Mercurial > mm7
view Engine/Graphics/Texture.cpp @ 2572:d87bfbd3bb3b
Step towards unification of Texture and RGBTexture (class Image)
| author | a.parshin |
|---|---|
| date | Sat, 05 Mar 2016 01:51:54 +0200 |
| parents | c674d547cc7c |
| children | 0c67be4ec900 |
line wrap: on
line source
#define _CRTDBG_MAP_ALLOC #include <stdlib.h> #include <crtdbg.h> #define _CRT_SECURE_NO_WARNINGS #include <stdlib.h> #include "Engine/Engine.h" #include "Texture.h" #include "../Tables/FrameTableInc.h" #include "../LOD.h" #include "PaletteManager.h" #include "../ZlibWrapper.h" #include "../OurMath.h" struct TextureFrameTable *pTextureFrameTable; std::array<Texture *, 2> pTexture_LloydBeacons; Texture *pTexture_50635C; Texture *pTex_book_button8_off; Texture *pTex_book_button8_on; Texture *pTex_book_button7_off; Texture *pTex_book_button7_on; Texture *pTex_book_button6_off; Texture *pTex_book_button6_on; Texture *pTex_book_button5_off; Texture *pTex_book_button5_on; Texture *pTex_book_button4_off; Texture *pTex_book_button4_on; Texture *pTex_book_button3_off; Texture *pTex_book_button3_on; Texture *pTex_book_button2_off; Texture *pTex_book_button1_off; Texture *pTex_book_button2_on; Texture *pTex_book_button1_on; std::array<Texture *, 6> pTexture_TownPortalIcons; // [0]Harmonale, [1]Pierpont, [2]Nighon, [3]Evenmorn Island, [4]Celestia, [5]The Pit std::array<Texture *, 12> SBPageCSpellsTextureList; std::array<Texture *, 12> SBPageSSpellsTextureList; Texture *pSBQuickSpellBtnTextr; Texture *pSpellBookClickCloseBtnTextr; Texture *pSBClickQuickSpellBtnTextr; Texture *pSpellBookCloseBtnTextr; std::array<std::array<Texture *, 2>, 9> pTextures_tabs; Texture *pTexture_mapbordr; // idb Texture *pTexture_pagemask; // idb std::array<Texture *, 9> pSpellBookPagesTextr; Texture *pSpellBookPagesTextr_9; Texture *pSpellBookPagesTextr_10; Texture *pSpellBookPagesTextr_11; Texture *pSpellBookPagesTextr_12; Texture *pSpellBookPagesTextr_13; Texture *pTexture_AutonotesBook; Texture *pTexture_CurrentBook; Texture *pTex_moon_new; Texture *pTex_moon_4; Texture *pTex_moon_2; Texture *pTex_moon_2_2; Texture *pTex_moon_ful; struct Texture *minimap_loop; // 5079D8 struct Texture *_5079B4_compass; // 5079B4 struct Texture *_5079C8_init_y; // 5079C8 struct Texture *_5079CC_init_r; // 5079CC struct Texture *_5079D0_init_g; // 5079D0 int uTextureID_RestUI_restb4; // weak int uTextureID_RestUI_restexit; // weak int uTextureID_RestUI_restb3; // weak int uTextureID_RestUI_restb1; // weak int uTextureID_RestUI_restb2; // weak int uTextureID_RestUI_restmain; // weak unsigned int uTextureID_Leather; int uTextureID_ar_dn_dn; // weak int uTextureID_ar_dn_up; // weak int uTextureID_ar_up_dn; // weak int uTextureID_ar_up_up; // weak unsigned int uTextureID_mhp_yel; unsigned int uTextureID_mhp_red; unsigned int uTextureID_mhp_grn; unsigned int uTextureID_mhp_capr; unsigned int uTextureID_mhp_capl; unsigned int uTextureID_mhp_bd; unsigned int uTextureID_BUTTDESC2; unsigned int uTextureID_x_x_u; unsigned int uTextureID_BUTTMAKE2; unsigned int uTextureID_BUTTMAKE; unsigned int uTextureID_BUTTYES2; unsigned int uTextureID_x_ok_u; std::array<Texture *, 22> pPlayerPortraits; std::array<Texture *, 9> pTexture_IC_KNIGHT; Texture *pTexture_MAKESKY; Texture *pTexture_MAKETOP; std::array<Texture *, 20> pTextures_arrowr; std::array<Texture *, 20> pTextures_arrowl; Texture *pTexture_presleft; Texture *pTexture_pressrigh; Texture *pTexture_buttminu; Texture *pTexture_buttplus; unsigned int uTextureID_Quit1; // weak unsigned int uTextureID_Resume1; // weak unsigned int uTextureID_Controls1; // weak unsigned int uTextureID_Save1; // weak unsigned int uTextureID_Load1; // weak unsigned int uTextureID_New1; // weak unsigned int uTextureID_Options; // weak unsigned int uTextureID_ib_td5_A; unsigned int uTextureID_ib_td4_A; unsigned int uTextureID_ib_td3_A; unsigned int uTextureID_ib_td2_A; unsigned int uTextureID_ib_td1_A; int uTextureID_CharacterUI_InventoryBackground; // weak int uTextureID_50795C; // weak unsigned int uTextureID_Btn_GameSettings; unsigned int uTextureID_Btn_Rest; unsigned int uTextureID_Btn_CastSpell; unsigned int uTextureID_Btn_ZoomIn; unsigned int uTextureID_Btn_ZoomOut; unsigned int uTextureID_FONTPAL; unsigned int uTextureID_Btn_NPCRight; unsigned int uTextureID_Btn_NPCLeft; std::array<unsigned int, 8> pTextureIDs_pMapDirs; unsigned int uTextureID_BarRed; unsigned int uTextureID_BarYellow; unsigned int uTextureID_BarGreen; unsigned int uTextureID_BarBlue; Texture *right_panel; Texture *right_panel_loop; Texture *pTexture_Leather; Texture *pTexture_RestUI_CurrentSkyFrame; // idb Texture *pTexture_RestUI_CurrentHourglassFrame; // idb std::array<unsigned int, 5> uTextureID_Optkb; unsigned int optvid_base_texture_id; unsigned int bloodsplats_texture_id; unsigned int us_colored_lights_texture_id; unsigned int tinting_texture_id; unsigned int uTextureID_507C20; // weak unsigned int uTextureID_507C24; // weak std::array<unsigned int, 10> pTextureIDs_GammaPositions; unsigned int not_available_bloodsplats_texture_id; unsigned int not_available_us_colored_lights_texture_id; unsigned int not_available_tinting_texture_id; unsigned int uTextureID_detaliz_close_button; // weak unsigned int uTextureID_MAGNIF_B; // weak unsigned int uTextureID_BACKDOLL; // weak unsigned int uTextureID_BACKHAND; // weak stru355 stru_4E82A4 = {0x20, 0x41, 0, 0x20, 0xFF0000, 0xFF00, 0xFF, 0xFF000000}; stru355 stru_4EFCBC = {0x20, 0x41, 0, 0x10, 0x7C00, 0x3E0, 0x1F, 0x8000}; Texture pTex_F7CE30; /* 245 */ #pragma pack(push, 1) struct PCXHeader1 { char magic; char version; char encoding; char bpp; __int16 left; __int16 up; __int16 right; __int16 bottom; __int16 hres; __int16 vres; }; #pragma pack(pop) /* 246 */ #pragma pack(push, 1) struct PCXHeader2 { char reserved; char planes; __int16 pitch; __int16 palette_info; }; #pragma pack(pop) //----- (0044E054) -------------------------------------------------------- void TextureFrameTable::ToFile() { TextureFrameTable *v1; // esi@1 FILE *v2; // eax@1 FILE *v3; // edi@1 v1 = this; v2 = fopen("data\\dtft.bin", "wb"); v3 = v2; if ( !v2 ) Error("Unable to save dtft.bin!"); fwrite(v1, 4u, 1u, v2); fwrite(v1->pTextures, 0x14u, v1->sNumTextures, v3); fclose(v3); } //----- (0044E0A0) -------------------------------------------------------- void TextureFrameTable::FromFile(void *data_mm6, void *data_mm7, void *data_mm8) { uint num_mm6_frames = data_mm6 ? *(int *)data_mm6 : 0, num_mm7_frames = data_mm7 ? *(int *)data_mm7 : 0, num_mm8_frames = data_mm8 ? *(int *)data_mm8 : 0; sNumTextures = num_mm6_frames + num_mm7_frames + num_mm8_frames; Assert(sNumTextures); Assert(!num_mm8_frames); pTextures = (TextureFrame *)malloc(sNumTextures * sizeof(TextureFrame)); memcpy(pTextures, (char *)data_mm7 + 4, num_mm7_frames * sizeof(TextureFrame)); memcpy(pTextures + num_mm7_frames, (char *)data_mm6 + 4, num_mm6_frames * sizeof(TextureFrame)); memcpy(pTextures + num_mm6_frames + num_mm7_frames, (char *)data_mm8 + 4, num_mm8_frames * sizeof(TextureFrame)); } //----- (0044E0ED) -------------------------------------------------------- void TextureFrameTable::LoadAnimationSequenceAndPalettes( signed int uIconID ) { //TextureFrameTable *v3; // ebx@1 unsigned int i; // edi@3 //v3 = this; if ( (uIconID <= this->sNumTextures) && uIconID >= 0 ) { for ( i = uIconID; ; ++i ) { this->pTextures[i].uTextureID = pBitmaps_LOD->LoadTexture(this->pTextures[i].pTextureName, TEXTURE_DEFAULT); if (this->pTextures[i].uTextureID != -1) pBitmaps_LOD->pTextures[this->pTextures[i].uTextureID].palette_id2 = pPaletteManager->LoadPalette(pBitmaps_LOD->pTextures[this->pTextures[i].uTextureID].palette_id1); //result = (unsigned int)v3->pTextures; //if ( !(*(char *)(result + i * 20 + 18) & 1) ) if( this->pTextures[i].uFlags & 1) break; } } return; } //----- (0044E163) -------------------------------------------------------- signed int TextureFrameTable::FindTextureByName(const char *Str2) { if ( (signed int)this->sNumTextures <= 0 ) return -1; for ( int i = 0; (signed int)i < (signed int)this->sNumTextures; ++i ) { if ( !_stricmp(this->pTextures[i].pTextureName, Str2) ) return i; } return -1; } //----- (0044E19A) -------------------------------------------------------- int TextureFrameTable::GetFrameTexture(int uFrameID, signed int a3) { int v3; // esi@1 TextureFrame *v4; // edi@1 TextureFrame *v5; // ecx@1 __int16 v6; // dx@2 int v7; // edx@3 char *i; // eax@3 int v9; // ecx@5 unsigned int result; // eax@6 v3 = uFrameID; v4 = this->pTextures; v5 = &v4[uFrameID]; if ( v5->uFlags & 1 && (v6 = v5->uAnimLength) != 0 ) { v7 = (a3 >> 3) % v6; for ( i = (char *)&v5->uAnimTime; ; i += 20 ) { v9 = *(short *)i; if ( v7 <= v9 ) break; v7 -= v9; ++v3; } result = v4[v3].uTextureID; } else { result = v5->uTextureID; } return result; } //----- (0040F806) -------------------------------------------------------- void *Texture::UnzipPalette() { Texture *v1; // esi@1 void *v2; // edi@1 Texture *pSource; // [sp+0h] [bp-4h]@1 pSource = this; v1 = this; v2 = malloc(this->uDecompressedSize); zlib::MemUnzip(v2, (unsigned int *)&pSource, v1->paletted_pixels, v1->uTextureSize); return v2; } //----- (0040F77C) -------------------------------------------------------- void Texture::Release() { if (this) { pName[0] = 0; if (pBits & 0x0400) { __debugbreak(); } free(paletted_pixels); free(pPalette16); free(pPalette24); paletted_pixels = nullptr; pLevelOfDetail1 = nullptr; //pLevelOfDetail2 = nullptr; //pLevelOfDetail3 = nullptr; if (d3d11_srv) { if (d3d11_desc) { delete d3d11_desc; d3d11_desc = nullptr; } extern void d3d11_release(struct ID3D11ShaderResourceView *); d3d11_release(d3d11_srv); d3d11_srv = nullptr; } pPalette16 = nullptr; pPalette24 = nullptr; uSizeOfMaxLevelOfDetail = 0; uTextureSize = 0; uTextureHeight = 0; uTextureWidth = 0; uHeightLn2 = 0; uWidthLn2 = 0; palette_id1 = 0; palette_id2 = 0; pBits &= 0xFFFF0000; } } //----- (0040F5F5) -------------------------------------------------------- int RGBTexture::Reload(const char *pContainer) { //RGBTexture *v2; // esi@1 FILE *v3; // eax@3 FILE *v4; // edi@3 void *v5; // ebx@7 signed int result; // eax@11 unsigned int v7; // ecx@12 unsigned __int16 *v8; // ST20_4@14 int v9; // eax@14 char color_map[48]; // [sp+8h] [bp-98h]@9 Texture DstBuf; // [sp+38h] [bp-68h]@1 PCXHeader1 header1; // [sp+80h] [bp-20h]@9 PCXHeader2 header2; // [sp+90h] [bp-10h]@9 FILE *File; // [sp+98h] [bp-8h]@3 size_t Count; // [sp+9Ch] [bp-4h]@6 void *uSourceLena; // [sp+A8h] [bp+8h]@7 // v2 = this; if ( !this->pPixels ) return 2; v3 = pIcons_LOD->FindContainer(pContainer, 0); v4 = v3; File = v3; if ( !v3 ) Error("Unable to load %s", pContainer); fread(&DstBuf, 1, 0x30, v3); Count = DstBuf.uTextureSize; if ( DstBuf.uDecompressedSize ) { v5 = malloc(DstBuf.uDecompressedSize); uSourceLena = malloc(DstBuf.uTextureSize); fread(uSourceLena, 1, Count, File); zlib::MemUnzip(v5, &DstBuf.uDecompressedSize, uSourceLena, DstBuf.uTextureSize); DstBuf.uTextureSize = DstBuf.uDecompressedSize; free(uSourceLena); } else { v5 = malloc(DstBuf.uTextureSize); fread(v5, 1, Count, v4); } memcpy(&header1, v5, 0x10u); memcpy(color_map, (char *)v5 + 16, 0x30); memcpy(&header2, (char *)v5 + 64, 6); if ( header1.bpp != 8 ) return 3; v7 = (signed __int16)(header1.right - header1.left + 1); if ( (signed int)(v7 * (signed __int16)(header1.bottom - header1.up + 1)) <= (signed int)this->uNumPixels ) { this->uWidth = header1.right - header1.left + 1; v8 = this->pPixels; v9 = v7 * this->uHeight; this->uNumPixels = v9; this->uHeight = v9; this->DecodePCX((char *)v5, v8, v7); free(v5); result = 0; } else { result = -1; } return result; } //----- (0040F5BE) -------------------------------------------------------- Texture::Texture() { pName[0] = 0; uSizeOfMaxLevelOfDetail = 0; uTextureSize = 0; uTextureHeight = 0; uTextureWidth = 0; uHeightLn2 = 0; uWidthLn2 = 0; palette_id1 = 0; palette_id2 = 0; paletted_pixels = nullptr; //pLevelOfDetail3 = nullptr; //pLevelOfDetail2 = nullptr; pLevelOfDetail1 = nullptr; pPalette16 = nullptr; pPalette24 = nullptr; d3d11_srv = nullptr; d3d11_desc = nullptr; } //----- (0040F414) -------------------------------------------------------- int RGBTexture::Load(const char *pContainer, int mode) { FILE *file; // eax@1 void *v6; // ebx@5 char color_map[48]; // [sp+Ch] [bp-98h]@7 Texture DstBuf; // [sp+3Ch] [bp-68h]@1 PCXHeader1 header1; // [sp+84h] [bp-20h]@7 PCXHeader2 header2; // [sp+94h] [bp-10h]@7 size_t Count; // [sp+A0h] [bp-4h]@4 char *Str1a; // [sp+ACh] [bp+8h]@5 file = pIcons_LOD->FindContainer(pContainer, 0); if ( !file ) Error("Unable to load %s", pContainer); fread(&DstBuf, 1, 0x30u, file); Count = DstBuf.uTextureSize; if ( DstBuf.uDecompressedSize ) { Str1a = (char *)malloc(DstBuf.uDecompressedSize); v6 = malloc(DstBuf.uTextureSize); fread(v6, 1, Count, file); zlib::MemUnzip(Str1a, &DstBuf.uDecompressedSize, v6, DstBuf.uTextureSize); DstBuf.uTextureSize = DstBuf.uDecompressedSize; free(v6); } else { Str1a = (char *)malloc(DstBuf.uTextureSize); fread(Str1a, 1, Count, file); } memcpy(&header1, Str1a, 0x10u); memcpy(color_map, Str1a + 16, 0x30u); memcpy(&header2, Str1a + 64, 6); if ( header1.bpp != 8 ) return 3; this->uWidth = header1.right - header1.left + 1; this->uHeight = header1.bottom - header1.up + 1; this->uNumPixels = (signed __int16)this->uWidth * (signed __int16)this->uHeight; this->pPixels = (unsigned __int16 *)malloc(2 * this->uNumPixels + 4); if ( this->pPixels ) { if ( mode ) { if ( mode != 2 ) { if ( !this->pPixels ) return 2; this->DecodePCX(Str1a, this->pPixels, this->uWidth); free(Str1a); return 0; } this->_allocation_flags |= 1; this->pPixels = (unsigned __int16 *)malloc(2 * this->uNumPixels + 4); if ( !this->pPixels ) return 2; this->DecodePCX(Str1a, this->pPixels, this->uWidth); free(Str1a); return 0; } free(this->pPixels); } if ( !mode ) { this->pPixels = (unsigned __int16 *)malloc(2 * this->uNumPixels + 4); if ( !this->pPixels ) return 2; this->DecodePCX(Str1a, this->pPixels, this->uWidth); free(Str1a); return 0; } if ( mode != 2 ) { if ( !this->pPixels ) return 2; this->DecodePCX(Str1a, this->pPixels, this->uWidth); free(Str1a); return 0; } this->_allocation_flags |= 1; this->pPixels = (unsigned __int16 *)malloc(2 * this->uNumPixels + 4); if ( !this->pPixels ) return 2; this->DecodePCX(Str1a, this->pPixels, this->uWidth); free(Str1a); return 0; } //----- (0040F037) -------------------------------------------------------- signed int RGBTexture::DecodePCX(char *pPcx, unsigned __int16 *pOutPixels, unsigned int uNumPixels) { // signed int result; // eax@2 unsigned char test_byte; // edx@3 unsigned int read_offset; // ebx@37 unsigned int row_position; // edi@40 unsigned char value; // cl@63 char count; // [sp+50h] [bp-Ch]@43 unsigned short current_line; // [sp+54h] [bp-8h]@38 unsigned short *dec_position; unsigned short *temp_dec_position; PCXHeader1 psx_head1; PCXHeader2 psx_head2; // short int width, height; BYTE color_map[48]; // Colormap for 16-color images memcpy(&psx_head1, pPcx , 16); memcpy(&color_map, pPcx + 16, 48); memcpy(&psx_head2, pPcx + 64, 6); if (psx_head1.bpp!=8) return 3; uWidth=(short int )(psx_head1.right-psx_head1.left+1); // word @ 000014 uHeight=(short int )(psx_head1.bottom-psx_head1.up+1); // word @ 000016 uNumPixels=uWidth*uHeight; // dword @ 000010 memset(pOutPixels, 0, uNumPixels * sizeof(__int16)); short i=1; while ( (1<<i) !=uWidth) { ++i; if (i >= 15) break; } field_18=i; short i_=1; while ( (1<<i_) !=uHeight) { ++i_; if (i_ >= 15) break; } field_1A=i_; switch (field_18) { case 2: field_1C = 3; break; case 3: field_1C = 7; break; case 4: field_1C = 15; break; case 5: field_1C = 31; break; case 6: field_1C = 63; break; case 7: field_1C = 127; break; case 8: field_1C = 255; break; case 9: field_1C = 511; break; case 10: field_1C = 1023; break; case 11: field_1C = 2047; break; case 12: field_1C = 4095; break; } switch (field_1A) { case 2: field_1E = 3; break; case 3: field_1E = 7; break; case 4: field_1E = 15; break; case 5: field_1E = 31; break; case 6: field_1E = 63; break; case 7: field_1E = 127; break; case 8: field_1E = 255; break; case 9: field_1E = 511; break; case 10: field_1E = 1023; break; case 11: field_1E = 2047; break; case 12: field_1E = 4095; break; } unsigned int r_mask = 0xF800; unsigned int num_r_bits = 5; unsigned int g_mask = 0x07E0; unsigned int num_g_bits = 6; unsigned int b_mask = 0x001F; unsigned int num_b_bits = 5; //При сохранении изображения подряд идущие пиксели одинакового цвета объединяются и вместо указания цвета для каждого пикселя //указывается цвет группы пикселей и их количество. read_offset = 128; if (psx_head2.planes != 3) return 0; current_line = 0; if ( uHeight > 0 ) { dec_position = pOutPixels; do { temp_dec_position = dec_position; row_position = 0; //decode red line if (psx_head2.pitch) { do { test_byte = pPcx[read_offset]; ++read_offset; if ((test_byte & 0xC0) == 0xC0)//имеется ли объединение { value = pPcx[read_offset]; ++read_offset; if ((test_byte & 0x3F) > 0) { count = test_byte & 0x3F;//количество одинаковых пикселей do { ++row_position; //*temp_dec_position =0xFF000000; //*temp_dec_position|=(unsigned long)value<<16; *temp_dec_position |= r_mask & ((unsigned __int8)value << (num_g_bits + num_r_bits + num_b_bits - 8)); temp_dec_position++; if (row_position == psx_head2.pitch) break; } while (count-- != 1); } } else { ++row_position; //*temp_dec_position =0xFF000000; //*temp_dec_position|= (unsigned long)test_byte<<16; *temp_dec_position |= r_mask & ((unsigned __int8)test_byte << (num_g_bits + num_r_bits + num_b_bits - 8)); temp_dec_position++; } } while (row_position < psx_head2.pitch); } temp_dec_position = dec_position; row_position=0; //decode green line while (row_position < psx_head2.pitch) { test_byte = *(pPcx + read_offset); ++read_offset; if ((test_byte & 0xC0) == 0xC0) { value = *(pPcx + read_offset); ++read_offset; if ((test_byte & 0x3F) > 0) { count = test_byte & 0x3F; do { //*temp_dec_position|= (unsigned int)value<<8; //temp_dec_position++; *temp_dec_position|= g_mask & (unsigned __int16)((unsigned __int8)value << (num_g_bits + num_b_bits - 8)); temp_dec_position++; ++row_position; if (row_position == psx_head2.pitch) break; } while (count-- != 1); } } else { //*temp_dec_position |=(unsigned int) test_byte<<8; //temp_dec_position++; *temp_dec_position|= g_mask & (unsigned __int16)((unsigned __int8)test_byte << (num_g_bits + num_b_bits - 8)); temp_dec_position++; ++row_position; } } temp_dec_position = dec_position; row_position=0; //decode blue line while (row_position < psx_head2.pitch) { test_byte = *(pPcx + read_offset); read_offset++; if ((test_byte & 0xC0) == 0xC0) { value = *(pPcx + read_offset); ++read_offset; if ((test_byte & 0x3F) > 0) { count = test_byte & 0x3F; do { //*temp_dec_position|= value; //temp_dec_position++; *temp_dec_position |= value >> (8 - num_b_bits); temp_dec_position++; ++row_position; if (row_position == psx_head2.pitch) break; } while (count-- != 1); } } else { //*temp_dec_position|= test_byte; //temp_dec_position++; *temp_dec_position |= test_byte >> (8 - num_b_bits); temp_dec_position++; ++row_position; } } ++current_line; dec_position += uWidth; } while (current_line < uHeight); } return 0; /* RGBTexture *v4; // esi@1 signed int result; // eax@2 unsigned __int16 v6; // ax@3 unsigned __int16 *v7; // ecx@3 unsigned int v8; // edx@3 signed int v9; // ecx@3 signed int v10; // ecx@8 signed int v11; // ebx@37 unsigned __int16 *v12; // eax@40 int v13; // edi@40 int v14; // ebx@41 char v15; // bl@42 unsigned __int16 *v16; // eax@50 int v17; // ebx@51 char v18; // bl@52 unsigned __int16 *v19; // eax@61 unsigned __int8 v20; // dl@62 unsigned __int8 v21; // dl@63 unsigned __int8 v22; // cl@63 char color_map[48]; // [sp+8h] [bp-54h]@1 PCXHeader1 header1; // [sp+38h] [bp-24h]@1 PCXHeader2 header2; // [sp+48h] [bp-14h]@1 unsigned int v26; // [sp+50h] [bp-Ch]@43 int v27; // [sp+54h] [bp-8h]@38 unsigned __int16 *v28; // [sp+58h] [bp-4h]@3 int pOutPixelsa; // [sp+68h] [bp+Ch]@41 int pOutPixelsb; // [sp+68h] [bp+Ch]@51 v4 = this; memcpy(&header1, pPcx, 0x10u); memcpy(color_map, pPcx + 16, 0x30u); memcpy(&header2, pPcx + 64, 6u); if ( header1.bpp == 8 ) { v6 = header1.right - header1.left + 1; LOWORD(v7) = header1.bottom - header1.up + 1; v4->uWidth = v6; v4->uHeight = (unsigned __int16)v7; v7 = (unsigned __int16 *)(signed __int16)v7; v28 = v7; v4->uNumPixels = (signed __int16)v7 * (signed __int16)v6; HIWORD(v8) = 0; v9 = 1; while ( 1 << v9 != (signed __int16)v6 ) { ++v9; if ( v9 >= 15 ) goto LABEL_8; } v4->field_18 = v9; LABEL_8: v10 = 1; while ( (unsigned __int16 *)(1 << v10) != v28 ) { ++v10; if ( v10 >= 15 ) goto LABEL_13; } v4->field_1A = v10; LABEL_13: switch ( v4->field_18 ) { case 2: v4->field_1C = 3; break; case 3: v4->field_1C = 7; break; case 4: v4->field_1C = 15; break; case 5: v4->field_1C = 31; break; case 6: v4->field_1C = 63; break; case 7: v4->field_1C = 127; break; case 8: v4->field_1C = 255; break; case 9: v4->field_1C = 511; break; case 10: v4->field_1C = 1023; break; case 11: v4->field_1C = 2047; break; case 12: v4->field_1C = 4095; break; default: break; } switch ( v4->field_1A ) { case 2: v4->field_1E = 3; break; case 3: v4->field_1E = 7; break; case 4: v4->field_1E = 15; break; case 5: v4->field_1E = 31; break; case 6: v4->field_1E = 63; break; case 7: v4->field_1E = 127; break; case 8: v4->field_1E = 255; break; case 9: v4->field_1E = 511; break; case 10: v4->field_1E = 1023; break; case 11: v4->field_1E = 2047; break; case 12: v4->field_1E = 4095; break; default: break; } v11 = 128; if ( header2.planes == 3 ) { v27 = 0; if ( (signed int)v28 > 0 ) { v28 = pOutPixels; do { v12 = v28; v13 = 0; if ( header2.pitch ) { do { LOBYTE(v8) = pPcx[v11]; v14 = v11 + 1; pOutPixelsa = v14; if ( (v8 & 0xC0) == -64 ) { pOutPixelsa = v14 + 1; v15 = pPcx[v14]; if ( (signed int)(v8 & 0x3F) > 0 ) { v26 = v8 & 0x3F; do { ++v13; *v12 = LOWORD(pRenderer->uTargetRMask) & ((unsigned __int8)v15 << (LOBYTE(pRenderer->uTargetGBits) + LOBYTE(pRenderer->uTargetRBits) + LOBYTE(pRenderer->uTargetBBits) - 8)); ++v12; if ( v13 == (unsigned __int16)header2.pitch ) v12 = &v12[uNumPixels - (unsigned __int16)header2.pitch - 1]; --v26; } while ( v26 ); } } else { LOWORD(v8) = (unsigned __int8)v8; v8 = pRenderer->uTargetRMask & (v8 << (LOBYTE(pRenderer->uTargetGBits) + LOBYTE(pRenderer->uTargetRBits) + LOBYTE(pRenderer->uTargetBBits) - 8)); ++v13; *v12 = v8; ++v12; } v11 = pOutPixelsa; } while ( v13 < (unsigned __int16)header2.pitch ); } v16 = v28; while ( v13 < 2 * (unsigned __int16)header2.pitch ) { LOBYTE(v8) = pPcx[v11]; v17 = v11 + 1; pOutPixelsb = v17; if ( (v8 & 0xC0) == -64 ) { pOutPixelsb = v17 + 1; v18 = pPcx[v17]; if ( (signed int)(v8 & 0x3F) > 0 ) { v26 = v8 & 0x3F; do { *v16 |= pRenderer->uTargetGMask & (unsigned __int16)((unsigned __int8)v18 << (LOBYTE(pRenderer->uTargetGBits) + LOBYTE(pRenderer->uTargetBBits) - 8)); ++v13; ++v16; if ( v13 == (unsigned __int16)header2.pitch ) v16 = &v16[uNumPixels - (unsigned __int16)header2.pitch - 1]; --v26; } while ( v26 ); } } else { LOWORD(v8) = (unsigned __int8)v8; v8 = pRenderer->uTargetGMask & (v8 << (LOBYTE(pRenderer->uTargetGBits) + LOBYTE(pRenderer->uTargetBBits) - 8)); *v16 |= v8; ++v13; ++v16; } v11 = pOutPixelsb; } v19 = v28; while ( v13 < 3 * (unsigned __int16)header2.pitch ) { v20 = pPcx[v11++]; if ( (v20 & 0xC0) == -64 ) { v21 = v20 & 0x3F; v22 = pPcx[v11++]; if ( (signed int)v21 > 0 ) { v26 = v21; do { *v19 |= v22 >> (8 - LOBYTE(pRenderer->uTargetBBits)); ++v13; ++v19; if ( v13 == (unsigned __int16)header2.pitch ) { v8 = uNumPixels - (unsigned __int16)header2.pitch; v19 = &v19[uNumPixels - (unsigned __int16)header2.pitch - 1]; } --v26; } while ( v26 ); } } else { *v19 |= v20 >> (8 - LOBYTE(pRenderer->uTargetBBits)); ++v13; ++v19; } } ++v27; v28 += uNumPixels; } while ( v27 < v4->uHeight ); } } result = 0; } else { result = 3; } return result; */ } //----- (0040EAD8) -------------------------------------------------------- unsigned int RGBTexture::LoadFromFILE(FILE *pFile, unsigned int mode, unsigned int bCloseFile) { // signed int result; // eax@2 // unsigned char test_byte; // edx@3 //unsigned int read_offset; // ebx@37 // unsigned int row_position; // edi@40 // unsigned char value; // cl@63 // char count; // [sp+50h] [bp-Ch]@43 // unsigned short current_line; // [sp+54h] [bp-8h]@38 // unsigned short *dec_position; // unsigned short *temp_dec_position; PCXHeader1 psx_head1; PCXHeader2 psx_head2; // short int width, height; BYTE color_map[48]; // Colormap for 16-color images unsigned int num_r_bits = 5; unsigned int num_g_bits = 6; unsigned int num_b_bits = 5; unsigned int r_mask = 0xF800; unsigned int g_mask = 0x07E0; unsigned int b_mask = 0x001F; if (!pFile) return 1; fread(&psx_head1, 1, 16, pFile); fread(&color_map, 1, 48, pFile); fread(&psx_head2, 1, 6, pFile); if (psx_head1.bpp!=8) return 3; uWidth=(short int )(psx_head1.right-psx_head1.left+1); // word @ 000014 uHeight=(short int )(psx_head1.bottom-psx_head1.up+1); // word @ 000016 uNumPixels=uWidth*uHeight; // dword @ 000010 if ( mode == 0 ) { free(pPixels); pPixels = (unsigned __int16 *)malloc(2 * uNumPixels + 4); } else { if ( mode != 1 && mode == 2 ) { pPixels = (unsigned __int16 *)malloc((uNumPixels + 2) * sizeof(unsigned __int16)); _allocation_flags |= 1; } } ushort* pOutPixels = pPixels; memset(pOutPixels, 0, uNumPixels * sizeof(__int16)); short i=1; while ( (1<<i) !=uWidth) { ++i; if (i >= 15) break; } field_18=i; short i_=1; while ( (1<<i_) !=uHeight) { ++i_; if (i_ >= 15) break; } field_1A=i_; switch (field_18) { case 2: field_1C = 3; break; case 3: field_1C = 7; break; case 4: field_1C = 15; break; case 5: field_1C = 31; break; case 6: field_1C = 63; break; case 7: field_1C = 127; break; case 8: field_1C = 255; break; case 9: field_1C = 511; break; case 10: field_1C = 1023; break; case 11: field_1C = 2047; break; case 12: field_1C = 4095; break; } switch (field_1A) { case 2: field_1E = 3; break; case 3: field_1E = 7; break; case 4: field_1E = 15; break; case 5: field_1E = 31; break; case 6: field_1E = 63; break; case 7: field_1E = 127; break; case 8: field_1E = 255; break; case 9: field_1E = 511; break; case 10: field_1E = 1023; break; case 11: field_1E = 2047; break; case 12: field_1E = 4095; break; } fseek(pFile, 128 - 70, SEEK_CUR); for (uint y = 0; y < uHeight; ++y) { unsigned __int16 *pDst = pPixels + y * uWidth; uint x = 0; do { uint ctrl = 0; fread(&ctrl, 1, 1, pFile); if ((ctrl & 0xC0) == 0xC0) { uint uNumPixels = ctrl & 0x3F; uint clr = 0; fread(&clr, 1, 1, pFile); for (uint i = 0; i < uNumPixels; ++i) pDst[x++] = r_mask & (clr << (num_g_bits + num_r_bits + num_b_bits - 8)); } else { pDst[x++] = r_mask & (ctrl << (num_g_bits + num_r_bits + num_b_bits - 8)); } } while (x < psx_head2.pitch); x = 0; do { uint ctrl = 0; fread(&ctrl, 1, 1, pFile); if ((ctrl & 0xC0) == 0xC0) { uint uNumPixels = ctrl & 0x3F; uint clr = 0; fread(&clr, 1, 1, pFile); for (uint i = 0; i < uNumPixels; ++i) pDst[x++] |= g_mask & (clr << (num_g_bits + num_b_bits - 8)); } else { pDst[x++] |= g_mask & (ctrl << (num_g_bits + num_b_bits - 8)); } } while (x < psx_head2.pitch); x = 0; do { uint ctrl = 0; fread(&ctrl, 1, 1, pFile); if ((ctrl & 0xC0) == 0xC0) { uint uNumPixels = ctrl & 0x3F; uint clr = 0; fread(&clr, 1, 1, pFile); for (uint i = 0; i < uNumPixels; ++i) pDst[x++] |= b_mask & (clr >> (8 - num_b_bits)); } else { pDst[x++] |= b_mask & (ctrl >> (8 - num_b_bits)); } } while (x < psx_head2.pitch); } if (bCloseFile) fclose(pFile); return 0; } //----- (0040E51F) -------------------------------------------------------- void RGBTexture::Release() { this->pName[0] = 0; //if ( !(this->_allocation_flags & 1) ) //free(this->pPixels); //else //free(this->pPixels); if (this->pPixels) free(this->pPixels); this->_allocation_flags = 0; this->pPixels = 0; this->uNumPixels = 0; this->uHeight = 0; this->uWidth = 0; this->field_1A = 0; this->field_18 = 0; if (d3d11_srv) { if (d3d11_desc) { delete d3d11_desc; d3d11_desc = nullptr; } extern void d3d11_release(struct ID3D11ShaderResourceView *); d3d11_release(d3d11_srv); d3d11_srv = nullptr; } } //----- (0040E55E) -------------------------------------------------------- int RGBTexture::LoadPCXFile(const char *Filename, unsigned int a3) { signed int result; // eax@2 char *v6; // eax@3 int v7; // edx@3 char v8; // cl@4 signed int v14; // ecx@19 signed int v15; // ecx@24 // int v16; // eax@57 // unsigned __int16 *v17; // ecx@57 // unsigned __int16 *v18; // edi@57 // signed int x; // eax@59 // unsigned __int16 *v20; // edi@64 // signed int v21; // eax@66 // unsigned __int16 *v22; // edi@71 // signed int v23; // eax@73 // int v24; // eax@78 char v25[48]; // [sp+Ch] [bp-54h]@3 PCXHeader1 pcx_header1; PCXHeader2 pcx_header2; int y; // [sp+54h] [bp-Ch]@3 FILE *File; // [sp+5Ch] [bp-4h]@1 unsigned int num_r_bits = 5; unsigned int num_g_bits = 6; unsigned int num_b_bits = 5; unsigned int r_mask = 0xF800; unsigned int g_mask = 0x07E0; unsigned int b_mask = 0x001F; File = fopen(Filename, "rb"); if ( !File ) return 1; fread(&pcx_header1, sizeof(pcx_header1), 1, File); fread(&v25,48,1,File); fread(&pcx_header2, 4, 1, File); v6 = (char *)Filename; v7 = (char *)this - Filename; uint i = 0; for ( i; i < 15; ++i ) { v8 = *v6; if ( !*v6 ) break; if ( v8 == 46 ) break; (v6++)[v7] = v8; } this->pName[i] = 0; if ( pcx_header1.bpp != 8 ) return 3; this->uWidth = pcx_header1.right - pcx_header1.left + 1; this->uHeight = pcx_header1.bottom - pcx_header1.up + 1; this->uNumPixels = (signed __int16)this->uWidth * (signed __int16)this->uHeight; if ( !a3 ) { free(this->pPixels); this->pPixels = (unsigned __int16 *)malloc(2 * this->uNumPixels + 4); } if ( a3 == 2 ) { this->_allocation_flags |= 1; this->pPixels = (unsigned __int16 *)malloc((uNumPixels + 2) * sizeof(unsigned __int16)); } if ( this->pPixels ) { for ( v14 = 1; v14 < 15; ++v14 ) { if ( 1 << v14 == this->uWidth ) this->field_18 = v14; } for ( v15 = 1; v15 < 15; ++v15 ) { if ( 1 << v15 == this->uHeight ) this->field_1A = v15; } switch ( this->field_18 ) { case 2: this->field_1C = 3; break; case 3: this->field_1C = 7; break; case 4: this->field_1C = 15; break; case 5: this->field_1C = 31; break; case 6: this->field_1C = 63; break; case 7: this->field_1C = 127; break; case 8: this->field_1C = 255; break; case 9: this->field_1C = 511; break; case 10: this->field_1C = 1023; break; case 11: this->field_1C = 2047; break; case 12: this->field_1C = 4095; break; default: break; } switch ( this->field_1A ) { case 2: this->field_1E = 3; break; case 3: this->field_1E = 7; break; case 4: this->field_1E = 15; break; case 5: this->field_1E = 31; break; case 6: this->field_1E = 63; break; case 7: this->field_1E = 127; break; case 8: this->field_1E = 255; break; case 9: this->field_1E = 511; break; case 10: this->field_1E = 1023; break; case 11: this->field_1E = 2047; break; case 12: this->field_1E = 4095; break; default: break; } fseek(File, 128, 0); ftell(File); if ( pcx_header2.planes == 1 ) Error("24bit PCX Only!"); if ( pcx_header2.planes == 3 ) { for ( y = 0; y < this->uHeight; ++y ) { unsigned __int16 *pDst = pPixels + y * uWidth; uint x = 0; do { uint ctrl = 0; fread(&ctrl, 1, 1, File); if ( (ctrl & 0xC0) == 0xC0 ) { uint uNumPixels = ctrl & 0x3F; uint clr = 0; ctrl &= 0x3F; fread(&clr, 1, 1, File); for ( uint i = 0; i < uNumPixels; ++i ) pDst[x++] = r_mask & (clr << (num_r_bits + num_g_bits + num_b_bits - 8)); } else pDst[x++] = r_mask & (ctrl << (num_g_bits + num_r_bits + num_b_bits - 8)); } while ( x < pcx_header2.pitch ); x = 0; do { uint ctrl = 0; fread(&ctrl, 1, 1, File); if ( (ctrl & 0xC0) == 0xC0 ) { uint uNumPixels = ctrl & 0x3F; uint clr = 0; ctrl &= 0x3F; fread(&clr, 1, 1, File); for ( uint i = 0; i < uNumPixels; ++i ) pDst[x++] |= g_mask & (clr << (num_g_bits + num_b_bits - 8)); } else pDst[x++] |= g_mask & (ctrl << (num_g_bits + num_b_bits - 8)); } while (x < pcx_header2.pitch); x = 0; do { uint ctrl = 0; fread(&ctrl, 1, 1, File); if ( (ctrl & 0xC0) == 0xC0 ) { uint uNumPixels = ctrl & 0x3F; uint clr = 0; fread(&clr, 1, 1, File); for ( uint i = 0; i < uNumPixels; ++i ) pDst[x++] |= b_mask & (clr >> (8 - num_b_bits)); } else pDst[x++] |= b_mask & (ctrl >> (8 - num_b_bits)); } while (x < pcx_header2.pitch); } } fclose(File); result = 0; } else { result = 2; } return result; } //----- (0040D73D) -------------------------------------------------------- RGBTexture::RGBTexture() { pName[0] = 0; pPixels = 0; uNumPixels = 0; uHeight = 0; uWidth = 0; field_1A = 0; field_18 = 0; _allocation_flags = 0; d3d11_srv = nullptr; d3d11_desc = nullptr; } //----- (0044E1EC) -------------------------------------------------------- int TextureFrameTable::FromFileTxt(const char *Args) { TextureFrameTable *v2; // ebx@1 FILE *v3; // eax@1 int v4; // esi@3 const void *v5; // ST0C_4@10 void *v6; // eax@10 FILE *v7; // ST0C_4@12 char *i; // eax@12 signed int v9; // esi@15 int v10; // eax@17 int v11; // edx@22 int v12; // ecx@23 int v13; // eax@24 signed int j; // eax@27 TextureFrame *v15; // edx@28 int v16; // esi@28 int k; // ecx@29 char Buf; // [sp+Ch] [bp-2F8h]@3 FrameTableTxtLine v20; // [sp+200h] [bp-104h]@4 int v21; // [sp+27Ch] [bp-88h]@4 char *Str1; // [sp+280h] [bp-84h]@5 char *Str; // [sp+284h] [bp-80h]@15 int v24; // [sp+2F8h] [bp-Ch]@3 int v25; // [sp+2FCh] [bp-8h]@3 FILE *File; // [sp+300h] [bp-4h]@1 int Argsa; // [sp+30Ch] [bp+8h]@28 v2 = this; v3 = fopen(Args, "r"); File = v3; if ( !v3 ) Error("CTextureFrameTable::load - Unable to open file: %s.", Args); v4 = 0; v24 = 0; v25 = 1; if ( fgets(&Buf, 490, v3) ) { do { *strchr(&Buf, 10) = 0; memcpy(&v21, txt_file_frametable_parser(&Buf, &v20), 0x7Cu); __debugbreak(); // warning C4700: uninitialized local variable 'Str1' used if ( v21 && *Str1 != 47 ) { if ( v21 < 2 ) Error("CTextureFrameTable::load, too few arguments, %s line %i.", Args, v25); ++v24; } ++v25; } while ( fgets(&Buf, 490, File) ); v4 = v24; } v5 = v2->pTextures; v2->sNumTextures = v4; v6 = malloc(20 * v4); v2->pTextures = (TextureFrame *)v6; if ( !v6 ) Error("CTextureFrameTable::load - Out of Memory!"); v7 = File; v2->sNumTextures = 0; fseek(v7, 0, 0); for ( i = fgets(&Buf, 490, File); i; i = fgets(&Buf, 490, File) ) { *strchr(&Buf, 10) = 0; memcpy(&v21, txt_file_frametable_parser(&Buf, &v20), 0x7Cu); if ( v21 && *Str1 != 47 ) { strcpy(v2->pTextures[v2->sNumTextures].pTextureName, Str1); __debugbreak(); // warning C4700: uninitialized local variable 'Str' used v2->pTextures[v2->sNumTextures].uAnimTime = atoi(Str); v9 = 2; for ( v2->pTextures[v2->sNumTextures].uFlags = 0; v9 < v21; ++v9 ) { if ( !_stricmp((&Str1)[4 * v9], "New") ) { //v10 = (int)&v2->pTextures[v2->sNumTextures].uFlags; v2->pTextures[v2->sNumTextures].uFlags |= 2; } } ++v2->sNumTextures; } } fclose(File); v11 = 0; if ( (signed int)(v2->sNumTextures - 1) > 0 ) { v12 = 0; do { v13 = (int)&v2->pTextures[v12]; if ( !(*(char *)(v13 + 38) & 2) ) *(char *)(v13 + 18) |= 1u; ++v11; ++v12; } while ( v11 < (signed int)(v2->sNumTextures - 1) ); } for ( j = 0; j < (signed int)v2->sNumTextures; *(short *)(Argsa + 16) = v16 ) { v15 = v2->pTextures; Argsa = (int)&v15[j]; v16 = *(short *)(Argsa + 14); if ( *(char *)(Argsa + 18) & 1 ) { ++j; for ( k = (int)&v15[j]; *(char *)(k + 18) & 1; k += 20 ) { v16 += *(short *)(k + 14); ++j; } LOWORD(v16) = v15[j].uAnimTime + v16; } ++j; } return 1; } //----- (00451007) -------------------------------------------------------- int stru350::sub_451007_scale_image_bicubic(unsigned short *pSrc, int srcWidth, int srcHeight, int srcPitch, //changing this to some library function might be a good idea unsigned short *pDst, int dstWidth, int dstHeight, int dstPitch, int a10, int a11) { int result; // eax@1 float v17; // ST3C_4@12 float v18; // ST38_4@12 unsigned int v19; // esi@12 int v21; // eax@18 unsigned int v22; // ecx@25 unsigned int v23; // eax@29 unsigned int heightRatioPlusOne; // [sp+Ch] [bp-7Ch]@12 unsigned int widthRatio; // [sp+Ch] [bp-7Ch]@218 unsigned int heightRatio; // [sp+14h] [bp-74h]@12 unsigned int widthRatioPlusOne; // [sp+14h] [bp-74h]@218 // int v160; // [sp+3Ch] [bp-4Ch]@13 unsigned __int16 *v175; // [sp+4Ch] [bp-3Ch]@13 unsigned __int16 *v193; // [sp+5Ch] [bp-2Ch]@7 //signed int v231; // [sp+78h] [bp-10h]@7 __int64 v240; // [sp+7Ch] [bp-Ch]@12 unsigned int v251; // [sp+80h] [bp-8h]@218 unsigned int v252; // [sp+84h] [bp-4h]@218 float a6s; // [sp+A0h] [bp+18h]@218 float a6t; // [sp+A0h] [bp+18h]@218 unsigned int a6b; // [sp+A0h] [bp+18h]@218 int field_0_bits; int field_20_bits; int field0value = this->field_0.field_C; switch (field0value) { case 8: field_0_bits = 1; break; case 16: field_0_bits = 2; break; case 32: field_0_bits = 4; break; default: return field0value; } int field20value = this->field_20.field_C; switch (field20value) { case 8: field_20_bits = 1; break; case 16: field_20_bits = 2; break; case 32: field_20_bits = 4; break; default: return field20value; } result = (int)pDst; v193 = pDst; if (dstHeight <= 0) return result; //do for (int height = 0; height < dstHeight; height++) { for (int width = 0; width < dstWidth; width++) { a6s = (double)width / (double)dstWidth * (double)srcWidth; widthRatio = bankersRounding(a6s); a6t = (double)(width + 1) / (double)dstWidth * (double)srcWidth; widthRatioPlusOne = bankersRounding(a6t); v17 = (double)height / (double)dstHeight * (double)srcHeight; heightRatio = bankersRounding(v17); v18 = (double)(height + 1) / (double)dstHeight * (double)srcHeight; heightRatioPlusOne = bankersRounding(v18); v251 = 0; v19 = (heightRatioPlusOne - heightRatio) * (widthRatioPlusOne - widthRatio); v252 = 0; a6b = 0; v240 = 0i64; v175 = (unsigned short*)((char *)pSrc + field_0_bits * (widthRatio + srcPitch * heightRatio)); for (int heightDiff = 0; heightDiff < heightRatioPlusOne - heightRatio; heightDiff++) { //int ratioDiff = widthRatioPlusOne - widthRatio; for (int ratioDiff = 0; ratioDiff < widthRatioPlusOne - widthRatio; ratioDiff++) { if (field0value == 32) v21 = _450FB1(((int*)v175)[ratioDiff]); else if (field0value == 16) v21 = _450FB1(((_WORD*)v175)[ratioDiff]); else if (field0value == 8) v21 = _450FB1(((unsigned __int8*)v175)[ratioDiff]); v240 += ((unsigned int)v21 >> 24); a6b += BYTE2(v21); v252 += BYTE1(v21); v251 += (unsigned __int8)v21; } if (field0value == 32) v175 += 2 * srcPitch; else if (field0value == 16) v175 += srcPitch; else if (field0value == 8) v175 = (unsigned short*)((char *)v175 + 2 * srcPitch); } v22 = (unsigned int)v240 / ((heightRatioPlusOne - heightRatio) * (widthRatioPlusOne - widthRatio)); if (v19) { a6b /= v19; v252 /= v19; v251 /= v19; } if (v22 != 255) v22 &= 0x7FFFFFFFu; v23 = _450F55(v251 | ((v252 | ((a6b | (v22 << 8)) << 8)) << 8)); *(_DWORD *)v193 = v23; //Invalid memory access v193 = (unsigned __int16 *)((char *)v193 + field_20_bits); } v193 = (unsigned __int16 *)((char *)v193 + field_20_bits * (dstPitch - dstWidth)); //++v231; result = height; } //while(v231 < dstHeight); return result; } //----- (00450DDE) -------------------------------------------------------- stru350 *stru350::_450DDE() { _450DF1(&stru_4E82A4, &stru_4E82A4); return this; } //----- (00450DF1) -------------------------------------------------------- bool stru350::_450DF1(const stru355 *p1, const stru355 *p2) { //stru350 *v3; // esi@1 //void *result; // eax@1 unsigned int v5; // ecx@2 int v6; // edi@2 int v7; // edx@2 unsigned int v8; // ecx@8 int v9; // edi@8 int v10; // edx@8 int v11; // ecx@12 int v12; // edi@12 unsigned int v13; // ecx@12 int v14; // edx@12 int v15; // ecx@16 unsigned int v16; // edx@16 int v17; // ecx@16 int v18; // edi@16 char v19; // zf@20 unsigned int v20; // ecx@21 int v21; // edi@21 int v22; // edx@21 unsigned int v23; // ecx@27 int v24; // edi@27 int v25; // edx@27 int v26; // ecx@31 int v27; // edi@31 unsigned int v28; // ecx@31 int v29; // edx@31 int v30; // ebx@35 int v31; // ecx@35 int v32; // edi@35 int v33; // edx@35 unsigned int i; // ecx@35 int v35; // ecx@39 unsigned int v36; // edx@39 int v37; // ecx@39 int v38; // ebx@39 //v3 = this; memcpy(&field_0, p1, sizeof(stru355)); memcpy(&field_20, p2, sizeof(stru355)); //result = memcpy(&v3->field_20, p2, 0x20u); //LOBYTE(result) = 1; if (field_0.field_4 & 1) { v5 = field_0.field_1C; v6 = 0; v7 = 0; while (!(v5 & 1)) { ++v6; v5 >>= 1; } do { v5 >>= 1; ++v7; } while (v5 & 1); field_40 = 32 - v7 - v6; } else { field_40 = 0; } v8 = field_0.field_10; v9 = 0; v10 = 0; while (!(v8 & 1)) { ++v9; v8 >>= 1; } do { v8 >>= 1; ++v10; } while (v8 & 1); v11 = 24 - v10 - v9; v12 = 0; field_48 = v11; v13 = field_0.field_14; v14 = 0; while (!(v13 & 1)) { ++v12; v13 >>= 1; } do { v13 >>= 1; ++v14; } while (v13 & 1); v15 = 16 - v14; v16 = field_0.field_18; field_50 = v15 - v12; v17 = 0; v18 = 0; while (!(v16 & 1)) { ++v17; v16 >>= 1; } do { v16 >>= 1; ++v18; } while (v16 & 1); v19 = (field_20.field_4 & 1) == 0; field_58 = v17 - v18 + 8; if (v19) { field_44 = 0; } else { v20 = field_20.field_1C; v21 = 0; v22 = 0; while (!(v20 & 1)) { ++v21; v20 >>= 1; } do { v20 >>= 1; ++v22; } while (v20 & 1); field_44 = 32 - v22 - v21; } v23 = field_20.field_10; v24 = 0; v25 = 0; while (!(v23 & 1)) { ++v24; v23 >>= 1; } do { v23 >>= 1; ++v25; } while (v23 & 1); v26 = 24 - v25 - v24; v27 = 0; field_4C = v26; v28 = field_20.field_14; v29 = 0; while (!(v28 & 1)) { ++v27; v28 >>= 1; } do { v28 >>= 1; ++v29; } while (v28 & 1); v30 = 0; v31 = 16 - v29 - v27; v32 = field_20.field_18; field_54 = v31; v33 = 0; for (i = v32; !(i & 1); i >>= 1) ++v30; do { i >>= 1; ++v33; } while (i & 1); v35 = 32 - v33; v36 = v32; field_5C = v35 - v30; v37 = 0; v38 = 0; while (!(v36 & 1)) { ++v37; v36 >>= 1; } do { v36 >>= 1; ++v38; } while (v36 & 1); field_5C = v37 - v38 + 8; return true; } //----- (00450F55) -------------------------------------------------------- unsigned int stru350::_450F55(int a2) { int v2 = a2 & stru_4E82A4.field_1C; if (field_20.field_4 & 1) v2 = (unsigned int)v2 >> this->field_44; return v2 & field_20.field_1C | field_20.field_10 & ((a2 & (unsigned int)stru_4E82A4.field_10) >> field_4C) | field_20.field_14 & ((a2 & (unsigned int)stru_4E82A4.field_14) >> field_54) | field_20.field_18 & ((a2 & (unsigned int)stru_4E82A4.field_18) >> field_5C); } //----- (00450FB1) -------------------------------------------------------- int stru350::_450FB1(int a2) { int v2 = 0; int v4 = field_0.field_4 & 1; if (v4) v2 = a2 & field_0.field_1C; if (v4) v2 <<= field_40; return v2 | ((a2 & field_0.field_10) << field_48) | ((a2 & field_0.field_14) << field_50) | ((a2 & field_0.field_18) << field_58); } typedef bool (*ImageFormatConverter)(unsigned int num_pixels, const void *src, void *dst); unsigned __int32 R5G6B5_to_A8R8G8B8(unsigned __int16 color16, unsigned char alpha) { unsigned __int32 c = color16; unsigned int b = (c & 31) * 8; unsigned int g = ((c >> 5) & 63) * 4; unsigned int r = ((c >> 11) & 31) * 8; return ((unsigned int)alpha << 24) | (r << 16) | (g << 8) | b; } unsigned __int16 A8R8G8B8_to_R5G6B5(unsigned __int32 c) { unsigned __int32 b = ((c & 0xFF) / 8) & 31; unsigned __int32 g = (((c >> 8) & 0xFF) / 4) & 63; unsigned __int32 r = (((c >> 16) & 0xFF) / 8) & 31; return (unsigned __int16)( (r << 11) | (g << 5) | b ); } bool Image_A8R8G8B8_to_R5G6B5(unsigned int num_pixels, const void *src_pixels, void *dst_pixels) { auto src = (unsigned __int32 *)src_pixels; auto dst = (unsigned __int16 *)dst_pixels; for (unsigned int i = 0; i < num_pixels; ++i) dst[i] = A8R8G8B8_to_R5G6B5(src[i]); return true; } struct Alpha_LOD_Loader : public ImageLoader { inline Alpha_LOD_Loader(LODFile_IconsBitmaps *lod, const wchar_t *name) { wcscpy(this->name, name); this->lod = lod; } virtual bool Load(unsigned int *width, unsigned int *height, void **pixels, IMAGE_FORMAT *format); wchar_t name[1024]; LODFile_IconsBitmaps *lod; }; bool Alpha_LOD_Loader::Load(unsigned int *out_width, unsigned int *out_height, void **out_pixels, IMAGE_FORMAT *out_format) { *out_width = 0; *out_height = 0; *out_pixels = nullptr; *out_format = IMAGE_INVALID_FORMAT; char namea[1024]; sprintf(namea, "%S", name); auto tex = lod->GetTexture(lod->LoadTexture(namea, TEXTURE_16BIT_PALETTE)); if (tex->pPalette16 && tex->paletted_pixels) { auto palette = tex->pPalette16; auto paletted_pixels = tex->paletted_pixels; auto width = tex->uTextureWidth; auto height = tex->uTextureHeight; auto pixels = new unsigned __int32[width * height]; if (pixels) { for (unsigned int y = 0; y < height; ++y) for (unsigned int x = 0; x < width; ++x) { auto index = paletted_pixels[y * width + x]; auto pixel = tex->pPalette16[index]; if (index == 0) pixels[y * width + x] = 0x00000000; else { extern unsigned __int32 Color32(unsigned __int16 color16); pixels[y * width + x] = R5G6B5_to_A8R8G8B8(pixel, 255); } } *out_width = width; *out_height = height; *out_pixels = pixels; *out_format = IMAGE_FORMAT_A8R8G8B8; } } return *out_pixels != nullptr; } struct ColorKey_LOD_Loader : public ImageLoader { inline ColorKey_LOD_Loader(LODFile_IconsBitmaps *lod, const wchar_t *name, unsigned __int16 colorkey) { wcscpy(this->name, name); this->colorkey = colorkey; this->lod = lod; } virtual bool Load(unsigned int *width, unsigned int *height, void **pixels, IMAGE_FORMAT *format); wchar_t name[1024]; unsigned __int16 colorkey; LODFile_IconsBitmaps *lod; }; bool ColorKey_LOD_Loader::Load(unsigned int *out_width, unsigned int *out_height, void **out_pixels, IMAGE_FORMAT *out_format) { *out_width = 0; *out_height = 0; *out_pixels = nullptr; *out_format = IMAGE_INVALID_FORMAT; char namea[1024]; sprintf(namea, "%S", name); auto tex = lod->GetTexture(lod->LoadTexture(namea, TEXTURE_16BIT_PALETTE)); if (tex->pPalette16 && tex->paletted_pixels) { auto palette = tex->pPalette16; auto paletted_pixels = tex->paletted_pixels; auto width = tex->uTextureWidth; auto height = tex->uTextureHeight; auto pixels = new unsigned __int32[width * height]; if (pixels) { for (unsigned int y = 0; y < height; ++y) for (unsigned int x = 0; x < width; ++x) { auto pixel = tex->pPalette16[paletted_pixels[y * width + x]]; if (pixel == colorkey) pixels[y * width + x] = 0x00000000; else { extern unsigned __int32 Color32(unsigned __int16 color16); pixels[y * width + x] = R5G6B5_to_A8R8G8B8(pixel, 255); } } *out_width = width; *out_height = height; *out_pixels = pixels; *out_format = IMAGE_FORMAT_A8R8G8B8; } } return *out_pixels != nullptr; } struct PCX_Loader : public ImageLoader { bool DecodePCX(const unsigned char *pcx_data, unsigned __int16 *pOutPixels, unsigned int *width, unsigned int *height); }; bool PCX_Loader::DecodePCX(const unsigned char *pcx_data, unsigned __int16 *pOutPixels, unsigned int *width, unsigned int *height) { // signed int result; // eax@2 unsigned char test_byte; // edx@3 unsigned int read_offset; // ebx@37 unsigned int row_position; // edi@40 unsigned char value; // cl@63 char count; // [sp+50h] [bp-Ch]@43 unsigned short current_line; // [sp+54h] [bp-8h]@38 unsigned short *dec_position; unsigned short *temp_dec_position; PCXHeader1 psx_head1; PCXHeader2 psx_head2; // short int width, height; BYTE color_map[48]; // Colormap for 16-color images memcpy(&psx_head1, pcx_data, 16); memcpy(&color_map, pcx_data + 16, 48); memcpy(&psx_head2, pcx_data + 64, 6); if (psx_head1.bpp != 8) return 3; *width = (short int)(psx_head1.right - psx_head1.left + 1); // word @ 000014 *height = (short int)(psx_head1.bottom - psx_head1.up + 1); // word @ 000016 unsigned int uNumPixels = *width * *height; // dword @ 000010 memset(pOutPixels, 0, uNumPixels * sizeof(__int16)); short i = 1; while ((1 << i) != *width) { ++i; if (i >= 15) break; } auto field_18 = i; short i_ = 1; while ((1 << i_) != *height) { ++i_; if (i_ >= 15) break; } auto field_1A = i_; short field_1C = 0; switch (field_18) { case 2: field_1C = 3; break; case 3: field_1C = 7; break; case 4: field_1C = 15; break; case 5: field_1C = 31; break; case 6: field_1C = 63; break; case 7: field_1C = 127; break; case 8: field_1C = 255; break; case 9: field_1C = 511; break; case 10: field_1C = 1023; break; case 11: field_1C = 2047; break; case 12: field_1C = 4095; break; } short field_1E = 0; switch (field_1A) { case 2: field_1E = 3; break; case 3: field_1E = 7; break; case 4: field_1E = 15; break; case 5: field_1E = 31; break; case 6: field_1E = 63; break; case 7: field_1E = 127; break; case 8: field_1E = 255; break; case 9: field_1E = 511; break; case 10: field_1E = 1023; break; case 11: field_1E = 2047; break; case 12: field_1E = 4095; break; } unsigned int r_mask = 0xF800; unsigned int num_r_bits = 5; unsigned int g_mask = 0x07E0; unsigned int num_g_bits = 6; unsigned int b_mask = 0x001F; unsigned int num_b_bits = 5; //При сохранении изображения подряд идущие пиксели одинакового цвета объединяются и вместо указания цвета для каждого пикселя //указывается цвет группы пикселей и их количество. read_offset = 128; if (psx_head2.planes != 3) return 0; current_line = 0; if (height > 0) { dec_position = pOutPixels; do { temp_dec_position = dec_position; row_position = 0; //decode red line if (psx_head2.pitch) { do { test_byte = pcx_data[read_offset]; ++read_offset; if ((test_byte & 0xC0) == 0xC0)//имеется ли объединение { value = pcx_data[read_offset]; ++read_offset; if ((test_byte & 0x3F) > 0) { count = test_byte & 0x3F;//количество одинаковых пикселей do { ++row_position; //*temp_dec_position =0xFF000000; //*temp_dec_position|=(unsigned long)value<<16; *temp_dec_position |= r_mask & ((unsigned __int8)value << (num_g_bits + num_r_bits + num_b_bits - 8)); temp_dec_position++; if (row_position == psx_head2.pitch) break; } while (count-- != 1); } } else { ++row_position; //*temp_dec_position =0xFF000000; //*temp_dec_position|= (unsigned long)test_byte<<16; *temp_dec_position |= r_mask & ((unsigned __int8)test_byte << (num_g_bits + num_r_bits + num_b_bits - 8)); temp_dec_position++; } } while (row_position < psx_head2.pitch); } temp_dec_position = dec_position; row_position = 0; //decode green line while (row_position < psx_head2.pitch) { test_byte = *(pcx_data + read_offset); ++read_offset; if ((test_byte & 0xC0) == 0xC0) { value = *(pcx_data + read_offset); ++read_offset; if ((test_byte & 0x3F) > 0) { count = test_byte & 0x3F; do { //*temp_dec_position|= (unsigned int)value<<8; //temp_dec_position++; *temp_dec_position |= g_mask & (unsigned __int16)((unsigned __int8)value << (num_g_bits + num_b_bits - 8)); temp_dec_position++; ++row_position; if (row_position == psx_head2.pitch) break; } while (count-- != 1); } } else { //*temp_dec_position |=(unsigned int) test_byte<<8; //temp_dec_position++; *temp_dec_position |= g_mask & (unsigned __int16)((unsigned __int8)test_byte << (num_g_bits + num_b_bits - 8)); temp_dec_position++; ++row_position; } } temp_dec_position = dec_position; row_position = 0; //decode blue line while (row_position < psx_head2.pitch) { test_byte = *(pcx_data + read_offset); read_offset++; if ((test_byte & 0xC0) == 0xC0) { value = *(pcx_data + read_offset); ++read_offset; if ((test_byte & 0x3F) > 0) { count = test_byte & 0x3F; do { //*temp_dec_position|= value; //temp_dec_position++; *temp_dec_position |= value >> (8 - num_b_bits); temp_dec_position++; ++row_position; if (row_position == psx_head2.pitch) break; } while (count-- != 1); } } else { //*temp_dec_position|= test_byte; //temp_dec_position++; *temp_dec_position |= test_byte >> (8 - num_b_bits); temp_dec_position++; ++row_position; } } ++current_line; dec_position += *width; } while (current_line < *height); } return true; } struct PCX_File_Loader : public PCX_Loader { inline PCX_File_Loader(LODFile_IconsBitmaps *lod, const wchar_t *filename) { wcscpy(this->name, filename); this->lod = lod; } virtual bool Load(unsigned int *width, unsigned int *height, void **pixels, IMAGE_FORMAT *format); wchar_t name[1024]; LODFile_IconsBitmaps *lod; }; bool PCX_File_Loader::Load(unsigned int *width, unsigned int *height, void **pixels, IMAGE_FORMAT *format) { FILE *file; // eax@1 char color_map[48]; // [sp+Ch] [bp-98h]@7 PCXHeader1 header1; // [sp+84h] [bp-20h]@7 PCXHeader2 header2; // [sp+94h] [bp-10h]@7 *width = 0; *height = 0; *pixels = nullptr; *format = IMAGE_INVALID_FORMAT; char namea[1024]; sprintf(namea, "%S", name); file = fopen(namea, "rb"); if (!file) { Log::Warning(L"Unable to load %s", name); return false; } fseek(file, 0, SEEK_END); int filesize = ftell(file); fseek(file, 0, SEEK_SET); auto file_image = new unsigned char[filesize]; fread(file_image, 1, filesize, file); fclose(file); memcpy(&header1, file_image, 0x10u); memcpy(color_map, file_image + 16, 0x30u); memcpy(&header2, file_image + 64, 6); if (header1.bpp != 8) { delete[] file_image; return false; } *width = header1.right - header1.left + 1; *height = header1.bottom - header1.up + 1; unsigned int num_pixels = *width * *height; *pixels = new unsigned short[num_pixels + 2]; if (pixels) { if (!this->DecodePCX(file_image, (unsigned __int16 *)*pixels, width, height)) { delete[] * pixels; *pixels = nullptr; } else *format = IMAGE_FORMAT_R5G6B5; } delete[] file_image; return *pixels != nullptr; } struct PCX_LOD_Loader : public PCX_Loader { inline PCX_LOD_Loader(LOD::File *lod, const wchar_t *name) { wcscpy(this->name, name); this->lod = lod; } virtual bool Load(unsigned int *width, unsigned int *height, void **pixels, IMAGE_FORMAT *format); wchar_t name[1024]; LOD::File *lod; }; bool PCX_LOD_Loader::Load(unsigned int *width, unsigned int *height, void **pixels, IMAGE_FORMAT *format) { FILE *file; // eax@1 void *v6; // ebx@5 char color_map[48]; // [sp+Ch] [bp-98h]@7 Texture DstBuf; // [sp+3Ch] [bp-68h]@1 PCXHeader1 header1; // [sp+84h] [bp-20h]@7 PCXHeader2 header2; // [sp+94h] [bp-10h]@7 size_t Count; // [sp+A0h] [bp-4h]@4 unsigned char *Str1a; // [sp+ACh] [bp+8h]@5 *width = 0; *height = 0; *pixels = nullptr; *format = IMAGE_INVALID_FORMAT; char namea[1024]; sprintf(namea, "%S", name); file = lod->FindContainer(namea, 0); if (!file) { Log::Warning(L"Unable to load %s", name); return false; } fread(&DstBuf, 1, 0x30u, file); Count = DstBuf.uTextureSize; if (DstBuf.uDecompressedSize) { Str1a = (unsigned char *)malloc(DstBuf.uDecompressedSize); v6 = malloc(DstBuf.uTextureSize); fread(v6, 1, Count, file); zlib::MemUnzip(Str1a, &DstBuf.uDecompressedSize, v6, DstBuf.uTextureSize); DstBuf.uTextureSize = DstBuf.uDecompressedSize; free(v6); } else { Str1a = (unsigned char *)malloc(DstBuf.uTextureSize); fread(Str1a, 1, Count, file); } memcpy(&header1, Str1a, 0x10u); memcpy(color_map, Str1a + 16, 0x30u); memcpy(&header2, Str1a + 64, 6); if (header1.bpp != 8) { free(Str1a); return false; } *width = header1.right - header1.left + 1; *height = header1.bottom - header1.up + 1; unsigned int num_pixels = *width * *height; *pixels = new unsigned short[num_pixels + 2]; if (pixels) { if (!this->DecodePCX(Str1a, (unsigned __int16 *)*pixels, width, height)) { delete[] *pixels; *pixels = nullptr; } else *format = IMAGE_FORMAT_R5G6B5; } free(Str1a); return *pixels != nullptr; } bool Image::PCX_From_IconsLOD(const wchar_t *name) { loader = new PCX_LOD_Loader(pIcons_LOD, name); if (!lazy_initialization) this->LoadImageData(); return true; } bool Image::PCX_From_NewLOD(const wchar_t *name) { loader = new PCX_LOD_Loader(pNew_LOD, name); if (!lazy_initialization) this->LoadImageData(); return true; } bool Image::PCX_From_File(const wchar_t *filename) { loader = new PCX_File_Loader(pIcons_LOD, filename); if (!lazy_initialization) this->LoadImageData(); return true; } bool Image::Alpha_From_LOD(const wchar_t *name) { loader = new Alpha_LOD_Loader(pIcons_LOD, name); if (!lazy_initialization) this->LoadImageData(); return true; } bool Image::ColorKey_From_LOD(const wchar_t *name, unsigned __int16 colorkey) { loader = new ColorKey_LOD_Loader(pIcons_LOD, name, colorkey); if (!lazy_initialization) this->LoadImageData(); return true; } bool Image::LoadImageData() { if (!initialized) { void *pixels; initialized = loader->Load(&width, &height, &pixels, &native_format); if (initialized && native_format != IMAGE_INVALID_FORMAT) this->pixels[native_format] = pixels; } return initialized; } unsigned int Image::GetWidth() { if (!initialized) LoadImageData(); if (initialized) return width; return 0; } unsigned int Image::GetHeight() { if (!initialized) LoadImageData(); if (initialized) return height; return 0; } const void *Image::GetPixels(IMAGE_FORMAT format) { if (!initialized) LoadImageData(); if (initialized) { if (pixels[format]) return pixels[format]; auto native_pixels = pixels[native_format]; if (native_pixels) { static ImageFormatConverter converters[IMAGE_NUM_FORMATS][IMAGE_NUM_FORMATS] = { // IMAGE_FORMAT_R5G6B5 -> { nullptr, // IMAGE_FORMAT_R5G6B5 nullptr, // IMAGE_FORMAT_A1R5G5B5 nullptr // IMAGE_FORMAT_A8R8G8B8 }, // IMAGE_FORMAT_A1R5G5B5 -> { nullptr, // IMAGE_FORMAT_R5G6B5 nullptr, // IMAGE_FORMAT_A1R5G5B5 nullptr // IMAGE_FORMAT_A8R8G8B8 }, // IMAGE_FORMAT_A8R8G8B8 -> { Image_A8R8G8B8_to_R5G6B5, // IMAGE_FORMAT_R5G6B5 nullptr, // IMAGE_FORMAT_A1R5G5B5 nullptr // IMAGE_FORMAT_A8R8G8B8 }, }; ImageFormatConverter cvt = converters[native_format][format]; if (cvt) { unsigned int num_pixels = width * height; void *cvt_pixels = new unsigned char[num_pixels * IMAGE_FORMAT_BytesPerPixel(format)]; if (cvt(width * height, native_pixels, cvt_pixels)) { return pixels[format] = cvt_pixels; } else { delete[] cvt_pixels; cvt_pixels = nullptr; } } } } return nullptr; } bool Image::Release() { if (initialized) { if (loader) { delete loader; loader = nullptr; } for (unsigned int i = 0; i < IMAGE_NUM_FORMATS; ++i) if (pixels[i]) { delete[] pixels[i]; pixels[i] = nullptr; } native_format = IMAGE_INVALID_FORMAT; width = 0; height = 0; } delete this; return true; }