
The CANVAS 9 Advanced GIS Mapping Edition adds native support for Geographic Information System (GIS) data to Canvas. You can take measurements in geographic coordinates, import industry standard SHAPE and GeoTIFF files into unlimited numbers of automatically aligned overlapping layers and choose among the following options:
·2,104 Coordinate Reference Systems
·67 Operation Methods (like Mercator, Albers Conic Equal Area…)
·1,052 Map Projections
·302 Geodetic Datums
·21 Angular units
·45 Length units
The CANVAS 9 Advanced GIS Mapping Edition bridges the gap between dedicated GIS analysis software and generic "DTP" software. For many applications CANVAS 9 Advanced GIS Mapping Edition can now replace programs costing thousands. For the rest, CANVAS 9 GIS Mapping Edition is now the preferred "last mile" publishing companion to dedicated GIS analysis software.Files Supported include:
oMapInfo oARC/INFO oUSGS Digital Line Graphs oTIGER(Census) oMrSID (Win. only) oGML (Geography Markup Language) oSDTS (USGS Spatial Data Transfer Standard) oGIS Text oGarmin (GPS) oECW (Enhanced Compressed Wavelet Images oS57 (IHO International Hydrographic Organization)


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The CANVAS 9 GIS Mapping Edition adds native support for Geographic Information System (GIS) data to Canvas. You can take measurements in geographic coordinates, import industry standard SHAPE and GeoTIFF files into unlimited numbers of automatically aligned overlapping layers and choose among the following options:
2,104 Coordinate Reference Systems
67 Operation Methods (like Mercator, Albers Conic Equal Area…)
1,052 Map Projections
302 Geodetic Datums
21 Angular units
45 Length units
The CANVAS 9 GIS Mapping Edition bridges the gap between dedicated GIS analysis software and generic "DTP" software. For many applications CANVAS 9 GIS Mapping Edition can now replace programs costing thousands. For the rest, CANVAS 9 GIS Mapping Edition is now the preferred "last mile" publishing companion to dedicated GIS analysis software.
Canvas GIS Advanced (Mac): http://files.acdsystems.com/english/deneba/shareware/canvasmac/canvas.bin
Canvas GIS Mapping Edition: http://files.acdsystems.com/english/deneba/shareware/canvaspc/canvas.exe 
The physic of the real world can be formulated into mathematical form using differential equations. Differential equation and systems of differential equations are the natural language trough we can describe any real devices like electronic circuit, automatic controls, elettromagnetic wave emission or any other engineering problems. The purpose of OpenDDPT project is to build a software that can aids people to build automatically these control devices. The strategy used by this software is based on the concept that differential equations generally are parameters dependent so we can found optimal control parameters using an optimization template. The optimization toolbox used by OpenDDPT is an innovative nonconvex secondorder method that replaces the hessian structure (the hessian matrix has heavy memory storage and an expensive computationalcost) with directionalderivatives , reducing the second order information computational cost of one order without approximation.Control's local informations (i.e. gradient and it's directional derivate) are found trough an extended form of the backpropagation rule used for neuralnetwork and that new extended form can perform not only weightedsum and sigmoidal saturations but also multiplication ,addition, timedelay and any nonlinearity and it can be used as a generic expression for realizing any non linear discrete time control device.
OpenDDPT: http://openddpt.sourceforge.net/download/download.php



