void get_a_bulk(bulk *b)
{
int i;
get_face_num(&b->F);
for(i=0;i<b->F;i++)
get_a_face(&b->f[i]);
}
void mmdpiPmdAnalyze::load_texture( void )
{
// テクスチャ
dword fver_num_base = 0;
long ppid = -1;
dword pi = 0;
// 一時的に読み込み
texture = new MMDPI_IMAGE[ get_material_num() ];
toon_texture = new MMDPI_IMAGE[ get_material_num() ];
for( dword j = 0; j < get_face_num(); j ++ )
{
MMDPI_BLOCK_FACE_PTR f = &get_face_block()[ j ];
for( dword i = 0; i < f->material_num; i ++ )
{
MMDPI_MATERIAL_PTR m = f->material[ i ];
MMDPI_PMD_MATERIAL_PTR mpmx = &material[ m->pid ];
char* texture_file_name;
texture_file_name = mpmx->texture_file_name;
char texture_file_name_full[ 0xffff ];
int j, k;
for( k = 0; directory[ k ]; k ++ )
texture_file_name_full[ k ] = directory[ k ];
for( j = 0;
texture_file_name[ j ]
&& texture_file_name[ j ] != '*';
j ++, k ++
)
texture_file_name_full[ k ] = texture_file_name[ j ];
texture_file_name_full[ k ] = '\0';
// テクスチャの関連付け
m->texture.load( texture_file_name_full );
//m->toon_texture.copy( toon_texture00[ mpmx->toon_texture_number ] );
}
}
}
// PMD解析
int mmdpiPmdAnalyze::analyze( void )
{
adjust_material = new MMDPI_MATERIAL[ material_num ];
for( dword i = 0; i < material_num; i ++ )
adjust_material[ i ].face_num = material[ i ].face_vert_count;
adjust_vertex = new MMDPI_BLOCK_VERTEX();
adjust_vertex->alloc( mmdpiPmdLoad::vertex_num );
for( dword i = 0; i < mmdpiPmdLoad::vertex_num; i ++ )
{
MMDPI_PMD_VERTEX_PTR ver = &vertex[ i ];
adjust_vertex->ver[ i ].x = ver->pos[ 0 ];
adjust_vertex->ver[ i ].y = ver->pos[ 1 ];
adjust_vertex->ver[ i ].z = ver->pos[ 2 ];
adjust_vertex->uv[ i ].x = ver->uv[ 0 ];
adjust_vertex->uv[ i ].y = 1 - ver->uv[ 1 ];
adjust_vertex->uv[ i ].z = 0;
adjust_vertex->uv[ i ].w = 0;
adjust_vertex->nor[ i ].x = ver->nor[ 0 ];
adjust_vertex->nor[ i ].y = ver->nor[ 1 ];
adjust_vertex->nor[ i ].z = ver->nor[ 2 ];
// ボーン
adjust_vertex->index[ i ].x = ( float )ver->bone_num[ 0 ];
adjust_vertex->index[ i ].y = ( float )ver->bone_num[ 1 ];
adjust_vertex->index[ i ].z = ( float )0;
adjust_vertex->index[ i ].w = ( float )0;
// 重み
adjust_vertex->weight[ i ].x = ver->bone_weight / 100.0f;
adjust_vertex->weight[ i ].y = 1.0f - adjust_vertex->weight[ i ].x;
adjust_vertex->weight[ i ].z = 0;
adjust_vertex->weight[ i ].w = 0;
}
// 最適化
mmdpiAdjust::adjust_material_bone( material_num, adjust_material, mmdpiPmdLoad::bone_num, face, adjust_vertex );
mmdpiAdjust::adjust_polygon( face, face_num, adjust_vertex, mmdpiPmdLoad::vertex_num );
mmdpiAdjust::adjust_face( face, face_num, mmdpiPmdLoad::vertex_num );
mmdpiAdjust::adjust_bone();
// テクスチャ
load_texture();
//skin = new MMDPI_SKIN_INFO[ skin_num ];
//for( uint i = 0; i < skin_num; i ++ )
//{
// a_skin[ i ].skin_flag = 0;
// a_skin[ i ].skin_name = skin[ i ].skin_name;
//}
// マテリアル情報の保存
for( dword j = 0; j < get_face_num(); j ++ )
{
MMDPI_BLOCK_FACE_PTR f = &get_face_block()[ j ];
for( dword i = 0; i < f->material_num; i ++ )
{
MMDPI_MATERIAL_PTR m = f->material[ i ];
MMDPI_PMD_MATERIAL_PTR mpmx = &material[ m->pid ];
m->edge_size = mpmx->edge_flag * 0.02f;
m->edge_color.r = 0;
m->edge_color.g = 0;
m->edge_color.b = 0;
m->edge_color.a = 1;
m->opacity = mpmx->alpha;
}
}
return 0;
}
