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Information	Type	Nom	Taille	Catégorie	Date	Version	Compteur
Privé		...	6.64 Mo	Programmes Archéologiques	18-01-2007 00:00	1.05	25
Privé		...	6.58 Mo	Programmes Archéologiques	18-01-2007 00:00	1.05	4
Privé		...	6.64 Mo	Programmes Archéologiques	18-01-2007 00:00	1.05	5
Privé		...	37.48 Mo	Programmes Archéologiques	13-02-2008 00:00	1.02	15
Privé		...	442.38 Ko	Programmes Archéologiques	13-02-2008 00:00	1.02	10
		Stratifiant.zip	1.31 Ko	Programmes Archéologiques	26-08-2008 00:00	0.2.6	360
Privé		...	15.63 Ko	Outils	13-01-2007 00:00		33
Privé		...	5.46 Ko	Microsoft	14-11-2006 00:00	2	13
Privé		...	?	Microsoft	07-12-2006 00:00	2.0.4	6
Privé		...	42.97 Ko	Microsoft	07-12-2006 00:00	2.2.13	18

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Pot_Utility (Windows)

Programme réalisé par J.P. Thalmann, Professeur à Paris I.

Ce programme vous permettra à partir d\'images de céramiques munient d\'échelles graphiques de calculer la contenance du récipient.

Help :

TYPOLOGICAL CHARTS

Names appended to shape class and Rim/base Typology Codes are purely conventional and for mnemotechnic ore ease-of-use purpose only.

Only the Codes (A, B, C etc. for shapes, 01, 02, 03 etc, for rims and bases) are used within the Database for searching and indexing procedures.

Actual dimensions of pots or objects can be obtains from scaled drawings or photographs.
« VOLUME » Utility

Any scanned image can be used (preferred format JPEG) : it will be adapted to the scree.

NB: reapetedly loading large images may result in memory managing problems, depending on your system. All images must be provided with a graphic scale. For more accurate results :

clip unnecessary white space around the profile(s) of the vessel(s) to be meassured,
set the graphic scale to the maximum dimension of the vessel(s).

- Click on « Set Scale », then click both ends of the graphic scale on drawing and enter the lenght in cm corresponding to the number of pixels – confirm by OK.
- Click on « Click points », then click the necessary number of points to correctly approximate the inner profile. Points may be clicked on the left or on the right of the axis. Terminate measure by OK.
- In order to save a list of successive measurements, click « Save to list » and enter the reference of the measured vessel in the ad hocfield – confirm by OK.

The list can be viewed, printed or exported as text (e,g,to Excel) by clicking « Print list ».
- Resume operations at step (2), if the drawing includes many profiles (at the same scale) to be measured, or at step (1) if the drawing has been changed ...

SHAPE CLASS DETERMINATION Utilities

Please keep in mind that classes as determined from general proportions are only indicative : borderline cases should be decided by the user, according to additional criteria ... such as e.g. Common sense.
Markers should normally be placed on the outer profile of the vessel.
For CLOSED SHAPES : marker DO (rim) should be placed on the outer edge of the rim, marker D min. (neck) shoud be placed on the outer profile, at the most restricted point of the neck.
Other functions are self-explanatory.

Pot_Utility (OSX)

Programme réalisé par J.P. Thalmann, Professeur à Paris I.

Ce programme vous permettra à partir d\'images de céramiques munient d\'échelles graphiques de calculer la contenance du récipient.

Help :

TYPOLOGICAL CHARTS

Names appended to shape class and Rim/base Typology Codes are purely conventional and for mnemotechnic ore ease-of-use purpose only.

Only the Codes (A, B, C etc. for shapes, 01, 02, 03 etc, for rims and bases) are used within the Database for searching and indexing procedures.

Actual dimensions of pots or objects can be obtains from scaled drawings or photographs.
« VOLUME » Utility

Any scanned image can be used (preferred format JPEG) : it will be adapted to the scree.

NB: reapetedly loading large images may result in memory managing problems, depending on your system. All images must be provided with a graphic scale. For more accurate results :

clip unnecessary white space around the profile(s) of the vessel(s) to be meassured,
set the graphic scale to the maximum dimension of the vessel(s).

- Click on « Set Scale », then click both ends of the graphic scale on drawing and enter the lenght in cm corresponding to the number of pixels – confirm by OK.
- Click on « Click points », then click the necessary number of points to correctly approximate the inner profile. Points may be clicked on the left or on the right of the axis. Terminate measure by OK.
- In order to save a list of successive measurements, click « Save to list » and enter the reference of the measured vessel in the ad hocfield – confirm by OK.

The list can be viewed, printed or exported as text (e,g,to Excel) by clicking « Print list ».
- Resume operations at step (2), if the drawing includes many profiles (at the same scale) to be measured, or at step (1) if the drawing has been changed ...

SHAPE CLASS DETERMINATION Utilities

Please keep in mind that classes as determined from general proportions are only indicative : borderline cases should be decided by the user, according to additional criteria ... such as e.g. Common sense.
Markers should normally be placed on the outer profile of the vessel.
For CLOSED SHAPES : marker DO (rim) should be placed on the outer edge of the rim, marker D min. (neck) shoud be placed on the outer profile, at the most restricted point of the neck.
Other functions are self-explanatory.

Pot_Utility (Mac)

Programme réalisé par J.P. Thalmann, Professeur à Paris I.

Ce programme vous permettra à partir d\'images de céramiques munient d\'échelles graphiques de calculer la contenance du récipient.

Help :

TYPOLOGICAL CHARTS

Names appended to shape class and Rim/base Typology Codes are purely conventional and for mnemotechnic ore ease-of-use purpose only.

Only the Codes (A, B, C etc. for shapes, 01, 02, 03 etc, for rims and bases) are used within the Database for searching and indexing procedures.

Actual dimensions of pots or objects can be obtains from scaled drawings or photographs.
« VOLUME » Utility

Any scanned image can be used (preferred format JPEG) : it will be adapted to the scree.

NB: reapetedly loading large images may result in memory managing problems, depending on your system. All images must be provided with a graphic scale. For more accurate results :

clip unnecessary white space around the profile(s) of the vessel(s) to be meassured,
set the graphic scale to the maximum dimension of the vessel(s).

- Click on « Set Scale », then click both ends of the graphic scale on drawing and enter the lenght in cm corresponding to the number of pixels – confirm by OK.
- Click on « Click points », then click the necessary number of points to correctly approximate the inner profile. Points may be clicked on the left or on the right of the axis. Terminate measure by OK.
- In order to save a list of successive measurements, click « Save to list » and enter the reference of the measured vessel in the ad hocfield – confirm by OK.

The list can be viewed, printed or exported as text (e,g,to Excel) by clicking « Print list ».
- Resume operations at step (2), if the drawing includes many profiles (at the same scale) to be measured, or at step (1) if the drawing has been changed ...

SHAPE CLASS DETERMINATION Utilities

Please keep in mind that classes as determined from general proportions are only indicative : borderline cases should be decided by the user, according to additional criteria ... such as e.g. Common sense.
Markers should normally be placed on the outer profile of the vessel.
For CLOSED SHAPES : marker DO (rim) should be placed on the outer edge of the rim, marker D min. (neck) shoud be placed on the outer profile, at the most restricted point of the neck.
Other functions are self-explanatory.

Area Utility Windows

The "Area_Uttlity" functions in a way similar to the "PotUtility", but the method used is slightly different.
One delineates a polygonal, closed shape, which is then filled, in order to calculate its area from the number of colored pixels.
All plans must be provided with a graphic scale. The longest possible graphic scale insures better accuracy.

AREA (this is the default option)

• 1 - Click on "Import Image". If the image is not properly scaled to fit inside the red frame (it happens to be slightly larger...), it may be scaled down by clicking
on the "Shrink" button $\"1-next.gif\"$ $\"1-back.gif\"$ at the bottom right of the screen. Please, make sure the plan entirely fits within the red frame, within which only measurements can be performed.
Very large images may take some time to load and adjust to the screen (depending on your system\'s performance). Most raster formats are supported .JPG and .TIF are however recommended.

• 2 - Click on "Set Scale", Set scale by clicking on both ends of the graphic scale; in case of error, click again on "Set Scale". The number of pixels fs measured
between the clicked points, meaning that oblique scales can be also used. It is reminded that, for better accuracy, the graphic scale on the plan should be as 1 long as possible. Then, enter the corresponding length in meter, and click "OK".

• 3 - Click on "Open Area". Then, dick the required number of points along the limits of the area to be measured, The first point is not visible on the screen: Its
successful registration is signalled by a "beep". The shape is then "drawn" on the plan in red. In case of error, re-click on "Open Area" and redraw the shape.
There is no limit to the number of points used in delineating a shape, thus allowing for best match with the plan. The polygonal shape need not at all be convex, it may be as complicated and tortuous or crooked as needed, with the one, obvious condition that its sides do not intersect.

• 4- Click the "last" point of the shape very close to the first one, but not on it: the shape will not close automatically. For this, it is necessary to click on "Close Area".

• 5- Click on "Click Area", then click ONCE only, anywhere inside the delineated area.
Allow for some time (depending on your system) for calculations to be performed. Calculation time has been optimized in version 1.02, but it still may take a few seconds: please be as patient as your system! For areas exceeding 1000 sq. m., results are rounded off to the nearest integer value. If area exceeds 1 Ha., conversion is given.

• 6- For measuring additional areas on the same plan, click again on "Open Area".

DISTANCE

• 1- Click on the button "Distance" to switch to distance measurements.

• 2- If a new plan has been introduced, set scale for the new plan as above. Otherwise, distances may of course be calculated after or before areas without resetting the scale.

• 3- Click on "Click points", then on both ends of the distance to be measured. The distance is given along a straight line between the clicked points, meaning that oblique distances may be measured.

• 4- For additional measurements, click again on "Click Points".

• 5- Click on the button "AREA" to switch to area calculations.

Area Utility OSX

The "Area_Uttlity" functions in a way similar to the "PotUtility", but the method used is slightly different.
One delineates a polygonal, closed shape, which is then filled, in order to calculate its area from the number of colored pixels.
All plans must be provided with a graphic scale. The longest possible graphic scale insures better accuracy.

AREA (this is the default option)

• 1 - Click on "Import Image". If the image is not properly scaled to fit inside the red frame (it happens to be slightly larger...), it may be scaled down by clicking
on the "Shrink" button $\"1-next.gif\"$ $\"1-back.gif\"$ at the bottom right of the screen. Please, make sure the plan entirely fits within the red frame, within which only measurements can be performed.
Very large images may take some time to load and adjust to the screen (depending on your system\'s performance). Most raster formats are supported .JPG and .TIF are however recommended.

• 2 - Click on "Set Scale", Set scale by clicking on both ends of the graphic scale; in case of error, click again on "Set Scale". The number of pixels fs measured
between the clicked points, meaning that oblique scales can be also used. It is reminded that, for better accuracy, the graphic scale on the plan should be as 1 long as possible. Then, enter the corresponding length in meter, and click "OK".

• 3 - Click on "Open Area". Then, dick the required number of points along the limits of the area to be measured, The first point is not visible on the screen: Its
successful registration is signalled by a "beep". The shape is then "drawn" on the plan in red. In case of error, re-click on "Open Area" and redraw the shape.
There is no limit to the number of points used in delineating a shape, thus allowing for best match with the plan. The polygonal shape need not at all be convex, it may be as complicated and tortuous or crooked as needed, with the one, obvious condition that its sides do not intersect.

• 4- Click the "last" point of the shape very close to the first one, but not on it: the shape will not close automatically. For this, it is necessary to click on "Close Area".

• 5- Click on "Click Area", then click ONCE only, anywhere inside the delineated area.
Allow for some time (depending on your system) for calculations to be performed. Calculation time has been optimized in version 1.02, but it still may take a few seconds: please be as patient as your system! For areas exceeding 1000 sq. m., results are rounded off to the nearest integer value. If area exceeds 1 Ha., conversion is given.

• 6- For measuring additional areas on the same plan, click again on "Open Area".

DISTANCE

• 1- Click on the button "Distance" to switch to distance measurements.

• 2- If a new plan has been introduced, set scale for the new plan as above. Otherwise, distances may of course be calculated after or before areas without resetting the scale.

• 3- Click on "Click points", then on both ends of the distance to be measured. The distance is given along a straight line between the clicked points, meaning that oblique distances may be measured.

• 4- For additional measurements, click again on "Click Points".

• 5- Click on the button "AREA" to switch to area calculations.

Open Office

Une véritable suite bureautique – une simple installation, créez/ouvrez n\'importe quel type de document à partir de n\'importe quelle application, un système d\'aide commun (à la fois sensitive au contexte et tutorielle), les outils de langue sont disponibles à travers tous les modules, \'vous l\'apprenez une fois, vous l\'appliquez partout\'
Une interface familière pour les personnes habituées aux suites bureautiques communes. Des menus, des raccourcis claviers, des barres d\'états, des barres d\'outils configurables par l\'utilisateur. Des APIs communes pour les programmeurs.
Les documents sont gérés en XML compressés pour une occupation minimisée de l\'espace disque et une ouverture maximale. Des Filtres pour Microsoft Word 6, 95, 97, 2000, XP ; DocBook ; EMR ; EPS ; Mac PICT ; Windows Metafile / Bitmap ; GIF ; JPEG ; PBM ; Kodak Photo CD ; PNG ; Adobe Photoshop ; Targa ; TIFF ; HTML ; MathML ; text
Un module Math pour écrire vos formules mathématiques
Un langage de macro complet basé sur le basic utilisant une API publique
Un kit de développement documenté, le SDK, est fourni permettant l\'accès aux fonctions de la suite par de nombreux langages (Java, Python...)
Une suite multiplateforme pour des environnements hétérogènes : Windows toutes versions sauf 95, Linux, Solaris, Linux PPC, Mac OS X (X11), FreeBSD

The Gimp

GIMP est l\'acronyme de GNU Image Manipulation Program. Il s\'agit d\'un logiciel libre, en licence GPL, de retouche et de création d\'images numériques.

GIMP est un logiciel puissant doté de larges fonctionnalités. Il peut être utilisé pour les applications suivantes :

dessin artistique
retouche photographies
manipulation d\'images
graphisme web y compris les animations
vidéo

Ce que ne fait pas (encore) Gimp : la gestion d\'un espace colorimétrique autre que RVB, des couleurs autres que 24 bits, du vectoriel, de la 3D même si on trouvera des petits outils pour en faire.

Gimp est un programme modulaire, c\'est à dire qu\'il est structuré autour d\'un noyau central, le coeur du logiciel, qui comporte les fonctionnalités de base et une interface pour venir rajouter des modules. Cette façon de faire permet d\'exploiter toute la puissance de l\'internet et des logiciels libres, tandis qu\'une équipe de développeurs spécialistes de Gimp fait évoluer le noyau de façon cohérente, d\'autres développeurs peuvent donner libre cours à leur furie de programmation et ajouter des nouvelles fonctionnalités via des greffons ( plug-in en anglais ). Ainsi Gimp est-il à la fois stable, cohérent et très riche et versatile.

Gimp est aussi doté des scripts qui sont une façon moderne d\'automatiser les tâches que vous réalisez manuellement avec Gimp au travers de la rédaction de petits programme dans un langage simple.

Gimp est écrit et développé sur la plate-forme LINUX. Il existe cependant des portages de Gimp pour Windows, MacOS X et d\'autres encore. Le code source est commun à presque 100 % ce qui réduit d\'autant les risques de bogues d\'une plate-forme à l\'autre.

Les fichiers .zip sont décompactables avec un logiciel comme WinZip,
les fichiers .tgz ou tar.gz sont plus spécifiquements orientés Linux (Gzip et Tar).