ComputeGridsConfiguration Form Form Estimation of vegetation element area (for PAD estimation) Estimation of vegetation element area (for PAD estimation) Method Method <html><head/><body>What estimation of vegetation element's area should be used ?</body></html> <html><head/><body>What estimation of vegetation element's area should be used?</body></html> <html><head/><body><img src=":/resources/help.png" width="20" height="20"/></body></html> <html><head/><body><img src=":/resources/help.png" width="20" height="20"/></body></html> Length Length Diameter Diameter Extension 1 Extension 1 Extension 2 Extension 2 <html><head/><body>Projected area from flat scan ( cm2 )</body></html> <html><head/><body>Projected area from flat scan ( cm2 )</body></html> Grids' reference corner (minX, minY, minZ) Grids' reference corner (minX, minY, minZ) <html><head/><body>Reference for grid corner. Either use the bounding box of the scene or set custom size and position. </body></html> <html><head/><body>Reference for grid corner. Either use the bounding box of the scene or set custom size and position. </body></html> Coordinates Coordinates Dimensions Dimensions Grid resolutions (in meters) Grid resolutions (in meters) Y resolution Y resolution Z resolution Z resolution <html><head/><body>Should grids' distances be computed. Left uncheck, the PAD will not be computed (but grids will be outputed)</body></html> <html><head/><body>Should grids' distances be computed. Left unchecked, the PAD will not be computed (but grids will be outputed)</body></html> <html><head/><body>Grid's resolution in the X, Y and Z axis</body></html> <html><head/><body>Grid's resolution in the X, Y and Z axis</body></html> X resolution X resolution Compute distances Compute distances Needle Needle BroadLeaf BroadLeaf Needle Area Needle Area BroadLead Area BroadLead Area Scene's bounding box Scene's bounding box Relative to coordinates Relative to coordinates Relative to following coordinates with custom dimensions Relative to following coordinates with custom dimensions Centered on following coordinates with custom dimensions Centered on following coordinates with custom dimensions From other grid From other grid Not computing distance will give invalid results for PAD computation Not computing distance will give invalid results for PAD computation ComputePadConfiguration Form Form Attenuation coefficient estimators Attenuation coefficient estimators Methods Methods <html><head/><body><img src=":/resources/help.png" width="20" height="20"/></body></html> <html><head/><body><img src=":/resources/help.png" width="20" height="20"/></body></html> Options Options Compute estimator for N larger than Compute estimator for N larger than Lower bound for the number of rays tthat did go through a voxel. If N is < to the specified value, the vcoxel will be assigned the value -1 Lower bound for the number of rays tthat did go through a voxel. If N is < to the specified value, the vcoxel will be assigned the value -1 Use relative threshold Use relative threshold Create grids corresponding to summations Create grids corresponding to summations <html><head/><body>Should the step output the following grids : - FreePath Sum- Effective FreePath Sum- Delta Sum- Effective Delta Sum- Effective Delta Square Sum- 1_zleDelta Effective Sum</body></html> <html><head/><body>Should the step output the following grids : - FreePath Sum- Effective FreePath Sum- Delta Sum- Effective Delta Sum- Effective Delta Square Sum- 1_zleDelta Effective Sum</body></html> No files selected! No files selected! ComputeProfilesConfiguration Configuration de la génération de profils Configuring profile generation On the whole grid On the whole grid Generation axis bounds Generation axis bounds Use only cells with value >= Use only cells with value >= and < and < Average (divide by voxel count) Average (divide by voxel count) <html><head/><body>The default configuration compute profiles on the whole grid following the Z axis</body></html> <html><head/><body>The default configuration computes profiles on the whole grid following the Z axis</body></html> Restrain computation on part on the grid Restrain computation on part on the grid Coordinates Coordinates Voxel Voxel Computation unit Computation unit Values in percentage Values in percentage Step between two profiles Step between two profiles Bornes de l'axe des abscisses >= Bounds on the x-axis >= Default (RAZ) Default (Reset) and <= and <= Custom Custom Main axis Main axis X X Y Y Z Z Generation axis Generation axis Profile's main axis Profile's main axis Profile generation axes (default) Profile generation axes (default) Axe abscisses Abscissa axis Inférieure Lower Supérieure Superior Step between profiles Step between profiles Valeur %1 en pourcentage invalide : %2 >= 0 Invalid %1 percentage value: %2 >= 0 Les valeurs minimum et maximum doivent être négatives lors du calcul de codes d'erreurs. Minimum and maximum values must be negative when calculating error codes. GenericComputeGridsConfiguration Configuration de(s) grille(s) de sortie Configuration of output grille(s) Fonction prédéfinie : Predefined function : Si vous appliquez la fonction prédéfinie : toutes les grilles de sorties que vous avez mise en place jusqu'à présent seront supprimées et remplacées par celles de la fonction prédéfinie. If you apply the predefined function: all the output grids you have set up to date will be deleted and replaced by those of the predefined function. Valider Confirm Si vous ajoutez une fonction prédéfinie : toutes les grilles de sorties mise en place jusqu'à présent seront conservées. If you add a predefined function: all the output grids set up to date will be retained. Ajouter Add Variable de la grille de sortie Output grid variable <html><head/><body>Configuration de la grille de sortie</body></html> <html><head/><body>Output grid configuration</body></html> Résultat Results Valeur de chaque case de la grille si aucune condition ci-dessous n'est satisfaite : Value of each cell in the grid if none of the conditions below is met: <html><head/><body>Définissez ici la formule finaleLa formule finale est executée seulement si aucune condition ci-dessus n'est satisfaite.Pseudo code (exemple) :Si condition[1] Alors    case(i) = codeErreur[1] Sinon Si condition[2] Alors    case(i) = codeErreur[2] Sinon    case(i) = formuleFinalSi vous voulez vous référer à la grille de sortie écrivez dans la formule le mot clé "this".Exemple : this + a*2</body></html> <html><head/><body>Define the final formula hereThe final formula is executed only if no conditions above are met.Pseudo code (example):If condition[1] Then    case(i) = codeError[1] If condition[2] Then    case(i) = codeError[2] If condition[2] Then    case(i) = formulaFinalIf you want to refer to the output grid write the keyword "this" in the formula.Example: this + a*2</body></html> Vérification et code d'erreur Check and error code <html><head/><body>Définissez ici des formules conditionnelles. Elles seront executées dans l'ordre dans lequel vous les avez définies et si l'une d'entre elles est vérifié ni les autres ni la formule finale ne seront exécutés.Pseudo code (exemple) :Si condition[1] Alors    case(i) = codeErreur[1] Sinon Si condition[2] Alors    case(i) = codeErreur[2] Sinon    case(i) = formuleFinalSi vous voulez vous référer à la grille de sortie écrivez dans la formule le mot clé "this".Exemple : this < -1</body></html> <html><head/><body>Define conditional formulas here. They will be executed in the order in which you defined them and if one of them is checked neither the others nor the final formula will be executed.Pseudo code (example):If condition[1] Then    case(i) = codeError[1] If condition[2] Then    case(i) = codeError[2] If condition[2] Then    case(i) = formulaFinalIf you want to refer to the output grid write the keyword "this" in the formula.Example: this < -1</body></html> Supprimer Delete <html><head/><body>Grilles d'entrées</body></html> <html><head/><body>Entry grids</body></html> <html><head/><body>Grilles de sorties</body></html> <html><head/><body>Exit grids</body></html> No condition or formula defined for output grid %1 No condition or formula defined for output grid %1 One output grid's condition %1 contain no formula One output grid's condition %1 contain no formula The output grid %1 has the same variable name as another The output grid %1 has the same variable name as another Variable Variable Name and Type Name and Type Type Type Name Name NA NA Default Default Si If Error's formula Error's formula Confirm Confirm Warning! You current configuration will be lost, continue? Warning! You current configuration will be lost, continue? Error Error The predefined function can't be %4 because it needs input grid %1 not present. Grid(s) mandatory : %3 The predefined function can't be %4 because it needs input grid %1 not present. added added applied applied Computed grid Computed grid %1 %2 Madatory input grid(s):%3 %1 %2 Madatory input grid(s):%3 No predefined computation available No predefined computation available Output grid configuration <Output grid configuration "%1" "%1" LVOX3_Grid3DExporter LVOX 3D grid file format (ASCII) LVOX 3D grid file format (ASCII) Export of 3D grids in an ASCII format, reimplemented for LVOX3 with x,y,z resolution Export of 3D grids in an ASCII format, reimplemented for LVOX3 with x,y,z resolution 3D grids, ACSII LVOX 3D grids, ACSII LVOX Items to export Items to export LVOX3_Reader_AsciiGrid3D Line %1 must begin with "%2" but we read : "%3" Line %1 must begin with "%2" but we read : "%3" Unable to convert the ascii format to a %1 in header at line %2 Unable to convert the ascii format to a %1 in header at line %2 Fichiers grille 3D LVOX LVOX 3D grid files Chargement d'une grille 3D depuis un fichier ASCII ré-implementée pour LVOX résolution x,y,z Loading a 3D grid from a re-implemented ASCII file for LVOX x,y,z resolution Grille 3D, Fichiers ascii GRD3DLVOX 3D grid, GRD3DLVOX ascii files Grille 3D LVOX LVOX 3D grille Read header of file "%1" Read header of file "%1" Data type "%1" founded in header Data type "%1" founded in header Unable to read the data type "%1" founded at line %2. Create a grid of "float" by default. Unable to read the data type "%1" founded at line %2. Create a grid of "float" by default. Data type defined as "%1" (by intuition). If you want to force the data type you must insert the string "datatype XXXX" at line %2 (line after the NODATA_value). XXXX must be replaced by "%3" for int, "%4" for float, "%5" for bool, etc... Data type defined as "%1" (by intuition). If you want to force the data type you must insert the string "datatype XXXX" at line %2 (line after the NODATA_value). XXXX must be replaced by "%3" for int, "%4" for float, "%5" for bool, etc... LVOX3_StepComputeLvoxGrids 0,5 0,5 0,9 0,9 0,95 0,95 2 - Compute LVOX grids (LVOX 3) 2 - Compute LVOX grids (LVOX 3) This step creates 3D grids for theoretical rays, actual hits rays and intercepted rays given a predefined voxel size. This step creates 3D grids for theoretical rays, actual hits rays and intercepted rays given a predefined voxel size. All grids are created with the specified resolution. All grids are created with the specified resolution. Note: Please note: Computing distances is mandatory in order to perform PAD computation Computing distances is mandatory in order to perform PAD computation Step parameters: Step parameters: Grids' resolution Grids' resolution 3 double 3 double default default Compute distances Compute distances boolean boolean false false Estimation of vegetation area method Estimation of vegetation area method String String with the following possible value with the following possible value Broadleaf Broadleaf Length/Diameter Length/Diameter 2 doubles 2 doubles (0.0, 0.0) (0.0, 0.0) Needle Needle Extension1/Extension2 Extension1/Extension2 Needle Area Needle Area Area Area double double Broadleaf Area Broadleaf Area Grids' reference corner Grids' reference corner Scene's bounding box Scene's bounding box No input required No input required Relative to coordinates Relative to coordinates Coordinates Coordinates 3 doubles 3 doubles (0.0, 0.0, 0.0) (0.0, 0.0, 0.0) Relative to following coordinates with custom dimensions Relative to following coordinates with custom dimensions 6 doubles 6 doubles (0.0, 0.0, 0.0) (0.0, 0.0, 0.0) (0.0, 0.0, 0.0) (0.0, 0.0, 0.0) Centered on following coordinates with custom dimensions Centered on following coordinates with custom dimensions From other grid From other grid Scanner Scanner The scanner is used to simulate the shooting pattern. If it was not present choose at least a shooting pattern ! The scanner is used to simulate the shooting pattern. If it was not present choose at least a shooting pattern ! Shooting pattern Shooting pattern The shooting pattern is used to simulate it. If it was not present choose at least a scanner ! The shooting pattern is used to simulate it. If it was not present choose at least a scanner ! Input coord %1 %2 ; Input dimension %3 %4 %5 Input coord %1 %2 ; Input dimension %3 %4 %5 PAD computation will produce invalid results if called without computing distances PAD computation will produce invalid results if called without computing distances LVOX3_StepComputeNormalizedProfiles Créer profil vertical normalisé (en hauteur) Create a standard vertical profile (in height) Cette étape génère un profil vertical, en hauteur (prise en compte d'un MNT). This step generates a vertical profile in height (using a DTM). Grille voxel Voxel grid MNT (optionnel) DTM (optional) MNT DTM ProfilH ProfileH Résolution du profil Profile resolution mètres metres Ignorer les cellules intersectant le sol Ignore cells intersecting the ground LVOX3_StepComputePAD 3 - Estimation of the Plant Area Density 3 - Estimation of the Plant Area Density Step allowing the computation of the Plant Area Density (PAD) for a grid set. The field "Attenuation coefficient estimators method" allows choosing between multiple computation methods : The field "Attenuation coefficient estimators method" allows choosing between multiple computation methods : Contact Frequency Contact Frequency Beer-Lambert Beer-Lambert Maximum Likelyhood Estimator Maximum Likelyhood Estimator Bias-Corrected Maximum Likelyhood Estimator Bias-Corrected Maximum Likelyhood Estimator Bias-Corrected Beer-Lambert (Equal path) Bias-Corrected Beer-Lambert (Equal path) Bias-Corrected Beer-Lambert (Unequal path) Bias-Corrected Beer-Lambert (Unequal path) Note that Beer-Lambert as well as MLE are obsolete in term of precision but are left to allow baseline comparisons Note that Beer-Lambert as well as MLE are obsolete in term of precision but are left to allow baseline comparisons Users can also set a threshold for the actual hits (N = Nt - Nb) in a voxel (ie. if a Users can also set a threshold for the actual hits (N = Nt - Nb) in a voxel (ie. if a For more informations regarding the different methods used to compute the PAD, refer to the provided article. For more information regarding the different methods used to compute the PAD, refer to the provided article. Step parameters: Step parameters: Attenuation coefficient estimators method Attenuation coefficient estimators method String String with the following possible values with the following possible values Compute estimator for N larger than Compute estimator for N larger than integer integer default default Use relative threshold Use relative threshold boolean boolean false false Create grids corresponding to summations Create grids corresponding to summations LVOX3_StepComputeProfiles Coordonnées Contact details 6 - Create profiles from voxels (LVOX3) 6 - Create profiles from voxels (LVOX3) This step allows creating density histograms for the whole grid (by default) or a chosen slice of it. This step allows creating density histograms for the whole grid (by default) or a chosen slice of it. By default, the Z axis is considered the main axis and profiles are computed on the whole grid By default, the Z axis is considered the main axis and profiles are computed on the whole grid Alternatively, the custom mode allows for chosing the northing and easting axis as well as limiting computations to part of the grid. Alternatively, the custom mode allows for chosing the northing and easting axis as well as limiting computations to part of the grid. Values can either be expressed as a coordinates or voxel as well as in percentage. Values can either be expressed as a coordinates or voxel as well as in percentage. Step parameters: Step parameters: Reset configuration Reset configuration button button effect effect Compute profile on all grids along Z axis Compute profile on all grids along Z axis Main Axis Main Axis String String with the following possible values with the following possible values Compute with Compute with Generation axis Generation axis Calculation unit Calculation unit Coordinates Coordinates Compute according to coordinates Compute according to coordinates Voxels Voxels Compute with Compute with Average Average boolean boolean default default true true Compute on Compute on either one of those values either one of those values Whole grid Whole grid Custom settings Custom settings Enables the following options Enables the following options one of the following except the current value of one of the following except the current value of Generaton axis bounds Generaton axis bounds 2 double (boundInf, boundSup) 2 double (boundInf, boundSup) (-100.0, 100.0) (-100.0, 100.0) Values in percentage Values in percentage false false Steps between two profiles Steps between two profiles double double 999999.00 999999.00 Restrict computations on part of the grid Restrict computations on part of the grid true enables : true enables : Northing axis bounds Northing axis bounds Easting axis bounds Easting axis bounds Note Note When " values in percentage" is checked, the range of bounds becomes 0 < x <= 100 When " values in percentage" is checked, the range of bounds becomes 0 < x <= 100 Grilles Grilles Grille 3D 3D grid Profil Profile Profile Grid Profile Grid LVOX3_StepExtractCircularGrid Circular grid extraction Circular grid extraction This step allows for the extraction of a circular 3D grid from an input grid. This tool provides a mean to get closer to what is found in forestry. This step allows for the extraction of a circular 3D grid from an input grid. This tool provides a mean to get closer to what is found in forestry. X coordinates of the new grid's center X coordinates of the new grid's centre Y coordinates of the new grid's center Y coordinates of the new grid's centre Minimum radius of the new grid Minimum radius of the new grid Maximum radius of the new grid Maximum radius of the new grid Minimum Z level Minimum Z level Maximum Z level Maximum Z level LVOX3_StepGridNormalisationRaster Height normalization with DTM (WIP) Height normalization with DTM (WIP) This step allows for reducing the voxels' height with respect to a DTM. Note : Both grids (imported and computed here) should have their parameters equal (namely dimension and resolution) to avoid incoherent results. This step allows for reducing the voxels' height with respect to a DTM. Note : Both grids (imported and computed here) should have their parameters equal (namely dimension and resolution) to avoid incoherent results. Erreur : Grille Nulle Error: Null grid LVOX3_StepInterpolateDistance Distance Distance Trust Trust Z Axis Average Z Axis Average Kriging Binomial (In Development) Binomial Kriging (In Development) Kriging Normal (In Development) Kriging Normal (In Development) 5 - NODATA interpolation (LVOX 3) 5 - NODATA interpolation (LVOX 3) This step allows for interpolation of NODATA and error codes (shown as negative values). Three interpolation methods are provided. Two based on the neighboorhood (Distance and Trust) as well as one based on the Z average, faster but less precise. This step allows for interpolation of NODATA and error codes (shown as negative values). Three interpolation methods are provided. Two based on the neighboorhood (Distance and Trust) as well as one based on the Z average, faster but less precise. Pre-configuration settings Pre-configuration settings Interpolation type Interpolation type String String with the following possible values with the following possible values is default is default Step parameters: Step parameters: The following settings depends on the interpolation type chosen The following settings depends on the interpolation type chosen Minimum density Minimum density double double default default Interpolation radius Interpolation radius Decay power Decay power integer integer Lower bound Lower bound Upper bound Upper bound Effective rays (Nt - Nb) Threshold Effective rays (Nt - Nb) Threshold Number of heights Z axis average is computed on Number of heights Z axis average is computed on defaul defaul Parameter for distance interpolation Parameter for distance interpolation Minimum neighbor value to consider the voxel in the average Minimum neighbour value to consider the voxel in the average meter meter Parameters for trust interpolation Parameters for trust interpolation effective rays (Nt - Nb) effective rays (Nt - Nb) Voxel with lower effective rays are not trusted Voxel with lower effective rays are not trusted Higher bound Higher bound Voxel with higher effective rays are fully trusted Voxel with higher effective rays are fully trusted Parameters for Z axis average interpolation Parameters for Z axis average interpolation Voxel with lower effective rays are considered as having a density of 0 Voxel with lower effective rays are considered as having a density of 0 Number of height Z axis average calculated on Number of height Z axis average calculated on effective rays (Nt - Nb) Threshold effective rays (Nt - Nb) Threshold LVOX3_StepLoadFiles 1 - Load files for LV3 1 - Load files for LV3 This step allows loading files with Computree's readers and subsquently creating voxel grids from them. This step allows loading files with Computree's readers and subsquently creating voxel grids from them. Step parameters: Step parameters: Reader Reader default default Delete points with coordinates (0,0,0) Delete points with coordinates (0,0,0) boolean boolean true true Restrict scene Restrict scene false false Restrict scene radius Restrict scene radius integer integer Files Files List of paths List of paths for each paths, the following settings applies for each paths, the following settings applies Scanner type Scanner type String String Position in meters Position in meters 3 doubles (x,y,z) 3 doubles (x,y,z) sh sh Angles clockwise Clockwise angles Angles in radians Angles in radians Angular resolution (Horizontal, Vertical) Angular resolution (Horizontal, Vertical) 2 doubles 2 doubles (0.0, 0.0) (0.0, 0.0) Openning angle H - Range Openning angle H - Range Openning angle V - Range Openning angle V - Range Direction Management 3 double 3 double Scanner LVOX LVOX scanner Scanner position Position scanner Shooting Pattern Shooting Pattern Shooting Pattern/Position/Direction/Angle forced by user Shooting Pattern/Position/Direction/Angle forced by user The scanner position is over 800 m for the center of the scene. It has now been set to values center over the scene. The scanner position is over 800 m for the centre of the scene. It has now been set to values center over the scene. The scanner position is over 800 m for the center of the scene. It has now been set to values at the minimum of the scene. The scanner position is over 800 m for the centre of the scene. It has now been set to values at the minimum of the scene. New Scanner X : %1 New Scanner X : %1 New Scanner Y : %1 New Scanner Y: %1 New Scanner Z : %1 New Scanner Z: %1 CT_Scene object not found or loaded object has no scene. CT_Scene object not found or loaded object has no scene. Restriction de %1 points. Restriction of %1 points. LVOX3_StepMergeGrids 4 - Merge grids from multiple scans (LVOX 3) 4 - Merge grids from multiple scans (LVOX 3) This step allows for merging grids created from multiple scans of a point cloud scene. A new version of the grids is generated. This step allows for merging grids created from multiple scans of a point cloud scene. A new version of the grids is generated. Step parameters: Step parameters: Merging method Merging method String String with the following possible values with the following possible values Max density Max density Compute with Compute with Max trust Max trust Max trust ratio Max trust ratio Max hits Max hits Sum ratio Sum ratio Weighted rdi Weighted rdi Weighted rdi alt. Weighted rdi alt. Ignore zero density voxel Ignore zero density voxel boolean boolean default default true true Minimum effective rays Minimum effective rays integer integer applies whenever using (nt - nb) applies whenever using (nt - nb) Use relative threshold Use relative threshold false false Grids Grids Merged grids Merged grids LoadFileConfigUtil Error parsing line %1 Error parsing line %1 LoadFileConfiguration File type File type Choose a reader Choose a reader Options Options Delete points at coordinates (0,0,0) Delete points at coordinates (0,0,0) Restrict scene Restrict scene Scene's radius in meters Scene's radius in meters File paths File paths Add file paths to load Add file paths to load Add Add Modify Modify Import .in Import .in Export .in Export .in Delete Delete Delete all Delete all Scanner's configuration Scanner's configuration <html><head/><body>No file selected</body></html> <html><head/><body>No file selected</body></html> Scanner type : Scanner type : Scanner type Scanner type Position (m) Position (m) Z Z Y Y X X - Add a file path by clicking on the Add button. - Edit a file path by selecting the line and pressing the Edit button - Delete a file path by selecting the line and pressing the Delete button - Add a file path by clicking on the Add button. - Edit a file path by selecting the line and pressing the Edit button - Delete a file path by selecting the line and pressing the Delete button File loading for LVOX File loading for LVOX <html><head/><body>Fill in the scanner's center Z coordinate. Note : If using a planar scanner, add a margin of at least 20 meters above the highest point of the scene.</body></html> <html><head/><body>Fill in the scanner's center Z coordinate. Note: If using a planar scanner, add a margin of at least 20 meters above the highest point of the scene.</body></html> Fill in the scanner's center X coordinate Fill in the scanner's centre X coordinate Fill in the scanner's center Y coordinate Fill in the scanner's centre Y coordinate Angles Angles Check this box if your scanner is scanning the scene clockwise (tick when using a FARO or Z+F scanner). Check this box if your scanner is scanning the scene clockwise (tick when using a FARO or Z+F scanner). Clockwise angles Clockwise angles Check this box if you wish to fill in the angles in radians Check this box if you wish to fill in the angles in radians Angles in radians Angles in radians Horizontal Horizontal to to Vertical Vertical <html><head/><body>Angular resolution</body></html> <html><head/><body>Angular resolution</body></html> <html><head/><body>Openning angles</body></html> <html><head/><body>Openning angles</body></html> Fill the the horizontal angular resolution Fill the horizontal angular resolution Fill the the vertical angular resolution Fill the vertical angular resolution Direction Management <html><head/><body>Fill in the scanner's center's z coordinates</body></html> <html><head/><body>Fill in the scanner's center's z coordinates</body></html> <html><head/><body>Fill in the scanner's center's y coordinates</body></html> <html><head/><body>Fill in the scanner's center's y coordinates</body></html> <html><head/><body>Fill in the scanner's center's x coordinates</body></html> <html><head/><body>Fill in the scanner's center's x coordinates</body></html> Apply to the following file Apply to the following file Apply to all files Apply to all files No files selected! No files selected! %1 %1 No file selected No file selected Scene (*.in) Scene (*.in) Failed to load file %1%2 Failed to load file %1%2 Import error Import error %n Files(s) not found:%1 %n Files(s) not found:%1 Save File Save File In File (*.in) In File (*.in) Error Error No file reader available! No file reader available! Choose a file Choose a file Compatible files (%1) Compatible files (%1) Compatible file (%1) Compatible file (%1) MergeGridsConfiguration Form Form Merge grid configuration Merge grid configuration Merge method Merge method Options Options Ignore zero density voxel Ignore zero density voxel Minimum effective rays (nt - nb): Minimum effective rays (nt - nb): Use relative threshold (nt-nb) / nt Use relative threshold (nt-nb) / nt MultiselectComboBox None None All All Multiple (%1) Multiple (%1) PredefinedMapperConfiguration Mettre en correspondance les entrées Matching inputs Par nom de variable By variable name Grille(s) disponible(s) Grid(s) available Issu de la fonction prédéfinie From the predefined function Par nom et type By name and type <html><head/><body>Veuillez mettre en correspondances les grilles de la fonction prédéfinie avec les grilles d'entrées disponibles.</body></html> <html><head/><body>Please match the grids in the predefined function with the available input grids.</body></html> The grid "%1" has been chosen twice! The grid "%1" has been chosen twice! All required grids aren't filled in All required grids aren't filled in QObject Cancelling scene narrowing : radius of 0 meter Cancelling scene narrowing : radius of 0 meter X dimension X dimension Y dimension Y dimension Z dimension Z dimension X min X min Y min Y min Z min Z min X Resolution X Resolution Y Resolution Y Resolution Z Resolution Z Resolution NA NA Min Value Min Value Max Value Max Value Mode filaire Wired mode Forcer limite basse Force low limit Limite basse (forcée) Low limit (forced) Forcer limite haute Force high limit Limite haute (forcée) High limit (forced) Coef. de reduction Reduction factor Utiliser couleurs pré-définies Use pre-defined colours Valeur de transparence Transparency value Nb. Plans masqués X- No. of Hidden planes X- Nb. Plans masqués X+ No. of Hidden planes X+ Nb. Plans masqués Y- No. of Hidden planes Y- Nb. Plans masqués Y+ No. of Hidden planes Y+ Nb. Plans masqués Z- Nb. Hidden planes Z- Nb. Plans masqués Z+ Nb. Hidden planes Z+ Grid dimensions has been enlarged to include scanner and/or their range Grid dimensions has been enlarged to include scanner and/or their range Voxel bounding box: (%1,%2,%3), (%4,%5,%6) Voxel bounding box: (%1,%2,%3), (%4,%5,%6) "%1" = %2 "%1" = %2 "%1" [%2] "%1" [%2] Bounding box of the scene Bounding box of the scene Relative to coordinates Relative to coordinates Relative to coordinates and custom dimensions Relative to coordinates and custom dimensions Centered to coordinates and custom dimensions Centered to coordinates and custom dimensions From .grid file From .grid file From other grid From other grid The position of the scanner represents the origin of the shots. The direction of a shot is oriented towards a point of the cloud. This for each point of the cloud. The position of the scanner represents the origin of the shots. The direction of a shot is oriented towards a point of the cloud. This for each point of the cloud. Real shot - sherical Real shot - sherical Real shots - planar Real shots - planar The position of the scanner and the direction represent respectively a point of the plane and its normal vector. The origin of a shot is the point of the cloud projected on the plane, the direction is the point of the cloud. This for each point of the cloud. The position of the scanner and the direction represent respectively a point of the plane and its normal vector. The origin of a shot is the point of the cloud projected on the plane, the direction is the point of the cloud. This for each point of the cloud. Theoretical shots from scanner - spherical Theoretical shots from scanner - spherical The shots are generated from the scanner data contained in each loaded file. In addition to offering a forced scanner for generated shots from the user parameters entered. The shots are generated from the scanner data contained in each loaded file. In addition to offering a forced scanner for generated shots from the user parameters entered. Theoretical shots - custom spherical Theoretical shots - custom spherical The shots are generated from the user parameters entered below. The shots are generated from the user parameters entered below.