diff options
| -rw-r--r-- | debian/changelog | 23 | ||||
| -rw-r--r-- | doc/refman.tex | 91 | ||||
| -rw-r--r-- | patchlvl.h | 2 |
3 files changed, 77 insertions, 39 deletions
diff --git a/debian/changelog b/debian/changelog index 05d1be0..2ff0375 100644 --- a/debian/changelog +++ b/debian/changelog @@ -1,3 +1,26 @@ +zinc-tk (3.2.5h) unstable; urgency=low + + * Corrections de bugs. + * la commande contour retourne le nombre de contours d'un item. + * Changements dans ZincDebug (Daniel Etienne), la liste suit : + * meilleure gestion des groupes atomiques : ils sont maintenant scannés + comme les autres. + * la mise en evidence des items selectionnés est modulable. Par defaut, + l'item est mis en avant-plan et encadré (click gauche), mais pour + faciliter sa distinction on peut egalement cacher les autres items de + son groupe (click milieu), voire ceux du groupe parent (click droit). + * il est possible de rechercher des items en specifiant un tagOrId dans + un champs de saisie (ouvert sur un Control-f) + * séparation des traitements : 2 fonctions sont maintenant exportées, + finditems() qui cree les bindings necessaires a la recherche d'items + et snapshot() qui cree ceux necessaires a la capture d'image. (action + sur Control-s) + * mise a jour du man ZincDebug + * Possibilite d'afficher l'arbre des items d'une application + (Control-t) + + -- + zinc-tk (3.2.5g) unstable; urgency=low * Ajout de la commande find ancestors qui permet de retrouver, avec diff --git a/doc/refman.tex b/doc/refman.tex index 489e0a7..8af2ff7 100644 --- a/doc/refman.tex +++ b/doc/refman.tex @@ -1290,9 +1290,9 @@ reference) and all list parameters are given as array references. pathname {\bf addtag} tag ancestors tagOrId ?tagOrId2?\\ \$zinc->{\bf addtag}(tag, 'ancestors', tagOrId, ?tagOrId2?);} - Selects all ancestors (i.e. parent groups) of tagOrId. If - {\tt tagOrId} names more than one item, the first, (or the topmost) - of these items in the display list will be used. If ?tagOrId2? is specified, + Selects all ancestors (i.e. parent groups) of tagOrId. If + {\tt tagOrId} names more than one item, the first, (or the topmost) + of these items in the display list will be used. If ?tagOrId2? is specified, only parent groups with this tag are selected. \item{\tt\large @@ -1508,8 +1508,9 @@ false. \end{blockindent} -\zinccmd{contour}{tagOrId operatorSpec coordListOrTagOrId} +\zinccmd{contour}{tagOrId ?operatorSpec coordListOrTagOrId?} +{\tt\large \$zinc->{\bf contour}(tagOrId);} {\tt\large \$zinc->{\bf contour}(tagOrId, operatorSpec, coordListOrTagOrId);} \begin{blockindent} @@ -1519,6 +1520,15 @@ false. {\tt tagOrId} specifies the item whose contours will be modified. If {\tt tagOrId} describes more than one item, the first in display list order will be used. + If the command is invoked with only the tagOrId parameter, it returns the number of + contours composing the item. In fact it always returns the number of contours after + a command has been conducted, it happens that with this reduced form nothing is done + except returning the number of contours.. + + On items that do not support the contour command, the returned value is 0 or 1 depending + on the item having a contour or not. For example {\tt Tracks} yield 0 while + {\tt Rectangles} yield 1. + {\tt coordListOrTagOrId} specifies a list of coordinates or an item describing a contour. If a list is specified it should contain a pair number of floating point values specifying the contour vertices X and Y in order. If a tag or an id is specified, it is @@ -1734,41 +1744,41 @@ false. various {\tt args}. The items are sorted in drawing order, topmost first. \\ For example:\\ \code{ \# to get the item under the mouse cursor:\\ - \$item = \$zinc->find('withtag', 'current');\\ - \# to get the closest item of a point:\\ \$closest = \$zinc->find ('closest', \$x, \$y); + \$item = \$zinc->find('withtag', 'current');\\ + \# to get the closest item of a point:\\ \$closest = \$zinc->find ('closest', \$x, \$y); } As detailled in \cmdref{addtag} command the following searchCommands are possible: \begin{itemize} - \item{\tt\large - pathname {\bf find} above tagOrId \\ - \$zinc->{\bf find}('above', tagOrId);} - \item{\tt\large - pathname {\bf find} all ?inGroup? ?recursive?\\ - \$zinc->{\bf find}('all', ?inGroup?, ?recursive?);} - \item{\tt\large - pathname {\bf find} atpriority priority ?tagOrId?\\ - \$zinc->{\bf find}('atpriority', priority, ?tagOrId?);} - \item{\tt\large - pathname {\bf find} ancestors tagOrId ?tagOrId2?\\ - \$zinc->{\bf find}('ancestors', tagOrId, ?tagOrId2?);} - \item{\tt\large - pathname {\bf find} below tagOrId\\ - \$zinc->{\bf find}('below', tagOrId);} - \item{\tt\large - pathname {\bf find} closest x y ?halo? ?startItem?, ?recursive?\\ - \$zinc->{\bf find}('closest', x, y, ?halo?, ?startItem?, ?recursive?);} - \item{\tt\large - pathname {\bf find} enclosed xo yo xc yc ?inGroup? ?recursive?\\ - \$zinc->{\bf find}('enclosed', xo, yo, xc, yc, ?inGroup?, ?recursive?);} - \item{\tt\large - pathname {\bf find} overlapping xo yo xc yc ?inGroup? ?recursive?\\ - \$zinc->{\bf find}('overlapping', xo, yo, xc, yc, ?inGroup?, ?recursive?);} - \item{\tt\large - pathname {\bf find} withtag tagOrId\\ - \$zinc->{\bf find}('withtag', tagOrId);} - \item{\tt\large - pathname {\bf find} withtype type ?tagOrId?\\ - \$zinc->{\bf find}('withtype', type, ?tagOrId?);} + \item{\tt\large + pathname {\bf find} above tagOrId \\ + \$zinc->{\bf find}('above', tagOrId);} + \item{\tt\large + pathname {\bf find} all ?inGroup? ?recursive?\\ + \$zinc->{\bf find}('all', ?inGroup?, ?recursive?);} + \item{\tt\large + pathname {\bf find} atpriority priority ?tagOrId?\\ + \$zinc->{\bf find}('atpriority', priority, ?tagOrId?);} + \item{\tt\large + pathname {\bf find} ancestors tagOrId ?tagOrId2?\\ + \$zinc->{\bf find}('ancestors', tagOrId, ?tagOrId2?);} + \item{\tt\large + pathname {\bf find} below tagOrId\\ + \$zinc->{\bf find}('below', tagOrId);} + \item{\tt\large + pathname {\bf find} closest x y ?halo? ?startItem?, ?recursive?\\ + \$zinc->{\bf find}('closest', x, y, ?halo?, ?startItem?, ?recursive?);} + \item{\tt\large + pathname {\bf find} enclosed xo yo xc yc ?inGroup? ?recursive?\\ + \$zinc->{\bf find}('enclosed', xo, yo, xc, yc, ?inGroup?, ?recursive?);} + \item{\tt\large + pathname {\bf find} overlapping xo yo xc yc ?inGroup? ?recursive?\\ + \$zinc->{\bf find}('overlapping', xo, yo, xc, yc, ?inGroup?, ?recursive?);} + \item{\tt\large + pathname {\bf find} withtag tagOrId\\ + \$zinc->{\bf find}('withtag', tagOrId);} + \item{\tt\large + pathname {\bf find} withtype type ?tagOrId?\\ + \$zinc->{\bf find}('withtype', type, ?tagOrId?);} \end{itemize} \end{blockindent} @@ -1835,7 +1845,7 @@ false. \end{blockindent} -\zinccmd{gname}{gradientName} +\zinccmd{gname}{?gradientDesc? gradientName} {\tt\large \$zinc->{\bf gname}('black:100|white:0/0', 'fading');} {\tt\large \$exist = \$zinc->{\bf gname}('nameOrGradient');} @@ -2259,9 +2269,11 @@ false. \end{blockindent} -\zinccmd{tsave}{tagOrId tName} +\zinccmd{tsave}{?tagOrId? tName ?invert?} +{\tt\large \$zinc->{\bf tsave}(tName);} {\tt\large \$zinc->{\bf tsave}(tagOrdId, tName);} +{\tt\large \$zinc->{\bf tsave}(tagOrdId, tName, invert);} \begin{blockindent} Create (or reset) a transform associated with the name {\tt tName} which has for initial @@ -2269,6 +2281,9 @@ false. more than one item, the topmost in display list order is used. If {\tt tagOrId} doesn't describe any item, an error is raised. If {\tt tName} already exists, the transform is set to the new value. This command is the only way to create a named transform. + If {\tt tagOrId} is not specified, the command returns a boolean telling if the + name is already in use. The {\tt invert} boolean, if specified, cause the transform + to be inverted prior to be saved. \end{blockindent} @@ -9,5 +9,5 @@ #define ZINCVER 3 #define ZINCREV 2 #define ZINCPLVL 05 -#define ZINCVERSION "zinc-version-3205g" +#define ZINCVERSION "zinc-version-3205h" #endif |