This time attachment is provided with doc file. I think mso..Segm[] use a different numbering pattern. You can find more details for them in MS specification "[MS-ODRAW].pdf".
2012/8/6 Regina Henschel <[email protected]> > Hi Jianyuan, > > thanks for your answer. Unfortunately the attachment was stripped. Can you > please sent me the attachment directly or provide it for download? > > Jianyuan Li schrieb: > > Hi, Regina, >> >> Below is my understanding for custom shape segment. >> An segment is consist of two parts: command and count. It is described >> with >> an integer with two bytes. The high byte describes command and the low >> byte >> describes count. For the high byte, the high 3 bits is used to show the >> basic command and the low 5 bits is used to show extended command. See my >> attachment for details. >> Taking "0x4000" as an example, it means command is moveto and count is 0. >> Moveto is shown with "2" and occupy the first 3 bits of high byte. So 0x40 >> will be calculated. >> > > The values shown in Basic follow the EnhancedCustomShapeSegmentComm**and > from the idl reference. There MOVETO is 1. Does mso..Segm[] use a different > numbering pattern? > > Kind regards > Regina > > > > >> 2012/8/6 Regina Henschel <[email protected]> >> >> Hi all, >>> >>> I'm currently learning, how custom shapes work. I know already, how to >>> write them directly in the XML file format, I understand what I see in >>> Basic, I understand mso_sptxxxVer[], mso_sptxxxCalc[], and >>> mso_sptxxxGluePoints[]. >>> >>> But now I stuck with mso_sptxxxSegm[]. I understand the "Segments" as >>> they >>> are shown in Basic, but I cannot map that to mso_sptxxxSegm[]. >>> >>> For example for custom shape "Parallelogram" I see in Basic: >>> Command Count Command Count Command Count Command Count >>> 1 1 2 3 4 0 5 0 >>> which is >>> M L L L Z N >>> >>> In mso_sptParallelogramSegm[] I read >>> 0x4000, 0x0003, 0x6001, 0x8000 >>> and have no idea, how that fits together. >>> >>> Can someone give me a pointer or explain it to me? >>> >>> Kind regards >>> Regina >>> >>> >> >
