)&Node<Gas>::cur->obj->nowTime, 4);
fileout.seekp( sdTmp + 92, std::ios::beg );
Node<Gas>::cur = Node<Gas>::cur->next;
}
Node<Explosion>::cur = Node<Explosion>::beg;
while ( Node<Explosion>::cur )
{
sdTmp = fileout.tellp();
tmp = CATE_Explosion;
fileout.write( (char*)&tmp, 4 );
fileout.write( (char*)&Node<Explosion>::cur->obj->fPx, 8 );
fileout.write( (char*)&Node<Explosion>::cur->obj->fPy, 8 );
fileout.write( (char*)&Node<Explosion>::cur->obj->fv, 8 );
fileout.write( (char*)&Node<Explosion>::cur->obj->nowTime, 4);
fileout.seekp( sdTmp + 92, std::ios::beg );
Node<Explosion>::cur = Node<Explosion>::cur->next;
}
fileout.seekp( sdTmp + 91, std::ios::beg );
tmp = 0;
fileout.write( (char*)&tmp, 1 );
}
void ProceedGame ()
{
glDisable(GL_TEXTURE_2D);
double ar = double(glutGet(GLUT_SCREEN_WIDTH)) / double(glutGet(GLUT_SCREEN_HEIGHT));
glMatrixMode(GL_PROJECTION);
glLoadIdentity();
gluPerspective(60,ar,VIEW_GAME_FRONT,VIEW_GAME_BACK);
glMatrixMode(GL_MODELVIEW);
glLoadIdentity();
glLightfv ( GL_LIGHT0, GL_POSITION, light_position_menu1 );
glTranslated(0,0,- SHOW_SHIP_DISTANCE);
glRotated(1,0,0, slope_angle);
glRotated(0,1,0, - mainship->dAgw);
glTranslated( - mainship->dPx, 0, - mainship->dPy );
}
void DeleteAllObjs ()
{
for ( ;Node<Star>::beg != 0; )
{
delete Node<Star>::beg;
}
for ( ;Node<BiStar>::beg != 0; )
{
delete Node<BiStar>::beg;
}
for ( ;Node<BlackHole>::beg != 0; )
{
delete Node<BlackHole>::beg;
}
for ( ;Node<Planet>::beg != 0; )
{
delete Node<Planet>::beg;
}
mainship = 0;
for ( ;Node<SpaceShip>::beg != 0; )
{
delete Node<SpaceShip>::beg;
}
bossfort = 0;
for ( ;Node<Fort>::beg != 0; )
{
delete Node<Fort>::beg;
}
for ( ;Node<Missile>::beg != 0; )
{
delete Node<Missile>::beg;
}
for ( ;Node<Bullet>::beg != 0; )
{
delete Node<Bullet>::beg;
}
for ( ;Node<FuelBox>::beg != 0; )
{
delete Node<FuelBox>::beg;
}
for ( ;Node<ExplosiveBox>::beg != 0; )
{
delete Node<ExplosiveBox>::beg;
}
for ( ;Node<Station>::beg != 0; )
{
delete Node<Station>::beg;
}
for ( ;Node<Gas>::beg != 0; )
{
delete Node<Gas>::beg;
}
for ( ;Node<Explosion>::beg != 0; )
{
delete Node<Explosion>::beg;
}
}
int SearchOrder( int cate, void* obj )
{
int numTmp = 0;
switch (cate)
{
case CATE_Star:
{
Star* NewObj = (Star*)obj;
Node<Star>::cur = Node<Star>::beg;
while ( Node<Star>::cur )
{
if ( Node<Star>::cur->obj == NewObj )
{
numTmp ++;
break;
}
Node<Star>::cur = Node<Star>::cur->next;
}
break;
}
case CATE_BiStar:
{
BiStar* NewObj = (BiStar*)obj;
Node<BiStar>::cur = Node<BiStar>::beg;
while ( Node<BiStar>::cur )
{
if ( Node<BiStar>::cur->obj == NewObj )
{
numTmp ++;
break;
}
Node<BiStar>::cur = Node<BiStar>::cur->next;
}
break;
}
case CATE_Planet:
{
Planet* NewObj = (Planet*)obj;
Node<Planet>::cur = Node<Planet>::beg;
while ( Node<Planet>::cur )
{
if ( Node<Planet>::cur->obj == NewObj )
{
numTmp ++;
break;
}
Node<Planet>::cur = Node<Planet>::cur->next;
}
break;
}
case CATE_SpaceShip:
{
SpaceShip* NewObj = (SpaceShip*)obj;
Node<SpaceShip>::cur = Node<SpaceShip>::beg;
while ( Node<SpaceShip>::cur )
{
if ( Node<SpaceShip>::cur->obj == NewObj )
{
numTmp ++;
break;
}
Node<SpaceShip>::cur = Node<SpaceShip>::cur->next;
}
break;
}
case CATE_Fort:
{
Fort* NewObj = (Fort*)obj;
Node<Fort>::cur = Node<Fort>::beg;
while ( Node<Fort>::cur )
{
if ( Node<Fort>::cur->obj == NewObj )
{
numTmp ++;
break;
}
Node<Fort>::cur = Node<Fort>::cur->next;
}
break;
}
}
return numTmp;
}