Курсоваяработ а «Раскрашивание карты» по дисциплине «Структуры данных»
жүктеу/скачать 1,28 Mb.
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Отчет Курсовая
ПРИЛОЖЕНИЕ АЛистинг программы «Раскрашивание карты» #pragma once #define _CRT_SECURE_NO_WARNINGS #include #include #include #include #include #include #include #pragma warning(disable: 5045) #pragma warning(disable: 4820) #define Right 1 #define Left 2 #define Top 3 #define Down 4 #define White 1500 #define ByteOnPixel 3 #define DataTimeSize 10 #define SecondsInMinute 60 #define Black 0 #define ConstBMP 0x4D42 #define NumberOfArguments 5 FILE* Log; enum Errors { OpenFileError, MemoryAllocationError, InputFileBmpError, ToManyAreas }; void Help(void) { printf("\t---------------------------------------Добро пожаловать в программу!---------------------------------\n" "\t| Программа поддерживает обработку следующих ключей: |\n" "\t| 1. -h/--help - Ключ для вывода справки. |\n" "\t| 2. -i/--input - Ключ для передачи пути к входному файлу. |\n" "\t| 3. -o/--output - Ключ для передачи пути к выходному файлу. |\n" "\t| Для запуска программы требуется ввести ключи -i и -o. |\n" "\t------------------------------------------------------------------------------------------------------\n"); } typedef struct { int bfSize; // Общий размер файла в байтах (4 байта) int bfOffBits; // Начальная позиция данных растрового изображения относительно растрового изображения (4 байта) int biSize; // Количество байтов, занимаемых этой структурой (4 байта) int biWidth; // Ширина растрового изображения в пикселях (4 байта) int biHeight; // Высота растрового изображения в пикселях (4 байта) int biCompression; // Тип сжатия растрового изображения должен быть 0 (без сжатия), 1 (BI_RLE8 Тип сжатия) или одно из 2 (тип сжатия BI_RLE4)) (4 байта) int biSizeImage; // Размер растрового изображения в байтах (4 байта) int biXPelsPerMeter; // Разрешение растрового изображения по горизонтали, количество пикселей на метр (4 байта) int biYPelsPerMeter; // Вертикальное разрешение растрового изображения, пикселей на метр (4 байта) int biClrUsed; // Количество цветов в таблице цветов, фактически используемых растровым изображением (4 байта) int biClrImportant; // Количество важных цветов в процессе отображения растрового изображения (4 байта) short bfType; // Код формата (2 байта) short bfReserved1; // Зарезервированное слово растрового файла, должно быть 0 (2 байта) short bfReserved2; // Зарезервированное слово растрового файла, должно быть 0 (2 байта) short biPlanes; // Уровень целевого устройства должен быть 1 (2 байта) short biBitCount; // Количество битов, необходимых для каждого пикселя, должно быть 1 (два цвета), // 4 (16 цветов), 8 (256 цветов), 24 (истинный цвет) или 32 (улучшенный истинный цвет) (2 байта) }Header; struct Queue { int Position; struct Queue* Next; }; void PrintError(int Error) { char Date[DataTimeSize] = { 0 }, Time[DataTimeSize] = { 0 }; _strdate(Date); //Текущая дата _strtime(Time); //Текущее время if (Error == OpenFileError) fprintf(Log, "%s %s - ERROR - Ошибка при открытии файла\n", Date, Time); if (Error == MemoryAllocationError) fprintf(Log, "%s %s - ERROR - Ошибка при выделении памяти\n", Date, Time); if (Error == InputFileBmpError) fprintf(Log, "%s %s - ERROR - Входной файл не ялвется BMP файлом\n", Date, Time); if (Error == ToManyAreas) fprintf(Log, "%s %s - ERROR - Слишком много областей\n", Date, Time); } void* Check_NULL(void* Ptr) { if (Ptr == NULL) { PrintError(MemoryAllocationError); exit(EXIT_FAILURE); } return Ptr; } void Enqueue(struct Queue** Head, struct Queue** Tail, int Number) { struct Queue* New = NULL; New = (struct Queue*)Check_NULL(malloc(sizeof(struct Queue))); if (New != NULL) { memset(New, 0x00, sizeof(struct Queue)); New->Position = Number; New->Next = NULL; if (*Head == NULL) { *Head = New; } else { (*Tail)->Next = New; } *Tail = New; } else { PrintError(MemoryAllocationError); exit(EXIT_FAILURE); } } int Dequeue(struct Queue** Head, struct Queue** Tail, int Areas) { int Number = 0; struct Queue* Temp = NULL; if (*Head == NULL) { return Areas+1; /*PrintError(MemoryAllocationError); exit(EXIT_FAILURE);*/ } Temp = *Head; Number = (*Head)->Position; *Head = (*Head)->Next; if (*Head == NULL) { (*Tail) = NULL; } free(Temp); return Number; } //Функция, которая заполняют структуру, содержащую информацию о заголовке файла bmp void FillInHeader(Header* FileHeader, FILE* Input) { fseek(Input, 0, SEEK_SET); fread(&FileHeader->bfType, sizeof(char), sizeof(short), Input); if (FileHeader->bfType != ConstBMP) { PrintError(InputFileBmpError); exit(EXIT_FAILURE); } fread(&FileHeader->bfSize, sizeof(char), sizeof(int), Input); fread(&FileHeader->bfReserved1, sizeof(char), sizeof(short), Input); fread(&FileHeader->bfReserved2, sizeof(char), sizeof(short), Input); fread(&FileHeader->bfOffBits, sizeof(char), sizeof(int), Input); fread(&FileHeader->biSize, sizeof(char), sizeof(int), Input); fread(&FileHeader->biWidth, sizeof(char), sizeof(int), Input); fread(&FileHeader->biHeight, sizeof(char), sizeof(int), Input); fread(&FileHeader->biPlanes, sizeof(char), sizeof(short), Input); fread(&FileHeader->biBitCount, sizeof(char), sizeof(short), Input); fread(&FileHeader->biCompression, sizeof(char), sizeof(int), Input); fread(&FileHeader->biSizeImage, sizeof(char), sizeof(int), Input); fread(&FileHeader->biXPelsPerMeter, sizeof(char), sizeof(int), Input); fread(&FileHeader->biYPelsPerMeter, sizeof(char), sizeof(int), Input); fread(&FileHeader->biClrUsed, sizeof(char), sizeof(int), Input); fread(&FileHeader->biClrImportant, sizeof(char), sizeof(int), Input); } int CheckFiles(FILE* File) { if (File == NULL) { printf("Error opening the file"); PrintError(OpenFileError); Help(); exit(EXIT_FAILURE); } return EXIT_SUCCESS; } void ChangeColor(FILE* Output, unsigned char* Color) { for (int i = 0; i < ByteOnPixel; i++) { fwrite(&Color[i], sizeof(unsigned char), 1, Output); } } void ReadPixel(FILE* Output, unsigned char* Color) { for (int i = 0; i < ByteOnPixel; i++) { fread(&Color[i], sizeof(unsigned char), 1, Output); } } void Copying(FILE* Input, FILE* Output, Header* FileHeader, int FlagWidth) { float Counter = 0; long Step = FileHeader->bfSize / 1000; fseek(Input, 0, SEEK_SET); fseek(Output, 0, SEEK_SET); char Symbol = 0; unsigned char Color[ByteOnPixel]; for (int i = 0; i < (int)FileHeader->bfOffBits; i++) { //Копирует заголовок файла Input в заголовок файла Output if (ftell(Output) % Step == 0) { Counter += (float)0.01; printf("\rПрогресс: %.2f%%", Counter); } fread(&Symbol, 1, 1, Input); fwrite(&Symbol, 1, 1, Output); } fseek(Output, FileHeader->bfOffBits, SEEK_SET); fseek(Input, FileHeader->bfOffBits, SEEK_SET); while (!feof(Input)) { for (int i = 0; i < FileHeader->biWidth; i++) { if (ftell(Output) % Step == 0) { Counter += (float)0.01; printf("\rПрогресс: %.2f%%", Counter); } memset(Color, 0, sizeof(Color)); ReadPixel(Input, Color); if (Color[0] == 255 && Color[1] == 255 && Color[2] == 255) ChangeColor(Output, Color); else if (Color[0] == Black && Color[1] == Black && Color[2] == Black) ChangeColor(Output, Color); else { for (int k = 0; k < ByteOnPixel; k++) Color[k] = Black; ChangeColor(Output, Color); } if (i == FileHeader->biWidth - 1) { //Цикл копирующий дополнительные байты в конце строки for (int p = FlagWidth; p > 0; p--) { fread(&Symbol, 1, 1, Input); fwrite(&Symbol, 1, 1, Output); } } } } fread(&Symbol, 1, 1, Input); fwrite(&Symbol, 1, 1, Output); } int DetermineColor(FILE* Output, int Position) { unsigned char Color[ByteOnPixel]; memset(Color, 0, sizeof(Color)); int Current = ftell(Output); fseek(Output, Position, SEEK_SET); ReadPixel(Output, Color); fseek(Output, Current, SEEK_SET); if (Color[0] == 255 && Color[1] == 255 && Color[2] == 255) return White; else if (Color[0] == Black && Color[1] == Black && Color[2] == Black) return Black; else return (int)(Color[0] + Color[1] + Color[2]); } void Colorize(FILE* Output, Header* FileHeader, unsigned char* NewColor, int Color, int FlagWidth, int i, int j) { int Position = 0, Current = 0, PositionJ = 0; while (j > 0 && DetermineColor(Output, ftell(Output) - ByteOnPixel) == Color) { j--; fseek(Output, -ByteOnPixel, SEEK_CUR); } Position = ftell(Output); PositionJ = j; while (j < FileHeader->biWidth - 1 && DetermineColor(Output, ftell(Output) + ByteOnPixel) == Color) { fseek(Output, 0, SEEK_CUR); ChangeColor(Output, NewColor); j++; } if (DetermineColor(Output, ftell(Output)) == Color) ChangeColor(Output, NewColor); fseek(Output, Position, SEEK_SET); j = PositionJ; for (int Count = 1; Count <= FileHeader->biWidth && i >= 0 && j >= 0 && i < FileHeader->biHeight && j < FileHeader->biWidth; Count++) { Current = ftell(Output); if (Position >= 54) { if (i > 0 && DetermineColor(Output, (ftell(Output)) + ((*FileHeader).biWidth * ByteOnPixel) + FlagWidth) == Color) { fseek(Output, (*FileHeader).biWidth * ByteOnPixel + FlagWidth, SEEK_CUR); i--; Colorize(Output, FileHeader, NewColor, Color, FlagWidth, i, j); fseek(Output, Current, SEEK_SET); i++; } if (i < FileHeader->biHeight - 1 && DetermineColor(Output, ftell(Output) - (*FileHeader).biWidth * ByteOnPixel - FlagWidth) == Color) { fseek(Output, -(*FileHeader).biWidth * ByteOnPixel - FlagWidth, SEEK_CUR); i++; Colorize(Output, FileHeader, NewColor, Color, FlagWidth, i, j); fseek(Output, Current, SEEK_SET); i--; } if (j < FileHeader->biWidth - 1 && DetermineColor(Output, ftell(Output) + ByteOnPixel) != Black) { fseek(Output, Position + ByteOnPixel * Count, SEEK_SET); j++; } else break; } } if (i > 0 && DetermineColor(Output, ftell(Output) + (*FileHeader).biWidth * ByteOnPixel + FlagWidth) == Color) { fseek(Output, (*FileHeader).biWidth * ByteOnPixel, SEEK_CUR); i--; Colorize(Output, FileHeader, NewColor, Color, FlagWidth, i, j); fseek(Output, Current, SEEK_SET); } if (i < FileHeader->biWidth - 1 == Color) { fseek(Output, -(*FileHeader).biWidth * ByteOnPixel - FlagWidth, SEEK_CUR); i++; Colorize(Output, FileHeader, NewColor, Color, FlagWidth, i, j); fseek(Output, Current, SEEK_SET); } } int Width(Header* FileHeader) { int FlagWidth = 0; if (FileHeader->biWidth % 4 == 0)FlagWidth = 0; if (FileHeader->biWidth % 4 == 1)FlagWidth = 1; if (FileHeader->biWidth % 4 == 2)FlagWidth = 2; if (FileHeader->biWidth % 4 == 3)FlagWidth = 3; return FlagWidth; } void PrintOpenFiles(Header* FileHeader, int FlagWidth) { char Date[DataTimeSize] = { 0 }, Time[DataTimeSize] = { 0 }; _strdate(Date); //Текущая дата _strtime(Time); //Текущее время fprintf(Log, "%s %s - INFO - Файлы были успешно открыты\n", Date, Time); fprintf(Log, "%s %s - INFO - Количество пикселей в ширине изображения: %d\n" " Количество пикселей в высоте изображения: %d\n" " Количество дополнительных байтов в конце строки: %d\n", Date, Time, (int)(FileHeader->biWidth), (int)(FileHeader->biHeight), FlagWidth); } FILE* OpenFiles(Header* FileHeader, FILE* Input, FILE* Output) { int FlagWidth = 0; FillInHeader(FileHeader, Input); FlagWidth = Width(FileHeader); Copying(Input, Output, FileHeader, FlagWidth); PrintOpenFiles(FileHeader, FlagWidth); fclose(Input); return Output; } int BottomBorder(FILE* Output, Header* FileHeader, int i, int j, int FlagWidth, int Areas) { int Count = 1, Color = 0, ColorRight = 0, ColorLeft = 0, InitialColor = 0; if (i == FileHeader->biHeight - 1) return Black; //снизу граница рисунка InitialColor = DetermineColor(Output, ftell(Output)); for ( Count = 1; Count < 10 && i > 0 && i < FileHeader->biHeight - 1 && j < FileHeader->biWidth - 1 && j>0; Count++) { ColorRight = DetermineColor(Output, ftell(Output) - FlagWidth * Count - (FileHeader->biWidth * ByteOnPixel) * Count + ByteOnPixel * Count); ColorLeft = DetermineColor(Output, ftell(Output) - FlagWidth * Count - (FileHeader->biWidth * ByteOnPixel) * Count - ByteOnPixel * Count); if (ColorLeft > Areas)ColorLeft -= Areas; if (ColorRight > Areas)ColorRight -= Areas; if (ColorRight != Black && InitialColor != ColorRight)return ColorRight; if (ColorLeft != Black && InitialColor != ColorLeft)return ColorLeft; } while (i + Count <= FileHeader->biHeight - 1 && DetermineColor(Output, (ftell(Output) - (FileHeader->biWidth * ByteOnPixel) * Count - FlagWidth * Count)) == Black) { ColorRight = DetermineColor(Output, (ftell(Output) - (FileHeader->biWidth * ByteOnPixel) * Count - FlagWidth * Count + ByteOnPixel * (Count - 1))); ColorLeft = DetermineColor(Output, (ftell(Output) - (FileHeader->biWidth * ByteOnPixel) * Count - FlagWidth * Count - ByteOnPixel * (Count - 1))); if (j + Count - 1 <= FileHeader->biWidth - 1 && j - Count + 1 >= 0 && DetermineColor(Output, (ftell(Output) - (FileHeader->biWidth * ByteOnPixel) * Count - FlagWidth * Count + ByteOnPixel * (Count - 1))) == Black && ColorLeft == Black) { Count++; continue; } if (j + Count - 1 > FileHeader->biWidth - 1 && j - Count + 1 >= 0 && ColorLeft == Black) { Count++; continue; } if (j + Count - 1 <= FileHeader->biWidth - 1 && j - Count + 1 < 0 && ColorRight == Black) { Count++; continue; } if (j + Count - 1 <= FileHeader->biWidth - 1 && j - Count + 1 >= 0 && ColorRight != Black || ColorLeft != Black)return Black; if (j + Count - 1 <= FileHeader->biWidth - 1 && j - Count + 1 < 0 && ColorRight != Black) return Black; if (j + Count - 1 > FileHeader->biWidth - 1 && j - Count + 1 > 0 && ColorLeft != Black) return Black; return Black; } if (i + Count > FileHeader->biHeight - 1) return Black; Color = DetermineColor(Output, (ftell(Output) - (FileHeader->biWidth * ByteOnPixel) * Count - FlagWidth * Count)); if (i + Count <= FileHeader->biHeight - 1 && Color != Black) return Color; //Нашли цвет return Black; } int BottomTop(FILE* Output, Header* FileHeader, int i, int j, int FlagWidth, int Areas) { int Count = 1, ColorLeft = 0, ColorRight = 0, Color = 0, InitialColor = 0; if (i == 0) return Black; //сверху граница рисунка InitialColor = DetermineColor(Output, ftell(Output)); for (Count = 1; Count < 10 && i > 0 && i < FileHeader->biHeight - 1 && j < FileHeader->biWidth - 1 && j>0; Count++) { ColorRight = DetermineColor(Output, ftell(Output) + FlagWidth * Count + (FileHeader->biWidth * ByteOnPixel) * Count + ByteOnPixel * Count); ColorLeft = DetermineColor(Output, ftell(Output) - ByteOnPixel * Count + FlagWidth * Count + (FileHeader->biWidth * ByteOnPixel) * Count); if (ColorLeft > Areas)ColorLeft -= Areas; if (ColorRight > Areas)ColorRight -= Areas; if (ColorRight != Black && InitialColor != ColorRight)return ColorRight; if (ColorLeft != Black && InitialColor != ColorLeft)return ColorLeft; } while (i - Count >= 0 && DetermineColor(Output, (ftell(Output) + (FileHeader->biWidth * ByteOnPixel) * Count + FlagWidth * Count)) == Black) { ColorLeft = DetermineColor(Output, (ftell(Output) + (FileHeader->biWidth * ByteOnPixel) * Count + FlagWidth * Count - ByteOnPixel * (Count - 1))); ColorRight = DetermineColor(Output, (ftell(Output) + (FileHeader->biWidth * ByteOnPixel) * Count + FlagWidth * Count + ByteOnPixel * (Count - 1))); if (j + Count - 1 <= FileHeader->biWidth - 1 && j - Count + 1 >= 0 && ColorLeft == Black && ColorRight == Black) { Count++; continue; } if (j + Count - 1 > FileHeader->biWidth - 1 && j - Count + 1 >= 0 && ColorLeft == Black) { Count++; continue; } if (j + Count - 1 <= FileHeader->biWidth - 1 && j - Count + 1 < 0 && ColorRight == Black) { Count++; continue; } if (j + Count - 1 <= FileHeader->biWidth - 1 && j - Count + 1 >= 0 && (ColorRight != Black || ColorLeft != Black))return Black; if (j + Count - 1 <= FileHeader->biWidth - 1 && j - Count + 1 < 0 && ColorRight != Black) return Black; if (j + Count - 1 > FileHeader->biWidth - 1 && j - Count + 1 > 0 && ColorLeft != Black) return Black; return Black; } if (i - Count < 0) return Black; Color = DetermineColor(Output, (ftell(Output) + (FileHeader->biWidth * ByteOnPixel) * Count + FlagWidth * Count)); if (i - Count >= 0 && Color != Black) return Color; //Нашли цвет return Black; } int BottomRight(FILE* Output, Header* FileHeader, int i, int j, int FlagWidth, int Areas) { int Count = 1,Color = 0, ColorTop = 0, ColorDown = 0, InitialColor = 0; if (j == FileHeader->biWidth - 1) return Black; //Справа граница рисунка InitialColor = DetermineColor(Output, ftell(Output)); for ( Count = 1; Count < 10 && i > 0 && i < FileHeader->biHeight - 1 && j < FileHeader->biWidth - 1 && j>0; Count++) { ColorTop = DetermineColor(Output, ftell(Output) + FlagWidth * Count + (FileHeader->biWidth * ByteOnPixel) * Count + ByteOnPixel * Count); ColorDown = DetermineColor(Output, ftell(Output) + ByteOnPixel * Count - FlagWidth * Count - (FileHeader->biWidth * ByteOnPixel) * Count); if (ColorTop > Areas)ColorTop -= Areas; if (ColorDown > Areas)ColorDown -= Areas; if (ColorTop != Black && InitialColor != ColorTop)return ColorTop; if (ColorDown != Black && InitialColor != ColorDown)return ColorDown; } while (j + Count <= FileHeader->biWidth - 1 && DetermineColor(Output, (ftell(Output) + ByteOnPixel * Count)) == Black) { ColorTop = DetermineColor(Output, (ftell(Output) + (FileHeader->biWidth * ByteOnPixel) * (Count - 1) + FlagWidth * (Count - 1) + ByteOnPixel * Count)); ColorDown = DetermineColor(Output, (ftell(Output) - (FileHeader->biWidth * ByteOnPixel) * (Count - 1) - FlagWidth * (Count - 1) + ByteOnPixel * Count)); if (i + Count - 1 <= FileHeader->biHeight - 1 && i - Count + 1 >= 0 && ColorDown == Black && ColorTop == Black) { Count++; continue; } if (i + Count - 1 > FileHeader->biHeight - 1 && i - Count + 1 >= 0 && ColorTop == Black) { Count++; continue; } if (i + Count - 1 <= FileHeader->biHeight - 1 && i - Count + 1 < 0 && ColorDown == Black) { Count++; continue; } if (i + Count - 1 <= FileHeader->biHeight - 1 && i - Count + 1 >= 0 && (ColorDown != Black || ColorTop != Black))return Black; if (i + Count - 1 <= FileHeader->biHeight - 1 && i - Count + 1 < 0 && ColorDown != Black) return Black; if (i + Count - 1 > FileHeader->biHeight - 1 && i - Count + 1 > 0 && ColorTop != Black) return Black; return Black; } if (j + Count > FileHeader->biWidth - 1) return Black; Color = DetermineColor(Output, (ftell(Output) + ByteOnPixel * Count)); if (j + Count <= FileHeader->biWidth - 1 && Color != Black)return Color; //Нашли цвет return Black; } int BottomLeft(FILE* Output, Header* FileHeader, int i, int j, int FlagWidth, int Areas) { int Count = 1, Color = 0, ColorTop = 0, ColorDown = 0, InitialColor = 0; if (j == 0) return Black; //Справа граница рисунка InitialColor = DetermineColor(Output, ftell(Output)); if (InitialColor > Areas)InitialColor -= Areas; for (Count = 1; Count < 10 && i > 0 && i < FileHeader->biHeight - 1 && j < FileHeader->biWidth - 1 && j>0; Count++) { ColorTop = DetermineColor(Output, ftell(Output) + FlagWidth * Count + (FileHeader->biWidth * ByteOnPixel) * Count - ByteOnPixel * Count); ColorDown = DetermineColor(Output, ftell(Output) - ByteOnPixel * Count - FlagWidth * Count - (FileHeader->biWidth * ByteOnPixel) * Count); if (ColorTop > Areas)ColorTop -= Areas; if (ColorDown > Areas)ColorDown -= Areas; if (ColorTop != Black && InitialColor != ColorTop)return ColorTop; if (ColorDown != Black && InitialColor != ColorDown)return ColorDown; } while (j - Count >= 0 && DetermineColor(Output, (ftell(Output) - ByteOnPixel * Count)) == Black) { ColorTop = DetermineColor(Output, (ftell(Output) + (FileHeader->biWidth * ByteOnPixel) * (Count - 1) + FlagWidth * (Count - 1) - ByteOnPixel * Count)); ColorDown = DetermineColor(Output, (ftell(Output) - (FileHeader->biWidth * ByteOnPixel) * (Count - 1) - FlagWidth * (Count - 1) - ByteOnPixel * Count)); //Черная граница справа if (i + Count - 1 <= FileHeader->biHeight - 1 && i - Count + 1 >= 0 && ColorDown == Black && ColorTop == Black) { Count++; continue; } if (i + Count - 1 > FileHeader->biHeight - 1 && i - Count + 1 >= 0 && ColorTop == Black) { Count++; continue; } if (i + Count - 1 <= FileHeader->biHeight - 1 && i - Count + 1 < 0 && ColorDown == Black) { Count++; continue; } if (i + Count - 1 <= FileHeader->biHeight - 1 && i - Count + 1 >= 0 && (ColorDown != Black || ColorTop != Black))return Black; if (i + Count - 1 <= FileHeader->biHeight - 1 && i - Count + 1 < 0 && ColorDown != Black) return Black; if (i + Count - 1 > FileHeader->biHeight - 1 && i - Count + 1 > 0 && ColorTop != Black) return Black; return Black; } if (j - Count < 0) return Black; Color = DetermineColor(Output, (ftell(Output) - ByteOnPixel * Count)); if (j - Count >= 0 && Color != Black)return Color; //Нашли цвет return Black; } int GoRight(FILE* Output, Header* FileHeader, int Area, int* Position, FILE* Table, int FlagWidth, int Areas) { int i = Position[0], j = Position[1], Result = 0; char One = '1'; unsigned char Color[3] = { 0 }; while (1) { if (i == (FileHeader->biHeight - 1) || DetermineColor(Output, (ftell(Output) - (FileHeader->biWidth * 3) - FlagWidth)) == Black) { if (j < FileHeader->biWidth && Area < 255 && DetermineColor(Output, ftell(Output)) < Areas) { int Count = Areas + Area; if (Count <= 255) { Color[0] = 0; Color[1] = 0; Color[2] = (unsigned char)(Count); } if (Count > 255 && Count <= 510) { Color[0] = 0; Color[1] = (unsigned char)(Count - 255); Color[2] = 255; } if (Count > 510 && Count <= 765) { Color[0] = (unsigned char)(Count - 510); Color[1] = 255; Color[2] = 255; } ChangeColor(Output, Color); fseek(Output, -3, SEEK_CUR); } Result = BottomBorder(Output, FileHeader, i, j, FlagWidth, Areas); if (Result > Areas)Result -= Areas; if (Area > Areas)Area -= Areas; if (Result != Black) { if (Result > Areas)Result -= Areas; if (Area > Areas)Area -= Areas; fseek(Table, (Area - 1) * Areas + (Result - 1), SEEK_SET); fprintf(Table, "%c", One); } } else { Position[0] = i + 1; Position[1] = j; fseek(Output, -FileHeader->biWidth * 3 - FlagWidth, SEEK_CUR); return Down; } if (((j < FileHeader->biWidth - 1 && DetermineColor(Output, ftell(Output) + 3) == Black)) || (j == FileHeader->biWidth - 1)) { Result = BottomRight(Output, FileHeader, i, j, FlagWidth, Areas); if (Result > Areas)Result -= Areas; if (Area > Areas)Area -= Areas; if (Result != Black) { if (Result > Areas)Result -= Areas; if (Area > Areas)Area -= Areas; fseek(Table, (Area - 1) * Areas + (Result - 1), SEEK_SET); fprintf(Table, "%c", One); } if (i > 0 && j < FileHeader->biWidth - 1 && DetermineColor(Output, (ftell(Output) + (FileHeader->biWidth * 3) + FlagWidth)) != Black && DetermineColor(Output, (ftell(Output) + (FileHeader->biWidth * 3) + FlagWidth) + 3) != Black) { Position[0] = i - 1; Position[1] = j + 1; fseek(Output, +FileHeader->biWidth * 3 + FlagWidth + 3, SEEK_CUR); return Right; } Position[0] = i; Position[1] = j; return Top; } else { j++; fseek(Output, +3, SEEK_CUR); } } } int GoTop(FILE* Output, Header* FileHeader, int Area, int* Position, FILE* Table, int FlagWidth, int Areas) { int i = Position[0], j = Position[1], Result = 0; char One = '1'; unsigned char Color[ByteOnPixel] = { 0 }; while (1) { if (j == FileHeader->biWidth - 1 || DetermineColor(Output, (ftell(Output) + ByteOnPixel)) == Black) { if (i >= 0 && Area < 255 && DetermineColor(Output, ftell(Output)) < Areas) { int Count = Areas + Area; if (Count <= 255) { Color[0] = 0; Color[1] = 0; Color[2] = (unsigned char)(Count); } if (Count>255 && Count <= 510) { Color[0] = 0; Color[1] = (unsigned char)(Count - 255); Color[2] = 255; } if (Count > 510 && Count <= 765) { Color[0] = (unsigned char)(Count - 510); Color[1] = 255; Color[2] = 255; } ChangeColor(Output, Color); fseek(Output, -ByteOnPixel, SEEK_CUR); } Result = BottomRight(Output, FileHeader, i, j, FlagWidth, Areas); if (Result > Areas)Result -= Areas; if (Area > Areas)Area -= Areas; if (Result != Black) { if (Result > Areas)Result -= Areas; if (Area > Areas)Area -= Areas; fseek(Table, (Area - 1) * Areas + (Result - 1), SEEK_SET); fprintf(Table, "%c", One); } } else { Position[0] = i; Position[1] = j + 1; fseek(Output, +ByteOnPixel, SEEK_CUR); return Right; } if ((i > 0 && DetermineColor(Output, (ftell(Output) + (FileHeader->biWidth * ByteOnPixel) + FlagWidth)) == Black) || i == 0) { Result = BottomTop(Output, FileHeader, i, j, FlagWidth, Areas); if (Result > Areas)Result -= Areas; if (Area > Areas)Area -= Areas; if (Result != Black) { if (Result > Areas)Result -= Areas; if (Area > Areas)Area -= Areas; fseek(Table, (Area - 1) * Areas + (Result - 1), SEEK_SET); fprintf(Table, "%c", One); } if (i > 0 && j > 0 && DetermineColor(Output, (ftell(Output) - ByteOnPixel)) != Black && DetermineColor(Output, (ftell(Output) + (FileHeader->biWidth * ByteOnPixel) + FlagWidth - ByteOnPixel)) != Black) { Position[0] = i - 1; Position[1] = j - 1; fseek(Output, +FileHeader->biWidth * ByteOnPixel + FlagWidth - ByteOnPixel, SEEK_CUR); return Top; } Position[0] = i; Position[1] = j; return Left; } else { i--; fseek(Output, +FileHeader->biWidth * ByteOnPixel + FlagWidth, SEEK_CUR); } } } int GoLeft(FILE* Output, Header* FileHeader, int Area, int* Position, FILE* Table, int FlagWidth, int Areas) { int i = Position[0], j = Position[1], Result = 0; char One = '1'; unsigned char Color[ByteOnPixel] = { 0 }; while (1) { if (i == 0 || DetermineColor(Output, (ftell(Output) + (FileHeader->biWidth * ByteOnPixel) + FlagWidth)) == Black) { if (j >= 0 && DetermineColor(Output, ftell(Output)) < Areas) { int Count = Areas + Area; if (Count <= 255) { Color[0] = 0; Color[1] = 0; Color[2] = (unsigned char)(Count); } if (Count > 255 && Count <= 510) { Color[0] = 0; Color[1] = (unsigned char)(Count - 255); Color[2] = 255; } if (Count > 510&& Count <= 765) { Color[0] = (unsigned char)(Count - 510); Color[1] = 255; Color[2] = 255; } ChangeColor(Output, Color); fseek(Output, -ByteOnPixel, SEEK_CUR); } Result = BottomTop(Output, FileHeader, i, j, FlagWidth, Areas); if (Result > Areas)Result -= Areas; if (Area > Areas)Area -= Areas; if (Result != Black) { if (Result > Areas)Result -= Areas; if (Area > Areas)Area -= Areas; fseek(Table, (Area - 1) * Areas + (Result - 1), SEEK_SET); fprintf(Table, "%c", One); } } else { Position[0] = i - 1; Position[1] = j; fseek(Output, +(FileHeader->biWidth * ByteOnPixel) + FlagWidth, SEEK_CUR); return Top; } if ((j > 0 && DetermineColor(Output, (ftell(Output) - ByteOnPixel)) == Black) || j == 0) { Result = BottomLeft(Output, FileHeader, i, j, FlagWidth, Areas); if (Result > Areas)Result -= Areas; if (Area > Areas)Area -= Areas; if (Result != Black) { if (Result > Areas)Result -= Areas; if (Area > Areas)Area -= Areas; fseek(Table, (Area - 1) * Areas + (Result - 1), SEEK_SET); fprintf(Table, "%c", One); } if (i < FileHeader->biHeight - 1 && j>0 && DetermineColor(Output, (ftell(Output) - (FileHeader->biWidth * ByteOnPixel) - FlagWidth)) != Black && DetermineColor(Output, (ftell(Output) - (FileHeader->biWidth * ByteOnPixel) - FlagWidth) - ByteOnPixel) != Black) { Position[0] = i + 1; Position[1] = j - 1; fseek(Output, -(FileHeader->biWidth * ByteOnPixel) - FlagWidth - ByteOnPixel, SEEK_CUR); return Left; } Position[0] = i; Position[1] = j; return Down; } else { j--; fseek(Output, -ByteOnPixel, SEEK_CUR); } } } int GoDown(FILE* Output, Header* FileHeader, int Area, int* Position, FILE* Table, int FlagWidth, int Areas) { int i = Position[0], j = Position[1], Result = 0; unsigned char Color[ByteOnPixel] = { 0 }; char One = '1'; while (1) { if (j == 0 || DetermineColor(Output, (ftell(Output) - ByteOnPixel)) == Black) { if (i < FileHeader->biHeight && Area < 255 && DetermineColor(Output, ftell(Output)) < Areas) { int Count = Areas + Area; if (Count <= 255) { Color[0] = 0; Color[1] = 0; Color[2] = (unsigned char)(Count); } if (Count > 255 && Count <= 510) { Color[0] = 0; Color[1] = (unsigned char)(Count - 255); Color[2] = 255; } if (Count > 510&& Count <= 765) { Color[0] = (unsigned char)(Count - 510); Color[1] = 255; Color[2] = 255; } ChangeColor(Output, Color); fseek(Output, -ByteOnPixel, SEEK_CUR); } Result = BottomLeft(Output, FileHeader, i, j, FlagWidth, Areas); if (Result != Black) { if (Result > Areas)Result -= Areas; if (Area > Areas)Area -= Areas; fseek(Table, (Area-1) * Areas + (Result - 1), SEEK_SET); fprintf(Table, "%c", One); } } else { Position[0] = i; Position[1] = j - 1; fseek(Output, -ByteOnPixel, SEEK_CUR); return Left; } if ((i < FileHeader->biHeight - 1 && DetermineColor(Output, (ftell(Output) - (FileHeader->biWidth * ByteOnPixel) - FlagWidth)) == Black) || i == FileHeader->biHeight - 1) { Result = BottomBorder(Output, FileHeader, i, j, FlagWidth, Areas); if (Result > Areas)Result -= Areas; if (Area > Areas)Area -= Areas; if (Result != Black) { if (Result > Areas)Result -= Areas; if (Area > Areas)Area -= Areas; fseek(Table, (Area - 1) * Areas + (Result - 1), SEEK_SET); fprintf(Table, "%c", One); } if (i < FileHeader->biHeight - 1 && j < FileHeader->biWidth - 1 && DetermineColor(Output, (ftell(Output) + ByteOnPixel)) != Black && DetermineColor(Output, (ftell(Output) - (FileHeader->biWidth * ByteOnPixel) - FlagWidth + ByteOnPixel)) != Black) { Position[0] = i + 1; Position[1] = j + 1; fseek(Output, -(FileHeader->biWidth * ByteOnPixel) - FlagWidth + ByteOnPixel, SEEK_CUR); return Down; } Position[0] = i; Position[1] = j; return Right; } else { i++; fseek(Output, -(FileHeader->biWidth * ByteOnPixel) - FlagWidth, SEEK_CUR); } } } //Функция, определяющая какие области являются соседями void Outline(int Areas, FILE* Output, Header* FileHeader, FILE* Table) { float Counter = 35.0; long Step = FileHeader->bfSize / 3000; int Position[2] = { 0 }, Count = 1, PositionI = 0, PositionJ = 0, ColorArea = 0, Action = Right, PrevColor = 0, Flag = 0; int FlagWidth = Width(FileHeader); fseek(Output, FileHeader->bfOffBits, SEEK_SET); for (int i = FileHeader->biHeight - 1; i >= 0; i--) { for (int j = 0; j < FileHeader->biWidth; j++) { if (ftell(Output) % Step == 0) { Counter += (float)0.01; printf("\rПрогресс: %.2f%%", Counter); } ColorArea = DetermineColor(Output, ftell(Output)); if (Count < Areas && ColorArea == Count) { Position[0] = i, Position[1] = j; PositionI = Position[0], PositionJ = Position[1]; Action = Right; Flag = 1; while (1) { if (Action == Right)Action = GoRight(Output, FileHeader, ColorArea, Position, Table, FlagWidth, Areas); if (Position[0] == PositionI && Position[1] == PositionJ)break; if (Action == Top)Action = GoTop(Output, FileHeader, ColorArea, Position, Table, FlagWidth, Areas); if (Position[0] == PositionI && Position[1] == PositionJ)break; if (Action == Left)Action = GoLeft(Output, FileHeader, ColorArea, Position, Table, FlagWidth, Areas); if (Position[0] == PositionI && Position[1] == PositionJ)break; if (Action == Down)Action = GoDown(Output, FileHeader, ColorArea, Position, Table, FlagWidth, Areas); if (Position[0] == PositionI && Position[1] == PositionJ)break; } Count++; PrevColor = DetermineColor(Output, ftell(Output)); } /*if (j != 0 && Flag == 0 && ((ColorArea == Black && (PrevColor > 0 && PrevColor < Areas)) || ((ColorArea < Areas && ColorArea>0) && PrevColor == Black))) { Action = Left; if (ColorArea == Black) { ColorArea = PrevColor; PrevColor = Black; j--; fseek(Output, -ByteOnPixel, SEEK_CUR); } Position[0] = i, Position[1] = j; PositionI = Position[0], PositionJ = Position[1]; while (1) { if (Action == Left)Action = GoLeft(Output, FileHeader, ColorArea, Position, Table, FlagWidth, Areas); if (Position[0] == PositionI && Position[1] == PositionJ)break; if (Action == Top)Action = GoTop(Output, FileHeader, ColorArea, Position, Table, FlagWidth, Areas); if (Position[0] == PositionI && Position[1] == PositionJ)break; if (Action == Right)Action = GoRight(Output, FileHeader, ColorArea, Position, Table, FlagWidth, Areas); if (Position[0] == PositionI && Position[1] == PositionJ)break; if (Action == Down)Action = GoDown(Output, FileHeader, ColorArea, Position, Table, FlagWidth, Areas); if (Position[0] == PositionI && Position[1] == PositionJ)break; } fseek(Output, +ByteOnPixel, SEEK_CUR); j++; Flag = 1; }*/ if (Flag == 0) PrevColor = DetermineColor(Output, ftell(Output)); Flag = 0; fseek(Output, ByteOnPixel, SEEK_CUR); if (j == FileHeader->biWidth - 1) fseek(Output, FlagWidth, SEEK_CUR); } } } //Функция, определяющая количество областей и раскрашивающая эти области в цвета с номером области int FindNumberOfAreas(FILE* Output, Header* FileHeader, int FlagWidth) { float Counter = 10.0; long Step = FileHeader->bfSize / 2500; int FlagColor = 0, Position = 0, Count = 1; unsigned char Color[ByteOnPixel]; memset(Color, 0, sizeof(Color)); fseek(Output, FileHeader->bfOffBits, SEEK_SET); for (int i = FileHeader->biHeight - 1; i >= 0; i--) { for (int j = 0; j < FileHeader->biWidth; j++) { if (ftell(Output) % Step == 0) { Counter += (float)0.01; printf("\rПрогресс: %.2f%%", Counter); } if (Count <= 255) { Color[0] = 0; Color[1] = 0; Color[2] = (unsigned char)Count; } if (Count > 255 && Count <= 383) { Color[0] = 0; Color[1] = (unsigned char)(Count - 255); Color[2] = 255; } if (Count > 383) { PrintError(ToManyAreas); exit(EXIT_FAILURE); } Position = ftell(Output); FlagColor = DetermineColor(Output, ftell(Output)); if (FlagColor == White) { Colorize(Output, FileHeader, Color, White, FlagWidth, i, j); Count++; } fseek(Output, Position + ByteOnPixel, SEEK_SET); if (j == FileHeader->biWidth - 1) fseek(Output, FlagWidth, SEEK_CUR); }
} void PaintingAreas(short* AreaColor, FILE* Output, Header* FileHeader, int FlagWidth) { int Position = 0, FlagColor = 0, Count = 0; float Counter = 75.0; long Step = FileHeader->bfSize / 2500; unsigned char Color[ByteOnPixel]; memset(Color, 0, sizeof(Color)); for (int i = FileHeader->biHeight - 1; i >= 0; i--) { for (int j = 0; j < FileHeader->biWidth; j++) { if (ftell(Output) % Step == 0) { Counter += (float)0.01; printf("\rПрогресс: %.2f%%", Counter); } if (AreaColor[Count] == 1) { Color[0] = 162; Color[1] = 249; Color[2] = 172; } if (AreaColor[Count] == 2) { Color[0] = 233; Color[1] = 234; Color[2] = 176; } if (AreaColor[Count] == 3) { Color[0] = 245; Color[1] = 163; Color[2] = 248; } if (AreaColor[Count] == 4) { Color[0] = 249; Color[1] = 9; Color[2] = 38; } if (AreaColor[Count] == 5) { Color[0] = 79; Color[1] = 236; Color[2] = 236; } Position = ftell(Output); FlagColor = DetermineColor(Output, ftell(Output)); if (FlagColor == Count + 1) { Colorize(Output, FileHeader, Color, Count + 1, FlagWidth, i, j); Count++; } fseek(Output, Position + ByteOnPixel, SEEK_SET); if (j == FileHeader->biWidth - 1)fseek(Output, FlagWidth, SEEK_CUR); } } Counter = 100.0; printf("\rПрогресс: %.2f%%\n", Counter); } //Делает матрицу симметричной void SymmertricMatrix(FILE* Table, int Areas) { int Number = 0,Number1 = 0, Number2 = 0; char Symbol = 0; for (int i = 0; i < Areas; i++) { for (int j = 0; j < Areas; j++) { if (i == j) continue; else { fseek(Table, i * Areas + j, SEEK_SET); Number1 = fgetc(Table)-'0'; fseek(Table, j * Areas + i, SEEK_SET); Number2 = fgetc(Table)-'0'; Number = Number1 | Number2; if (Number == 1)Symbol = '1'; else Symbol = '0'; fseek(Table, i * Areas + j, SEEK_SET); fprintf(Table, "%c", Symbol); fseek(Table, j * Areas + i, SEEK_SET); fprintf(Table, "%c", Symbol); } } } } //Функции, определяющие в какой цвет нужно закрасить эту область short Define(FILE* Table, int Areas, short* AreaColor) { int Count = 0; float Counter = 65.0; int Number = 0; char Symbol = 0, One = '1'; char Number1 = 0, Number2 = 0; float Step = (float)(1 / Areas); short Color = 0; struct Queue* Head = NULL, * Tail = NULL; for (int i = 0; i < Areas; i++) { for (int j = 0; j < Areas; j++) { fseek(Table, i * Areas + j, SEEK_SET); Symbol = (char)fgetc(Table); if (Symbol == '0') AreaColor[i]++; } } for (int i = 0; i < Areas && Count < Areas; i++) { for (int j = 0; j < Areas; j++) { if (AreaColor[j] == i) { Enqueue(&Head, &Tail, j); Count++; } } } for (int i = 0; i < Areas; i++) { AreaColor[i] = 0; } Count = 0; for (int i = 0; i < Areas; i++) { Counter += Step; printf("\rПрогресс: %.2f%%", Counter); Count = Dequeue(&Head, &Tail,Areas); if (AreaColor[Count] != 0) continue; Color++; AreaColor[Count] = Color; for (int k = 0; k < Areas; k++) { //Count-основная область fseek(Table, Count * Areas + k, SEEK_SET); Symbol = (char)fgetc(Table); if (Symbol=='0') { //k область которая не сосед if (AreaColor[k] == 0) { //Если эта область не раскрашена, то раскрашиваем ее в такой же цвет AreaColor[k] = Color; for (int c = 0; c < Areas; c++) { fseek(Table, Count * Areas + c, SEEK_SET); Number1 = (char)fgetc(Table) - '0'; fseek(Table, k * Areas + c, SEEK_SET); Number2 = (char)fgetc(Table) - '0'; Number = Number1 | Number2; if (Number == 1)Symbol = '1'; else Symbol = '0'; fseek(Table, Count * Areas + c, SEEK_SET); fprintf(Table, "%c", Symbol); fseek(Table, k * Areas + c, SEEK_SET); fprintf(Table, "%c", One); fseek(Table, c * Areas + k, SEEK_SET); fprintf(Table, "%c", One); } } } } } return Color; } void DeleteBorders(FILE* Output, Header* FileHeader, int FlagWidth, int Areas) { int FlagColor = 0; unsigned char Color[ByteOnPixel] = { 0 }; fseek(Output, FileHeader->bfOffBits, SEEK_SET); for (int i = FileHeader->biHeight - 1; i >= 0; i--) { for (int j = 0; j < FileHeader->biWidth; j++) { FlagColor = DetermineColor(Output, ftell(Output)); if (FlagColor > Areas) { FlagColor = FlagColor - Areas; if (FlagColor <= 255) { Color[0] = 0; Color[1] = 0; Color[2] = (unsigned char)(FlagColor); } if (FlagColor > 255 && FlagColor <= 383) { Color[0] = 0; Color[1] = (unsigned char)(FlagColor); Color[2] = 255; } /*if (FlagColor > 383) { PrintError(ToManyAreas); exit(EXIT_FAILURE); }*/ ChangeColor(Output, Color); fseek(Output, -ByteOnPixel, SEEK_CUR); } fseek(Output, ByteOnPixel, SEEK_CUR); if (j == FileHeader->biWidth - 1) fseek(Output, FlagWidth, SEEK_CUR); } } } void PrintStart(void) { char Date[DataTimeSize] = { 0 }, Time[DataTimeSize] = { 0 }; _strdate(Date); //Текущая дата _strtime(Time); //Текущее время fprintf(Log, "%s %s - INFO - Начало работы программы:\n", Date, Time); } void PrintResult(int TotalTime, int TimeOnColoring, int NumberOfColors, int Areas) { char Date[DataTimeSize] = { 0 }, Time[DataTimeSize] = { 0 }; _strdate(Date); //Текущая дата _strtime(Time); //Текущее время if (TotalTime < SecondsInMinute) { printf("Время работы всей программы: %d секунд.\n", TotalTime); fprintf(Log, "%s %s - INFO - Время работы всей программы: %d секунд.\n", Date, Time, TotalTime); } else { printf("Время работы всей программы: %d минут и %d секунд.\n", TotalTime / SecondsInMinute, TotalTime % SecondsInMinute); fprintf(Log, "%s %s - INFO - Время работы всей программы: %d минут и %d секунд.\n", Date, Time, TotalTime / SecondsInMinute, TotalTime % SecondsInMinute); } if (TimeOnColoring < SecondsInMinute) { printf("Время алгоритма раскрашивания: %d секунд.\n", TimeOnColoring); fprintf(Log, "%s %s - INFO - Время алгоритма раскрашивания: %d секунд.\n", Date, Time, TimeOnColoring); } else { printf("Время работы всей программы: %d минут и %d секунд.\n", TimeOnColoring / SecondsInMinute, TimeOnColoring % SecondsInMinute); fprintf(Log, "%s %s - INFO - Время алгоритма раскрашивания: %d минут и %d секунд.\n", Date, Time, TimeOnColoring / SecondsInMinute, TimeOnColoring % SecondsInMinute); } printf("Количество цветов: %d\n", NumberOfColors); fprintf(Log, "%s %s - INFO - Количество цветов: %d\n", Date, Time, NumberOfColors); fprintf(Log, "\n"); printf("Количество областей: %d\n", Areas); } void PrintAreas(int Areas) { char Date[DataTimeSize] = { 0 }, Time[DataTimeSize] = { 0 }; _strdate(Date); //Текущая дата _strtime(Time); //Текущее время fprintf(Log, "%s %s - INFO - Количество областей: %d\n", Date, Time, Areas); } void FillTable(FILE* Table, int Areas) { char Zero = '0'; char One = '1'; for (int i = 0; i < Areas; i++) { for (int j = 0; j < Areas; j++) { if (i == j)fprintf(Table, "%c",One); else fprintf(Table, "%c",Zero); } } } void Action(FILE* Input, FILE* Output) { FILE* Table = fopen("Table.txt", "w+"); time_t TimeOnColoring = 0, TotalTime = clock(); Log = fopen("log.log", "a"); CheckFiles(Log); PrintStart(); int Areas = 0, FlagWidth = 0, NumberOfColors = 0; //Количество областей Header* FileHeader = (Header*)Check_NULL(malloc(sizeof(Header))); //Структура содержащая информацию из заголовка bmp файла if (FileHeader == NULL) { PrintError(MemoryAllocationError); exit(EXIT_FAILURE); } memset(FileHeader, 0, sizeof(FileHeader)); Output = OpenFiles(FileHeader, Input, Output); FlagWidth = Width(FileHeader); //Переменная, отвечающая за количество дополнительный байтов в конце ширины Areas = FindNumberOfAreas(Output, FileHeader, FlagWidth); FillTable(Table, Areas); //Файл содержит матрицй в линейном виде, в которой отмечены какие области являются соседями Outline(Areas, Output, FileHeader, Table); //Определяем соседние области DeleteBorders(Output, FileHeader, FlagWidth, Areas); //Убираем границы SymmertricMatrix(Table, Areas); //Делаем матрицу симметричной short* AreaColor = (short*)Check_NULL(calloc(Areas, sizeof(short))); if (AreaColor != NULL) { NumberOfColors = Define(Table, Areas, AreaColor); //Определяем цвет области fseek(Output, FileHeader->bfOffBits, SEEK_SET); TimeOnColoring = clock(); PaintingAreas(AreaColor, Output, FileHeader, FlagWidth); //Раскрашиваем области TimeOnColoring = clock() - TimeOnColoring; } else { PrintError(MemoryAllocationError); exit(EXIT_FAILURE); } TotalTime = clock() - TotalTime; PrintResult((int)(TotalTime / CLOCKS_PER_SEC), (int)(TimeOnColoring / CLOCKS_PER_SEC), NumberOfColors, Areas); fclose(Log); fclose(Table); fclose(Output); remove("Table.txt"); } void WorkingWithKeys(int argc, char* argv[]) { FILE* Input = NULL, * Output = NULL; for (int i = 1; i < argc; i++) { if (!(strcmp(argv[i], "-i")) || !(strcmp(argv[i], "--input"))) { Input = fopen(argv[i + 1], "rb"); if (!CheckFiles(Input)) i++; } else if (!(strcmp(argv[i], "-o")) || !(strcmp(argv[i], "--output"))) { Output = fopen(argv[i + 1], "wb+"); if (!CheckFiles(Output)) i++; } else if (!(strcmp(argv[i], "-h")) || !(strcmp(argv[i], "--help"))) { Help(); } } Action(Input, Output); } int main(int argc, char* argv[]) { setlocale(LC_ALL, "Rus"); if (argc < NumberOfArguments) Help(); else WorkingWithKeys(argc, argv); return EXIT_SUCCESS; } жүктеу/скачать 1,28 Mb. 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