SGwriteSTEP(SG,FNAME)- This fnct exports Solid Geometries as STEP File to disk |
 | % SGwriteSTEP(SG,FNAME) - This fnct exports Solid Geometries as STEP File to disk % (by Tim Lueth & Robin Schregle, SG-Lib, 2025-SEP-26 as class: IMPORT/EXPORT) % % USE CAREFULLY: SGwriteSTEP was not being tested extensively % % ISO-10303-21 AP242_MANAGED_MODEL_BASED_3D_ENGINEERING_MIM_LF % (Status of: 2025-09-26) % % Introduced first in SolidGeometry 5.6 % % See also: STEPmanifoldsolidofSG, SGwriteSTL % % fname=SGwriteSTEP(SG,[FNAME]) % === INPUT PARAMETERS === % SG: Solid Geometry file name % FNAME: File name % === OUTPUT RESULTS ====== % fname: STEP file name % % See also: STEPmanifoldsolidofSG, SGwriteSTL % % % Copyright 2025 Tim C. Lueth |
SGtoolboxdir- return the path during development or after toolbox installation |
 | % SGtoolboxdir - return the path during development or after toolbox installation % (by Tim Lueth, SG-Lib, 2025-SEP-24 as class: FILE HANDLING) % % SGlibpath and SGtoolboxdir are the same fnctn (Status of: 2025-09-24) % % Introduced first in SolidGeometry 5.6 % % See also: SGlibpath % % tbdir=SGtoolboxdir % === OUTPUT RESULTS ====== % tbdir: toolboxdir % % EXAMPLE: % SGtoolboxdir % % See also: SGlibpath % % % Copyright 2025 Tim C. Lueth |
SGreadSTEPstructure(fname)- reads in a simple STEP file structure generated by SG-Lib - not in general |
 | % SGreadSTEPstructure(fname) - reads in a simple STEP file structure generated by SG-Lib - not in general % (by Tim Lueth, SG-Lib, 2025-SEP-24 as class: CODING/DEVELOP) % % ======================================================================= % DEVELOPER PROCEDURE (2025-09-26) - NOT INTENDED TO BE RELEASED % ======================================================================= % % Recommendation by Rold, Cömert, and Schregle to create a step exporter This % fnctn was used to import a SETP file exported from SolidWorks (Robin Schregle) % and display it hierarchically. With the help of manual reading and % interpretation of this structure, the fnctns "SG2STEP" / % "STEPmanifoldSolidBrepofSG" were then written. (Status of: 2025-09-25) % % Introduced first in SolidGeometry 5.6 % % See also: SG2STEP % % ftxt=SGreadSTEPstructure([fname]) % === INPUT PARAMETERS === % fname: full file name of a step file ceated by any CAD system % === OUTPUT RESULTS ====== % ftxt: text of a step file % % EXAMPLE: % clc; SGreadSTEPstructure('/Users/timlueth/Desktop/STEPcube_10x10x10mm_BODY_ONLY.step'); ttxt=ans % % See also: SG2STEP % % % Copyright 2025 Tim C. Lueth |
STEPmanifoldSolidBrepofSG(SG,alpha,mm)- returns the text lines for a ISO-10303-21 AP242 Manifold Geometry Boundary Representation |
 | % STEPmanifoldSolidBrepofSG(SG,alpha,mm) - returns the text lines for a ISO-10303-21 AP242 Manifold Geometry Boundary Representation % (by Tim Lueth, SG-Lib, 2025-SEP-23 as class: IMPORT/EXPORT) % % ======================================================================= % DEVELOPER PROCEDURE (2025-09-26) - NOT INTENDED TO BE RELEASED % ======================================================================= % % This fnctn (originally named SG2STEP) is the core of SGwriteSTEP % It was tested in September 2025 using Solidworks (Status of: 2025-09-26) % % Introduced first in SolidGeometry 5.6 % % See also: SGreadSTEPstructure, SG2STEP % % [ttorg,mm]=STEPmanifoldSolidBrepofSG(SG,[alpha,mm]) % === INPUT PARAMETERS === % SG: Solid Geoemtry to create a Manifold Geometry Bopundary representation % alpha: Limit angle for separating feature surfaces; default is 0.01 % mm: number of used step lines already for other BREPS; default is 0 % === OUTPUT RESULTS ====== % ttorg: STEP text lines for the Manifold Geometry Bopundary representation % mm: last number of created step line % % EXAMPLE: % STEPmanifoldSolidBrepofSG(SGbar); % STEPmanifoldSolidBrepofSG(SGsample(53)); % STEPmanifoldSolidBrepofSG(SGsample(54)); % STEPmanifoldSolidBrepofSG(SGsample(27)); % % See also: SGreadSTEPstructure, SG2STEP % % % Copyright 2025 Tim C. Lueth |
SGcreateToolboxHTMLfilesfromhelptoc(tboxdir)- creates the SGLIB_HELP_Structures/html documentation from the existing helptoc file in SGLIB_HELP_Structures |
 | % SGcreateToolboxHTMLfilesfromhelptoc(tboxdir) - creates the SGLIB_HELP_Structures/html documentation from the existing helptoc file in SGLIB_HELP_Structures % (by Tim Lueth, SG-Lib, 2025-SEP-21 as class: CODING/DEVELOP) % % ======================================================================= % DEVELOPER PROCEDURE (2025-09-21) - NOT INTENDED TO BE RELEASED % ======================================================================= % % parses the "helptoc.xml" file in "SGLIB_HELP_Structures/html" and creates a % list of required html file that have to be copied by using. % Copies into pcodedirTL % 1) "SGLIB_HELP_Structures/info.xml" ==> Pointer to doc html folder % 2) "SGLIB_HELP_Structures/helptoc.xml" ==> html search fileand toc file % 3) "SGLIB_HELP_Structures/index.html" ==> html start point % 4) "SGLIB_HELP_Structures/html/SGLIBPICS " ==> Folder with all pics % 5) creates all missing tutorial html files using "mfile2mlxfile4markup" % 6) copies all html files listed by helptoc2htmllist % (Status of: 2025-09-21) % % Introduced first in SolidGeometry 5.6 % % See also: helptoc2htmllist, mfile2mlxfile4markup, % SGcreateToolboxHtmlfilesfromToolbox_test % % SGcreateToolboxHTMLfilesfromhelptoc([tboxdir]) % === INPUT PARAMETERS === % tboxdir: % % See also: helptoc2htmllist, mfile2mlxfile4markup, % SGcreateToolboxHtmlfilesfromToolbox_test % % % Copyright 2025 Tim C. Lueth |
helptoc2htmllist(helptocfile)- reads the helptoc.xml file and creates a list of required html files |
 | % helptoc2htmllist(helptocfile) - reads the helptoc.xml file and creates a list of required html files % (by Tim Lueth, SG-Lib, 2025-SEP-21 as class: CODING/DEVELOP) % % ======================================================================= % DEVELOPER PROCEDURE (2025-09-21) - NOT INTENDED TO BE RELEASED % ======================================================================= % % parses the "helptoc.xml" file in "SGLIB_HELP_Structures/html" and creates a % list of required html file that have to be copied % used in SGcreateToolboxHTMLfilesfromhelptoc (Status of: 2025-09-21) % % Introduced first in SolidGeometry 5.6 % % See also: SGcreateToolboxHTMLfilesfromhelptoc % % llc=helptoc2htmllist([helptocfile]) % === INPUT PARAMETERS === % helptocfile: % === OUTPUT RESULTS ====== % llc: % % EXAMPLE: % helptoc2htmllist % % See also: SGcreateToolboxHTMLfilesfromhelptoc % % % Copyright 2025 Tim C. Lueth |
pcodedirTLtouch- touches all files (not folders) in "pcodedirTL" to avoid warning with p and m files during toolbox execution |
 | % pcodedirTLtouch - touches all files (not folders) in "pcodedirTL" to avoid warning with p and m files during toolbox execution % (by Tim Lueth, SG-Lib, 2025-SEP-21 as class: CODING/DEVELOP) % % ======================================================================= % DEVELOPER PROCEDURE (2025-09-21) - NOT INTENDED TO BE RELEASED % ======================================================================= % % Introduced first in SolidGeometry 5.6 % % See also: ftouch, ftouchcreationdate % % ant=pcodedirTLtouch % === OUTPUT RESULTS ====== % ant: answer of system command % % EXAMPLE: % pcodedirTLtouch % touches the pcodedirTL folder % % See also: ftouch, ftouchcreationdate % % % Copyright 2025 Tim C. Lueth |
SGcreateToolboxHtmlfilesfromToolbox_test- Simply moves the results of VLFL_Toolbox_test to pcodedir |
 | % SGcreateToolboxHtmlfilesfromToolbox_test - Simply moves the results of VLFL_Toolbox_test to pcodedir % (by Tim Lueth, SG-Lib, 2025-SEP-20 as class: CODING/DEVELOP) % % ======================================================================= % DEVELOPER PROCEDURE (2025-09-21) - NOT INTENDED TO BE RELEASED % ======================================================================= % % During VLFL_Toolbox_test, the workdir is changed to separate the html files % from the workdir's html files. % The html folder that is filled by publishing all examples or demos of name % "VLFL_EXP00" is located at % [desktopdir 'Toolbox_test' pcodedirTL html]. Those files have to be copied into % pcodedirTL / html so that they are later found as examples after packing the % Toolbox % % 1) VLFL_Toolbox_make % 2) Create html files in folder "SGLIB_HELP_Structures" using FM Database % 3) % repair json file - copy json file (part of VLFL_Toolbox_make) % SGcreateToolboxMfilesfromPfiles(pcodedirTL); (part of VLFL_Toolbox_make) % % % % % VLFL_Toolbox_test(1:80,'noinp') % VLFL_Toolbox_test(1:80,'isinp') % % (Status of: 2025-09-21) % % Introduced first in SolidGeometry 5.6 % % See also: SGcreateToolboxfromFolder, SGcreateToolboxHTMLfilesfromhelptoc % % SGcreateToolboxHtmlfilesfromToolbox_test % % See also: SGcreateToolboxfromFolder, SGcreateToolboxHTMLfilesfromhelptoc % % % Copyright 2025 Tim C. Lueth |
SGcreateToolboxMfilesfromPfiles(tboxdir)- searches the pcodeTLdir for p-file and adds the help text as m-file, if no m-file exist |
 | % SGcreateToolboxMfilesfromPfiles(tboxdir) - searches the pcodeTLdir for p-file and adds the help text as m-file, if no m-file exist % (by Tim Lueth, SG-Lib, 2025-SEP-19 as class: CODING/DEVELOP) % % ======================================================================= % DEVELOPER PROCEDURE (2025-09-21) - NOT INTENDED TO BE RELEASED % ======================================================================= % % it uses pcodeTLaddmfilehelp % and removes anyway 'VLFLlicense.m*', 'VLFLlicenseTL.*', 'VLFL_Toolbox_make.*']) % for some reason in pcode and pcodeTL some m files are missing. (Status of: % 2025-09-20) % % Introduced first in SolidGeometry 5.6 % % See also: pcodeTLaddmfilehelp % % SGcreateToolboxMfilesfromPfiles([tboxdir]) % === INPUT PARAMETERS === % tboxdir: default is pcodedirTL % % See also: pcodeTLaddmfilehelp % % % Copyright 2025 Tim C. Lueth |
pcodeTLaddmfilehelp (fname)- creates a short m-file just with the help text from the original m-file if a p-file exist |
 | % pcodeTLaddmfilehelp (fname) - creates a short m-file just with the help text from the original m-file if a p-file exist % (by Tim Lueth, SG-Lib, 2025-SEP-19 as class: CODING/DEVELOP) % % ======================================================================= % DEVELOPER PROCEDURE (2025-09-20) - NOT INTENDED TO BE RELEASED % ======================================================================= % % For some reasons, some p-files in the pcodeTL folder do not have a % corresponding m-file with the help text. This fnctn does the job for ONE SINGLE % fnctn name. It is used by fnctn "SGcreateToolboxMfilesfromPfiles" and is part % of "SGcreateToolboxfunctdependenciesfromFolder" (Status of: 2025-09-20) % % Introduced first in SolidGeometry 5.6 % % See also: pcodeTL, SGcreateToolboxfunctdependenciesfromFolder, % SGcreateToolboxfromFolder % % pcodeTLaddmfilehelp(fname) % === INPUT PARAMETERS === % fname: str with SGlib command % % See also: pcodeTL, SGcreateToolboxfunctdependenciesfromFolder, % SGcreateToolboxfromFolder % % % Copyright 2025 Tim C. Lueth |
SGcreateToolboxfunctdependenciesfromFolder(tboxdir)- Creates a dependecy analysis of a later toolbox folder and writes a text of missing files in current pcodedirTL |
 | % SGcreateToolboxfunctdependenciesfromFolder(tboxdir) - Creates a dependecy analysis of a later toolbox folder and writes a text of missing files in current pcodedirTL % (by Tim Lueth, SG-Lib, 2025-SEP-19 as class: CODING/DEVELOP) % % ======================================================================= % DEVELOPER PROCEDURE (2025-09-21) - NOT INTENDED TO BE RELEASED % ======================================================================= % % Takes about 3h on M3 Pro. for 2000 fnctns (Status of: 2025-09-19) % % Introduced first in SolidGeometry 5.6 % % See also: SGcreateToolboxfromFolder % % SGcreateToolboxfunctdependenciesfromFolder([tboxdir]) % === INPUT PARAMETERS === % tboxdir: % % EXAMPLE: % SGcreateToolboxfunctdependenciesfromFolder(desktopdir('2025-09-17_TL_PCODE')) % % See also: SGcreateToolboxfromFolder % % % Copyright 2025 Tim C. Lueth |
SGcreateToolboxfromFolder(tboxdir)- packs a SG-Lib toolbox after VLFL_Toolbox_Make has been used |
 | % SGcreateToolboxfromFolder(tboxdir) - packs a SG-Lib toolbox after VLFL_Toolbox_Make has been used % (by Tim Lueth, SG-Lib, 2025-SEP-19 as class: CODING/DEVELOP) % % ======================================================================= % DEVELOPER PROCEDURE (2025-09-19) - NOT INTENDED TO BE RELEASED % ======================================================================= % % Since packaging of a Toolbox gets more an more difficult and extremely slow by % the Mathworks Interface, the following fnctn ist use: % % Step 09: The toolbox options are created using % "matlab.addons.toolbox.ToolboxOptions" % Step 10: The toolbox is packed by using "matlab.addons.toolbox.packageToolbox" % (Status of: 2025-09-19) % % Introduced first in SolidGeometry 5.6 % % See also: SGcreateToolboxMfilesfromPfiles % % SGcreateToolboxfromFolder([tboxdir]) % === INPUT PARAMETERS === % tboxdir: default is pcodedirTL % % EXAMPLE: % SGcreateToolboxfromFolder(desktopdir('2025-09-17_TL_PCODE'))) % SGcreateToolboxfromFolder(pcodedirTL) % % See also: SGcreateToolboxMfilesfromPfiles % % % Copyright 2025 Tim C. Lueth |
cellstradjustlen(OCC)- adjust in each col of acell array or table the length of char string |
 | % cellstradjustlen(OCC) - adjust in each col of acell array or table the length of char string % (by Tim Lueth, SG-Lib, 2025-SEP-16 as class: CODING/DEVELOP) % % USE CAREFULLY: cellstradjustlen was not being tested extensively % % works with cell cols und tabel cols % required for cell2mat, since some positive matlab concepts have changed over % time. (Status of: 2025-09-18) % % Introduced first in SolidGeometry 5.6 % % See also: cell2mat, uniquecell % % CC=cellstradjustlen(OCC) % === INPUT PARAMETERS === % OCC: Original cell array or table % === OUTPUT RESULTS ====== % CC: cell array or table in which all strings of a column have the same length % % EXAMPLE: % cell2mat({'A';'A B'; 'A B C'; 'A D'}) % fails adjust strlen in column % cellstradjustlen({'A';'A B'; 'A B C'; 'A D'}) % adjust strlen in column % cell2mat(cellstradjustlen({'A';'A B'; 'A B C'; 'A D'})) % does work now % % See also: cell2mat, uniquecell % % % Copyright 2025 Tim C. Lueth |
CPLremovecollinearpoints(CPL)- removes 2D/3D collinear point with different results for opened and closed CPL/CVL |
 | % CPLremovecollinearpoints(CPL) - removes 2D/3D collinear point with different results for opened and closed CPL/CVL % (by Tim Lueth, SG-Lib, 2025-SEP-14 as class: CPL/CLOSED POLYGON LISTS) % % USE CAREFULLY: CPLremovecollinearpoints was not being tested extensively % % For closed and opend CPL/CVL in 2D/3D. Start and end points can be removed for % closed CPL/CVL if there is no kink when it is a closed contour.If it is an open % contour, be aware that start an endpoint will remain, even they are collinear % points (Status of: 2025-09-14) % % Introduced first in SolidGeometry 5.6 % % See also: CPLinsertcollinearpoints, CVLremstraightAmin, CVLaddauxpoints % % CPLremovecollinearpoints(CPL) % === INPUT PARAMETERS === % CPL: 2D/3D open or closed CPL; Behavior differers % % EXAMPLE: % CPLremovecollinearpoints(circshift(CPLaddauxpoints(PLsquare(10),1), 0)) % open CPL remain Start/End % CPLremovecollinearpoints(circshift(CPLaddauxpoints(PLsquare(10),1),-1)) % open CPL remain Start/End % CPLremovecollinearpoints(circshift(CPLaddauxpoints(PLsquare(10),1),+1)) % open CPL remain Start/End % % CPLremovecollinearpoints(closedCPL((circshift(CPLaddauxpoints(PLsquare(10),1), 0)))) % closed CPL % CPLremovecollinearpoints(closedCPL((circshift(CPLaddauxpoints(PLsquare(10),1), 0)))) % closed CPL % CPLremovecollinearpoints(closedCPL((circshift(CPLaddauxpoints(PLsquare(10),1), 0)))) % closed CPL % % % See also: CPLinsertcollinearpoints, CVLremstraightAmin, CVLaddauxpoints % % % Copyright 2025 Tim C. Lueth |
PLELofCPLunchng(CPL)- creates a 2D/3D PLEL exactly as give in the CPL/CVL - THIS CREATES PROBLEMS WITH CLOSED CPLS |
 | % PLELofCPLunchng(CPL) - creates a 2D/3D PLEL exactly as give in the CPL/CVL - THIS CREATES PROBLEMS WITH CLOSED CPLS % (by Tim Lueth, SG-Lib, 2025-SEP-14 as class: PLEL/POINT LIST/EDGE LIST) % % ======================================================================= % DEVELOPER PROCEDURE (2025-09-14) - NOT INTENDED TO BE RELEASED % ======================================================================= % % ONLY FOR TESTING - CREATES PROBLEMS WITH DOUBLED PLOINTS AND EDGES OF LENGTH 0 % FOR CLOSED CPLS % speed optimized fnctn % more or less for testing: Better use "PLELofCPLplain(CPL,'open')" or % "PLELofCPLplain(CPL,'closed')" % While PLELofCPLplain returns always opened or closed CPLs, this fnctn is mainly % for testing mathworks products (DELAUNAYTRI, DELAUNAY, triangulation, polybool, % polyshape, delaunaytriangulation etc.) % but als ELreconnect and ELofELmesh (Status of: 2025-09-14) % % Introduced first in SolidGeometry 5.6 % % See also: PLELofCPLplain % % [NPL,NEL]=PLELofCPLunchng(CPL) % === INPUT PARAMETERS === % CPL: nan separated contours in 2D or 3D % === OUTPUT RESULTS ====== % NPL: Complete point list as it was given as CPL (including all doubles etc.) % NEL: Complete edge list as it was given as CPL open if open, closed if closed % % EXAMPLE: % PLELofCPLunchng([PLcircle(1);nan nan;closedCPL(PLcircle(1)+[5 0])]) % 2D % PLELofCPLunchng(VLaddz([PLcircle(1);nan nan;closedCPL(PLcircle(1)+[5 0])])); % 3D % % See also: PLELofCPLplain % % % Copyright 2025 Tim C. Lueth |
openedCVL(CVL,lim)- closes all contours in CPL(2D) and CVL(3D) after removal of all consecutive identical points. |
 | % openedCVL(CVL,lim) - closes all contours in CPL(2D) and CVL(3D) after removal of all consecutive identical points. % (by Tim Lueth, SG-Lib, 2025-SEP-14 as class: CPL/CLOSED POLYGON LISTS) % % USE CAREFULLY: openedCVL was not being tested extensively % % just calls "openedCPL" which ist the same fnctnlity. % new speed optimized fnctn of 2025 to replace PLofCPL in future % It removes all consecutive identical points. % concept same as VLremsuccident % ii=vecnormr(CPLi-circshift(CPLi,-1))>lim; OCPLi=CPLi(ii,:); % (Status of: 2025-09-14) % % Introduced first in SolidGeometry 5.6 % % See also: PLofCPL, CPLofPL, openedCPL, closedCPL, closedCVL % % NCVL=openedCVL(CVL,[lim]) % === INPUT PARAMETERS === % CVL: Contour 2D or 3D with NaN embedded contours % lim: default is 1e-12 for removal of succeding points % === OUTPUT RESULTS ====== % NCVL: New contours 2D/3D with all open contours without any consecutive % identical point % % EXAMPLE: % openedCVL(CPLsample(47)) % 2D case % openedCVL(VLaddz(CPLsample(47))) % 3D case % openedCVL(VLaddz(closedCVL(CPLsample(47)))) % 3D case with all closed before % % % See also: PLofCPL, CPLofPL, openedCPL, closedCPL, closedCVL % % % Copyright 2025 Tim C. Lueth |
closedCVL(CVL,lim)- closes all contours in CPL(2D) and CVL(3D) after removal of all consecutive identical point before |
 | % closedCVL(CVL,lim) - closes all contours in CPL(2D) and CVL(3D) after removal of all consecutive identical point before % (by Tim Lueth, SG-Lib, 2025-SEP-14 as class: CPL/CLOSED POLYGON LISTS) % % USE CAREFULLY: closedCVL was not being tested extensively % % just calls "closedCPL" which ist the same fnctnlity. % new speed optimized fnctn of 2025 to replace CPLofPL in future % It removes all consecutive identical points and adds the first as last again % concept same as VLremsuccident % ii=vecnormr(CPLi-circshift(CPLi,-1))>lim; OCPLi=CPLi(ii,:); % (Status of: 2025-09-14) % % Introduced first in SolidGeometry 5.6 % % See also: PLofCPL, CPLofPL, openedCPL, closedCPL, openedCVL % % NCVL=closedCVL(CVL,[lim]) % === INPUT PARAMETERS === % CVL: Contour 2D or 3D with NaN embedded contours % lim: default is 1e-12 for removal of succeding points % === OUTPUT RESULTS ====== % NCVL: New contours 2D/3D with all closed contours openedCPL, closedCPL, without % any consecutive identical point % % EXAMPLE: % closedCVL(openedCVL(CPLsample(47))) % 2D case % closedCVL(VLaddz(CPLsample(47))) % 3D case % closedCVL(VLaddz(openedCVL(CPLsample(47)))) % 3D case with opening before % % % See also: PLofCPL, CPLofPL, openedCPL, closedCPL, openedCVL % % % Copyright 2025 Tim C. Lueth |
closedCPL(CPL,lim)- closes all contours in CPL(2D) and CVL(3D) without any other change beside removal of all consecutive identical point before |
 | % closedCPL(CPL,lim) - closes all contours in CPL(2D) and CVL(3D) without any other change beside removal of all consecutive identical point before % (by Tim Lueth, SG-Lib, 2025-SEP-14 as class: CPL/CLOSED POLYGON LISTS) % % USE CAREFULLY: closedCPL was not being tested extensively % % new speed optimized fnctn of 2025 to replace CPLofPL in future % It removes all consecutive identical points and adds the first as last again % concept same as VLremsuccident % ii=vecnormr(CPLi-circshift(CPLi,-1))>lim; OCPLi=CPLi(ii,:); % (Status of: 2025-09-14) % % Introduced first in SolidGeometry 5.6 % % See also: PLofCPL, CPLofPL, openedCPL, openedCVL, closedCVL % % NCPL=closedCPL(CPL,[lim]) % === INPUT PARAMETERS === % CPL: Contour 2D or 3D with NaN embedded contours % lim: default is 1e-12 for removal of succeding points % === OUTPUT RESULTS ====== % NCPL: New contours 2D/3D with all closed contours without any consecutive % identical point % % EXAMPLE: % closedCPL(PLofCPL(CPLsample(47))) % 2D case % closedCPL(VLaddz(CPLsample(47))) % 3D case % closedCPL(VLaddz(openedCPL(CPLsample(47)))) % 3D case with opening before % % % See also: PLofCPL, CPLofPL, openedCPL, openedCVL, closedCVL % % % Copyright 2025 Tim C. Lueth |
openedCPL(CPL,lim)- opens all contours in CPL(2D) and CVL(3D) without any other change beside removal of all consecutive identical points. |
 | % openedCPL(CPL,lim) - opens all contours in CPL(2D) and CVL(3D) without any other change beside removal of all consecutive identical points. % (by Tim Lueth, SG-Lib, 2025-SEP-14 as class: CPL/CLOSED POLYGON LISTS) % % USE CAREFULLY: openedCPL was not being tested extensively % % new speed optimized fnctn of 2025 to replace PLofCPL in future % It removes all consecutive identical points. % concept same as VLremsuccident % ii=vecnormr(CPLi-circshift(CPLi,-1))>lim; OCPLi=CPLi(ii,:); % (Status of: 2025-09-14) % % Introduced first in SolidGeometry 5.6 % % See also: PLofCPL, CPLofPL, closedCPL, openedCVL, closedCVL % % NCPL=openedCPL(CPL,[lim]) % === INPUT PARAMETERS === % CPL: Contour 2D or 3D with NaN embedded contours % lim: default is 1e-12 for removal of succeding points % === OUTPUT RESULTS ====== % NCPL: New contours 2D/3D with all open contours without any consecutive % identical point % % EXAMPLE: % openedCPL(CPLsample(47)) % 2D case % openedCPL(VLaddz(CPLsample(47))) % 3D case % openedCPL(VLaddz(CPLofPL(CPLsample(47)))) % 3D case with all closed before % % % See also: PLofCPL, CPLofPL, closedCPL, openedCVL, closedCVL % % % Copyright 2025 Tim C. Lueth |
CPLplotasPSplain(CPL)- Plots each individual embedded CPL as a separate contour. |
 | % CPLplotasPSplain(CPL) - Plots each individual embedded CPL as a separate contour. % (by Tim Lueth, SG-Lib, 2025-SEP-13 as class: VISUALIZATION) % % USE CAREFULLY: CPLplotasPSplain was not being tested extensively % % Due to the constant expansion of polyshape, it is necessary to have fnctns that % can still clearly represent the underlying CPL before a simplify (split point % separation), orientation change, or removal of collinear points occurs by % default. (Status of: 2025-09-13) % % Introduced first in SolidGeometry 5.6 % % See also: CPLplotasPS, CPSplot, CPLplothatched % % h=CPLplotasPSplain(CPL) % === INPUT PARAMETERS === % CPL: CPL with nan separated CPLi % === OUTPUT RESULTS ====== % h: handle % % EXAMPLE: % CPL=[PLcircle(10);nan nan;PLcircle(10)+4]; % SGfigure; CPLplotasPSplain(CPL); % SGfigure; CPLplotasPSplain(CPLsample(47)); % % See also: CPLplotasPS, CPSplot, CPLplothatched % % % Copyright 2025 Tim C. Lueth |
PLELofCPLplain(CPL,"open","closed")- returns a PL and EL and a modified CPL based on the explicit qish of "open" or "closed" |
 | % PLELofCPLplain(CPL,"open","closed") - returns a PL and EL and a modified CPL based on the explicit qish of "open" or "closed" % (by Tim Lueth, SG-Lib, 2025-SEP-13 as class: PLEL/POINT LIST/EDGE LIST) % % USE CAREFULLY: PLELofCPLplain was not being tested extensively % % Works with 2D and 3D contours. "plain" means here that there is no splitpoint % separation or descomposition done! % This fnctn of 2025 is required, since the original fnctn of 2014 was modified % 2018 using the polyshape concept, which was modified by mathwork, so that since % 2024, the original concept had to be used again. Since there is in general a % problem how to handle closed and open contours, which sometimes is used % explicitly and sometimes implicitly, this fnctn returns on default closed % contours % Remember, if you use CPLrepair in 2D, this can change the orientation of the % CPLs. (Status of: 2025-09-13) % % Introduced first in SolidGeometry 5.6 % % See also: PLELofCPL, PLELofCPLsplitpoints % % [NPL,NEL,NCPL]=PLELofCPLplain([CPL,"open","closed"]) % === INPUT PARAMETERS === % CPL: Closed Polygon list including nan separated contours % "open": if used, the results describe an open contour % "closed": if use, the results describe an closed contour % === OUTPUT RESULTS ====== % NPL: New Point List % NEL: New Edge List % NCPL: New CPL, open or closed as required; % % EXAMPLE: % PLELofCPLplain(CVLsample(18)); % PLELofCPLplain(CVLsample(18),'open'); % PLELofCPLplain(CPLsample(47)); % PLELofCPLplain(CPLrepair(CPLsample(47))); % separate contours first in 2D % % See also: PLELofCPL, PLELofCPLsplitpoints % % % Copyright 2025 Tim C. Lueth |
PLELradialEdgesofCPL(CPL,R,"open","closed")- Creates 2D/3D radial edges in closed contours and open paths |
 | % PLELradialEdgesofCPL(CPL,R,"open","closed") - Creates 2D/3D radial edges in closed contours and open paths % (by Tim Lueth, SG-Lib, 2025-SEP-13 as class: PLEL/POINT LIST/EDGE LIST) % % USE CAREFULLY: PLELradialEdgesofCPL was not being tested extensively % % This fnctn from 2025 always interprets the input parameter as a closed path. % There is no check for path overlaps in 2D or 3D. This fnctn also works with VL % (3D); this fnctn does not remove collinear points. This fnctn does not correct % overlaps and intersections of contours. It does not change the orientation. The % starting point will possibly moved in case of closed contours, if there is a % kink at the start point. % For paths instead of contours, "open" must be used explicitly. % % Some other effects of matlab made it necessary to reimplement the fnctn in 2025 % PLELofCPL (2014) was reimplemented by Tim Lueth (2018) using the polyshape % class, but matlab changed the behavior of polyshape several times (collinear % points, etc.), which made it impossible to track the influences of the changes. % Even empty CPLs became a problem in 2024. % This fnctn is NOT using PLELofCPL anymore. % This fnctn uses ELofn to create the edge lists % This fnctn uses "VLremsuccident" to open CPLs % This fnctn uses VLtangentcirc to create the arcs. % It uses selectNaN to separate nan separated contours. % The concept of "open" will be used in future (Status of: 2025-09-13) % % Introduced first in SolidGeometry 5.6 % % See also: VLremsuccident, VLtangentcirc % % [NPL,NEL,NCPL]=PLELradialEdgesofCPL(CPL,[R,"open","closed"]) % === INPUT PARAMETERS === % CPL: open or closed point list in 2D or 3D % R: maximum radius >0 ; default is 1 % "open": if used, the result will be an open path not a contour % "closed": if used, the result will a closed contour; this is default. % === OUTPUT RESULTS ====== % NPL: New Point list; with modified start point % NEL: New edge list; % NCPL: NEW CPL list; open or closed as defined % % EXAMPLE: % PLELradialEdgesofCPL(VLaddz(CPLofPL(PLsquare))) % PLELradialEdgesofCPL(VLaddz(CPLofPL(PLsquare)),'open') % [a,b,c]=PLELradialEdgesofCPL(VLaddz(CPLsample(3))); SGfigure; VLplot(c,'b*-'); c % [a,b,c]=PLELradialEdgesofCPL(VLaddz(CPLsample(3)),'open'); SGfigure; VLplot(c,'b*-'); c % % See also: VLremsuccident, VLtangentcirc % % % Copyright 2025 Tim C. Lueth |
CVLinsertcollinearpoints(CVL,d)- inserts collinear auxiliary points that a minimum point distance is guaranteed |
 | % CVLinsertcollinearpoints(CVL,d) - inserts collinear auxiliary points that a minimum point distance is guaranteed % (by Tim Lueth, SG-Lib, 2025-SEP-12 as class: PL/POINT LISTS) % % USE CAREFULLY: CVLinsertcollinearpoints was not being tested extensively % % slightly different to RLaddauxpoints and CPLaddauxpoints % does not create collinear auxiliary points if an edge is missing! % Only if start and end point are the same, the last edge is also processed. % Same as: % PLinsertcollinearpoints == CPLinsertcollinearpoints == % CVLinsertcollinearpoints (Status of: 2025-09-12) % % Introduced first in SolidGeometry 5.6 % % See also: RLaddauxpoints, CPLaddauxpoints, VLremsuccident, % PLinsertcollinearpoints, CPLinsertcollinearpoints % % CVLN=CVLinsertcollinearpoints(CVL,[d]) % === INPUT PARAMETERS === % CVL: Point list without nan, open or closed % d: maximum point distance to guarantee % === OUTPUT RESULTS ====== % CVLN: Point list with collinear auxiliary points, open or closed as PL % % EXAMPLE: % CVLinsertcollinearpoints(CVLsample(3),1) % open edge, identical point removed % CVLinsertcollinearpoints(CVLsample(8),1) % closed contour, identical point removed % CVLinsertcollinearpoints(CVLsample(16),1) % Does work also in 3D % CVLinsertcollinearpoints(CVLsample(18),1) % Does work also with nan separated contours % % See also: RLaddauxpoints, CPLaddauxpoints, VLremsuccident, % PLinsertcollinearpoints, CPLinsertcollinearpoints % % % Copyright 2025 Tim C. Lueth |
CPLinsertcollinearpoints(CPL,d)- inserts collinear auxiliary points that a minimum point distance is guaranteed |
 | % CPLinsertcollinearpoints(CPL,d) - inserts collinear auxiliary points that a minimum point distance is guaranteed % (by Tim Lueth, SG-Lib, 2025-SEP-12 as class: PL/POINT LISTS) % % USE CAREFULLY: CPLinsertcollinearpoints was not being tested extensively % % slightly different to RLaddauxpoints and CPLaddauxpoints % does not create collinear auxiliary points if an edge is missing! % Only if start and end point are the same, the last edge is also processed. % Same as: % PLinsertcollinearpoints == CPLinsertcollinearpoints == % CVLinsertcollinearpoints (Status of: 2025-09-12) % % Introduced first in SolidGeometry 5.6 % % See also: RLaddauxpoints, CPLaddauxpoints, VLremsuccident, % PLinsertcollinearpoints, CVLinsertcollinearpoints % % CPLN=CPLinsertcollinearpoints(CPL,[d]) % === INPUT PARAMETERS === % CPL: Point list without nan, open or closed % d: maximum point distance to guarantee % === OUTPUT RESULTS ====== % CPLN: Point list with collinear auxiliary points, open or closed as PL % % EXAMPLE: % CPLinsertcollinearpoints(PLsample(3),1) % open edge, identical point removed % CPLinsertcollinearpoints(PLsample(8),1) % closed contour, identical point removed % CPLinsertcollinearpoints(VLsample(16),1) % Does work also in 3D % CPLinsertcollinearpoints(VLsample(18),1) % Does work also with nan separated contours % % See also: RLaddauxpoints, CPLaddauxpoints, VLremsuccident, % PLinsertcollinearpoints, CVLinsertcollinearpoints % % % Copyright 2025 Tim C. Lueth |
PLinsertcollinearpoints(PL,d)- inserts collinear auxiliary points that a minimum point distance is guaranteed |
 | % PLinsertcollinearpoints(PL,d) - inserts collinear auxiliary points that a minimum point distance is guaranteed % (by Tim Lueth, SG-Lib, 2025-SEP-12 as class: PL/POINT LISTS) % % USE CAREFULLY: PLinsertcollinearpoints was not being tested extensively % % slightly different to RLaddauxpoints and CPLaddauxpoints % does not create collinear auxiliary points if an edge is missing! % Only if start and end point are the same, the last edge is also processed. % Same as: % PLinsertcollinearpoints == CPLinsertcollinearpoints == % CVLinsertcollinearpoints (Status of: 2025-09-12) % % Introduced first in SolidGeometry 5.6 % % See also: RLaddauxpoints, CPLaddauxpoints, VLremsuccident, % CPLinsertcollinearpoints, CVLinsertcollinearpoints % % PLN=PLinsertcollinearpoints(PL,[d]) % === INPUT PARAMETERS === % PL: Point list without nan, open or closed % d: maximum point distance to guarantee % === OUTPUT RESULTS ====== % PLN: Point list with collinear auxiliary points, open or closed as PL % % EXAMPLE: % PLinsertcollinearpoints(PLsample(3),1) % open edge, identical point removed % PLinsertcollinearpoints(PLsample(8),1) % closed contour, identical point removed % PLinsertcollinearpoints(VLsample(16),1) % Does work also in 3D % PLinsertcollinearpoints(VLsample(18),1) % Does work also with nan separated contours % % See also: RLaddauxpoints, CPLaddauxpoints, VLremsuccident, % CPLinsertcollinearpoints, CVLinsertcollinearpoints % % % Copyright 2025 Tim C. Lueth |
SGconverthtmldoc2UTF8- converts all files of an html file into UTF-8 |
 | % SGconverthtmldoc2UTF8 - converts all files of an html file into UTF-8 % (by Tim Lueth, SG-Lib, 2025-SEP-12 as class: FILE HANDLING) % % ======================================================================= % DEVELOPER PROCEDURE (2025-09-12) - NOT INTENDED TO BE RELEASED % ======================================================================= % % Some browser such as Microsoft edge are unable to process UTF-16 html files, ot % at least not a mix of, or at least in combination on windows. Therefor this % fnctn converts als html files of "SGLIB_HELP_Structures/html" to UTF-8 (Status % of: 2025-09-12) % % Introduced first in SolidGeometry 5.6 % % See also: isUTF16file % % SGconverthtmldoc2UTF8 % % See also: isUTF16file % % % Copyright 2025 Tim C. Lueth |
isUTF16file(fname,"UTF")- detects UTF16 files and converts them into UTF-8 |
 | % isUTF16file(fname,"UTF") - detects UTF16 files and converts them into UTF-8 % (by TIm Lueth & Robin Schregle, SG-Lib, 2025-SEP-12 as class: FILE HANDLING) % % ======================================================================= % DEVELOPER PROCEDURE (2025-09-12) - NOT INTENDED TO BE RELEASED % ======================================================================= % % When matlab reads UTF-16 files as 'uint8', all characters are actually read, % and it can be recognized manually that when BOM (FFFE) is at the start, the % character string at the beginning [255 254] refers to UTF-16. Then the ASCII % characters can be determined with xx=xx(3:2:end). However, if the type 'char' % is used during reading, then with UTF-16 files only every second character is % read "automatically," but the first character is a 255, which is meaningless % because it is part of the BOM code. For this reason, readtextfile and % writetextfile use the ASCII type unsigned byte or uint8. (Status of: 2025-09-12) % % Introduced first in SolidGeometry 5.6 % % See also: readtextfile, writetextfile % % is16=isUTF16file([fname,"UTF"]) % === INPUT PARAMETERS === % fname: full file name % "UTF": if used, the wile will be written as UTF-8 % === OUTPUT RESULTS ====== % is16: true if utb-16 otherwise false % % See also: readtextfile, writetextfile % % % Copyright 2025 Tim C. Lueth |
Tflipz(T)- rotates / flips the ez axis of a HT matrix around by by 90 degree |
 | % Tflipz(T) - rotates / flips the ez axis of a HT matrix around by by 90 degree % (by Tim Lueth, SG-Lib, 2025-SEP-11 as class: KINEMATICS AND FRAMES) % % in contrast to TflipR, which changes into left hand system, this fnctn rotate % around the y axis to flip the z vector, same as Trotate(eye(4),'y',pi), % Tflipz(eye(4)) but more accurate (Status of: 2025-09-11) % % Introduced first in SolidGeometry 5.6 % % See also: Tflipz, TflipR % % TN=Tflipz(T) % === INPUT PARAMETERS === % T: Standard HT matrix % === OUTPUT RESULTS ====== % TN: rotate around y by 180 deg % % EXAMPLE: % Trotate(eye(4),'y',pi), Tflipz(eye(4)) % % See also: Tflipz, TflipR % % % Copyright 2025 Tim C. Lueth |
SGofgcfsubplots(ind)- takes the current gcf, collects all patches in the subplots and creates a cell list of solids/patches |
 | % SGofgcfsubplots(ind) - takes the current gcf, collects all patches in the subplots and creates a cell list of solids/patches % (by Tim Lueth, SG-Lib, 2025-SEP-08 as class: VISUALIZATION) % % USE CAREFULLY: SGofgcfsubplots was not being tested extensively % % if nargout==0; the solids are plotted using SGplotcell (Status of: 2025-09-08) % % Introduced first in SolidGeometry 5.6 % % See also: SGofgca, VLFLofgca, VLofgca, PSofgca, SGplotmultiple, SGofgca2subplots % % SG=SGofgcfsubplots([ind]) % === INPUT PARAMETERS === % ind: indices of the axis that should be considered % === OUTPUT RESULTS ====== % SG: cell array of solids in all subplots % % EXAMPLE: % loadweb JACO_robot.mat; SGsurfaces(JC1); % SGofgca2subplots % SGofgcfsubplots % % % See also: SGofgca, VLFLofgca, VLofgca, PSofgca, SGplotmultiple, SGofgca2subplots % % % Copyright 2025 Tim C. Lueth |
SGlaundryrackholder- Special design for attaching a canvas picture to a wall-mounted folding clothes horse |
 | % SGlaundryrackholder - Special design for attaching a canvas picture to a wall-mounted folding clothes horse % (by Tim Lueth, SG-Lib, 2025-SEP-03 as class: COMPLETED CAD DESIGNS) % % ======================================================================= % DEVELOPER PROCEDURE (2025-09-08) - NOT INTENDED TO BE RELEASED % ======================================================================= % % Designed for Tiny Tusculum. The picture of Iseltwald Castle hangs in % TinyTusculum so that it completely covers the wall-mounted foldable clothes % horse. The picture has been specially framed to size, but must be attached to % the wall using a clamp construction, and this attachment must support the % center bar of the framed picture. The clamp must be movable on the wall bracket % in order to align and tilt the picture. (Status of: 2025-09-03) % % Introduced first in SolidGeometry 5.6 % % See also: SGBAUHAUSbox % % SGlaundryrackholder % % EXAMPLE: % SGlaundryrackholder % % See also: SGBAUHAUSbox % % % Copyright 2025 Tim C. Lueth |
