#pragma once

#include <vector>
#include <map>

#include "DefineDllForWin.h"
#include "CloApiData.h"

class QWidget;

namespace CLOAPI
{
	class MV_CLO_INTERFACE_API UtilityAPIInterface {
	public:
		/// @ingroup UTILITY_API
		/// @fn GetCLOTemporaryFolderPath()
		/// @brief Create and get the temporary folder path
		/// @return Get the temporary folder path to store temporary files used when exporting to server
		virtual std::string GetCLOTemporaryFolderPath() { return ""; }

		/// @ingroup UTILITY_API
		/// @fn GetCLOTemporaryFolderPathW()
		/// @brief Create and get the temporary folder path
		/// @return Get the temporary folder path to store temporary files used when exporting to server
		virtual std::wstring GetCLOTemporaryFolderPathW() { return L""; }

		/// @ingroup UTILITY_API
		/// @fn DisplayMessageBox(string str)
		/// @brief Show a message with using the DialogBox implemented in CLO software
		/// @param str: message
		/// @return Display a message box to show input string on CLO. This can be used for debugging.
		virtual void DisplayMessageBox(std::string str) {}

		/// @ingroup UTILITY_API
		/// @fn DisplayMessageBoxW(wstring str)
		/// @brief Show a message with using the DialogBox implemented in CLO software
		/// @param str: message
		/// @return Display a message box to show input string on CLO. This can be used for debugging.
		virtual void DisplayMessageBoxW(std::wstring str) {}

		/// @ingroup UTILITY_API
		/// @fn GetProjectName()
		/// @brief Get the current project name in CLO
		/// @return The current project name. When you opening "test.zprj" file at last, then the project name is given as "test"
		virtual std::string GetProjectName() { return ""; }

		/// @ingroup UTILITY_API
		/// @fn GetProjectNameW()
		/// @brief Get the current project name in CLO
		/// @return The current project name. When you opening "test.zprj" file at last, then the project name is given as "test"
		virtual std::wstring GetProjectNameW() { return L""; }

		/// @ingroup UTILITY_API
		/// @fn GetProjectFilePath()
		/// @brief Get the current profile file path
		/// @return The current project file path. If you load a project file saved in "c://download/default.zprj", this function returns the full path - "c://download/default.zprj". If you never load project files, then it returns "NULL".
		virtual std::string GetProjectFilePath() { return ""; }

		/// @ingroup UTILITY_API
		/// @fn GetProjectFilePathW()
		/// @brief Get the current profile file path
		/// @return The current project file path. If you load a project file saved in "c://download/default.zprj", this function returns the full path - "c://download/default.zprj". If you never load project files, then it returns "NULL".
		virtual std::wstring GetProjectFilePathW() { return L""; }

		/// @ingroup UTILITY_API
		/// @fn GetMajorVersion()
		/// @brief Get the major version of the CLO software
		/// @return Major version of SW. ex) 5 of 5.0.72
		virtual unsigned int GetMajorVersion() { return 0; }

		/// @ingroup UTILITY_API
		/// @fn GetMinorVersion()
		/// @brief Get the minor version of the CLO software
		/// @return Minor version of SW. ex) 0 of 5.0.72
		virtual unsigned int GetMinorVersion() { return 0; }

		/// @ingroup UTILITY_API
		/// @fn GetPatchVersion()
		/// @brief Get the patch version of the CLO software
		/// @return Patch version of SW. ex) 72 of 5.0.72
		virtual unsigned int GetPatchVersion() { return 0; }

		/// @ingroup UTILITY_API
		/// @fn toUtf8(const std::wstring &str)
		/// @brief Convert and get the string encoded in UTF-8 from wstring
		/// @param str: target wstring to convert
		/// @return string in UTF8 from wstring encoded by UCS-2 in Windows or UTF-8 in Mac OS
		virtual std::string toUtf8(const std::wstring &str) { return ""; }

		/// @ingroup UTILITY_API
		/// @fn GetColorwayCount()
		/// @brief Get the number of colorways in the current project
		/// @return The number of Colorways in the current project.
		virtual unsigned int GetColorwayCount() { return 0; }

		/// @ingroup UTILITY_API
		/// @fn GetCurrentColorwayIndex()
		/// @brief Get the current colorway index
		/// @return The current colorway index.
		virtual unsigned int GetCurrentColorwayIndex() { return 0; }

		/// @ingroup UTILITY_API
		/// @fn SetCurrentColorwayIndex(unsigned int index)
		/// @brief Change the current colorway
		/// @param index: the colorway index
		virtual void SetCurrentColorwayIndex(unsigned int index) { }

		/// @ingroup UTILITY_API
		/// @fn SetColorwayName(unsigned int index, const string& str)
		/// @brief Change colorway name
		/// @param index: the target colorway index to change the name
		/// @param str: new name for the colorway
		virtual void SetColorwayName(unsigned int index, const std::string& str) {}

		/// @ingroup UTILITY_API
		/// @fn SetColorwayNameW(unsigned int index, const wstring& wstr)
		/// @brief Change colorway name
		/// @param index: the target colorway index to change the name
		/// @param str: new name for the colorway
		virtual void SetColorwayNameW(unsigned int index, const std::wstring& wstr) {}

		/// @ingroup UTILITY_API
		/// @fn GetColorwayName(unsigned int index)
		/// @brief Get the colorway name for the colorway index
		/// @param index: colorway index to get the name
		/// @return the colorway name for the colorway index
		virtual std::string GetColorwayName(unsigned int index) { return ""; }

		/// @ingroup UTILITY_API
		/// @fn GetColorwayNameW(unsigned int index)
		/// @brief Get the colorway name for the colorway index
		/// @param index: colorway index to get the name
		/// @return the colorway name for the colorway index
		virtual std::wstring GetColorwayNameW(unsigned int index) { return L""; }

		/// @ingroup UTILITY_API
		/// @fn CopyColorway(unsigned int index, int _colorwayCopyOption)
		/// @brief Copy the colorway in the index and create a new one
		/// @param index: the source colorway index to copy
		/// @param _colorwayCopyOption: The copy option
		///								0: Unlink all properties
		///								1: Unlink material properties only
		///								2: Link all properties
		/// 
		/// @return index for the created colorway
		virtual unsigned int CopyColorway(unsigned int index, int _colorwayCopyOption) { return 0; }

		/// @ingroup UTILITY_API
		/// @fn GetCustomViewInformation()
		/// @brief Get the custom view information		
		/// {
		/// "customViewList": [
		/// 	{
		/// 		"cameraMatrix": [ // row vector 0, 1, 2 of "local to world camera matrix"
		/// 		  1.0,
		/// 		  0.000166,
		/// 		  -0.001024,
		/// 		  0.352125,
		/// 		  0.0,
		/// 		  0.987069,
		/// 		  0.160306,
		/// 		  2592.8,
		/// 		  0.001039,
		/// 		  -0.160306,
		/// 		  0.987068,
		/// 		  7973.05
		/// 		],
		/// 		"fov": 40.0
		/// 	}
		/// ]
		/// }		
		/// @return Json stream including the data of Custom View such as Camera Matrix, FOV, and so on.
		virtual std::string GetCustomViewInformation() { return ""; }

		/// @ingroup UTILITY_API
		/// @fn GetCustomViewInformationW()
		/// @brief Get the custom view information		
		/// {
		/// "customViewList": [
		/// 	{
		/// 		"cameraMatrix": [ // row vector 0, 1, 2 of "local to world camera matrix"
		/// 		  1.0,
		/// 		  0.000166,
		/// 		  -0.001024,
		/// 		  0.352125,
		/// 		  0.0,
		/// 		  0.987069,
		/// 		  0.160306,
		/// 		  2592.8,
		/// 		  0.001039,
		/// 		  -0.160306,
		/// 		  0.987068,
		/// 		  7973.05
		/// 		],
		/// 		"fov": 40.0
		/// 	}
		/// ]
		/// }		
		/// @return Json stream including the data of Custom View such as Camera Matrix, FOV, and so on.
		virtual std::wstring GetCustomViewInformationW() { return L""; }

		/// @ingroup UTILITY_API
		/// @fn GetClothPositions(vector<float>& positions)
		/// @brief Get the position array of cloth shape. Each three array has x, y, z position of each vertex. 
		/// @param positions: the output position list for the cloth shape
		virtual void GetClothPositions(std::vector<float>& positions) {}

		/// @ingroup UTILITY_API
		/// @fn ResetClothArrangement()
		/// @brief Restore the shape of cloth to when the cloth was loaded
		virtual void ResetClothArrangement() {}

		/// @ingroup UTILITY_API
		/// @fn GetThumbnailInCLOFile(std::string filePath, unsigned int thumbnailIndex, unsigned int& fileSize)
		/// @brief Get Preview thumbnail file buffer(png type) from the CLO file format(.zprj, .zpac, .zfab, .sst, and so on)
		/// @param filePath: the source file path to retrieve the thumbnail buffer
		/// @param thumbnailIndex: the index of the thumbnails in the CLO file format(the number of thumbnails differs by the format)
		/// @param fileSize: get the size of the thumbnail buffer
		/// @return thumbnail(png) buffer
		virtual unsigned char* GetThumbnailInCLOFile(std::string filePath, unsigned int thumbnailIndex, unsigned int& fileSize) { return nullptr; }

		/// @ingroup UTILITY_API
		/// @fn SaveCLOFileThumbnail(std::string filePath, std::string outputPath, unsigned int thumbnailIndex)
		/// @brief Save Preview thumbnail image file(png type) from the CLO file format(.zprj, .zpac, .zfab, .sst, and so on)
		/// @param filePath: the source file path to retrieve the thumbnail buffer
		/// @param outputPath: output png imager path
		/// @param thumbnailIndex: the index of the thumbnails in the CLO file format(the number of thumbnails differs by the format)
		/// @return save result
		virtual bool SaveCLOFileThumbnail(std::string filePath, std::string outputPath, unsigned int thumbnailIndex) { return false; }

		/// @ingroup UTILITY_API
		/// @fn SaveCLOFileThumbnail(std::string filePath, std::wstring outputPath, unsigned int thumbnailIndex)
		/// @brief Save Preview thumbnail image file(png type) from the CLO file format(.zprj, .zpac, .zfab, .sst, and so on)
		/// @param filePath: the source file path to retrieve the thumbnail buffer
		/// @param outputPath: output png imager path
		/// @param thumbnailIndex: the index of the thumbnails in the CLO file format(the number of thumbnails differs by the format)
		/// @return save result
		virtual bool SaveCLOFileThumbnail(std::string filePath, std::wstring outputPath, unsigned int thumbnailIndex) { return false; }

		/// @ingroup UTILITY_API
		/// @fn GetAssetIconInCLOFile(std::string filePath, unsigned int& fileSize)
		/// @brief Get Asset Icon thumbnail file buffer(png type) from the CLO file format(.zprj, .zpac, .zfab, .sst, and so on)
		/// @param filePath: the source file path to retrieve the thumbnail buffer		
		/// @param fileSize: get the size of the thumbnail buffer
		/// @return thumbnail(png) buffer
		virtual unsigned char* GetAssetIconInCLOFile(std::string filePath, unsigned int& fileSize) { return nullptr; }

		/// @ingroup UTILITY_API
		/// @fn GetMetaDataForCurrentGarment()
		/// @brief Get Meta data for the current Garment
		/// @return the meta data for the current garment
		virtual std::string GetMetaDataForCurrentGarment() { return ""; }

		/// @ingroup UTILITY_API
		/// @fn GetMetaDataForCurrentGarmentW()
		/// @brief Get Meta data for the current Garment
		/// @return the meta data for the current garment
		virtual std::wstring GetMetaDataForCurrentGarmentW() { return L""; }

		/// @ingroup UTILITY_API
		/// @fn SetMetaDataForCurrentGarment(const string& metaDataStr)
		/// @brief Overwrite Meta data for the current Garment
		/// @param metaDataStr: the new meata data to set to the current garment
		virtual void SetMetaDataForCurrentGarment(const std::string& metaDataStr) { return; }

		/// @ingroup UTILITY_API
		/// @fn ChangeMetaDataValueForCurrentGarment(const string& metaDataKey, const string& metaDataValue)
		/// @brief Change Meta Data Value for the current Garment
		/// @metaDataKey: target Key
		/// @metaDataValue: the new value for the key
		virtual void ChangeMetaDataValueForCurrentGarment(const std::string& metaDataKey, const std::string& metaDataValue) {}

		/// @ingroup UTILITY_API
		/// @fn CreateProgressBar()
		/// @brief Create Progress Bar to show progress. This function should be called before using SetProgress function		
		virtual void CreateProgressBar() {}

		/// @ingroup UTILITY_API
		/// @fn SetProgress(const string& title, int progress)
		/// @brief Set progress on the Progress Bar
		virtual void SetProgress(const std::string& title, int progress) {}

		/// @ingroup UTILITY_API
		/// @fn SetProgress(const string& title, int progress)
		/// @brief Set progress on the Progress Bar
		virtual void SetProgressW(const std::wstring& title, int progress) {}

		/// @ingroup UTILITY_API
		/// @fn DeleteProgressBar(bool bForce)
		/// @brief Delete the current Progress Bar. This function should be called after using the SetProgress funtion
		/// @param bForce: true - retry to delete progress bar; false - try only once to delete progress bar
		virtual void DeleteProgressBar(bool bForce) {}

		/// @ingroup UTILITY_API
		/// @fn stringToMD5(const string& str)
		/// @brief Create MD5 hashing string from string
		/// @param str: the source string to hash 
		/// @return MD5 hashed string
		virtual std::string stringToMD5(const std::string& str) { return ""; }

		/// @ingroup UTILITY_API
		/// @fn AddColorSwatch(const map<string, string>& plmIDtoNameList, const map<string, Marvelous::CloApiRgb>& plmIDtoColorList, const map<string, string>& plmIDtoApiMetaDataList, const string& swatchName)
		/// @brief Add Color Swatch
		/// @param plmIDtoNameList: the list for map of PLM ID to Color Name
		/// @param plmIDtoColorList: list for map of PLM ID to color name
		/// @param plmIDtoApiMetaDataList: list for map of PLM ID to Api Meta Data
		/// @param swatchName: swatchName which will be shown in the color palette and the swatch file name to save
		/// @return added swatch file name(.aco) inside the asset folder for the current version of CLO
		virtual std::string AddColorSwatch(const std::map<std::string, std::string>& plmIDtoNameList, const std::map<std::string, Marvelous::CloApiRgb>& plmIDtoColorList, const std::map<std::string, std::string>& plmIDtoApiMetaDataList, const std::string& swatchName) { return ""; }

		/// @ingroup UTILITY_API
		/// @fn AddColorSwatchW(const map<wstring, wstring>& plmIDtoNameList, const map<wstring, Marvelous::CloApiRgb>& plmIDtoColorList, const map<wstring, wstring>& plmIDtoApiMetaDataList, const wstring& swatchName)
		/// @brief Add Color Swatch
		/// @param plmIDtoNameList: the list for map of PLM ID to Color Name
		/// @param plmIDtoColorList: list for map of PLM ID to color name
		/// @param plmIDtoApiMetaDataList: list for map of PLM ID to Api Meta Data
		/// @param swatchName: swatchName which will be shown in the color palette and the swatch file name to save
		/// @return added swatch file name(.aco) inside the asset folder for the current version of CLO
		virtual std::wstring AddColorSwatchW(const std::map<std::wstring, std::wstring>& plmIDtoNameList, const std::map<std::wstring, Marvelous::CloApiRgb>& plmIDtoColorList, const std::map<std::wstring, std::wstring>& plmIDtoApiMetaDataList, const std::wstring& swatchName) { return L""; }

		/// @ingroup UTILITY_API
		/// @fn LoadLibraryColorSwatchList(const std::vector<std::string>& library)
		/// @brief Load the library and add it to the color palette tab.
		/// @param library: the list with multiple color swatch file paths
		/// @param tabName: tabName which will be shown in the color palette library tab
		virtual void LoadLibraryColorSwatchList(const std::vector<std::string>& library, const std::string tabName) {}

		/// @ingroup UTILITY_API
		/// @fn AddLibraryColorSwatchList(const std::vector<std::string>& library, const std::string& tabName)
		/// @brief Add the library to the color swatch list of the color palette tab(for combobox palette).
		/// @param library: The list of multiple color swatch file paths
		/// @param tabName: Name of the color palette library tab
		/// @return true on success, false on failure
		virtual bool AddLibraryColorSwatchList(const std::vector<std::string>& library, const std::string& tabName) { return false; }

		/// @ingroup UTILITY_API
		/// @fn SetColorSwatchListItemName(const std::string& tabName, const int index, const std::string& text)
		/// @brief Sets the name of a color switch item in the library(for combobox palette).
		/// @param tabName: Name of the color palette library tab
		/// @param index: Index of the item to be renamed from the color swatch list
		/// @param text: Text to be set
		/// @return true on success, false on failure
		virtual bool SetColorSwatchListItemName(const std::string& tabName, const int index, const std::string& text) {return false; }

		/// @ingroup UTILITY_API
		/// @fn DeleteColorSwatchListItem(const std::string& tabName, int index)
		/// @brief Delete the index item from the Color Switch list within the library tab(for combobox palette).
		/// @param tabName: Name of the color palette library tab
		/// @param index: Index of the item to be deleted from the color swatch list.
		/// @return true on success, false on failure
		virtual bool DeleteColorSwatchListItem(const std::string& tabName, int index) { return false; }
		
		/// @ingroup UTILITY_API
		/// @fn SetColorSwatchListItemName(const std::string& tabName, const int index, const std::string& text)
		/// @brief Sets the name of the library tab.
		/// @param tabName: Name of the color palette library tab
		/// @param newTabName: Text to be set
		/// @return true on success, false on failure
		virtual bool SetColorSwatchLibraryTabName(const std::string& tabName, const std::string& newTabName) { return false; }

		/// @ingroup UTILITY_API
		/// @fn DeleteColorSwatchLibraryTabByName(const std::string tabName, bool bCaseInsensitive = true)
		/// @brief Delete library tab from color palette in name 
		/// @param tabName: tabName which will be shown in the color palette library tab
		/// @param bCaseInsensitive: If true, case is not sensitive.
		/// @return true if deletion is successful
		virtual bool DeleteColorSwatchLibraryTabByName(const std::string& tabName, bool bCaseInsensitive = true) { return false; }

		/// @ingroup UTILITY_API
		/// @fn GetColorSwatchLibraryTabList()
		/// @brief Get the list of color swatch library tab names
		/// @return the list of color swatch library tab names
		virtual std::vector<std::string> GetColorSwatchLibraryTabList() const { return std::vector<std::string>(); }

		/// @ingroup UTILITY_API
		/// @fn GetColorSwatchLibraryTabListW()
		/// @brief Get the list of color swatch library tab names as wstring
		/// @return the list of color swatch library tab names as wstring
		virtual std::vector<std::wstring> GetColorSwatchLibraryTabListW() const { return std::vector<std::wstring>(); }

		/// @ingroup UTILITY_API
		/// @fn CreateUserCustomLibrary()
		/// @brief Create a new empty User Custom Library tab.
		/// @return 0-based index among User Custom Library tabs in current visual order, or -1 on failure.
		virtual int CreateUserCustomLibrary() { return -1; }

		/// @ingroup UTILITY_API
		/// @fn AddUserCustomLibraryFolder(int libraryIndex, const std::string& folderPath)
		/// @brief Add a folder to a User Custom Library.
		/// @param libraryIndex: 0-based index among User Custom Library tabs in current visual order.
		/// @param folderPath: Absolute folder path to add.
		/// @return true on success, false on failure.
		virtual bool AddUserCustomLibraryFolder(int libraryIndex, const std::string& folderPath) { return false; }

		/// @ingroup UTILITY_API
		/// @fn AddUserCustomLibraryFolderW(int libraryIndex, const std::wstring& folderPath)
		/// @brief Add a folder to a User Custom Library.
		/// @param libraryIndex: 0-based index among User Custom Library tabs in current visual order.
		/// @param folderPath: Absolute folder path to add.
		/// @return true on success, false on failure.
		virtual bool AddUserCustomLibraryFolderW(int libraryIndex, const std::wstring& folderPath) { return false; }

		/// @ingroup UTILITY_API
		/// @fn DeleteUserCustomLibraryFolder(int libraryIndex, int index)
		/// @brief Delete a folder from a User Custom Library.
		/// @param libraryIndex: 0-based index among User Custom Library tabs in current visual order.
		/// @param index: 0-based index among the target library's root folders.
		/// @return true on success, false on failure.
		virtual bool DeleteUserCustomLibraryFolder(int libraryIndex, int index) { return false; }

		/// @ingroup UTILITY_API
		/// @fn DeleteUserCustomLibrary(int index)
		/// @brief Delete a User Custom Library tab by 0-based index in the current visual order of User Custom tabs only.
		/// @param index: 0-based index among User Custom Library tabs only.
		/// @return true on success, false on failure.
		virtual bool DeleteUserCustomLibrary(int index) { return false; }

		/// @ingroup UTILITY_API
		/// @fn NewProject()
		/// @brief Clear the current garment and begin a new garment
		virtual void NewProject() {}

		/// API calls; especially for Library Windows Sample Demo.
		/// - IsReadableImageFormatFromExtension / IsReadableImageFormatFromExtensionW
		/// : Check if the file stream loaded from the filepath used in Library Windows Implementations can be displayed on Library Windows for item thumbnail and/or preview dialog.
		///   (The files should not contain image data over 8bits per channel for 1 ~ 4 channels image.)
		/// - IsCLOFileFormatWithThumbnailExtension / IsCLOFileFormatWithThumbnailExtensionW
		/// : Check if the CLO file format has the thumbnail memory.
		/// 			
		/// - IsCLOFileFormatWithTripleThumbnailExtension / IsCLOFileFormatWithTripleThumbnailExtensionW
		/// : Check if the CLO file format has the three images memory for preview thumbnail for the Library Preview Dialog.

		/// @ingroup UTILITY_API
		/// @fn IsReadableImageFormat(const string& filePath)
		/// @brief Check if the file stream loaded from the filepath used in Library Windows Implementations can be displayed on Library Windows for item thumbnail and/or preview dialog.
		/// @return true if the file can be displayed on Library Windows for item thumbnail and/or preview dialog
		virtual bool IsReadableImageFormat(const std::string& filePath) { return false; }

		/// @ingroup UTILITY_API
		/// @fn IsReadableImageFormatW(const wstring& filePath)
		/// @brief Check if the file stream loaded from the filepath used in Library Windows Implementations can be displayed on Library Windows for item thumbnail and/or preview dialog.
		/// @return true if the file can be displayed on Library Windows for item thumbnail and/or preview dialog
		virtual bool IsReadableImageFormatW(const std::wstring& filePath) { return false; }

		/// @ingroup UTILITY_API
		/// @fn IsCLOFileFormatWithThumbnail(const string& filePath)
		/// @brief Check if the CLO file format has the thumbnail memory.
		/// @return true if the file is the CLO format file and contains the thumbnail memory which can be displayed on Library Windows for item thumbnail and/or preview dialog
		virtual bool IsCLOFileFormatWithThumbnail(const std::string& filePath) { return false; }

		/// @ingroup UTILITY_API
		/// @fn IsCLOFileFormatWithThumbnailW(const wstring& filePath)
		/// @brief Check if the CLO file format has the thumbnail memory.
		/// @return true if the file is the CLO format file and contains the thumbnail memory which can be displayed on Library Windows for item thumbnail and/or preview dialog
		virtual bool IsCLOFileFormatWithThumbnailW(const std::wstring& filePath) { return false; }

		/// @ingroup UTILITY_API
		/// @fn IsCLOFileFormatWithTripleThumbnail(const string& filePath)
		/// @brief Check if the CLO file format has the three images memory for preview thumbnail for the Library Preview Dialog.
		/// @return true if the CLO file format has the three images memory for preview thumbnail for the Library Preview Dialog.
		virtual bool IsCLOFileFormatWithTripleThumbnail(const std::string& filePath) { return false; }

		/// @ingroup UTILITY_API
		/// @fn IsCLOFileFormatWithTripleThumbnailW(const wstring& filePath)
		/// @brief Check if the CLO file format has the three images memory for preview thumbnail for the Library Preview Dialog.
		/// @return true if the CLO file format has the three images memory for preview thumbnail for the Library Preview Dialog.
		virtual bool IsCLOFileFormatWithTripleThumbnailW(const std::wstring& filePath) { return false; }

		/// @ingroup UTILITY_API
		/// @fn ValidateCLOFile(const string& filePath)
		/// @brief Validate whether the given file is a CLO native file by checking its file signature.
		/// @param filePath: The absolute path to the file to validate.
		/// @return A map containing "isValid" ("true" / "false") and "fileType" (string, e.g., "CLO Fabric", "CLO Button").
		virtual std::map<std::string, std::string> ValidateCLOFile(const std::string& filePath) = 0;

		/// @ingroup UTILITY_API
		/// @fn ValidateCLOFileW(const wstring& filePath)
		/// @brief Validate whether the given file is a CLO native file by checking its file signature.
		/// @param filePath: The absolute path to the file to validate.
		/// @return A map containing "isValid" ("true" / "false") and "fileType" (string, e.g., "CLO Fabric", "CLO Button").
		virtual std::map<std::wstring, std::wstring> ValidateCLOFileW(const std::wstring& filePath) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetCLOExecutableFolderPath(bool bLinuxTypePathDelimeter = true)
		/// @brief Get the executable folder path where the current version of CLO is located
		/// @param bLinuxTypePathDelimeter: if true, set path delimiter to '/', false: set path delimiter to '\'
		/// @return Get the executable folder path for the current version of CLO software
		virtual std::string GetCLOExecutableFolderPath(bool bLinuxTypePathDelimeter = true) { return ""; }

		/// @ingroup UTILITY_API
		/// @fn GetCLOExecutableFolderPathW(bool bLinuxTypePathDelimeter = true)
		/// @brief Get the executable folder path where the current version of CLO is located
		/// @param bLinuxTypePathDelimeter: if true, set path delimiter to '/', false: set path delimiter to '\'
		/// @return Get the executable folder path for the current version of CLO software
		virtual std::wstring GetCLOExecutableFolderPathW(bool bLinuxTypePathDelimeter = true) { return L""; }

		/// @ingroup UTILITY_API
		/// @fn GetCLOAssetFolderPath(bool bLinuxTypePathDelimeter = true)
		/// @brief Get the folder path where the CLO asset files are distributed
		/// @param bLinuxTypePathDelimeter: if true, set path delimiter to '/', false: set path delimiter to '\'
		/// @return Get the asset folder path where the CLO asset files are located in
		virtual std::string GetCLOAssetFolderPath(bool bLinuxTypePathDelimeter = true) { return ""; }

		/// @ingroup UTILITY_API
		/// @fn GetCLOAssetFolderPathW(bool bLinuxTypePathDelimeter = true)
		/// @brief Get the folder path where the CLO asset files are distributed
		/// @param bLinuxTypePathDelimeter: if true, set path delimiter to '/', false: set path delimiter to '\'
		/// @return Get the asset folder path where the CLO asset files are located in
		virtual std::wstring GetCLOAssetFolderPathW(bool bLinuxTypePathDelimeter = true) { return L""; }

		/// @ingroup UTILITY_API
		/// @fn GetAPIMetaData(const string& filePath)
		/// @brief Get API meta data for the file
		/// @param filePath: CLO file path
		/// @return json string for meta data [key - value] list		
		virtual std::string GetAPIMetaData(const std::string& filePath) { return ""; }

		/// @ingroup UTILITY_API
		/// @fn GetAPIMetaDataW(const wstring& filePath)
		/// @brief Get API meta data for the file
		/// @param filePath: CLO file path
		/// @return json string for meta data [key - value] list
		virtual std::wstring GetAPIMetaDataW(const std::wstring& filePath) { return L""; }

		/// @ingroup UTILITY_API
		/// @fn SetAPIMetaData(const string& filePath, string jsonStr)
		/// @brief Set API meta data to the file
		/// @param filePath: target file path
		/// @param jsonStr: api meta data in string format
		/// @return if it succeeds, return true
		virtual bool SetAPIMetaData(const std::string& filePath, std::string jsonStr) { return ""; }

		/// @ingroup UTILITY_API
		/// @fn SetAPIMetaDataW(const wstring& filePath, wstring jsonStr)
		/// @brief Set API meta data to the file
		/// @param filePath: target file path
		/// @param jsonStr: api meta data in string format
		/// @return if it succeeds, return true
		virtual bool SetAPIMetaDataW(const std::wstring& filePath, std::wstring jsonStr) { return L""; }

		/// @ingroup UTILITY_API
		/// @fn Set3DWindowTitle(const string& title)
		/// @brief Set 3D Window Title
		/// @param title: desired text in 3D window
		/// @return if it succeeds, return true
		virtual bool Set3DWindowTitle(const std::string& title) { return false; }

		/// @ingroup UTILITY_API
		/// @fn Set3DWindowTitleW(const wstring& title) 
		/// @brief Set 3D Window Title
		/// @param title: desired text in 3D window
		/// @return if it succeeds, return true
		virtual bool Set3DWindowTitleW(const std::wstring& title) { return false; }

		/// @ingroup UTILITY_API
		/// @fn GetColorListForColorWay(unsigned int _colorWayIndex) 
		/// @brief Get Color List for ColorWay
		/// @param _colorwayIndex: the colorway index to get the result
		/// @return the color list in CloAgiRgba for the target ColorWay
		virtual std::vector<Marvelous::CloApiRgba> GetColorListForColorWay(unsigned int _colorWayIndex) { return std::vector<Marvelous::CloApiRgba>(); }

		/// @ingroup UTILITY_API
		/// @fn SetShowHideAvatar(bool _bShow) 
		/// @brief Set all avatars' show/hide status
		/// @param _bShow: true for show, false for hide
		virtual void SetShowHideAvatar(bool _bShow) {}

		/// @ingroup UTILITY_API
		/// @fn SetShowHideAvatar(bool _bShow, int _avatarIndex) 
		/// @brief Set show/hide status of avatar that matches the index
		/// @param _bShow: true for show, false for hide
		virtual void SetShowHideAvatar(bool _bShow, int _avatarIdex) {}

		/// @ingroup UTILITY_API
		/// @fn IsShowAvatar(int _avatarIndex) 
		/// @brief Get show status of avatar that matches the index
		/// @param _avatarIndex: the avatar index to get the result.
		/// @return if avatar is shown, return true. if avatar is hidden, return false.
		virtual bool IsShowAvatar(int _avatarIndex) { return false; }

		/// @ingroup UTILITY_API
		/// @fn SetSchematicRender(bool _bSet) 
		/// @brief Set Schematic Render status
		/// @param _bSet: true for enable, false for disable
		virtual void SetSchematicRender(bool _bSet) {}

		/// @ingroup UTILITY_API
		/// @fn UpdateColorways(bool bUpdateSnapshot = true)	
		/// @brief Update Colorways in the CLO software
		/// @param bUpdateSnapshot: put the value to true to update the colorway's snapshot
		virtual void UpdateColorways(bool bUpdateSnapshot = true) {}

		/// @ingroup UTILITY_API
		/// @fn DeleteColorwayItem(unsigned int _index)
		/// @brief Delete the colorway in the index
		/// @param index: the source colorway index to delete
		virtual void DeleteColorwayItem(unsigned int _index) {}

		/// @ingroup UTILITY_API
		///	@fn ReplaceGraphicTextureFromImage(int graphicstyleIndex, const string& _imagePath)
		/// @brief replace graphic style in index 
		/// @param _imagePath: input file path
		/// @param _graphicstyleindex: index of the style to be replaced
		/// @param _anchor: position that will be fixed when replacing. (0: center, 1: up, 2: right-up, 3: right, 4: right-down, 5: down, 6: left-down, 7: left, 8: left-up)
		/// @return if it succeeds, return true.
		virtual bool ReplaceGraphicStyleFromImage(int _graphicstyleIndex, const std::string& _imagePath, int _anchor) { return false; }

		/// @ingroup UTILITY_API
		///	@fn ReplaceGraphicTextureFromImage((int graphicstyleIndex, const wstring& _imagePath)
		/// @brief replace graphic style in index
		/// @param _imagePath: input file path
		/// @param _graphicstyleindex: index of the style to be replaced
		/// @param _anchor: position that will be fixed when replacing. (0: center, 1: up, 2: right-up, 3: right, 4: right-down, 5: down, 6: left-down, 7: left, 8: left-up)
		/// @return if it succeeds, return true.
		virtual bool ReplaceGraphicStyleFromImage(int _graphicstyleIndex, const std::wstring& _imagePath, int _anchor) { return false; }

		/// @ingroup UTILITY_API
		///	@fn ReplaceGraphicStyleFromImage(int _iColorwayIndex, int _graphicstyleIndex, const string& _imagePath, int _anchor)
		/// @brief Replace the graphic style image for a specific colorway only.
		/// @param _iColorwayIndex: index of the colorway to target
		/// @param _graphicstyleIndex: index within the colorway's graphic style list
		/// @param _imagePath: input image file path
		/// @param _anchor: position that will be fixed when replacing (0: center, 1: up, 2: right-up, 3: right, 4: right-down, 5: down, 6: left-down, 7: left, 8: left-up)
		/// @return true if successful, false if any index is out of range or the style is not found
		virtual bool ReplaceGraphicStyleFromImage(int _iColorwayIndex, int _graphicstyleIndex, const std::string& _imagePath, int _anchor) { return false; }

		/// @ingroup UTILITY_API
		///	@fn ReplaceGraphicStyleFromImage(int _iColorwayIndex, int _graphicstyleIndex, const wstring& _imagePath, int _anchor)
		/// @brief Wide-string variant of the per-colorway graphic style replacement.
		/// @param _iColorwayIndex: index of the colorway to target
		/// @param _graphicstyleIndex: index within the colorway's graphic style list
		/// @param _imagePath: input image file path (wide string)
		/// @param _anchor: position that will be fixed when replacing (0: center, 1: up, 2: right-up, 3: right, 4: right-down, 5: down, 6: left-down, 7: left, 8: left-up)
		/// @return true if successful, false if any index is out of range or the style is not found
		virtual bool ReplaceGraphicStyleFromImageW(int _iColorwayIndex, int _graphicstyleIndex, const std::wstring& _imagePath, int _anchor) { return false; }

		/// @ingroup UTILITY_API
		///	@fn Simulate(unsigned int _steps)
		/// @brief Simulate the garment in multi steps. All dynamics properties (time step, CG iteration count, ...) follow the current simulation properties
		/// @param _steps: how many steps(=frames) to simulate
		/// @return if it succeeds, return true.
		virtual bool Simulate(unsigned int _steps) { return false; }

		/// @ingroup UTILITY_API
		///	@fn SetSimulationQuality(int _quality)
		/// @brief Set simulation quality preset
		/// @param _quality: input simulation preset (0: Normal(Default), 1: Animation(Stable), 2: Fitting(Accurate Fabric), 3: FAST(GPU))
		/// @param _simulationMode: input simulation mode (0: CPU, 1: FAST(GPU))
		virtual void SetSimulationQuality(int _quality, int _simulationMode) {}

		/// @ingroup UTILITY_API
		///	@fn SetSimulationTimeStep(int _timeStep)
		/// @brief Set simulation time step
		/// @param _timeStep: time step in second (Default : 0.03333, Min value: 0.001)
		virtual void SetSimulationTimeStep(float _timeStep) {}

		/// @ingroup UTILITY_API
		///	@fn SetSimulationNumberOfSimulation(int _numberOfSimulation)
		/// @brief Set simulation substeps in one time step
		/// @param _numberOfSimulation: the number of substeps in one time step (Default : 1, Min/Max Range : 1~50)
		virtual void SetSimulationNumberOfSimulation(int _numberOfSimulation) {}

		/// @ingroup UTILITY_API
		///	@fn SetSimulationCGFinishCondition(int _cgFinishCondition)
		/// @brief Set simulation finish condition
		/// @param _cgFinishCondition : Conjugate Gradient finish condition (0: iteration, 1: residual)
		virtual void SetSimulationCGFinishCondition(int _cgFinishCondition) {}

		/// @ingroup UTILITY_API
		///	@fn SetSimulationCGIterationCount(int _cgIterationCount)
		/// @brief Set Conjugate Gradient iteration count per one step.
		/// @param _cgIterationCount : iteration count (Default : 50, Min/Max Range 1~1000)
		virtual void SetSimulationCGIterationCount(int _cgIterationCount) {}

		/// @ingroup UTILITY_API
		///	@fn SetSimulationCGResidual(int _cgResidual)
		/// @brief Set Conjugate Gradient relative residual value for finishing
		/// @param _cgResidual : relative residual value for finishing (0.0001 in Normal, 0.00001 in Animation and Fitting)
		virtual void SetSimulationCGResidual(float _cgResidual) {}

		/// @ingroup UTILITY_API
		///	@fn SetSimulationSelfCollisionIterationCount(int _selfCollisionIterationCount)
		/// @brief Set self collision iteration count
		/// @param _selfCollisionIterationCount : self collision iteration count (Default: 1)
		virtual void SetSimulationSelfCollisionIterationCount(int _selfCollisionIterationCount) {}

		/// @ingroup UTILITY_API
		///	@fn SetSimulationAirDamping(int _airDamping)
		/// @brief Set air damping value
		/// @param _airDamping : air damping(Default: 1.0)
		virtual void SetSimulationAirDamping(float _airDamping) {}

		/// @ingroup UTILITY_API
		///	@fn SetSimulationGravity(int _gravity)
		/// @brief Set gravity value in y-axis
		/// @param _gravity : gravity  (Default: -9800.0 mm/s^2)
		virtual void SetSimulationGravity(float _gravity) {}

		/// @ingroup UTILITY_API
		///	@fn SetSimulationNumberOfCPUInUse(int _numberOfSimulationInUse)
		/// @brief Set the number of CPUs for simulation
		/// @param _numberOfSimulationInUse : the number of CPUs (Default: total number of logical threads - 1, Min/Max Range : 1~total number of logical threads)
		virtual void SetSimulationNumberOfCPUInUse(int _numberOfSimulationInUse) {}

		/// @ingroup UTILITY_API
		///	@fn SetSimulationNonlinearSimulation(int _bNonlinearSimulation)
		/// @brief Set nonlinear simulation
		/// @param _bNonlinearSimulation : true for enable, false for disable
		virtual void SetSimulationNonlinearSimulation(bool _bNonlinearSimulation) {}

		/// @ingroup UTILITY_API
		///	@fn SetSimulationGroundCollision(int _bGroundCollision)
		/// @brief Set ground collision
		/// @param _bGroundCollision : true for enable, false for disable
		virtual void SetSimulationGroundCollision(bool _bGroundCollision) {}

		/// @ingroup UTILITY_API
		///	@fn SetSimulationGroundHeight(int _groundHeight)
		/// @brief Set ground height value
		/// @param _groundHeight : ground height in y-axis (Default: 0.0)
		virtual void SetSimulationGroundHeight(float _groundHeight) {}

		/// @ingroup UTILITY_API
		///	@fn SetSimulationSelfCollisionAvoidanceStiffness(int _avoidanceStiffness)
		/// @brief Set stiffness of the inserted spring to avoid self collision
		/// @param _avoidanceStiffness : (Default: 0.001)
		virtual void SetSimulationSelfCollisionAvoidanceStiffness(float  _avoidanceStiffness) {}

		/// @ingroup UTILITY_API
		///	@fn SetSimulationLayerBasedCollisionDetection(int _bUseLayer)
		/// @brief Set layer based collision detection 
		/// @param _bUseLayer : true for enable, false for disable
		virtual void SetSimulationLayerBasedCollisionDetection(bool _bUseLayer) {}


		/// @ingroup UTILITY_API
		///	@fn StartNesting()
		/// @brief Start Nesting Simulation
		virtual void StartNesting() {}

		/// @ingroup UTILITY_API
		///	@fn GetNestingBufferSpacing()
		/// @brief Get Nesting Buffer Space 
		virtual float GetNestingBufferSpacing() { return 0.f; }

		/// @ingroup UTILITY_API
		///	@fn SetNestingBufferSpacing(float _mm)
		/// @brief Set Nesting Buffer Space 
		/// @param _mm : Buffer Space 
		virtual void SetNestingBufferSpacing(float _mm) {}

		/// @ingroup UTILITY_API
		///	@fn SetNestingTargetColorway(std::vector<int> _colorwayList)
		/// @brief Colorway index to apply nesting result
		/// @param _colorwayList : Colorway index to apply nesting result
		virtual void SetNestingTargetColorway(std::vector<int> _colorwayList) {}

		/// @ingroup UTILITY_API
		///	@fn GetNestingTargetColorway()
		/// @brief Gets the colorway index to apply nesting to.
		virtual std::vector<int> GetNestingTargetColorway() { return {}; }


		/// @ingroup UTILITY_API
		///	@fn SetAvatarBodyTexture(const wstring& _bodyShapeName, int _matShapeIndex, const wstring& _textureImagePath)
		/// @brief Import AvtarTexture Body Part(face, body, arm, leg)
		/// @param _bodyShapeName: input avatar shape name(find object browser)
		/// @param _matShapeIndex: mat shape index (0: face, 1:body, 2:arm, 3:leg)
		/// @param _textureImagePath: change texture full path
		/// @return if it succeeds, return true.
		virtual bool SetAvatarMeshTexture(const std::wstring& _matShapeName, int _matMeshIndex, const std::wstring& _textureImagePath) { return false; }

		/// @ingroup UTILITY_API
		///	@fn SetAnimationRecording(bool _bStart)
		/// @brief set animation recording
		/// @param _bStart: true for recording start, false for recording stop
		virtual void SetAnimationRecording(bool _bStart) {}

		/// @ingroup UTILITY_API
		///	@fn SetCurrentAnimationFrame(double _frame)
		/// @brief set current animation frame
		/// @param _frame: Value for setting current frame
		virtual void SetCurrentAnimationFrame(double _frame) {}

		/// @ingroup UTILITY_API
		///	@fn GetCurrentAnimationFrame()
		/// @brief get current animation frame
		virtual double GetCurrentAnimationFrame() { return -1.0; }

		/// @ingroup UTILITY_API
		///	@fn SetStartAnimationFrame(double _frame)
		/// @brief set start animation frame
		/// @param _frame: Value for setting start frame
		virtual void SetStartAnimationFrame(double _frame) {}

		/// @ingroup UTILITY_API
		///	@fn GetStartAnimationFrame()
		/// @brief get start animation frame
		virtual double GetStartAnimationFrame() { return -1.0; }

		/// @ingroup UTILITY_API
		///	@fn SetEndAnimationFrame(double _frame)
		/// @brief set end animation frame
		/// @param _frame: Value for setting end frame
		virtual void SetEndAnimationFrame(double _frame) {}

		/// @ingroup UTILITY_API
		///	@fn GetEndAnimationFrame()
		/// @brief get end animation frame
		virtual double GetEndAnimationFrame() { return -1.0; }

		/// @ingroup UTILITY_API
		///	@fn GetTotalEndAnimationFrame()
		/// @brief Returns the last frame from the animation list.
		/// @return end animation frame value type Double. Returns -FLT_MAX if the value is invalid.
		virtual double GetTotalEndAnimationFrame() = 0;

		/// @ingroup UTILITY_API
		///	@fn GetAnimationLayerFrameRange(int _layerIndex)
		/// @brief Returns the start and end frame values of the specified animation layer. 
		/// @return A pair containing the start frame (first) and end frame (second) as double values. Returns -FLT_MAX if the value is invalid.
		virtual std::pair<double, double> GetAnimationLayerFrameRange(int _layerIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn RunAnimationRecording()
		/// @brief Start recording an animation within the specified frame range.
		/// @param _startFrame The starting frame of the recording.
		/// @param _endFrame The ending frame of the recording.
		virtual void RunAnimationRecording(double _startFrame, double _endFrame) {}

		/// @ingroup UTILITY_API
		/// @fn MoveAnimationFrame()
		/// @brief Move the animation to a specific frame.
		/// @param _frame The target frame to move the animation to.
		virtual void MoveAnimationFrame(double _frame) {}

		/// @ingroup UTILITY_API
		/// @fn CopyFromFirstClothCache()
		/// @brief Copy the first cloth cache to current frame 
		virtual void CopyFromFirstClothCache() {}

		/// @ingroup UTILITY_API
		///	@fn GetStressMapStatus()
		/// @brief return current rendered status of the stress map (false = Off | true = On)
		virtual bool GetStressMapStatus() { return false; }

		/// @ingroup UTILITY_API
		///	@fn SetStressMapStatus(bool _bOn)
		/// @brief set the rendered status of stress map
		/// @param _bOn: false = Off | true = On
		virtual void SetStressMapStatus(bool _bOn) {}

		/// @ingroup UTILITY_API
		///	@fn GetStrainMapStatus()
		/// @brief return current rendered status of the strain map (false = Off | true = On)
		virtual bool GetStrainMapStatus() { return false; }

		/// @ingroup UTILITY_API
		///	@fn SetStrainMapStatus(bool _bOn)
		/// @brief set the rendered status of strain map
		/// @param _bOn: false = Off | true = On
		virtual void SetStrainMapStatus(bool _bOn) {}

		/// @ingroup UTILITY_API
		/// @fn GetSchematicRender(bool _bSet)
		/// @brief Get Show Schematic Render Status
		virtual bool GetSchematicRender() { return false; }

		/// @ingroup UTILITY_API
		///	@fn RefreshPlugIns()
		/// @brief Refresh all PlugIns
		virtual void RefreshPlugIns() {}

		/// @ingroup UTILITY_API
		/// @fn RegisterPythonScript(const std::string& pythonScriptPath, const std::string& menuPath)
		/// @brief Register one Python script under the target menu path.
		virtual bool RegisterPythonScript(const std::string& pythonScriptPath, const std::string& menuPath) { return false; }

		/// @ingroup UTILITY_API
		/// @fn RegisterPythonScriptW(const std::wstring& pythonScriptPath, const std::wstring& menuPath)
		/// @brief Register one Python script under the target menu path.
		virtual bool RegisterPythonScriptW(const std::wstring& pythonScriptPath, const std::wstring& menuPath) { return false; }

		/// @ingroup UTILITY_API
		/// @fn RegisterPythonScriptFolder(const std::string& folderPath, const std::string& menuPath)
		/// @brief Register all direct child Python scripts under a folder-named submenu in the target menu path.
		virtual bool RegisterPythonScriptFolder(const std::string& folderPath, const std::string& menuPath) { return false; }

		/// @ingroup UTILITY_API
		/// @fn RegisterPythonScriptFolderW(const std::wstring& folderPath, const std::wstring& menuPath)
		/// @brief Register all direct child Python scripts under a folder-named submenu in the target menu path.
		virtual bool RegisterPythonScriptFolderW(const std::wstring& folderPath, const std::wstring& menuPath) { return false; }

		/// @ingroup UTILITY_API
		///	@fn SetCamViewPoint(int _viewPointIndex)
		/// @brief set camera view point
		/// @param _viewPointIndex: Value for setting camera view point index(0: bottom, 1:3/4 right, 2:front, 3:3/4 left, 4: right, 5:top, 6:left, 7:focus zoom, 8:back, 9:zoom extents all)
		virtual void SetCamViewPoint(int _viewPointIndex) {}

		/// @ingroup UTILITY_API
		///	@fn StopNesting()
		/// @brief Stop Nesting process
		virtual void StopNesting() {}

		/// @ingroup UTILITY_API
		/// @fn CreateModularCategory(const std::wstring& _title, const std::wstring& _folderPath)
		/// @brief create modular category
		/// @param _title : category title, 
		/// @param _folderPath: groupFolderPath
		virtual void CreateModularCategory(const std::wstring& _title, const std::wstring& _folderPath) {}

		/// @ingroup UTILITY_API
		/// @fn DeleteModularCategory(const std::wstring& _categoryPath)
		/// @brief delete modular category
		/// @param _categoryPath : category title
		virtual void DeleteModularCategory(const std::wstring& _categoryPath) {}

		/// @ingroup UTILITY_API
		/// @fn AddLineToCategory(const std::wstring& _lineName, const std::wstring& _lineThumbnailPath, const std::wstring& _categoryPath)
		/// @brief This function creates a line that includes all existing styles if there are no lines in the current category. If there is a line, it adds the line to the category.
		/// @param _lineName : The name of the line to be added
		/// @param _lineThumbnailPath : The path of the thumbnail image to be used for the style
		/// @param _categoryPath : The path where the category to be added is located
		virtual bool AddLineToCategory(const std::wstring& _lineName, const std::wstring& _lineThumbnailPath, const std::wstring& _categoryPath) =0;
		
		/// @ingroup UTILITY_API
		/// @fn AddStyleToCategory(const std::wstring& _styleName, const std::wstring& _styleThumbnailPath, const std::wstring& _categoryPath, const std::wstring& _lineName = L"None")
		/// @brief Add Style to category
		/// @param _styleName : The name of the style to be added
		/// @param _styleThumbnailPath : The path of the thumbnail image to be used for the style
		/// @param _categoryPath : The path where the category to be added is located
		/// @param _lineName : Has a default value of 'None'. Only provide a value if a line exists in the category you are adding
		virtual bool AddStyleToCategory(const std::wstring& _styleName, const std::wstring& _styleThumbnailPath, const std::wstring& _categoryPath, const std::wstring& _lineName = L"None") =0;

		/// @ingroup UTILITY_API
		/// @fn AddBlockTypeToStyle(const std::wstring& _blockName, const unsigned int _blockType, const std::wstring& _styleName, const std::wstring& _categoryPath, const std::wstring& _lineName = L"None")
		/// @brief Add block type to style
		/// @param _blockName : The name of the block to be added
		/// @param _blockType : Specifies the block type. You must select the desired type from the list below.
		/// Block Type List:
		/// Front Body         = 0
		/// Back Body          = 1
		/// Full Body          = 2
		/// Sleeves            = 3
		/// Collar             = 4
		/// Raglan Front Body  = 5
		/// Raglan Back Body   = 6
		/// Raglan Full Body   = 7
		/// Raglan Sleeve      = 8
		/// Raglan Collar      = 9
		/// Hem                = 10
		/// Placket Front      = 11
		/// Cuff               = 12
		/// Front Skirt        = 13
		/// Skirt Back         = 14
		/// Full Skirt         = 15
		/// Front Pants        = 16
		/// Back Pants         = 17
		/// Left Pants         = 18
		/// Right Pants        = 19
		/// Front Left Pants   = 20
		/// Front Right Pants  = 21
		/// Back Left Pants    = 22
		/// Back Right Pants   = 23
		/// Full Pants         = 24
		/// Waistband          = 25
		/// Cuff Leg           = 26
		/// @param _styleName : The name of the style to which the block type will be added
		/// @param _categoryPath : Has a default value of 'None'. Only provide a value if a line exists in the category you are adding
		/// @param _lineName : Has a default value of 'None'. Only provide a value if a line exists in the category you are adding
		virtual bool AddBlockTypeToStyle(const std::wstring& _blockName, const unsigned int _blockType, const std::wstring& _styleName, const std::wstring& _categoryPath, const std::wstring& _lineName = L"None") =0;
		
		/// @ingroup UTILITY_API
		///	@fn GetNestingTime()
		/// @brief Get Nesting duration Time (milliseconds)
		virtual int GetNestingTime() { return 0; }

		/// @ingroup UTILITY_API
		///	@fn SetSchematicSilhouetteLineWidth(int _value)
		/// @brief set schematic silhouette line width
		/// @param _value: Value for setting schematic silhouette line width
		virtual void SetSchematicSilhouetteLineWidth(int _value) {}

		/// @ingroup UTILITY_API
		///	@fn SetSchematicSeamLineWidth(int _value)
		/// @brief set schematic seamline width
		/// @param _value: Value for setting schematic seamline width
		virtual void SetSchematicSeamLineWidth(int _value) {}

		/// @ingroup UTILITY_API
		///	@fn SetSchematicInternalLineWidth(int _value)
		/// @brief set schematic internal line width
		/// @param _value: Value for setting chematic internal line width
		virtual void SetSchematicInternalLineWidth(int _value) {}

		/// @ingroup UTILITY_API
		///	@fn SetSchematicTopstitchLineScalePercent(int _value)
		/// @brief set schematic topstitch line scale percent
		/// @param _value: Value for setting schematic topstitch line scale percent
		virtual void SetSchematicTopstitchLineScalePercent(int _value) {}

		/// @ingroup UTILITY_API
		///	@fn SetSchematicBrightness(int _value)
		/// @brief set schematic brightness
		/// @param _value: Value for setting schematic brightness
		virtual void SetSchematicBrightness(int _value) {}

		/// @ingroup UTILITY_API
		///	@fn SetShowSchematicSilhouetteLine(bool _bOn)
		/// @brief set show schematic silhouetteline
		/// @param _bOn: Value for setting showschematic silhouetteline
		virtual void SetShowSchematicSilhouetteLine(bool _bOn) {}

		/// @ingroup UTILITY_API
		///	@fn SetShowSchematicSeamLine(int _bOn)
		/// @brief set show schematic seamline
		/// @param _bOn: Value for setting show schematic seamline
		virtual void SetShowSchematicSeamLine(bool _bOn) {}

		/// @ingroup UTILITY_API
		///	@fn SetShowSchematicInternalLine(bool _bOn)
		/// @brief set show schematic internal line
		/// @param _bOn: Value for setting show schematic internalline
		virtual void SetShowSchematicInternalLine(bool _bOn) {}

		/// @ingroup UTILITY_API
		///	@fn SetShowSchematicTopstitchLine(bool _bOn)
		/// @brief set show schematic topstitch line
		/// @param _bOn: Value for setting show schematic topstitchline
		virtual void SetShowSchematicTopstitchLine(bool _bOn) {}

		/// @ingroup UTILITY_API
		///	@fn SetSchematicClothRenderType(bool _bTexture)
		/// @brief set schematic cloth render type
		/// @param _bTexture: Value for setting schematic cloth render type
		virtual void SetSchematicClothRenderType(bool _bTexture) {}

		/// @ingroup UTILITY_API
		///	@fn SetStyleLineColor(int _r, int _g, int _b)
		/// @brief set style line color
		/// @param int _r, int _g, int _b: Value for setting style line color
		/// Red: 0 ~ 255
		/// Green: 0 ~ 255
		/// Blue: 0 ~ 255
		virtual void SetStyleLineColor(int _r, int _g, int _b) {}

		/// @ingroup UTILITY_API
		///	@fn SetSchematicClothColor(int _r, int _g, int _b)
		/// @brief set schematic cloth color
		/// @param int _r, int _g, int _b: Value for setting schematic cloth color
		/// Red: 0 ~ 255
		/// Green: 0 ~ 255
		/// Blue: 0 ~ 255
		virtual void SetSchematicClothColor(int _r, int _g, int _b) {}

		/// @ingroup UTILITY_API
		/// @fn SetQualityRender(bool _bSet)
		/// @brief Set Quality Render status
		/// @param _bSet: true for enable, false for disable 
		virtual void SetQualityRender(bool _bSet) {}

		/// @ingroup UTILITY_API
		/// @fn GetQualityRenderStatus(bool _bSet)
		///	@brief Get Current Quality Render Status
		virtual bool GetQualityRenderStatus() { return false; }

		/// @ingroup UTILITY_API
		/// @fn BakeUVTexture(const string& _filePath, const Marvelous::ImportExportOption& _options)
		///	@brief Bake textures on UV editor
		/// @param _filePath: File path to be saved.
		///	@param _options: It bakes textures according to options, not allowing user for selecting options in Bake Textures Dialog.
		/// @param _bAll: true for all UV tiles, false for only 0-1 tile
		///	@return Output file paths. 
		virtual std::vector<std::string> BakeUVTexture(const std::string& _filePath, const Marvelous::ImportExportOption& _options, bool _bAll)
		{
			std::vector<std::string> interface_vector;
			return interface_vector;
		}

		/// @ingroup UTILITY_API
		/// @fn BakeUVTextureW(const wstring& _filePath, const Marvelous::ImportExportOption& _options)
		///	@brief Bake textures on UV editor
		/// @param _filePath: File path to be saved.
		///	@param _options: It bakes textures according to options, not allowing user for selecting options in Bake Textures Dialog.
		/// @param _bAll: true for all UV tiles, false for only 0-1 tile
		///	@return Output file paths. 
		virtual std::vector<std::wstring> BakeUVTextureW(const std::wstring& _filePath, const Marvelous::ImportExportOption& _options, bool _bAll)
		{
			std::vector<std::wstring> interface_vector;
			return interface_vector;
		}

		/// @ingroup UTILITY_API
		/// @fn UVPacking(bool _bAll, float _textureFillSeam, int _imgSize)
		/// @brief Packing patterns in UV editor
		/// @param _bAll: true for all patterns, false for selected patterns
		/// @param _bFixScaleRatio: true - preserve current patterns size; false - rescale patterns
		/// @param _bAdvancedSearch: true - use genetic algorithm to find improved solution
		/// @param _padding: related values for UV packing padding (0.001 = 1 padding value in the UV tile)
		/// @param _fidelity: (1-5) how simplified (internally) the patterns are for nesting (1=most simplified, 5=least simplified).
		/// @param _roationAngleOptions: rotation angle(degree) options for packing, default value is 0 degree ex) {0, 180} can rotate up side down
		/// @return If packing succeeds, return true.
		virtual bool UVPacking(bool _bAll, bool _bFixScaleRatio, bool _bAdvancedSearch, float _padding, int _fidelity = 3, const std::vector<int>& _roationAngleOptions = { 0 }) { return false; }

		/// @ingroup UTILITY_API
		/// @fn ResetUVTo2DArrangement()
		/// @brief Reset UV islands to the 2D arrangement.
		virtual void ResetUVTo2DArrangement() {};

		/// @ingroup UTILITY_API
		/// @fn SetTrimWeight(unsigned int _trimStyleIndex, float _mass)
		/// @brief Change weight of the trim style
		/// @param _trimStyleIndex: trimstyle index to change weight of trim style
		/// @param _mass: value to set weight of trim
		virtual void SetTrimWeight(unsigned int _trimStyleIndex, float _mass) {}

		/// @ingroup UTILITY_API
		/// @fn Refresh3DWindow()
		/// @brief Refresh 3D Garment Window
		virtual void Refresh3DWindow() {};
		
		/// @ingroup UTILITY_API
		/// @fn SetColorwayColorItem(int _colorwayIndex, int _colorItemIndex, std::string _plmId, std::string _colorName, Marvelous::CloApiRgb _rgb)
		/// @brief Changes the color of the color item in colorway
		/// @param _colorwayIndex: colorway index to change color of color item
		/// @param _colorItemIndex: color item index to change color of colorway
		/// @param _plmId: plm id of color
		/// @param _colorName: name of color
		/// @param _rgb: rgb value of color
		virtual void SetColorwayColorItem(int _colorwayIndex, int _colorItemIndex, std::string _plmId, std::string _colorName, Marvelous::CloApiRgb _rgb) {}

		/// @ingroup UTILITY_API
		/// @fn GetColorwayColorItemRGB(int _colorwayIndex, int _colorItemIndex)
		/// @brief Get rgb color value of the color item in colorway
		/// @param _colorwayIndex: colorway index to get rgb color value of color item
		/// @param _colorItemIndex: color item index to get rgb color value color of colorway
		/// @return a rgb color value if the indices are valid, (0, 0, 0) otherwise.
		virtual Marvelous::CloApiRgb GetColorwayColorItemRGB(int _colorwayIndex, int _colorItemIndex) { return Marvelous::CloApiRgb(); }

		/// @ingroup UTILITY_API
		/// @fn GetColorwayColorItemPlmId(int _colorwayIndex, int _colorItemIndex)
		/// @brief Get plm id of the color item in colorway
		/// @param _colorwayIndex: colorway index to get plm id of color item
		/// @param _colorItemIndex: color item index to get plm id of colorway
		/// @return a plm id if the indices are valid, empty string otherwise.
		virtual std::string GetColorwayColorItemPlmId(int _colorwayIndex, int _colorItemIndex) { return std::string(); }

		/// @ingroup UTILITY_API
		/// @fn GetColorwayColorItemName(int _colorwayIndex, int _colorItemIndex)
		/// @brief Get color name of the color item in colorway
		/// @param _colorwayIndex: colorway index to get color name of color item
		/// @param _colorItemIndex: color item index to get color name of colorway
		/// @return color name if the indices are valid, empty string otherwise.
		virtual std::string GetColorwayColorItemName(int _colorwayIndex, int _colorItemIndex) { return std::string(); }

		/// @ingroup UTILITY_API
		/// @fn RemovePlugInFromList(unsigned int _pluginListIndex)
		/// @brief Remove Plug In From PluginList
		/// @param _pluginListIndex: PluginList index to delete the plugin
		virtual void RemovePlugInFromList(unsigned int _pluginListIndex) {}

		/// @ingroup UTILITY_API
		/// @fn AddPlugInFromFile(const std::string& _filePath)
		/// @brief Add Plug In From Filepath
		/// @param _filePath: File path to be added plugin.
		virtual void AddPlugInFromFile(const std::string& _filePath) {}
		
		/// @ingroup UTILITY_API
		/// @fn UsePlugInFromList(unsigned int _pluginListIndex)
		/// @brief Use Plug In From PluginList
		/// @param _pluginListIndex: PluginList index to use the plugin
		virtual void UsePlugInFromList(unsigned int _pluginListIndex) {}

		/// @ingroup UTILITY_API
		/// @fn TerminatePlugInFromList(unsigned int _pluginListIndex)
		/// @brief Terminate Plug In From PluginList
		/// @param _pluginListIndex: PluginList index to use the plugin
		virtual void TerminatePlugInFromList(unsigned int _pluginListIndex) {}

		/// @ingroup UTILITY_API
		///	@fn Set3DGarmentRenderingStyle()
		/// @brief Sets garment surface rending style in the 3D window.
		/// @param _surfaceTextureTypeIndex : 0: textured surface, 1: thick textured surface, 2 : monochrome surface, 
		/// 3 : translucent surface, 4 : mesh, 5 : thick textured surface (back), 6 : random color surface. Any other value defaults to 1.
		virtual void Set3DGarmentRenderingStyle(unsigned int _surfaceTextureTypeIndex) {}

		/// @ingroup UTILITY_API
		///	@fn Get3DGarmentRenderingStyle()
		/// @brief Gets garment surface rending style currently used in the 3D window.
		/// return: _surfaceTextureTypeIndex : 0: textured surface, 1: thick textured surface, 2 : monochrome surface, 
		/// 3 : translucent surface, 4 : mesh, 5 : thick textured surface (back), 6 : random color surface. Invalid response : -1. 
		virtual int Get3DGarmentRenderingStyle() { return -1; }

		/// @ingroup UTILITY_API
		/// @fn GetTotalGraphicItemQuantity()
		/// @brief Returns the total quantity of all graphic items
		/// @return If valid, returns the total quantity; otherwise, -1.
		virtual int GetTotalGraphicItemQuantity() { return -1; }
		
		/// @ingroup UTILITY_API
		/// @fn GetGraphicStyleCount()
		/// @brief Returns the number of graphic styles in the current colorway
		/// @return If valid, returns the number of graphic styles; otherwise, -1.
		virtual int GetGraphicStyleCount() { return -1; }

		/// @ingroup UTILITY_API
		/// @fn GetGraphicStylePosition()
		/// @brief Returns the position information of each graphic object.
		/// @param _graphicIndex: The index corresponding to the graphic style list.
		/// @param _is2D: If True, returns the value based on the 2D window; if False, returns the value based on the 3D window.
		/// @return The map’s key is the pattern index, and the value is a list of position information for the graphics assigned to that pattern.
		virtual std::map<int, std::vector<std::vector<float>>> GetGraphicStylePosition(int _graphicIndex, bool _is2D) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetGraphicStylePosition(int _graphicIndex, int _colorwayIndex, bool _is2D)
		/// @brief Returns the position information of each graphic object for the specified colorway.
		/// @param _graphicIndex: The index corresponding to the graphic style list of the target colorway.
		/// @param _colorwayIndex: The target colorway index. If out of range, the current colorway is used.
		/// @param _is2D: If True, returns the value based on the 2D window; if False, returns the value based on the 3D window.
		/// @return The map's key is the pattern index, and the value is a list of position information for the graphics assigned to that pattern.
		virtual std::map<int, std::vector<std::vector<float>>> GetGraphicStylePosition(int _graphicIndex, int _colorwayIndex, bool _is2D) { return {}; }

		/// @ingroup UTILITY_API
		/// @fn GetGraphicStyleName(int _index)
		/// @brief Returns the name of the graphic style
		/// @param _index: Graphic style index to use the plugin
		/// @return If valid, returns the name; otherwise, an empty string.
		virtual std::string GetGraphicStyleName(int _index) { return std::string(); }

		/// @ingroup UTILITY_API
		/// @fn GetGraphicStyleDimensions(int _index)
		/// @brief Returns the dimensions of the graphic style
		/// @param _index: Graphic style index to use the plugin
		/// @return If valid, returns a Dimension object filled with the graphic's dimension information.
		virtual Marvelous::CloApiGraphicDimensions GetGraphicStyleDimensions(int _index) { return Marvelous::CloApiGraphicDimensions(); }

		/// @ingroup UTILITY_API
		/// @fn SetGraphicStyleName(int _index, std::string _name)
		/// @brief Sets the name of the graphic style
		/// @param _index: Graphic style index to use the plugin
		/// @param _name: The name to be set for the graphic style
		virtual void SetGraphicStyleName(int _index, std::string _name) {}

		/// @ingroup UTILITY_API
		/// @fn SetGraphicStyleDimensions(int _index, float _width, float _height)
		/// @brief Sets the dimensions of the graphic style
		/// @param _index: Graphic style index to use the plugin
		/// @param _width: The width to be set for the graphic style
		/// @param _height: The height to be set for the graphic style
		virtual void SetGraphicStyleDimensions(int _index, float _width, float _height) {}

		/// @ingroup UTILITY_API
		/// @fn SetGraphicStyleDimensions(int _colorwayIndex, int _index, float _width, float _height)
		/// @brief Sets the dimensions of the graphic style for a specific colorway
		/// @param _colorwayIndex: Target colorway index
		/// @param _index: Graphic style index
		/// @param _width: The width to be set for the graphic style
		/// @param _height: The height to be set for the graphic style
		virtual void SetGraphicStyleDimensions(int _colorwayIndex, int _index, float _width, float _height) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetGraphicStyleWidth(int _index, float _width, bool _bOnly)
		/// @brief Sets the width of the graphic style
		/// @param _index: Graphic style index to use the plugin
		/// @param _width: The width to be set for the graphic style
		/// @param _bOnly: If true, the ratio is ignored, if false, the height is set according to the ratio.
		virtual void SetGraphicStyleWidth(int _index, float _width, bool _bOnly) {}

		/// @ingroup UTILITY_API
		/// @fn SetGraphicStyleHeight(int _index, float _height, bool _bOnly)
		/// @brief Sets the height of the graphic style
		/// @param _index: Graphic style index to use the plugin
		/// @param _height: The height to be set for the graphic style
		/// @param _bOnly: If true, the ratio is ignored, if false, the height is set according to the ratio.
		virtual void SetGraphicStyleHeight(int _index, float _height, bool _bOnly) {}
		
		/// @ingroup UTILITY_API
		///	@fn UpdateCloStyleForPlugIn(QWidget* _pWidget)
		/// @brief Set CLO style-sheet code to QWidget.
		/// @param _pWidget: Root widget pointer of Plug-In Window.
		/// ex> QWidget, QDialog, QFrame, etc...
		virtual void UpdateCloStyleForPlugIn(QWidget* _pWidget) {}

		/// @ingroup UTILITY_API
		/// @fn UpdateCloStyleForPlugIn(QWidget* _pWidget, Marvelous::CloWidgetType _type)
		/// @brief Set the style-sheet code corresponding to the CloWidgetType.
		/// @param _pWidget: Widget pointer to set style-sheet code
		/// @param _type: CloWidgetType of widget pointer
		/// ex> TitleBar, ComboBox, Slider, ScrollArea, Dialog, Frame, etc...
		virtual void UpdateCloStyleForPlugIn(QWidget* _pWidget, Marvelous::CloWidgetType _type) {}

		/// @ingroup UTILITY_API
		/// @fn GetStyleSheetCodeForWidget(Marvelous::CloWidgetType _type)
		/// @brief Returns the style-sheet code for CloWidgetType
		/// @param _type: CloWidgetType of widget pointer
		/// @return Style-sheet code for CloWidgetType
		virtual std::string GetStyleSheetCodeForWidget(Marvelous::CloWidgetType _type) { return std::string(); }

		/// @ingroup UTILITY_API
		/// @fn GetStyleSheetCodeForWidgetW(Marvelous::CloWidgetType _type)
		/// @brief Returns the style-sheet code for CloWidgetType
		/// @param _type: CloWidgetType of widget pointer
		/// @return Style-sheet code for CloWidgetType
		virtual std::wstring GetStyleSheetCodeForWidgetW(Marvelous::CloWidgetType _type) { return std::wstring(); }

		/// @ingroup UTILITY_API
		/// @fn CurrentlyThemeInCLO()
		/// @brief Returns the currently Theme information used in CLO
		/// @return currently Theme type
		virtual Marvelous::CloTheme CurrentlyThemeInCLO() { return Marvelous::CloTheme::Theme_Dark; }
		
		/// @ingroup UTILITY_API
		///	@fn SetCropStatus()
		/// @brief Set crop status.
		/// @param _bToggle: change crop background as _bToggle
		virtual void SetCropBackground(bool _bToggle) {}

		/// @brief Set the background color used when exporting rendering images with the V-Ray renderer.
		///        This color will be applied as the rendering environment background, replacing any default
		///        scene background. It is useful for generating images with transparent backgrounds or
		///        consistent studio-like setups.
		/// @param _r Red component of the background color (range: 0.0 ~ 1.0).
		/// @param _g Green component of the background color (range: 0.0 ~ 1.0).
		/// @param _b Blue component of the background color (range: 0.0 ~ 1.0).
		/// @param _a Alpha component of the background color (range: 0.0 ~ 1.0). 
		///           Set to 0.0 for fully transparent or 1.0 for fully opaque.
		virtual void SetBackgroundColorForExportRenderingImage(float _r, float _g, float _b, float _a) = 0;

		/// @brief Set a light preset to be used when exporting rendering images with the V-Ray renderer.
		///        Light presets define preconfigured lighting environments (e.g., studio lights,
		///        daylight, HDRI setups) that affect the overall appearance of the rendered output.
		/// @param _index Index of the desired light preset, as retrieved from GetLightPresetForExportRenderingImage().
		virtual void SetLightPresetForExportRenderingImage(int _index) = 0;

		/// @brief Retrieve the list of available light presets for the V-Ray renderer.
		///        Each preset provides a predefined lighting setup that can be applied to the rendering scene.
		///        The returned map allows you to display preset options in a UI and use the corresponding index
		///        to apply a preset with SetLightPresetForExportRenderingImage().
		/// @return A map containing pairs of preset name (key: std::string) and preset index (value: int).
		///         Example: { {"Studio Light", 0}, {"Daylight", 1}, {"HDRI Sky", 2} }
		virtual std::map<std::string, int> GetLightPresetForExportRenderingImage() = 0;

		/// @ingroup UTILITY_API
		///	@fn SetTransparentBackgroundForExportRenderingImage()
		/// @brief Enable the transparent background option in the V-Ray renderer.
		/// @param _bTransparent : If set to True, the transparent background option will be enabled.
		virtual void SetTransparentBackgroundForExportRenderingImage(bool _bTransparent) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetButtonHeadStyleListWithIndex()
		/// @brief Gets the list of button head styles available in the Current project.
		/// @return Returns the list of button head styles with their corresponding indices.
		virtual std::string GetButtonHeadStyleListWithIndex() = 0;

		/// @ingroup UTILITY_API
		/// @fn GetTrimStyleListWithIndex()
		/// @brief Gets the list of trim styles available in the current project's object browser.
		/// @return Returns a JSON-formatted string containing the list of trim styles with their corresponding indices and names.
		virtual std::string GetTrimStyleListWithIndex() = 0;

		/// @ingroup UTILITY_API
		/// @fn GetGraphicStyleListWithIndex()
		/// @brief Gets the list of graphic files available in the current project's object browser.
		/// @return Returns a JSON-formatted string containing the list of graphic styles with their corresponding indices and names.
		virtual std::string GetGraphicStyleListWithIndex() = 0;

		/// @ingroup UTILITY_API
		/// @fn OpenButtonHeadStyleFileByIndex(const std::string& _filePath, int _index)
		/// @brief Loads a button head style file based on the provided index.
		/// @param _filePath: The file path of the button head style file to be loaded, _Index: The index of the Designated button
		virtual bool OpenButtonHeadStyleFileByIndex(const std::string& _filePath, int _index) = 0;

		/// @ingroup UTILITY_API
		/// @fn OpenGraphicStyleFileByIndex(const std::string& _filePath, int _index)
		/// @brief Loads a graphic style file based on the provided index.
		/// @param _filePath: The file path of the graphic style file to be loaded, _Index: The index of the Designated graphic
		virtual bool OpenGraphicStyleFileByIndex(const std::string& _filePath, int _index) = 0;

		/// @ingroup UTILITY_API
		/// @fn OpenTrimStyleFileByIndex(const std::string& _filePath, int _index)
		/// @brief Loads a trim style file based on the provided index.
		/// @param _filePath: The file path of the trim style file to be loaded, _Index: The index of the Designated trim style
		virtual bool OpenTrimStyleFileByIndex(const std::string& _filePath, int _index) = 0;

		/// @ingroup UTILITY_API
		/// @fn AddGraphicStyleFromImageFile(const std::string& _filePath, int _index)
		/// @brief Converts an image file to a graphic style and inserts it into the graphic file list at the given index.
		/// @param _filePath: The file path of the image file (.png, .jpg, etc.).
		/// @param _index: The position in the graphic file list. Must be >= 0 and <= current graphic style count.
		/// @return true if the graphic style was added or replaced successfully, otherwise false.
		virtual bool AddGraphicStyleFromImageFile(const std::string& _filePath, int _index) = 0;

		/// @ingroup UTILITY_API
		///	@fn SetRenderImageVideoProperties()
		/// @brief Sets render image/video property values.
		/// @param _renderImageVideoOption: render option values
		virtual void SetRenderImageVideoProperties(Marvelous::RenderImageVideoOptions& _renderImageVideoOption) {};

		/// @ingroup UTILITY_API
		/// @fn GetRenderImageVideoProperties()
		/// @brief Returns render image/video property values
		virtual std::string  GetRenderImageVideoProperties() { return std::string();}

		/// @ingroup UTILITY_API
		///	@fn SetRenderingProperties(Marvelous::RenderPropertyOptions& _renderPropertyOptions)
		/// @brief Sets rendering property values.
		/// @param _renderPropertyOptions: render property option values
		virtual void SetRenderingProperties(Marvelous::RenderPropertyOptions& _renderPropertyOptions) {};

		/// @ingroup UTILITY_API
		/// @fn GetRenderingProperties()
		/// @brief Gets rendering property values
		/// @return If valid, returns a string containing rendering property values.
		virtual std::string GetRenderingProperties() { return std::string(); }

		/// @ingroup UTILITY_API
		///	@fn SetZoomCloth()
		/// @brief Zoom cloth
		virtual void SetZoomView() {}

		/// @ingroup UTILITY_API
		///	@fn SetViewPoint()
		/// @brief Set View Point in render property window
		/// @param _index: View Point index to set (0: Current View, 1: Custom View)
		virtual void SetViewPoint(int _index) {}

		/// @ingroup UTILITY_API
		///	@fn GetViewPoint()
		/// @brief Get current view point
		/// @return View Point index (0: Current View, 1: Custom View)
		/// @note If the view point is not set, it returns -1.
		virtual int GetViewPoint() { return -1; }
		
		/// @ingroup UTILITY_API
		///	@fn ReDrape3DArrangement()
		/// @brief Redrape all patterns 3D Arrangement
		virtual void ReDrape3DArrangement(const Marvelous::ImportExportOption& _options) {}

		/// @ingroup UTILITY_API
		///	@fn SetAPF()
		/// @brief Set APF file path
		/// @param _path: APF file path
		virtual void SetAPF(std::string _path) {}

		/// @ingroup UTILITY_API
		///	@fn ABPNetworkAuth()
		/// @brief Regist Alvanon ID and Password
		/// @param id: Alvanon ID 
		/// @param pw: Alvanon Password 
		/// @param _APFpath : APF File path
		virtual void ABPNetworkAuth(std::string id, std::string pw, std::string _APFpath = "") {}


		/// @ingroup UTILITY_API
		///	@fn SetGraphicBaseColorMapTexture(std::string _imageFilePath, int _graphicStyleIndex)
		/// @brief Sets the base color map texture for the graphic style
		/// @param _imageFilePath: The file path to be set for the graphic style
		/// @param _graphicStyleIndex: The graphic style index to change the base color map texture
		virtual void SetGraphicBaseColorMapTexture(const std::string _imageFilePath, int _graphicStyleIndex) = 0;

		/// @ingroup UTILITY_API
		///	@fn SetGraphicBaseColorMapTexture(std::string _imageFilePath, int _graphicStyleIndex, int _colorwayIndex)
		/// @brief Sets the base color map texture for the graphic style in the specified colorway
		/// @param _imageFilePath: The file path to be set for the graphic style
		/// @param _graphicStyleIndex: The graphic style index to change the base color map texture	
		/// @param _colorwayIndex: The colorway index to change the base color map texture
		virtual void SetGraphicBaseColorMapTexture(const std::string _imageFilePath, int _graphicStyleIndex, int _colorwayIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetGraphicNormalMapTexture(std::string _imageFilePath)
		/// @brief Sets the texture map for the graphic style (default index = 0)
		/// @param _imageFilePath: The file path to be set for the graphic style
		virtual void SetGraphicNormalMapTexture(const std::string _imageFilePath) {}
        
        /// @ingroup UTILITY_API
        /// @fn SetGraphicDisplacementMapTexture(std::string _imageFilePath)
        /// @brief Sets the texture map for the graphic style (default index = 0)
        /// @param _imageFilePath: The file path to be set for the graphic style
		virtual void SetGraphicDisplacementMapTexture(const std::string _imageFilePath) {}
        
        /// @ingroup UTILITY_API
        /// @fn SetGraphicOpacityMapTexture(std::string _imageFilePath)
        /// @brief Sets the texture map for the graphic style (default index = 0)
        /// @param _imageFilePath: The file path to be set for the graphic style
		virtual void SetGraphicOpacityMapTexture(const std::string _imageFilePath) {}
        
        /// @ingroup UTILITY_API
        /// @fn SetGraphicRoughnessMapTexture(std::string _imageFilePath)
        /// @brief Sets the texture map for the graphic style (default index = 0)
        /// @param _imageFilePath: The file path to be set for the graphic style
		virtual void SetGraphicRoughnessMapTexture(const std::string _imageFilePath) {}
        
        /// @ingroup UTILITY_API
        /// @fn SetGraphicMetalnessMapTexture(std::string _imageFilePath)
        /// @brief Sets the texture map for the graphic style (default index = 0)
        /// @param _imageFilePath: The file path to be set for the graphic style
		virtual void SetGraphicMetalnessMapTexture(const std::string _imageFilePath) {}

		/// @ingroup UTILITY_API
		/// @fn SetBaseTextureMapImageDesaturation(int _colorwayIndex, int _fabricIndex, bool _bSetOnOff)
		/// @brief Set desaturation on/off for base texture map image of fabric in colorway.
		/// @param _colorwayIndex: target colorway index in the Colorway Editor
		/// @param _fabricIndex: the target fabric index in the Colorway Editor
		/// @param _bSetOnOff: true to enable desaturation, false to disable
		virtual void SetBaseTextureMapImageDesaturation(int _fabricIndex, int _colorwayIndex, bool _bSetOnOff) = 0;

		/// @ingroup UTILITY_API
		/// @fn AutoGenerateGraphicNormalMap(int _graphicIndex, int _colorwayIndex)
		/// @brief Auto-generates the normal map from the current base color map of a graphic style.
		/// @param _graphicIndex: Graphic style index.
		/// @param _colorwayIndex: Colorway index.
		virtual void AutoGenerateGraphicNormalMap(int _graphicIndex, int _colorwayIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn DeleteGraphicNormalMap(int _graphicIndex, int _colorwayIndex)
		/// @brief Deletes the normal map of a graphic style.
		/// @param _graphicIndex: Graphic style index.
		/// @param _colorwayIndex: Colorway index.
		virtual void DeleteGraphicNormalMap(int _graphicIndex, int _colorwayIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn AutoGenerateGraphicOpacityMap(int _graphicIndex, int _colorwayIndex)
		/// @brief Auto-generates the opacity map from the current base color map of a graphic style.
		/// @param _graphicIndex: Graphic style index.
		/// @param _colorwayIndex: Colorway index.
		virtual void AutoGenerateGraphicOpacityMap(int _graphicIndex, int _colorwayIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn DeleteGraphicOpacityMap(int _graphicIndex, int _colorwayIndex)
		/// @brief Deletes the opacity map of a graphic style.
		/// @param _graphicIndex: Graphic style index.
		/// @param _colorwayIndex: Colorway index.
		virtual void DeleteGraphicOpacityMap(int _graphicIndex, int _colorwayIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn AutoGenerateGraphicRoughnessMap(int _graphicIndex, int _colorwayIndex)
		/// @brief Auto-generates the roughness map from the current base color map of a graphic style.
		/// @param _graphicIndex: Graphic style index.
		/// @param _colorwayIndex: Colorway index.
		virtual void AutoGenerateGraphicRoughnessMap(int _graphicIndex, int _colorwayIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn DeleteGraphicRoughnessMap(int _graphicIndex, int _colorwayIndex)
		/// @brief Deletes the roughness map of a graphic style.
		/// @param _graphicIndex: Graphic style index.
		/// @param _colorwayIndex: Colorway index.
		virtual void DeleteGraphicRoughnessMap(int _graphicIndex, int _colorwayIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn AutoGenerateGraphicDisplacementMap(int _graphicIndex, int _colorwayIndex)
		/// @brief Auto-generates the displacement map from the current base color map of a graphic style.
		/// @param _graphicIndex: Graphic style index.
		/// @param _colorwayIndex: Colorway index.
		virtual void AutoGenerateGraphicDisplacementMap(int _graphicIndex, int _colorwayIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn DeleteGraphicDisplacementMap(int _graphicIndex, int _colorwayIndex)
		/// @brief Deletes the displacement map of a graphic style.
		/// @param _graphicIndex: Graphic style index.
		/// @param _colorwayIndex: Colorway index.
		virtual void DeleteGraphicDisplacementMap(int _graphicIndex, int _colorwayIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetGraphicNormalMapTexture(unsigned int _GraphicIndex, std::string _imageFilePath)
		/// @brief Sets the texture map for the graphic style
		/// @param _index: Graphic style index to use the plugin
		/// @param _imageFilePath: The file path to be set for the graphic style
		virtual void SetGraphicNormalMapTexture(unsigned int _GraphicIndex, const std::string _imageFilePath) {}
        
        /// @ingroup UTILITY_API
        /// @fn SetGraphicDisplacementMapTexture(unsigned int _GraphicIndex, std::string _imageFilePath)
        /// @brief Sets the texture map for the graphic style
        /// @param _index: Graphic style index to use the plugin
        /// @param _imageFilePath: The file path to be set for the graphic style
		virtual void SetGraphicDisplacementMapTexture(unsigned int _GraphicIndex, const std::string _imageFilePath) {}
        
        /// @ingroup UTILITY_API
        /// @fn SetGraphicNormalMapTexture(unsigned int _GraphicIndex, std::string _imageFilePath)
        /// @brief Sets the texture map for the graphic style
        /// @param _index: Graphic style index to use the plugin
        /// @param _imageFilePath: The file path to be set for the graphic style
		virtual void SetGraphicOpacityMapTexture(unsigned int _GraphicIndex, const std::string _imageFilePath) {}
        
        /// @ingroup UTILITY_API
        /// @fn SetGraphicNormalMapTexture(unsigned int _GraphicIndex, std::string _imageFilePath)
        /// @brief Sets the texture map for the graphic style
        /// @param _index: Graphic style index to use the plugin
        /// @param _imageFilePath: The file path to be set for the graphic style
		virtual void SetGraphicRoughnessMapTexture(unsigned int _GraphicIndex, const std::string _imageFilePath) {}
        
        /// @ingroup UTILITY_API
        /// @fn SetGraphicNormalMapTexture(unsigned int _GraphicIndex, std::string _imageFilePath)
        /// @brief Sets the texture map for the graphic style
        /// @param _index: Graphic style index to use the plugin
        /// @param _imageFilePath: The file path to be set for the graphic style
		virtual void SetGraphicMetalnessMapTexture(unsigned int _GraphicIndex, const std::string _imageFilePath) {}
        
        /// @ingroup UTILITY_API
        /// @fn SetGraphicNormalMapTexture()
        /// @brief Gets the texture map for the graphic style
        /// @return _imageFilePath: The file path of the graphic style
		virtual std::string GetGraphicNormalMapTexture() { return std::string(); }
        
        /// @ingroup UTILITY_API
        /// @fn GetGraphicDisplacementMapTexture()
        /// @brief Gets the texture map for the graphic style
        /// @return _imageFilePath: The file path of the graphic style
		virtual std::string GetGraphicDisplacementMapTexture() { return std::string(); }
        
        /// @ingroup UTILITY_API
        /// @fn GetGraphicOpacityMapTexture()
        /// @brief Gets the texture map for the graphic style
        /// @return _imageFilePath: The file path of the graphic style
		virtual std::string GetGraphicOpacityMapTexture() { return std::string(); }
        
        /// @ingroup UTILITY_API
        /// @fn GetGraphicRoughnessMapTexture()
        /// @brief Gets the texture map for the graphic style
        /// @return _imageFilePath: The file path of the graphic style
		virtual std::string GetGraphicRoughnessMapTexture() { return std::string(); }
        
        /// @ingroup UTILITY_API
        /// @fn GetGraphicMetalnessMapTexture()
        /// @brief Gets the texture map for the graphic style
        /// @return _imageFilePath: The file path of the graphic style
		virtual std::string GetGraphicMetalnessMapTexture() { return std::string(); }

        /// @ingroup UTILITY_API
        /// @fn GetGraphicNormalMapTexture(unsigned int GraphicIndex)
        /// @brief Gets the texture map for the graphic style
        /// @param GraphicIndex: Graphic style index to use the plugin
        /// @return imageFilePath: The file path to be set for the graphic style
		virtual std::string GetGraphicNormalMapTexture(unsigned int _GraphicIndex) { return std::string(); }
        
        /// @ingroup UTILITY_API
        /// @fn GetGraphicDisplacementMapTexture(unsigned int GraphicIndex)
        /// @brief Gets the texture map for the graphic style
        /// @param _GraphicIndex: Graphic style index to use the plugin
        /// @return imageFilePath: The file path to be set for the graphic style
		virtual std::string GetGraphicDisplacementMapTexture(unsigned int _GraphicIndex) { return std::string(); }
        
        /// @ingroup UTILITY_API
        /// @fn GetGraphicOpacityMapTexture(unsigned int GraphicIndex)
        /// @brief Gets the texture map for the graphic style
        /// @param _GraphicIndex: Graphic style index to use the plugin
        /// @return imageFilePath: The file path to be set for the graphic style
		virtual std::string GetGraphicOpacityMapTexture(unsigned int _GraphicIndex) { return std::string(); }
        
        /// @ingroup UTILITY_API
        /// @fn GetGraphicRoughnessMapTexture(unsigned int GraphicIndex)
        /// @brief Gets the texture map for the graphic style
        /// @param _GraphicIndex: Graphic style index to use the plugin
        /// @return imageFilePath: The file path to be set for the graphic style
		virtual std::string GetGraphicRoughnessMapTexture(unsigned int _GraphicIndex) { return std::string(); }
        
        /// @ingroup UTILITY_API
        /// @fn GetGraphicMetalnessMapTexture(unsigned int GraphicIndex)
        /// @brief Gets the texture map for the graphic style
        /// @param _GraphicIndex: Graphic style index to use the plugin
        /// @return imageFilePath: The file path to be set for the graphic style
		virtual std::string GetGraphicMetalnessMapTexture(unsigned int _GraphicIndex) { return std::string(); }

        /// @ingroup UTILITY_API
        /// @fn GetGraphicStyleColor()
        /// @brief Get a base color of PBR material in a Graphic.  (default index = 0)
        /// @return RGBA float tuple
		virtual std::tuple<float, float, float, float> GetGraphicStyleColor() = 0;

		/*
		Set a base color of PBR material in a Graphic using given RGBA values.
		@return if it succeeds, return true.
		*/
		/// @ingroup UTILITY_API
		/// @fn SetGraphicStyleColor(float r, float g, float b, float a)
		/// @brief Set a base color of PBR material in a Graphic using given RGBA values. (default index = 0)
		/// @param _styleIndex: Graphic style index
		/// @parm r : To be set as red value
		/// @parm g : To be set as green value
		/// @parm b : To be set as blue value
		/// @parm a : To be set as alpha value
		/// @return if it succeeds, return true.
		virtual bool SetGraphicStyleColor(int _styleIndex, float r, float g, float b, float a) = 0;

        /*
        Set a base color of PBR material in a Graphic using given RGBA values.
        @return if it succeeds, return true.
        */
        /// @ingroup UTILITY_API
        /// @fn SetGraphicStyleColor(float r, float g, float b, float a)
        /// @brief Set a base color of PBR material in a Graphic using given RGBA values. (default index = 0)
        /// @parm r : To be set as red value
        /// @parm g : To be set as green value
        /// @parm b : To be set as blue value
        /// @parm a : To be set as alpha value
        /// @return if it succeeds, return true.
		virtual bool SetGraphicStyleColor(float r, float g, float b, float a) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetGraphicStyleColor((int _styleIndex, std::string _colorName)
		/// @brief Set a base color of PBR material in a Graphic using given color name values. (default index = 0)
		/// @param _styleIndex: Graphic style index
		/// @param _colorName: name of color
		/// @return RGBA float tuple
		virtual bool SetGraphicStyleColor(int _styleIndex, std::string _colorName) = 0;

		/*
		Set a base color of PBR material in a Graphic using given RGBA values.
		@return if it succeeds, return true.
		*/
		
        /// @ingroup UTILITY_API
        /// @fn GetItemsCountsinColorway(unsigned int _colorwayIndex)
        /// @brief Get the color count in a target colorway.
        /// @parm  colorwayIndex: the target colorway index
        /// @return if it succeeds, return the color count in a colorway.
        virtual unsigned int GetItemsCountsinColorway(int _colorwayIndex) { return 0; };

		/// @ingroup UTILITY_API
		/// @fn AutoHang(const std::string _garmentPath, const std::string _hangerPath, const unsigned int _hangerType, const Marvelous::ImportExportOption& _hangerImportOption)
		/// @brief Auto-hang a garment to a hanger.
		/// @parm _garmentPath : path to a garment file. .zprj or .zpac is accepted. If .zprj is given, only the garment will be loaded. 
		/// @parm _hangerPath : path to a hanger file. .obj or .avt is accepted.
		/// @parm _hangerType : type of the _hangerFIlePath hanger. 0 = top hanger, 1 = bottom hanger
		/// @parm _hangerImportOption : if .obj is given for _hangerFIlePath, specify the import option. Especially, specify the scale. For example, if the file is in cm, scale should be 10.
		/// @return if it succeeds, return true.
		virtual bool AutoHang(const std::string _garmentPath, const std::string _hangerPath, const unsigned int _hangerType, const Marvelous::ImportExportOption& _hangerImportOption) { return false; };
        
		/// @ingroup UTILITY_API
		/// @fn AddPinsForFabricValidation(loat size1, float size2, float size3, float size4)
		/// @brief Adjust lengths and adjust pin locations
		virtual bool AddPinsForFabricValidation(float size1, float size2, float size3, float size4) { return false; };

        /// @ingroup UTILITY_API
        /// @fn UpdatePropertyWindow()
        /// @brief Update the PropertyWindow 
        virtual void UpdatePropertyWindow() {}
        
        /// @ingroup UTILITY_API
        /// @fn FitAllUV(int x_coordinate, int y_coordinate, bool _bIsRelative, float _marginValue)
        /// @brief Fitting patterns in UV editor to given coordinates
        /// @param x_coordinate: x coordinate value
        /// @param y_coordinate: y coordinate value
        /// @param _bIsRelative: true for relative, false for Absolute
        /// @param _marginValue: margin value
        virtual void FitAllUV(int x_coordinate, int y_coordinate, bool _bIsRelative, float _marginValue) {}

		/// @ingroup UTILITY_API
		/// @fn DeleteAvatar(std::vector<int> _avatarIndexList)
		/// @brief Delete Avatars
		/// @param _avatarIndexList: List of indices for avatars to delete
		virtual bool DeleteAvatar(std::vector<int> _avatarIndexList) { return 0; }
		
		/// @fn		GetGraphicStyleColor(int _styleIndex)
		/// @brief	Get base color of PBR material from Graphic Style
		/// @param	_styleIndex: Graphic Style index on Object Browser to get Color
		/// @return The color value in CloAgiRgba.
		virtual Marvelous::CloApiRgba GetGraphicStyleColor(int _styleIndex) = 0;
		
		/// @fn		GetGraphicStyleColor(int _styleIndex, int _colorwayIndex)
		/// @brief	Get base color of PBR material from Graphic Style
		/// @param	_styleIndex: Graphic Style index on [_colorwayIndex]th Colorway to get Color
		///			_colorwayIndex: Colorway Index to get Style
		/// @return The color value in CloAgiRgba.
		virtual Marvelous::CloApiRgba GetGraphicStyleColor(int _styleIndex, int _colorwayIndex) = 0;

		/// @fn		SetGraphicStyleColor(int _styleIndex, int _r, int _g, int _b, int _a)
		/// @brief	Set base color of PBR material in a Graphic Style using given RGBA values
		/// @param	_styleIndex: Graphic Style index on Object Browser to set Color
		///	@param	_r: Red channel 
		///	@param	_g: Green channel
		///	@param	_b: Blue channel
		///	@param	_a: Alpha channel
		virtual void SetGraphicStyleColor(int _styleIndex, int _r, int _g, int _b, int _a) = 0;

		/// @fn		SetGraphicStyleColor(int _styleIndex, int _colorwayIndex, int _r, int _g, int _b, int _a)
		/// @brief	Set base color of PBR material in a Graphic Style using given RGBA values
		/// @param	_styleIndex: Graphic Style index on [_colorwayIndex]th Colorway to set Color
		/// @param	_colorwayIndex: Colorway Index to get Style
		///	@param	_r: Red channel 
		///	@param	_g: Green channel
		///	@param	_b: Blue channel
		///	@param	_a: Alpha channel
		virtual void SetGraphicStyleColor(int _styleIndex, int _colorwayIndex, int _r, int _g, int _b, int _a) = 0;
		
		/// @fn		GetButtonHeadStyleColor(int _styleIndex, int _meshIndex)
		/// @brief	Get base color of PBR material from ButtonHead Style
		/// @param	_styleIndex: ButtonHead Style index on Object Browser to get Color
		/// @param	_meshIndex: Mesh index to get Color
		///				0: ButtonHead
		///				1: Thread
		/// @return The color value in CloAgiRgba.
		virtual Marvelous::CloApiRgba GetButtonHeadStyleColor(int _styleIndex, int _meshIndex) = 0;
		
		/// @fn		GetButtonHeadStyleColor(int _styleIndex, int _colorwayIndex, int _meshIndex)
		/// @brief	Get base color of PBR material from ButtonHead Style
		/// @param	_styleIndex: ButtonHead Style index [_colorwayIndex]th Colorway to get Color
		/// @param	_colorwayIndex: Colorway Index to get Style
		/// @param	_meshIndex: Mesh index to get Color
		///				0: ButtonHead
		///				1: Thread
		/// @return The color value in CloAgiRgba.
		virtual Marvelous::CloApiRgba GetButtonHeadStyleColor(int _styleIndex, int _colorwayIndex, int _meshIndex) = 0;

		/// @fn		SetButtonHeadStyleColor(int _styleIndex, int _meshIndex, int _r, int _g, int _b, int _a)
		/// @brief	Set base color of PBR material in a ButtonHead Style using given RGBA values
		/// @param	_styleIndex: ButtonHead Style index on Object Browser to set Color
		/// @param	_meshIndex: Mesh index to get Color
		///				-1: All
		///				0: ButtonHead
		///				1: Thread
		///	@param	_r: Red channel 
		///	@param	_g: Green channel
		///	@param	_b: Blue channel
		///	@param	_a: Alpha channel
		virtual void SetButtonHeadStyleColor(int _styleIndex, int _meshIndex, int _r, int _g, int _b, int _a) = 0;

		/// @fn		SetButtonHeadStyleColor(int _styleIndex, int _colorwayIndex, int _meshIndex, int _r, int _g, int _b, int _a)
		/// @brief	Set base color of PBR material in a ButtonHead Style using given RGBA values
		/// @param	_styleIndex: ButtonHead Style index [_colorwayIndex]th Colorway to set Color
		///			_colorwayIndex: Colorway Index to get Style
		/// @param	_meshIndex: Mesh index to get Color
		///				-1: All
		///				0: ButtonHead
		///				1: Thread
		///	@param	_r: Red channel 
		///	@param	_g: Green channel
		///	@param	_b: Blue channel
		///	@param	_a: Alpha channel
		virtual void SetButtonHeadStyleColor(int _styleIndex, int _colorwayIndex, int _meshIndex, int _r, int _g, int _b, int _a) = 0;
		
		/// @fn		GetButtonHoleStyleColor(int _styleIndex)
		/// @brief	Get base color of PBR material from ButtonHole Style
		/// @param	_styleIndex: ButtonHole Style index on Object Browser to get Color	
		/// @return The color value in CloAgiRgba.
		virtual Marvelous::CloApiRgba GetButtonHoleStyleColor(int _styleIndex) = 0;
		
		/// @fn		GetButtonHoleStyleColor(int _styleIndex, int _colorwayIndex)
		/// @brief	Get base color of PBR material from ButtonHole Style
		/// @param	_styleIndex: ButtonHole Style index [_colorwayIndex]th Colorway to get Color
		/// @param	_colorwayIndex: Colorway Index to get Style
		/// @return The color value in CloAgiRgba.
		virtual Marvelous::CloApiRgba GetButtonHoleStyleColor(int _styleIndex, int _colorwayIndex) = 0;

		/// @fn		SetButtonHoleStyleColor(int _styleIndex, int _r, int _g, int _b, int _a)
		/// @brief	Set base color of PBR material in a ButtonHole Style using given RGBA values
		/// @param	_styleIndex: ButtonHole Style index on Object Browser to set Color
		///	@param	_r: Red channel 
		///	@param	_g: Green channel
		///	@param	_b: Blue channel
		///	@param	_a: Alpha channel
		virtual void SetButtonHoleStyleColor(int _styleIndex, int _r, int _g, int _b, int _a) = 0;

		/// @fn		SetButtonHoleStyleColor(int _styleIndex, int _colorwayIndex, int _r, int _g, int _b, int _a)
		/// @brief	Set base color of PBR material in a ButtonHole Style using given RGBA values
		/// @param	_styleIndex: ButtonHole Style index [_colorwayIndex]th Colorway to set Color
		/// @param	_colorwayIndex: Colorway Index to get Style
		///	@param	_r: Red channel 
		///	@param	_g: Green channel
		///	@param	_b: Blue channel
		///	@param	_a: Alpha channel
		virtual void SetButtonHoleStyleColor(int _styleIndex, int _colorwayIndex, int _r, int _g, int _b, int _a) = 0;
		
		/// @fn		GetTrimStyleColor(int _styleIndex, int _meshIndex)
		/// @brief	Get base color of PBR material from Trim Style
		/// @param	_styleIndex: Trim Style index on Object Browser to get Color
		/// @param	_meshIndex: Mesh index to get Color
		///				0~: [_meshIndex]th mesh
		/// @return The color value in CloAgiRgba.
		virtual Marvelous::CloApiRgba GetTrimStyleColor(int _styleIndex, int _meshIndex) = 0;
		
		/// @fn		GetTrimStyleColor(int _styleIndex, int _colorwayIndex, int _meshIndex)
		/// @brief	Get base color of PBR material from Trim Style
		/// @param	_styleIndex: Trim Style index [_colorwayIndex]th Colorway to get Color
		/// @param	_colorwayIndex: Colorway Index to get Style
		/// @param	_meshIndex: Mesh index to get Color
		///				0~: [_meshIndex]th mesh
		/// @return The color value in CloAgiRgba.
		virtual Marvelous::CloApiRgba GetTrimStyleColor(int _styleIndex, int _colorwayIndex, int _meshIndex) = 0;

		/// @fn		SetTrimStyleColor(int _styleIndex, int _meshIndex, int _r, int _g, int _b, int _a)
		/// @brief	Set base color of PBR material in a Trim Style using given RGBA values
		/// @param	_styleIndex: Trim Style index on Object Browser to set Color
		/// @param	_meshIndex: Mesh index to get Color
		///				-1: All
		///				0~: [_meshIndex]th mesh
		///	@param	_r: Red channel 
		///	@param	_g: Green channel
		///	@param	_b: Blue channel
		///	@param	_a: Alpha channel
		virtual void SetTrimStyleColor(int _styleIndex, int _meshIndex, int _r, int _g, int _b, int _a) = 0;

		/// @fn		SetTrimStyleColor(int _styleIndex, int _meshIndex, std::string _colorName)
		/// @brief	Set base color of PBR material in a Trim Style using given Color name values
		/// @param	_styleIndex: Trim Style index on Object Browser to set Color
		/// @param	_meshIndex: Mesh index to get Color
		///				-1: All
		///				0~: [_meshIndex]th mesh
		/// /// @param	_colorName: Color name
		virtual bool SetTrimStyleColor(int _styleIndex, int _meshIndex, std::string _colorName) = 0;


		/// @fn		SetTrimStyleColor(int _styleIndex, int _colorwayIndex, int _meshIndex, int _r, int _g, int _b, int _a)
		/// @brief	Set base color of PBR material in a Trim Style using given RGBA values
		/// @param	_styleIndex: Trim Style index [_colorwayIndex]th Colorway to set Color
		/// @param	_colorwayIndex: Colorway Index to get Style
		/// @param	_meshIndex: Mesh index to get Color
		///				-1: All
		///				0~: [_meshIndex]th mesh
		///	@param	_r: Red channel 
		///	@param	_g: Green channel
		///	@param	_b: Blue channel
		///	@param	_a: Alpha channel
		virtual void SetTrimStyleColor(int _styleIndex, int _colorwayIndex, int _meshIndex, int _r, int _g, int _b, int _a) = 0;

		/// @fn		GetTopStitchOpacity(int _styleIndex)
		/// @brief	Get opacity of PBR material from TopStitch
		/// @param	_styleIndex: TopStitch index on Object Browser
		/// @param	_lineIndex: Stitch index to get opacity
		///				0~: [_lineIndex]th Stitch
		/// @return Opacity value
		virtual int GetTopStitchOpacity(int _styleIndex, int _lineIndex) = 0;

		/// @fn		GetTopStitchOpacity(int _styleIndex, int _colorwayIndex)
		/// @brief	Get opacity of PBR material from TopStitch
		/// @param	_styleIndex: TopStitch index [_colorwayIndex]th Colorway
		/// @param	_colorwayIndex: Colorway Index to get Style
		/// @param	_lineIndex: Stitch index to get opacity
		///				0~: [_lineIndex]th Stitch
		/// @return Opacity value
		virtual int GetTopStitchOpacity(int _styleIndex, int _colorwayIndex, int _lineIndex) = 0;

		/// @fn		SetTopStitchOpacity(int _styleIndex, int _opacityValue)
		/// @brief	Set opacity of PBR material in a TopStitch
		/// @param	_styleIndex: TopStitch index on Object Browser
		/// @param	_lineIndex: Stitch index to set opacity
		///				0~: [_lineIndex]th Stitch
		///	@param	_opacityValue: opacity
		virtual void SetTopStitchOpacity(int _styleIndex, int _lineIndex, int _opacityValue) = 0;

		/// @fn		SetTopStitchOpacity(int _styleIndex, int _colorwayIndex, int _opacityValue)
		/// @brief	Set opacity of PBR material in a TopStitch
		/// @param	_styleIndex: TopStitch index [_colorwayIndex]th Colorway
		/// @param	_colorwayIndex: Colorway Index to get Style
		/// @param	_lineIndex: Stitch index to set opacity
		///				0~: [_lineIndex]th Stitch
		///	@param	_opacityValue: opacity
		virtual void SetTopStitchOpacity(int _styleIndex, int _colorwayIndex, int _lineIndex, int _opacityValue) = 0;

		/// @fn		GetTopStitchColor(int _styleIndex, int _lineIndex)
		/// @brief	Get base color of PBR material from TopStitch Style
		/// @param	_styleIndex: TopStitch Style index on Object Browser to get Color
		/// @param	_lineIndex: Stitch index to get Color
		///				0~: [_lineIndex]th Stitch
		/// @return The color value in CloAgiRgba.
		virtual Marvelous::CloApiRgba GetTopStitchColor(int _styleIndex, int _lineIndex) = 0;

		/// @fn		GetTopStitchColor(int _styleIndex, int _colorwayIndex, int _lineIndex)
		/// @brief	Get base color of PBR material from TopStitch Style
		/// @param	_styleIndex: TopStitch Style index [_colorwayIndex]th Colorway to get Color
		/// @param	_colorwayIndex: Colorway Index to get Style
		/// @param	_lineIndex: Stitch index to get Color
		///				0~: [_lineIndex]th Stitch
		/// @return The color value in CloAgiRgba.
		virtual Marvelous::CloApiRgba GetTopStitchColor(int _styleIndex, int _colorwayIndex, int _lineIndex) = 0;

		/// @fn		SetTopStitchColor(int _styleIndex, int _lineIndex, int _r, int _g, int _b, int _a)
		/// @brief	Set base color of PBR material in a TopStitch Style using given RGBA values
		/// @param	_styleIndex: TopStitch Style index on Object Browser to set Color
		/// @param	_lineIndex: Stitch index to set Color
		///				-1: All
		///				0~: [_lineIndex]th Stitch
		///	@param	_r: Red channel 
		///	@param	_g: Green channel
		///	@param	_b: Blue channel
		///	@param	_a: Alpha channel
		virtual void SetTopStitchColor(int _styleIndex, int _lineIndex, int _r, int _g, int _b, int _a) = 0;

		/// @fn		SetTopStitchColor(int _styleIndex, int _lineIndex, std::string _colorName)
		/// @brief	Set base color of PBR material in a TopStitch Style using given Color name values
		/// @param	_styleIndex: TopStitch Style index on Object Browser to set Color
		/// @param	_lineIndex: Stitch index to set Color
		///				-1: All
		///				0~: [_lineIndex]th Stitch
		/// /// /// @param _colorName: Color name
		virtual bool SetTopStitchColor(int _styleIndex, int _lineIndex, std::string _colorName) = 0;

		/// @fn		SetTopStitchColor(int _styleIndex, int _colorwayIndex, int _lineIndex, int _r, int _g, int _b, int _a)
		/// @brief	Set base color of PBR material in a TopStitch Style using given RGBA values
		/// @param	_styleIndex: TopStitch Style index [_colorwayIndex]th Colorway to set Color
		/// @param	_colorwayIndex: Colorway Index to get Style
		/// @param	_lineIndex: Stitch index to set Color
		///				-1: All
		///				0~: [_lineIndex]th Stitch
		///	@param	_r: Red channel 
		///	@param	_g: Green channel
		///	@param	_b: Blue channel
		///	@param	_a: Alpha channel
		virtual void SetTopStitchColor(int _styleIndex, int _colorwayIndex, int _lineIndex, int _r, int _g, int _b, int _a) = 0;

		/// @fn		SetGraphicStyleToGraphic(int _styleIndex, int _colorwayIndex, int _graphicIndex, int _assignOption)
		/// @brief	Set GraphicStyle of Graphic
		/// @param	_styleIndex: Graphic Style index on the Object Browser
		/// @param	_graphicIndex: Graphic index to change style
		/// @param _assignOption:
		///			_assignOption = 1 (Current Colorway): An item is only applied to the current colorway, while the other colorways retain the existing items.
		///			_assignOption = 2 (All Colorways unlinked Materials): Each colorway is applied its own materials, such as textures and colors.
		///			_assignOption = 3 (All Colorways linked): All colorways share the same item with linked properties, allowing any changes to be applied across all colorways simultaneously
		virtual void SetGraphicStyleToGraphic(int _styleIndex, int _graphicIndex, int _assignOption) = 0;

		/// @fn		SetGraphicStyleToGraphic(int _styleIndex, int _colorwayIndex, int _graphicIndex, int _assignOption)
		/// @brief	Set GraphicStyle of Graphic
		/// @param	_styleIndex: Graphic Style index on the [_colorwayIndex]th Colorway
		/// @param	_colorwayIndex: Colorway index to get Graphic Style
		/// @param	_graphicIndex: Graphic index to change Graphic Style
		/// @param _assignOption:
		///			_assignOption = 1 (Current Colorway): An item is only applied to the current colorway, while the other colorways retain the existing items.
		///			_assignOption = 2 (All Colorways unlinked Materials): Each colorway is applied its own materials, such as textures and colors.
		///			_assignOption = 3 (All Colorways linked): All colorways share the same item with linked properties, allowing any changes to be applied across all colorways simultaneously
		virtual void SetGraphicStyleToGraphic(int _styleIndex, int _colorwayIndex, int _graphicIndex, int _assignOption) = 0;

		/// @fn		GetSimulationQuality()
		/// @return The Simulation type(0: Normal(Default), 1: Animation(Stable), 2: Fitting(Accurate Fabric)) and simulation mode (0: CPU, 1: FAST(GPU))
		virtual std::pair<int, int> GetSimulationQuality() = 0;

		/// @fn		CheckZPRJForUnsavedChanges()
		/// @return Returns true if the file has been modified.
		virtual bool CheckZPRJForUnsavedChanges() = 0;

		/// @fn		SetAvatarOpacityMapByIndex(const std::string _imageFilePath, int _matShapeIndex)
		/// @brief	Set OpacityMap of Avatar
		/// @param	_imageFilePath: The file path to be set for the Avatar Map
		/// @param _matShapeIndex: mat shape index (0: face, 1:body, 2:arm, 3:leg)
		virtual void SetAvatarOpacityMapByIndex(const std::string _imageFilePath, int _matShapeIndex) = 0;

		/// @fn		SetAvatarOpacityMap(const std::string _imageFilePath)
		/// @brief	Set OpacityMap of Avatar
		/// @param	_imageFilePath: The file path to be set for the Avatar Map
		virtual void SetAvatarOpacityMap(const std::string _imageFilePath) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetAvatarOpacityMaps()
		///	@brief Get opacity maps Avatar
		///	@return Output file paths. 
		virtual std::vector<std::string> GetAvatarOpacityMaps()
		{
			std::vector<std::string> image_Paths;
			return image_Paths;
		}

		/// @ingroup UTILITY_API
		/// @fn SetTrimDisplaySettings()
		///	@brief Set Show/Hide Trim Properties
		/// @param	_option: Option 0: Button, 1: Pipings, 2: Bond/Skive, 3: Puckering, 4: All Trims, 5: All  
		///	@param _show: True/False. True is for show. False is for Hide 
		virtual void SetTrimDisplaySettings(int _option, bool _show) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetViewControlDefaults(double _xAngle, double _yPosition, double _cameraDistance)
		///	@brief Set default setting for view controls
		/// @param _xAngle: Angle to set the Default X-Axis Angle 
		///	@param _yPosition: Angle to set the Default Y-Axis Position 
		///	@param _cameraDistance: Angle to set the Default Camera Distance for view point shortcuts 
		virtual void SetViewControlDefaults(double _xAngle, double _yPosition, double _cameraDistance) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetFormat3DBackground(float r, float g, float b)
		///	@brief Set 3D Background color
		///	@param	_r: Red channel 
		///	@param	_g: Green channel
		///	@param	_b: Blue channel
		virtual void SetFormat3DBackground(float r, float g, float b) = 0;
    
    	/// @ingroup UTILITY_API
    	/// @fn SetGarmentDisplayProperties()
		/// @brief Set Show/Hide Garment Properties
		/// @param _option: Option 0: Garment, 1: Archived Pattern, 2: Seamlines, 3: Internal Lines, 4: ShowBaselines, 5: 3D Pen (Garment), 6: Threads, 7: Pins, 8: Garment Measurements, 9: 2D Measurements, 10: Garment Fitting Suit, 11: All  
		/// @param _show: True/False. True is for show. False is for Hide 
		virtual void SetGarmentDisplayProperties(int _option, bool _show) = 0;


		/// @ingroup UTILITY_API
		/// @fn SetEnvironmentDisplayProperties()
		/// @brief Set Show/Hide Environment Properties
		/// @param _option: Option 0: Light (3D), 1: Light (Render), 2: Wind Controller, 3: 3D Shadow, 4: Ground Grid, 5: Grid , 6: All 
		/// @param _show: True/False. True is for show. False is for Hide 
		virtual void SetEnvironmentDisplayProperties(int _option, bool _show) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetShowHideColorOptions()
		/// @brief Set Show/Hide Color Options
		/// @param _option: Option 0: All, 1: Freeze, 2: Strengthen, 3: Solodify, 4: Layer, 5: All (Mesh) , 6: Subdivide (Mesh), 7: Freeze (Mesh), 8: Strengthen (Mesh), 9: Solodify (Mesh) 
		/// @param _show: True/False. True is for show. False is for Hide 
		virtual void SetShowHideColorOptions(int _option, bool _show) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetAvatarTexureMap(const std::string _imageFilePath, int _textureType)
		///	@brief Set texture maps for Avatar
		/// @param _imageFilePath: The file path to be set for the Avatar Map
		/// @param _textureType: 0: BaseColorMap, 1: MetalnessMap, 2: NormalMap 3: GlossinessMap 4: AlphaMap 5: DisplacementMap
		///	@return Output file paths. 
		virtual void SetAvatarTexureMap(const std::string _imageFilePath, int _textureType) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetAvatarTexureMap(int _textureType)
		///	@brief Get texture maps for Avatar
		/// @param _textureType: 0: BaseColorMap, 1: MetalnessMap, 2: NormalMap 3: GlossinessMap 4: AlphaMap 5: DisplacementMap
		///	@return Output file paths. 
		virtual std::vector<std::string> GetAvatarTexureMap(int _textureType)
		{
	 		std::vector<std::string> image_Paths;
	 		return image_Paths;
		}

		
		/// @ingroup UTILITY_API
		/// @fn AlignAvatarsAndGarmentToCenter()
    /// @brief Align Avatars and Garment to Center
    virtual void AlignAvatarsAndGarmentToCenter() = 0;

		/// @ingroup UTILITY_API
		/// @fn AddGraphicStyleToPattern(int _textureType)
		///	@brief Add Graphic Style to Pattern
		/// @param _patternIndex: pattern index to add graphic style
		/// @param _graphicStyleIndex: graphic style index to add to pattern
		/// @param _x: The values along the X-axis represent the horizontal position relative to this point, moving to the right.
		/// @param _y: The values along the Y-axis represent the vertical position relative to this point, moving downward.
		///   For example, in a 100x100 pattern, the bottom-right corner is located at (100, 100)
		///   Place the graphic so that its center aligns with the specified (X, Y) coordinates.   
		/// @param _width: Width of the graphic
		/// @param _height: Height of the graphic
		/// @param _face: 0: Front, 1: Back 2: Both
		/// @param _zOffset: offset value
		/// @param _fAngle: angle value
		///	@return if it succeeds, return true.
		virtual bool AddGraphicStyleToPattern(int _patternIndex, int _graphicStyleIndex, float _x, float _y, float _width, float _height, int _face, float _zOffset, float _fAngle) { return 0; }

		/// @ingroup UTILITY_API
		/// @fn SetAvatarActivation(const std::string _avatarName, bool _bActivate)
		///	@brief Set Avatar Activation/Deactivation
		/// @param _avatarName: Avatar name to activate or deactivate	
		/// @param _bActivate: true for activate, false for deactivate
		/// @return if it succeeds, return true.
		virtual bool SetAvatarActivation(const std::string _avatarName, bool _bActivate){ return 0; };

		/// @fn		GetUseSameMapAsFabricForGraphicOpacity(graphic index)
		/// @brief	Returns whether the graphic's opacity map uses the same map as the fabric it is applied to.
		/// @param	_colorwayIndex: Colorway Index to get Style
		/// @param	_graphicItemIndex: The index of the graphic item within the list of graphics applied to the object in the Object Browser.
		/// @param	_materialFace: 0 ,  back : 1 , side : 2 
		/// @return Returns True if 'Use Same Map as Fabric' is enabled for the graphic opacity map.
		virtual bool GetUseSameMapAsFabricForGraphicOpacity(int _colorwayIndex, int _graphicItemIndex, int _materialFace) = 0;

		/// @fn		void SetUseSameMapAsFabricForGraphicOpacity(graphic index, bool)
		/// @brief	Sets whether the graphic's opacity map uses the same map as the fabric.
		/// @param	_colorwayIndex: Colorway Index to get Style
		/// @param	_graphicItemIndex: The index of the graphic item within the list of graphics applied to the object in the Object Browser.
		/// @param	_materialFace: 0 ,  back : 1 , side : 2 
		/// @param	_bUse: True to use the fabric's opacity map, False to use a separate map.
		virtual void SetUseSameMapAsFabricForGraphicOpacity(int _colorwayIndex, int _graphicItemIndex, int _materialFace, bool _bUse) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetTrimStyleCount(bool _usedOnly)
		/// @brief Get the count of Trim Styles
		/// @param _usedOnly: If true, only count the Trim Styles that are currently used in the garment. else, count all available Trim Styles.
		/// @return The number of Trim Styles available.
		virtual int GetTrimStyleCount(bool _usedOnly) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetTopStitchCount(bool _usedOnly)
		/// @brief Get the count of Top Stitch Styles
		/// @param _usedOnly: If true, only count the Top Stitch Styles that are currently used in the garment. else, count all available Top Stitch Styles.
		/// @return The number of Top Stitch Styles available.
		virtual int GetTopStitchCount(bool _usedOnly) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetTrimStyleIndex(const std::string _trimStyleName)
		/// @brief Get the index of a Trim Style by its name
		/// @param _trimStyleName: The name of the Trim Style to search for.
		/// @return The index of the Trim Style if found, otherwise -1.
		virtual int GetTrimStyleIndex(const std::string _trimStyleName) { return -1; };

		/// @ingroup UTILITY_API
		/// @fn GetTopStitchIndex(const std::string _stitchName)
		/// @brief Get the index of a Top Stitch Style by its name
		/// @param _stitchName: The name of the Top Stitch Style to search for.
		/// @return The index of the Top Stitch Style if found, otherwise -1.
		virtual int GetTopStitchIndex(const std::string _stitchName) { return -1; };

		/// @ingroup UTILITY_API
		/// @fn GetTrimStyleName(int _trimStyleIndex)
		/// @brief Get the name of a Trim Style by its index
		/// @param _trimStyleIndex: The index of the Trim Style to retrieve the name for.
		/// @return The name of the Trim Style if found, otherwise an empty string.
		virtual std::string GetTrimStyleName(int _trimStyleIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetTopStitchName(int _stitchIndex)
		/// @brief Get the name of a Top Stitch Style by its index
		/// @param _stitchIndex: The index of the Top Stitch Style to retrieve the name for.
		/// @return The name of the Top Stitch Style if found, otherwise an empty string
		virtual std::string GetTopStitchName(int _stitchIndex) = 0;

		//reinterpret_cast<int64_t>(widget)
		/// @fn		void RegisterWidget(int64_t _widget)
		/// @brief	A function to store the int64_t-casted address of a QtWidget in a list.
		/// @param	_widget:  A QtWidget’s address is cast to an int64_t using reinterpret_cast, then passed as an argument. reinterpret_cast<int64_t>(widget)
		virtual void RegisterWidget(int64_t _widget) = 0;

		/// @fn		void DeleteWidgets()
		/// @brief	Removes and deletes all widgets that were registered using the RegisterWidget function.
		virtual void DeleteWidgets() = 0;
		
		/// @fn		void ResetWidgetRegistry()
		/// @brief	Resets the list of registered widgets to an empty state.
		virtual void ResetWidgetRegistry() = 0;

		/// @ingroup UTILITY_API
		/// @fn GetUserHeadQuarterId()
		/// @brief Get the logged in user's head quarter Id
		/// @return Logged in user's head quarter Id
		virtual std::string GetUserHeadQuarterId() { return ""; }

		/// @ingroup UTILITY_API
		/// @fn GetUserHeadQuarterIdW()
		/// @brief Get the logged in user's head quarter Id
		/// @return Logged in user's head quarter Id
		virtual std::wstring GetUserHeadQuarterIdW() { return L""; }

		/// @ingroup UTILITY_API
		/// @fn SetWindControllerSettings()
		/// @brief It is a function that sets the configuration values for the wind controller.
		/// @param _index : It is the index of the wincontroller list.
		/// @param  _op : It is a parameter of the WindControllerOptions struct.
		/// @return It returns false if the index is invalid.
		virtual bool SetWindControllerSettings(int _index, Marvelous::WindControllerOptions _op) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetWindControllerSettings()
		/// @brief It is a function that retrieves the option values set in the wind controller.
		/// @param  _index : It is the index of the wincontroller list.
		/// @return It returns a WindControllerOptions.
		virtual Marvelous::WindControllerOptions GetWindControllerSettings(int _index) = 0;

		/// @ingroup UTILITY_API
		/// @fn LoadCustomViewIn3DWindow(int _index)
		/// @brief Selects a custom view from the list of custom views.
		/// @param _index: The index of the custom view to select.
		virtual void LoadCustomViewIn3DWindow(int _index) = 0;

		/// @ingroup UTILITY_API
		/// @fn ExportColorwayEditorImage(const std::string _trimStyleName, int _scale)
		/// @brief Exprot Colorway Editor as Image.
		/// @param _filePath: Image path to save
		///	       _scale: Image scale (1-4)
		virtual bool ExportColorwayEditorImage(const std::string _filePath, int _scale) = 0;
		
		/// @ingroup UTILITY_API
		/// @fn SetZipperStyleName(int _zipperStyleIndex, const std::string& _name)
		/// @brief Updates the zipper style name.
		/// @param _zipperStyleIndex: The zipper style index.
		/// @param _name: Name.
		virtual void SetZipperStyleName(int _zipperStyleIndex, const std::string& _name) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetZipperStyleName(int _zipperStyleIndex)
		/// @brief Get the zipper style name.
		/// @param _zipperStyleIndex: The zipper style index.
		/// @return It returns the zipper style name.
		virtual std::string GetZipperStyleName(int _zipperStyleIndex) { return ""; }

		/// @ingroup UTILITY_API
		/// @fn SetZipperStyleFunctionType(int _zipperStyleIndex, int _typeIndex)
		/// @brief Update the zipper style function type.
		/// @param _zipperStyleIndex: The zipper style index.
		/// @param _typeIndex: The function type index.
		///					0: One way
		///					1: Two way(Bottom to bottom)
		///					2: Two way(Head to head)
		virtual void SetZipperStyleFunctionType(int _zipperStyleIndex, int _typeIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetZipperStyleFunctionType(int _zipperStyleIndex)
		/// @brief Get the zipper style function type.
		/// @param _zipperStyleIndex: The zipper style index.
		/// @return It returns the zipper style function type index.
		///					0: One way
		///					1: Two way(Bottom to bottom)
		///					2: Two way(Head to head)
		virtual int GetZipperStyleFunctionType(int _zipperStyleIndex) { return -1; }

		/// @ingroup UTILITY_API
		/// @fn SetZipperStyleAssetType(int _zipperStyleIndex, int _typeIndex)
		/// @brief Update the zipper style asset type.
		/// @param _zipperStyleIndex: The zipper style index.
		/// @param _typeIndex: The asset type index.
		///					0: Custom(No Change)
		///					1: Plastic_01
		///					2: Plastic_02
		///					3: Metal
		///					4: Nylon
		///					5: Reverse_Nylon
		///					6: Invisible
		virtual void SetZipperStyleAssetType(int _zipperStyleIndex, int _typeIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetZipperStyleAssetType(int _zipperStyleIndex)
		/// @brief Get the zipper style asset type index.
		/// @param _zipperStyleIndex: The zipper style index.
		/// @return It returns the zipper style asset type index.
		///					0: Custom(No Change)
		///					1: Plastic_01
		///					2: Plastic_02
		///					3: Metal
		///					4: Nylon
		///					5: Reverse_Nylon
		///					6: Invisible
		virtual int GetZipperStyleAssetType(int _zipperStyleIndex) { return -1; }

		/// @ingroup UTILITY_API
		/// @fn SetZipperStyleTeethType(int _zipperStyleIndex, int _typeIndex)
		/// @brief Update the zipper style teeth type.
		/// @param _zipperStyleIndex: The zipper style index.
		/// @param _typeIndex: The teeth type index.
		///					0: Texture
		///					1: OBJ
		virtual void SetZipperStyleTeethType(int _zipperStyleIndex, int _typeIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetZipperStyleTeethType(int _zipperStyleIndex, int _typeIndex)
		/// @brief Update the zipper style teeth type.
		/// @param _zipperStyleIndex: The zipper style index.
		/// @return It returns the teeth type index.
		///					0: Texture
		///					1: OBJ
		virtual int GetZipperStyleTeethType(int _zipperStyleIndex) { return -1; }

		/// @ingroup UTILITY_API
		/// @fn SetZipperSliderStyle(int _zipperStyleIndex, const std::string& _filePath)
		/// @brief Update the zipper slider style.
		/// @param _zipperStyleIndex: The zipper style index.
		/// @param _filePath: Slider file path. (.zsd, .zsl, .zss)
		virtual void SetZipperSliderStyle(int _zipperStyleIndex, const std::string& _filePath) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetZipperPullerStyle(int _zipperStyleIndex, const std::string& _filePath)
		/// @brief Update the zipper puller style.
		/// @param _zipperStyleIndex: The zipper style index.
		/// @param _filePath: Puller file path. (.zpl, .zpu)
		virtual void SetZipperPullerStyle(int _zipperStyleIndex, const std::string& _filePath) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetZipperTopStopperStyle(int _zipperStyleIndex, const std::string& _filePath)
		/// @brief Update the zipper top stopper style.
		/// @param _zipperStyleIndex: The zipper style index.
		/// @param _filePath: Top stopper file path. (.zsp, .zst)
		virtual void SetZipperTopStopperStyle(int _zipperStyleIndex, const std::string& _filePath) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetZipperBottomStopperStyle(int _zipperStyleIndex, const std::string& _filePath)
		/// @brief Update the zipper bottom stopper style.
		/// @param _zipperStyleIndex: The zipper style index.
		/// @param _filePath: Bottom stopper file path (.zsp, .zst)
		virtual void SetZipperBottomStopperStyle(int _zipperStyleIndex, const std::string& _filePath) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetZipperStyleTeethWidth(int _zipperStyleIndex, float _teethWidth)
		/// @brief Update the zipper style teeth width.
		/// @param _zipperStyleIndex: The zipper style index.
		/// @param _teethWidth: Teeth width (mm)
		virtual void SetZipperStyleTeethWidth(int _zipperStyleIndex, float _teethWidth) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetZipperStyleTeethWidth(int _zipperStyleIndex)
		/// @brief Get the zipper style teeth width.
		/// @param _zipperStyleIndex: The zipper style index.
		/// @return It returns the zipper style teeth width (mm)
		virtual float GetZipperStyleTeethWidth(int _zipperStyleIndex) { return 0.0f; }

		/// @ingroup UTILITY_API
		/// @fn SetZipperStyleWeight(int _zipperStyleIndex, float _weight)
		/// @brief Update the zipper style weight.
		/// @param _zipperStyleIndex: The zipper style index.
		/// @param _weight: Weight (g)
		virtual void SetZipperStyleWeight(int _zipperStyleIndex, float _weight) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetZipperStyleWeight(int _zipperStyleIndex)
		/// @brief Get the zipper style weight.
		/// @param _zipperStyleIndex: The zipper style index.
		/// @return It returns the zipper style weight (g)
		virtual float GetZipperStyleWeight(int _zipperStyleIndex) { return 0.0f; }

		/// @ingroup UTILITY_API
		/// @fn SetZipperStyleTapeThickness(int _zipperStyleIndex, float _tapeThickness)
		/// @brief Update the zipper style tape thickness.
		/// @param _zipperStyleIndex: The zipper style index.
		/// @param _tapeThickness: Tape thickness (mm)
		virtual void SetZipperStyleTapeThickness(int _zipperStyleIndex, float _tapeThickness) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetZipperStyleTapeThickness(int _zipperStyleIndex)
		/// @brief Get the zipper style tape thickness.
		/// @param _zipperStyleIndex: The zipper style index.
		/// @return It returns the zipper style tape thickness (mm)
		virtual float GetZipperStyleTapeThickness(int _zipperStyleIndex) { return 0.0f; }

		/// @ingroup UTILITY_API
		/// @fn SetAvatarSmooth(unsigned int _maxLevel)
		/// @brief Set the maximum subdivision level for avatar smoothing.
		/// @param _smoothlevel: The maximum subdivision level to set for avatar smoothing. (1-3)
		virtual void SetAvatarSmooth(unsigned int _avatarIndex, unsigned int _smoothlevel) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetAvatarSubdivisionLevel()
		/// @brief Get the current subdivision level for avatar smoothing.	
		/// @return The current subdivision level for avatar smoothing. (1-3, 0 means no subdivision). If 0 to uncheck/unselect DivideMesh.
		virtual int GetAvatarSubdivisionLevel(unsigned int _avatarIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetAvatarProperties(unsigned int _avatarIndex, const std::map<std::string, std::string>& avatarPropertyMap)
		/// @brief Set multiple properties for the avatar at the specified index.	
		/// @param _avatarIndex: The index of the avatar to set properties for.
		/// @param avatarPropertyMap: A map containing property names and their corresponding values to set for the avatar. Such as {'KineticFriction': '0.050000', 'SkinOffsetMM': '3.000000', 'StaticFriction': '0.800000'}
		virtual void SetAvatarProperties(unsigned int _avatarIndex, const std::map<std::string, std::string>& avatarPropertyMap) = 0;
		
		/// @ingroup UTILITY_API
		/// @fn GetAvatarProperties(unsigned int _avatarIndex)
		/// @brief Get multiple properties for the avatar at the specified index.
		/// @param _avatarIndex: The index of the avatar to get properties for.
		/// @return A map containing property names and their corresponding values for the avatar. Such as {'DivideMesh': 'true/false', 'KineticFriction': '0.050000', 'SkinOffsetMM': '3.000000', 'SoftBodySimulation': 'true/false', 'StaticFriction': '0.800000'}
		virtual std::map<std::string, std::string> GetAvatarProperties(unsigned int _avatarIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetAvatarSoftBodyStiffness(unsigned int _avatarIndex, float _stiffnessValue)
		/// @brief Set the stiffness value for soft body simulation of the avatar at the specified
		/// @param _avatarIndex: The index of the avatar to set the stiffness value for.
		/// @param _stiffnessValue: The value to set for soft body stiffness. (5000.0 - 10000.0).  If 0.0f to uncheck/unselect SoftBodySimulation.
		virtual void SetAvatarSoftBodyStiffness(unsigned int _avatarIndex, float _stiffnessValue) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetAvatarSoftBodyStiffness(unsigned int _avatarIndex)
		/// @brief Get the stiffness value for soft body simulation of the avatar at the specified
		/// @param _avatarIndex: The index of the avatar to get the stiffness value for.
		/// @return The current stiffness value for soft body simulation of the avatar. (5000.0 - 10000.0, 0.0f means no soft body simulation).
		virtual float GetAvatarSoftBodyStiffness(unsigned int _avatarIndex) { return 0.0f; }
		
		/// @ingroup UTILITY_API
		/// @fn SetPatternSnapShotImageOption(Marvelous::PatternSnapShotImageOption _op, int _mode)
		/// @brief Sets the Image option for the PatternSnapshot.
		/// @param PatternSnapShotImageOption _op : Controls display of fabric, pattern, and graphic textures, and fabric texture opacity.
		/// @param int _mode : 0 = capture from PatternWindow, 1 = capture from PrintLayoutWindow.
		virtual void SetPatternSnapShotImageOption(Marvelous::PatternSnapShotImageOption _op, int _mode) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetPatternSnapShotImageOption(int _mode)
		/// @brief Retrieves the currently set PatternSnapShotImageOption.
		/// @param int _mode : 0 = capture from PatternWindow, 1 = capture from PrintLayoutWindow.
		///
		/// Preset
		/// 
		/// A4            = 0
		/// A3            = 1
		/// B5            = 2
		/// B4            = 3
		/// Letter        = 4
		/// Legal         = 5
		/// Tabloid       = 6
		/// WideFormat_24 = 7
		/// WideFormat_36 = 8
		/// WideFormat_44 = 9
		/// oneToOne      = 10
		/// Custom        = 11
		/// 
		/// Orientation
		/// 
		/// Portrait  = 0
		/// Landscape = 1
		/// 
		/// Unit
		/// 
		/// Pixels      = 0
		/// Inches      = 1
		/// Milimeters  = 2
		/// Centimeters = 3
		/// 
		/// @return The currently set PatternSnapShotImageOption value.
		virtual Marvelous::PatternSnapShotImageOption GetPatternSnapShotImageOption(int _mode) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetPatternSnapShotSizeOption(Marvelous::PatternSnapShotSizeOption _op, int _mode)
		/// @brief Sets the Size option for the PatternSnapshot.
		/// @param PatternSnapShotSizeOption _op : Defines paper preset, orientation, unit, width/height (always in mm), and resolution.
		/// 
		/// Preset
		/// 
		/// A4            = 0
		/// A3            = 1
		/// B5            = 2
		/// B4            = 3
		/// Letter        = 4
		/// Legal         = 5
		/// Tabloid       = 6
		/// WideFormat_24 = 7
		/// WideFormat_36 = 8
		/// WideFormat_44 = 9
		/// oneToOne      = 10
		/// Custom        = 11
		/// 
		/// Orientation
		/// 
		/// Portrait  = 0
		/// Landscape = 1
		/// 
		/// Unit
		/// 
		/// Pixels      = 0
		/// Inches      = 1
		/// Milimeters  = 2
		/// Centimeters = 3
		/// 
		/// 
		/// @param int _mode : 0 = capture from PatternWindow, 1 = capture from PrintLayoutWindow.
		virtual void SetPatternSnapShotSizeOption(Marvelous::PatternSnapShotSizeOption _op, int _mode) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetPatternSnapShotSizeOption(int _mode)
		/// @brief Retrieves the currently set PatternSnapShotSizeOption.
		/// @param int _mode : 0 = capture from PatternWindow, 1 = capture from PrintLayoutWindow.
		/// @return The currently set PatternSnapShotSizeOption value.
		virtual Marvelous::PatternSnapShotSizeOption GetPatternSnapShotSizeOption(int _mode) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetPatternSnapShotLineOption(Marvelous::PatternSnapShotLineOption _op, int _mode)
		/// @brief Sets the Line option for the PatternSnapshot.
		/// @param PatternSnapShotLineOption _op : Controls visibility, color, and line type of outlines, internal lines, graphics, baseline, notches, seam allowance, symmetry lines, and reference lines.
		/// @param int _mode : 0 = capture from PatternWindow, 1 = capture from PrintLayoutWindow.
		virtual void SetPatternSnapShotLineOption(Marvelous::PatternSnapShotLineOption _op, int _mode) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetPatternSnapShotLineOption(int _mode)
		/// @brief Retrieves the currently set PatternSnapShotLineOption.
		/// @param int _mode : 0 = capture from PatternWindow, 1 = capture from PrintLayoutWindow.
		/// @return The currently set PatternSnapShotLineOption value.
		virtual Marvelous::PatternSnapShotLineOption GetPatternSnapShotLineOption(int _mode) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetPatternSnapShotColorwayOption(Marvelous::PatternSnapShotColorwayOption _op, int _mode)
		/// @brief Sets the Colorway option for the PatternSnapshot.
		/// @param PatternSnapShotColorwayOption _op : Defines which colorway(s) to apply, including custom selections.
		/// @param int _mode : 0 = capture from PatternWindow, 1 = capture from PrintLayoutWindow.
		virtual void SetPatternSnapShotColorwayOption(Marvelous::PatternSnapShotColorwayOption _op, int _mode) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetPatternSnapShotColorwayOption(int _mode)
		/// @brief Retrieves the currently set PatternSnapShotColorwayOption.
		/// @param int _mode : 0 = capture from PatternWindow, 1 = capture from PrintLayoutWindow.
		/// @return The currently set PatternSnapShotColorwayOption value.
		virtual Marvelous::PatternSnapShotColorwayOption GetPatternSnapShotColorwayOption(int _mode) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetPatternSnapShotInformationOption(Marvelous::PatternSnapShotInformationOption _op, int _mode)
		/// @brief Sets the Information option for the PatternSnapshot.
		/// @param PatternSnapShotInformationOption _op : Controls visibility and type of metadata, including pattern name, annotations, line length, grain line, buttonholes, seam taping, 2D measurements, grading size name, and nest information.
		/// @param int _mode : 0 = capture from PatternWindow, 1 = capture from PrintLayoutWindow.
		virtual void SetPatternSnapShotInformationOption(Marvelous::PatternSnapShotInformationOption _op, int _mode) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetPatternSnapShotInformationOption(int _mode)
		/// @brief Retrieves the currently set PatternSnapShotInformationOption.
		/// @param int _mode : 0 = capture from PatternWindow, 1 = capture from PrintLayoutWindow.
		/// @return The currently set PatternSnapShotInformationOption value.
		virtual Marvelous::PatternSnapShotInformationOption GetPatternSnapShotInformationOption(int _mode) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetTrimMaterialProperties(int _trimStyleIndex, int _meshIndex, const std::map<std::string, std::string>& _props)
		/// @brief Sets multiple material properties for a specific trim style and mesh index.
		/// @param _trimStyleIndex: The index of the trim style to set properties for.
		/// @param _meshIndex: The index of the mesh within the trim style to set properties for.
		/// @param _props: A map containing property names and their corresponding values to set for the trim material. MaterialType 0 to 14, Such as {'MaterialType': '0', 'Metalness': '0.100000', 'NormalMapIntensity': '2', 'Opacity': '0.500000', 'ReflectionIntensity': '0.250000', 'Roughness': '0.550000', 'RoughnessMapIntensity': '1.600000', 'RoughnessMapInvert': 'true'}
		virtual void SetTrimMaterialProperties(int _trimStyleIndex, int _meshIndex, const std::map<std::string, std::string>& _props) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetTrimMaterialProperties(int _trimStyleIndex, int _meshIndex)
		/// @brief Gets multiple material properties for a specific trim style and mesh index.
		/// @param _trimStyleIndex: The index of the trim style to get properties for.
		/// @param _meshIndex: The index of the mesh within the trim style to get properties for.
		/// @return A map containing property names and their corresponding values for the trim material. Such as {'MaterialType': '0', 'Metalness': '0.100000', 'NormalMapIntensity': '2', 'Opacity': '0.500000', 'ReflectionIntensity': '0.250000', 'Roughness': '0.550000', 'RoughnessMapIntensity': '1.600000', 'RoughnessMapInvert': 'true'}
		virtual std::map<std::string, std::string> GetTrimMaterialProperties(int _trimStyleIndex, int _meshIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetNormalBlendingMethod(int _index)
		/// @brief Sets the normal blending method for given index.
		/// @param _index: The index of the normal blending method to set.
		virtual void SetNormalBlendingMethod(int _index) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetNormalBlendingMethod()
		/// @brief Gets the current normal blending method.
		/// @return The index of the current normal blending method.
		virtual int GetNormalBlendingMethod() = 0;

		/// @ingroup UTILITY_API
		/// @fn SetTopStitchName(int _topStitchIndex, const std::string& _name)
		/// @brief Updates the top stitch style name.
		/// @param _topStitchIndex: The top stitch style index.
		/// @param _name: Name.
		virtual void SetTopStitchName(int _topStitchIndex, const std::string& _name) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetTopStitchOffsetIndex(int _topStitchIndex, int _offsetIndex)
		/// @brief Update the top stitch offset index.
		/// @param _topStitchIndex: The top stitch style index.
		/// @param _offsetIndex: The offset index.
		virtual void SetTopStitchOffsetIndex(int _topStitchIndex, int _offsetIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetTopStitchNumberOfLines(int _topStitchIndex, int _stitchCountIndex, int _numberOfLines)
		/// @brief Update the top stitch number of lines.
		/// @param _topStitchIndex: The top stitch style index.
		/// @param _stitchCountIndex: The stitch count index. Ex: for 3 count, 1:index for 1st line, 2:index for 2nd line, 3:index for 3rd line
		/// @param _numberOfLines: The number of lines.
		virtual void SetTopStitchNumberOfLines(int _topStitchIndex, int _stitchCountIndex, int _numberOfLines) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetTopStitchWidthValue(int _topStitchIndex, int _stitchCountIndex, float _widthValue)
		/// @brief Update the top stitch width value.
		/// @param _topStitchIndex: The top stitch style index.
		/// @param _stitchCountIndex: The stitch count index. Ex: for 3 count, 1:index for 1st line, 2:index for 2nd line, 3:index for 3rd line
		/// @param _widthValue: The width value.
		virtual void SetTopStitchWidthValue(int _topStitchIndex, int _stitchCountIndex, float _widthValue) = 0;

		/// @ingroup UTILITY_API
		/// @fn SetTopStitchDistanceValue(int _topStitchIndex, int _stitchCountIndex, float _distanceValue)
		/// @brief Update the top stitch distance value.
		/// @param _topStitchIndex: The top stitch style index.
		/// @param _stitchCountIndex: The stitch count index. Ex: for 3 count, 1:index for 1st line, 2:index for 2nd line, 3:index for 3rd line
		/// @param _distanceValue: The distance value. Based on CLO unit (mm/inch).
		virtual void SetTopStitchDistanceValue(int _topStitchIndex, int _stitchCountIndex, float _distanceValue) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetTopStitchOffsetIndex(int _topStitchIndex)
		/// @brief Get the top stitch offset index.
		/// @param _topStitchIndex: The top stitch style index.
		/// @return The offset index.
		virtual	int GetTopStitchOffsetIndex(int _topStitchIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetTopStitchNumberOfLines(int _topStitchIndex, int _stitchCountIndex)
		/// @brief Get the top stitch number of lines.
		/// @param _topStitchIndex: The top stitch style index.
		/// @param _stitchCountIndex: The stitch count index. Ex: for 3 count, 1:index for 1st line, 2:index for 2nd line, 3:index for 3rd line
		/// @return The number of lines.
		virtual int GetTopStitchNumberOfLines(int _topStitchIndex, int _stitchCountIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetTopStitchOffsetValue(int _topStitchIndex)
		/// @brief Get the top stitch stitch offset value.
		/// @param _topStitchIndex: The top stitch style index.
		/// @return The offset value.	
		virtual float GetTopStitchOffsetValue(int _topStitchIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetTopStitchWidthValue(int _topStitchIndex, int _stitchCountIndex)
		/// @brief Get the top stitch width value.
		/// @param _topStitchIndex: The top stitch style index.
		/// @param _stitchCountIndex: The stitch count index. Ex: for 3 count, 1:index for 1st line, 2:index for 2nd line, 3:index for 3rd line
		/// @return The width value.
		virtual float GetTopStitchWidthValue(int _topStitchIndex, int _stitchCountIndex) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetTopStitchDistanceValue(int _topStitchIndex, int _stitchCountIndex)
		/// @brief Get the top stitch distance value.
		/// @param _topStitchIndex: The top stitch style index.
		/// @param _stitchCountIndex: The stitch count index. Ex: for 3 count, 1:index for 1st line, 2:index for 2nd line, 3:index for 3rd line
		/// @return The distance value.
		virtual float GetTopStitchDistanceValue(int _topStitchIndex, int _stitchCountIndex) = 0;
	
		/// @ingroup UTILITY_API
		/// @fn SetWindActive(bool _bActive)
		/// @brief It is a function that sets whether the wind is active or not.
		/// @param _bActive : True to activate wind, False to deactivate wind.
		virtual	void SetWindActive(bool _bActive) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetWindActive()
		/// @brief It is a function that gets whether the wind is active or not.
		/// @return It returns True if wind is active, False if wind is inactive.
		virtual bool GetWindActive() = 0;

		/// @ingroup UTILITY_API
		/// @fn SetWindRotation(float _xAngle, float _yAngle, float _zAngle)
		/// @brief It is a function that sets the rotation of the wind.
		/// @param _xAngle : Rotation angle around the X-axis in degrees.
		/// @param _yAngle : Rotation angle around the Y-axis in degrees.
		/// @param _zAngle : Rotation angle around the Z-axis in degrees.
		virtual void SetWindRotation(float _xAngle, float _yAngle, float _zAngle) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetWindRotation()
		/// @brief It is a function that gets the rotation of the wind.
		/// @return It returns a vector of three floats representing the rotation angles around the X, Y, and Z axes in degrees.
		virtual std::vector<float> GetWindRotation() = 0;

		/// @ingroup UTILITY_API
		/// @fn SetWindPosition(float _xPos, float _yPos, float _zPos)
		/// @brief It is a function that sets the position of the wind.
		/// @param _xPos : Position along the X-axis.
		/// @param _yPos : Position along the Y-axis.
		/// @param _zPos : Position along the Z-axis.
		virtual void SetWindPosition(float _xPos, float _yPos, float _zPos) = 0;

		/// @ingroup UTILITY_API
		/// @fn GetWindPosition()
		/// @brief It is a function that gets the position of the wind.
		/// @return It returns a vector of three floats representing the position along the X, Y, and Z axes.
		virtual std::vector<float> GetWindPosition() = 0;

		/// @ingroup UTILITY_API
		/// @fn CopyGraphicStyle(int _graphicStyleIndex)
		/// @brief Creates an independent copy of the specified graphic style and adds it to the graphic style library.
		///   Use this before placing the same graphic on multiple pattern pieces so that resizing one does not affect the others.
		/// @param _graphicStyleIndex: Index of the graphic style to copy.
		/// @return Index of the newly created graphic style copy, or -1 on failure.
		virtual int CopyGraphicStyle(int _graphicStyleIndex) { return -1; }

		/// @ingroup UTILITY_API
		/// @fn UnlinkGraphicStyleAllColorways(int _graphicStyleIndex)
		/// @brief Unlinks the specified graphic style across all colorways so that each colorway holds an independent copy.
		///   After calling this, modifying the graphic style in one colorway will not affect other colorways.
		/// @param _graphicStyleIndex: Index of the graphic style to unlink.
		/// @return true if the unlink succeeded; otherwise false.
		virtual bool UnlinkGraphicStyleAllColorways(int _graphicStyleIndex) { return false; }

		/// @ingroup UTILITY_API
		/// @fn SetGraphicStyleBaseColorMapTextureDesaturation(int _graphicStyleIndex, int _colorwayIndex, bool _bSetOnOff)
		/// @brief Turns the desaturation (grayscale) on or off for the base color map texture of the specified graphic style in the specified colorway
		/// @param _graphicStyleIndex: The graphic style index to apply the desaturation setting
		/// @param _colorwayIndex: The colorway index to apply the desaturation setting
		/// @param _bSetOnOff: true to enable desaturation, false to disable
		virtual void SetGraphicStyleBaseColorMapTextureDesaturation(int _graphicStyleIndex, int _colorwayIndex, bool _bSetOnOff) = 0;

		/// @ingroup UTILITY_API
		/// @fn AddGraphicStyleToPatternV2(int _patternIndex, int _graphicStyleIndex, float _x, float _y, float _width, float _height, int _face, float _zOffset, float _fAngle)
		/// @brief Add Graphic Style to Pattern and return result as JSON-like map
		/// @param _patternIndex: pattern index to add graphic style
		/// @param _graphicStyleIndex: graphic style index to add to pattern
		/// @param _x: The values along the X-axis represent the horizontal position relative to this point, moving to the right.
		/// @param _y: The values along the Y-axis represent the vertical position relative to this point, moving downward.
		///   For example, in a 100x100 pattern, the bottom-right corner is located at (100, 100)
		///   Place the graphic so that its center aligns with the specified (X, Y) coordinates.
		/// @param _width: Width of the graphic
		/// @param _height: Height of the graphic
		/// @param _face: 0: Front, 1: Back 2: Both
		/// @param _zOffset: offset value
		/// @param _fAngle: angle value
		/// @return A string containing "status" ("success" or "failure") and "message" with details
		virtual std::string AddGraphicStyleToPatternV2(int _patternIndex, int _graphicStyleIndex, float _x, float _y, float _width, float _height, int _face, float _zOffset, float _fAngle) = 0;

		/// @ingroup UTILITY_API
		/// @fn RemoveGraphicStyle(int _graphicIndex)
		/// @brief Removes a graphic style at the specified index.
		/// @param _graphicIndex: The index of the graphic style to remove.
		/// @return string message indicating success or failure of the remove operation.
		virtual std::string RemoveGraphicStyle(int _graphicIndex) = 0;

	};
}
