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 ));
}
// キャラクターのアニメーション処理
void Chara_AnimProcess( CHARA *ch )
{
float AnimTotalTime ; // 再生しているアニメーションの総時間
// ブレンド率が１以下の場合は１に近づける
if( ch->AnimBlendRate < 1.0f )
{
ch->AnimBlendRate += CHARA_ANIM_BLEND_SPEED ;
if( ch->AnimBlendRate > 1.0f )
{
ch->AnimBlendRate = 1.0f ;
}
}
// 再生しているアニメーション１の処理
if( ch->PlayAnim1 != -1 )
{
// アニメーションの総時間を取得
AnimTotalTime = MV1GetAttachAnimTotalTime( ch->ModelHandle, ch->PlayAnim1 ) ;
// 再生時間を進める
ch->AnimPlayCount1 += CHARA_PLAY_ANIM_SPEED ;
// 再生時間が総時間に到達していたら再生時間をループさせる
if( ch->AnimPlayCount1 >= AnimTotalTime )
{
ch->AnimPlayCount1 = fmod( ch->AnimPlayCount1, AnimTotalTime ) ;
}
// 変更した再生時間をモデルに反映させる
MV1SetAttachAnimTime( ch->ModelHandle, ch->PlayAnim1, ch->AnimPlayCount1 ) ;
// アニメーション１のモデルに対する反映率をセット
MV1SetAttachAnimBlendRate( ch->ModelHandle, ch->PlayAnim1, ch->AnimBlendRate ) ;
}
// 再生しているアニメーション２の処理
if( ch->PlayAnim2 != -1 )
{
// アニメーションの総時間を取得
AnimTotalTime = MV1GetAttachAnimTotalTime( ch->ModelHandle, ch->PlayAnim2 ) ;
// 再生時間を進める
ch->AnimPlayCount2 += CHARA_PLAY_ANIM_SPEED ;
// 再生時間が総時間に到達していたら再生時間をループさせる
if( ch->AnimPlayCount2 > AnimTotalTime )
{
ch->AnimPlayCount2 = fmod( ch->AnimPlayCount2, AnimTotalTime ) ;
}
// 変更した再生時間をモデルに反映させる
MV1SetAttachAnimTime( ch->ModelHandle, ch->PlayAnim2, ch->AnimPlayCount2 ) ;
// アニメーション２のモデルに対する反映率をセット
MV1SetAttachAnimBlendRate( ch->ModelHandle, ch->PlayAnim2, 1.0f - ch->AnimBlendRate ) ;
}
}
void MotionPlayer::_ChainPlay(const std::vector<ChainData>::const_iterator &it)
{
// まだ前回の移行期間の最中なら、移行を中止する
DetachPrevMotionIfExist();
chain_data_it_ = it;
connect_prev_ = chain_data_it_->connect_prev;
prev_blend_rate_ = chain_data_it_->blend_time;
blend_time_ = chain_data_it_->blend_time;
isloop_ = chain_data_it_->isloop;
isloopcheck_ = false;
if(!isloopcheck_)isplayend_ = false;
prev_attach_index_ = current_attach_index_;
if (blend_time_ <= 0)
{
DetachPrevMotionIfExist();
}
current_attach_index_ = MV1AttachAnim(model_handle_, chain_data_it_->anim_index,
chain_data_it_->anim_src_model_handle, chain_data_it_->check_name ? TRUE : FALSE);
MV1SetAttachAnimTime(model_handle_, current_attach_index_, 0);
SetBlendRateToModel();
}
void MotionPlayer::Play(int anim_index, bool connect_prev, int blend_time, int anim_src_model_handle, bool check_name, bool isloop, int nextanim_handle, bool isloopcheck)
{
if(nextanim_handle != -1)
{
prev_anim_index_ = nextanim_handle;
}else{
prev_anim_index_ = MV1GetAttachAnim(model_handle_,current_attach_index_);
}
// まだ前回の移行期間の最中なら、移行を中止する
DetachPrevMotionIfExist();
connect_prev_ = connect_prev;
prev_blend_rate_ = blend_time;
blend_time_ = blend_time;
isloop_ = isloop;
isloopcheck_ = isloopcheck;
if(!isloopcheck_)isplayend_ = false;
chain_data_.clear();
prev_attach_index_ = current_attach_index_;
if (blend_time_ <= 0)
{
DetachPrevMotionIfExist();
}
current_attach_index_ = MV1AttachAnim(model_handle_, anim_index,
anim_src_model_handle, check_name ? TRUE : FALSE);
MV1SetAttachAnimTime(model_handle_, current_attach_index_, 0);
SetBlendRateToModel();
}
void Boss::Animation(){
AnimTime += AnimSpeed;
if (AnimTime >= TotalTime){
AnimTime = 0.0f;
}
MV1SetAttachAnimTime(graph, AttachIndex, AnimTime);
HitAnim();
}
void MotionPlayer::AdvancePlayTime(int diff_time)
{
auto anim_total_time = MV1GetAttachAnimTotalTime(model_handle_, current_attach_index_);
auto anim_time = MV1GetAttachAnimTime(model_handle_, current_attach_index_);
anim_time += (diff_time * 30) / 1000.0f;
if (anim_time > anim_total_time)
{
if(!isloop_)
{
Stop();
isplayend_ = true;
if(!chain_data_.empty()){
++chain_data_it_;
if(chain_data_it_ == chain_data_.end())
{
Play(prev_anim_index_,connect_prev_,200,-1,false,true,-1,isloopcheck_);
}else{
_ChainPlay(chain_data_it_);
}
}else{
Play(prev_anim_index_,connect_prev_,200,-1,false,true,-1,isloopcheck_);
}
return;
}
anim_time -= anim_total_time;
}
if (MV1SetAttachAnimTime(model_handle_, current_attach_index_, anim_time) == -1)
{
throw std::logic_error("can't set anim time to current_attach_index_");
}
if (connect_prev_ && prev_attach_index_ != -1)
{
auto prev_anim_total_time = MV1GetAttachAnimTotalTime(model_handle_, prev_attach_index_);
auto prev_anim_time = MV1GetAttachAnimTotalTime(model_handle_, prev_attach_index_);
prev_anim_time = anim_time * prev_anim_total_time / anim_total_time;
if (MV1SetAttachAnimTime(model_handle_, prev_attach_index_, prev_anim_time) == -1)
{
throw std::logic_error("can't set anim time to prev_attach_index_");
}
}
}
void MODEL :: display(){
/*DrawCapsule3D( VGet(x+600*sinf(rotateY), y+y0+200.0f-500*sinf(rotateX), z+600*cosf(rotateY)),
VGet(x-200*sinf(rotateY), y+y0+200.0f+500*sinf(rotateX), z-200*cosf(rotateY)),
210.0f, 2, GetColor(255,255,255), GetColor(255,255,255), FALSE);*/
playTime += 200.0f;
if(playTime >= animTime)
playTime = 0.0f;
mS->move();
mS->display();
MV1RefreshCollInfo(ModelHandle, 39);
MATRIX rot = MMult(MMult(MGetRotX(rotateX), MGetRotZ(rotateZ)),MGetRotY(rotateY));
MATRIX trans = MGetTranslate(VGet(x+x0, y+y0, z+z0));
MV1SetMatrix(ModelHandle, MMult(rot, trans));
MV1SetAttachAnimTime(ModelHandle, attachIndex, playTime);
MV1DrawModel(ModelHandle);
}
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;
}
}
}
}
