void Character::Draw(){
MV1DrawModel( graph );
MV1SetPosition( graph, VGet(x, y + 1, z ) ) ;
MV1SetPosition( targetwindow, VGet( x + -10 * tan(RotateZ * PI/ 180), (y + 10 * tan(RotateX * PI/ 180)), z + 10));
MV1SetRotationXYZ( graph, VGet( -RotateX * DX_PI_F / 180.0f, (RotateY +180) * DX_PI_F / 180.0f, (RotateZ+ RotateZ2 + 180) * DX_PI_F / 180.0f ));
MV1SetOpacityRate(graph, !(damaged_timer % 2));
if(life >= 0){
//MV1DrawModel( targetwindow );
MV1DrawModel( boost.graph );
MV1DrawModel( boost2.graph );
}
//ブースト関連
boost.playtime += 1.0f;
if( boost.playtime >= boost.totaltime ) boost.playtime = 0.0f;
MV1SetAttachAnimTime( boost.graph, boost.attach, boost.playtime );
MV1SetPosition( boost.graph, VGet(x , y, z ));
MV1SetRotationXYZ( boost.graph, VGet( -RotateX * DX_PI_F / 180.0f, (RotateY +180) * DX_PI_F / 180.0f, (RotateZ+ RotateZ2 + 180) * DX_PI_F / 180.0f ));
boost2.playtime += 1.0f;
if( boost2.playtime >= boost2.totaltime ) boost2.playtime = 0.0f;
MV1SetAttachAnimTime( boost2.graph, boost2.attach, boost2.playtime );
MV1SetPosition( boost2.graph, VGet( x, y, z ));
MV1SetRotationXYZ( boost2.graph, VGet( -RotateX * DX_PI_F / 180.0f, (RotateY +180) * DX_PI_F / 180.0f, (RotateZ+ RotateZ2 + 180) * DX_PI_F / 180.0f ));
}
inline void TARGET :: newTarget(){
dflag = true;
getRand();
MV1SetPosition(ModelHandle, VGet(x, y, z));
MV1SetRotationXYZ(ModelHandle, VGet(0, rotate, 0));
MV1SetupCollInfo(ModelHandle, -1, 8, 8, 8);
}
// 動きを計算する
void Room_Update( Room *self )
{
MV1SetRotationXYZ( self->door, VGet( 0, self->rotY, 0 ) );
MV1SetPosition(self->room, VGet( 200, 0, 300 ) );
MV1SetPosition(self->door, VGet( 1250, 0, -540 ) );
MV1SetPosition(self->glass, VGet( 200 + self->slide, 0, 300) );
MV1SetPosition(self->table, VGet( 200 - 43, 0, 300 + 721) );
MV1SetPosition(self->bed, VGet( 200 + 668, 0, 300 + 632) );
MV1SetPosition(self->hammer, VGet( 200, 0, 300 ) );
MV1SetPosition(self->paper0, VGet( 200 - 1206, 275, 300 - 59 ) );
MV1SetPosition(self->pot, VGet( 200, 0, 300 ) );
MV1SetRotationXYZ( self->paper1, VGet( 0, self->role * PHI / 360, 0 ) );
MV1SetPosition(self->paper1, VGet( 200 - 746, 137, 300 + 741) );
MV1SetRotationXYZ( self->paper2, VGet( 0, self->role * PHI / 360, 0 ) );
MV1SetPosition(self->paper2, VGet( 200 + 528, 22 + 141, 300 + 724) );
MV1SetRotationXYZ( self->paper3, VGet( 0, self->role * PHI / 360, 0 ) );
MV1SetPosition(self->paper3, VGet( 200 + 726, 22 + 83, 300 + 582 ) );
//開く
if(self->swit == 1 || self->swit == -1){ door_open(self); }
if( self->s_swit == 1 || self->s_swit == -1 ){ slide_glass(self); }
self->role++;
if(self->door_close_count > 0)
{
if(self->door_close_count == 1){self->swit = -1;}
self->door_close_count--;
}
/*
if(Pad_Get( KEY_INPUT_W ) > 0){ self->x++; }
else if(Pad_Get( KEY_INPUT_S ) > 0){ self->x--; }
if(Pad_Get( KEY_INPUT_D ) > 0){ self->y++; }
else if(Pad_Get( KEY_INPUT_A ) > 0){ self->y--; }
if(Pad_Get( KEY_INPUT_V ) > 0){ self->z++; }
else if(Pad_Get( KEY_INPUT_B ) > 0){ self->z--; }
*/
//if(Pad_Get( KEY_INPUT_Q ) == -1){printf("\n x= %d y = %d z = %d \n",self->x,self->y, self->z);}
}
//自機の描画
void draw_Player() {
substance *sub = player.getSub();
if (sub[0].flag == true) {
MV1SetPosition(sub[0].MHandle, VGet(sub[0].x, sub[0].y, sub[0].z));
MV1SetRotationXYZ(sub[0].MHandle, VGet(0.0f, sub[0].angy * DX_PI_F / 180.0f, 0.0f));
MV1DrawModel(sub[0].MHandle);
}
}
void BaseObject::MoveManager::setObjectDirection(int model, int dir){
//Z軸の負の向きが始線。回転角は時計回り
switch(dir){
case NORTH:
MV1SetRotationXYZ(model, VGet(0.0f, DX_PI_F/2, 0.0f));
break;
case SOUTH:
MV1SetRotationXYZ(model, VGet(0.0f, -DX_PI_F/2, 0.0f));
break;
case WEST:
MV1SetRotationXYZ(model, VGet(0.0f, 0.0f, 0.0f));
break;
case EAST:
MV1SetRotationXYZ(model, VGet(0.0f, DX_PI_F, 0.0f));
break;
}
current_dir = dir;
}
//敵の描画
void draw_Enemy() {
substance *sub = enemy.getSub();
for (int i = 0; i < enemy.getSize(); i++) {
if (sub[i].flag == true) {
MV1SetPosition(sub[i].MHandle, VGet(sub[i].x, sub[i].y, sub[i].z));
MV1SetRotationXYZ(sub[i].MHandle,VGet(0.0f, sub[i].angy * DX_PI_F / 180.0f, 0.0f));
MV1DrawModel(sub[i].MHandle);
}
}
}
// キャラクターの向きを変える処理
void Chara_AngleProcess( CHARA *ch )
{
float TargetAngle ; // 目標角度
float SaAngle ; // 目標角度と現在の角度との差
// 目標の方向ベクトルから角度値を算出する
TargetAngle = atan2( ch->TargetMoveDirection.x, ch->TargetMoveDirection.z ) ;
// 目標の角度と現在の角度との差を割り出す
{
// 最初は単純に引き算
SaAngle = TargetAngle - ch->Angle ;
// ある方向からある方向の差が１８０度以上になることは無いので
// 差の値が１８０度以上になっていたら修正する
if( SaAngle < -DX_PI_F )
{
SaAngle += DX_TWO_PI_F ;
}
else
if( SaAngle > DX_PI_F )
{
SaAngle -= DX_TWO_PI_F ;
}
}
// 角度の差が０に近づける
if( SaAngle > 0.0f )
{
// 差がプラスの場合は引く
SaAngle -= CHARA_ANGLE_SPEED ;
if( SaAngle < 0.0f )
{
SaAngle = 0.0f ;
}
}
else
{
// 差がマイナスの場合は足す
SaAngle += CHARA_ANGLE_SPEED ;
if( SaAngle > 0.0f )
{
SaAngle = 0.0f ;
}
}
// モデルの角度を更新
ch->Angle = TargetAngle - SaAngle ;
MV1SetRotationXYZ( ch->ModelHandle, VGet( 0.0f, ch->Angle + DX_PI_F, 0.0f ) ) ;
}
void Character::Shot(){
static unsigned int pad_timer = 0;
if(KeyGet(KEY_INPUT_U)) power = 2;
if (input & PAD_INPUT_1) {
pad_timer++;
}
else{
pad_timer = 0;
}
if (KeyGet(KEY_INPUT_SPACE) % 5 == 1 || pad_timer % 5 == 1 && muteki == 0){
PlaySoundMem( shotsound , DX_PLAYTYPE_BACK ) ;
for(int i = 0; i < SNUM; i++){
if(shot[i].flag == 0){
shot[i].flag = 1;
shot[i].x = x;
shot[i].y = y;
shot[i].z = z;
shot[i].angleX = RotateX;
shot[i].angleY = RotateY;
shot[i].angleZ = RotateZ;
shot[i].playtime =0.0f;
float sbx = 1 * tan((RotateZ * PI/ 180));
float sb = ((sbx * sbx) + 1 * 1);
float sby = sb * tan((RotateX * PI/ 180));
shot[i].rx = sbx / sb * 10.0f;
shot[i].rz = 1 / sb * 10.0f;
shot[i].ry = sby / sqrt(sb * sb + sby * sby) * 8.0f;
MV1SetRotationXYZ( shot[i].graph, VGet(( shot[i].angleX / 1.5)* DX_PI_F / 180.0f, ((shot[i].angleZ + 180 ) * -1) * DX_PI_F / 180.0f, 0 * DX_PI_F / 180.0f ));
break;
}
}
}
if(KeyGet(KEY_INPUT_SPACE) % 5 == 1 && power == 1 ){
PlaySoundMem( shotsound , DX_PLAYTYPE_BACK ) ;
for(int i = 0; i < SNUM; i++){
if(shot[i].flag == 0){
shot[i].flag = 1;
shot[i].x = x - 2;
shot[i].y = y;
shot[i].z = z;
shot[i + 1].flag = 1;
shot[i + 1].x = x + 2;
shot[i + 1].y = y;
shot[i + 1].z = z;
shot[i].angleX = RotateX;
shot[i].angleY = RotateY;
shot[i].angleZ = RotateZ;
shot[i].playtime =0.0f;
shot[i + 1].angleX = RotateX;
shot[i + 1].angleY = RotateY;
shot[i + 1].angleZ = RotateZ;
shot[i + 1].playtime =0.0f;
float sbx = 1 * tan((RotateZ * PI/ 180));
float sb = ((sbx * sbx) + 1 * 1);
float sby = sb * tan((RotateX * PI/ 180));
shot[i].rx = sbx / sb * 10.0f;
shot[i].rz = 1 / sb * 10.0f;
shot[i].ry = sby / sqrt(sb * sb + sby * sby) * 8.0f;
MV1SetRotationXYZ( shot[i].graph, VGet(( shot[i].angleX / 1.5)* DX_PI_F / 180.0f, ((shot[i].angleZ + 180 ) * -1) * DX_PI_F / 180.0f, 0 * DX_PI_F / 180.0f ));
shot[i + 1].rx = sbx / sb * 10.0f;
shot[i + 1].rz = 1 / sb * 10.0f;
shot[i + 1].ry = sby / sqrt(sb * sb + sby * sby) * 8.0f;
MV1SetRotationXYZ( shot[i + 1].graph, VGet(( shot[i + 1].angleX / 1.5)* DX_PI_F / 180.0f, ((shot[i + 1].angleZ + 180 ) * -1) * DX_PI_F / 180.0f, 0 * DX_PI_F / 180.0f ));
break;
}
}
}
if(KeyGet(KEY_INPUT_SPACE) % 5 == 1 && power >= 2 ){
PlaySoundMem( shotsound , DX_PLAYTYPE_BACK ) ;
for(int i = 0; i < SNUM; i++){
if(shot[i].flag == 0){
shot[i].flag = 1;
shot[i].x = x;
shot[i].y = y;
shot[i].z = z;
shot[i].angleX = RotateX;
shot[i].angleY = RotateY;
shot[i].angleZ = RotateZ;
shot[i].playtime =0.0f;
shot[i + 1].flag = 1;
shot[i + 1].x = x + 4;
shot[i + 1].y = y;
shot[i + 1].z = z;
shot[i + 1].angleX = RotateX;
shot[i + 1].angleY = RotateY;
shot[i + 1].angleZ = RotateZ;
shot[i + 1].playtime =0.0f;
shot[i + 2].flag = 1;
shot[i + 2].x = x - 4;
shot[i + 2].y = y;
shot[i + 2].z = z;
shot[i + 2].angleX = RotateX;
shot[i + 2].angleY = RotateY;
shot[i + 2].angleZ = RotateZ;
shot[i + 2].playtime =0.0f;
float sbx = 1 * tan((RotateZ * PI/ 180));
float sb = ((sbx * sbx) + 1 * 1);
float sby = sb * tan((RotateX * PI/ 180));
shot[i].rx = sbx / sb * 10.0f;
shot[i].rz = 1 / sb * 10.0f;
shot[i].ry = sby / sqrt(sb * sb + sby * sby) * 8.0f;
MV1SetRotationXYZ( shot[i].graph, VGet(( shot[i].angleX / 1.5)* DX_PI_F / 180.0f, ((shot[i].angleZ + 180 ) * -1) * DX_PI_F / 180.0f, 0 * DX_PI_F / 180.0f ));
shot[i + 1].rx = sbx / sb * 10.0f;
shot[i + 1].rz = 1 / sb * 10.0f;
shot[i + 1].ry = sby / sqrt(sb * sb + sby * sby) * 8.0f;
MV1SetRotationXYZ( shot[i + 1].graph, VGet(( shot[i + 1].angleX / 1.5)* DX_PI_F / 180.0f, ((shot[i + 1].angleZ + 180 ) * -1) * DX_PI_F / 180.0f, 0 * DX_PI_F / 180.0f ));
shot[i + 2].rx = sbx / sb * 10.0f;
shot[i + 2].rz = 1 / sb * 10.0f;
shot[i + 2].ry = sby / sqrt(sb * sb + sby * sby) * 8.0f;
MV1SetRotationXYZ( shot[i + 2].graph, VGet(( shot[i + 2].angleX / 1.5)* DX_PI_F / 180.0f, ((shot[i + 2].angleZ + 180 ) * -1) * DX_PI_F / 180.0f, 0 * DX_PI_F / 180.0f ));
break;
}
}
}
for(int i = 0; i < SNUM; i++){
if(shot[i].flag == 1){
shot[i].z += shot[i].rz;
shot[i].x -= shot[i].rx;
shot[i].y += shot[i].ry;
MV1SetPosition( shot[i].graph, VGet(shot[i].x, shot[i].y, shot[i].z) );
MV1DrawModel( shot[i].graph );
MV1SetAttachAnimTime( shot[i].graph, shot[i].attach, shot[i].playtime ) ;
shot[i].playtime += 2.0f;
if(shot[i].playtime >= shot[i].shottime ) shot[i].playtime = 0;
if(shot[i].z > z + 300.0f){
shot[i].flag = 0;
shot[i].playtime = 0.0f;
}
}
if(shot[i].flag == 2){
shot[i].x -= shot[i].rx;
shot[i].y -= shot[i].ry;
shot[i].z -= shot[i].rz;
MV1SetScale(shot[i].graph, VGet(0.05f, 0.05f, 0.005f));
MV1SetPosition( shot[i].graph, VGet(shot[i].x, shot[i].y, shot[i].z) );
MV1DrawModel( shot[i].graph );
if(shot[i].z > 100){
shot[i].flag = 0;
}
}
}
}
