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VideoCAD is a multifunctional tool for professional video surveillance system design, modeling parameters of video image and video equipment. VideoCAD allows even beginners to use the new opportunities appearing to be hard to obtain without it due to the complexity of calculations and therefore not being used even by the skilled engineers of CCTV. VideoCAD practically boosts the quality of CCTV design to a new level which appears to be beyond any competition with those lacking the program. VideoCAD allows to: Choose the most suitable lenses, heights, and locations for camera installation to provide the required parameters of view areas for detection and identification of a person and license plate reading. Calculate the horizontal projection of camera control areas including shadows from obstacles on the scene. Display by separate colors and hatch styles different regions of spatial resolution and field-of-view size. Calculate the horizontal projection sizes of viewing, person detecting, identifying, and license plate reading areas to draw them on the location plan. Calculate the image size on a display of any object in the camera view area in the percentage of display size, pixels, TV lines, and millimeters (inches in case of Imperial format). Calculate and model the depth of field of each camera in a project. Choose visually a relative location of cameras using the graphics window with CAD interface. Choose the best positions and calculate control areas of PTZ cameras. Locate cameras and cables on the prepared layouts in *.bmp, *.jpg, *.emf, *.wmf, *.png, *.gif, *.tif, AutoCAD *.dwg, *.dxf formats. To import *.dwg and *.dxf files the CAD Import module by CAD Soft Tools http://www.cadsofttools.com was used. Obtain a drawing containing two projections of site layout with the camera images, calculated view areas, and cables, and with coordinate grid and titles to be used in the graphical path of the project as well. Print the obtained drawing on one or several pages.

The calculation concerns solutions of pressure vessels and their components. The calculation solves deformations and curves of stress in rotational shells loaded with axial force, pressure, radial force, and a bending moment. This program is intended for homogeneous shells of identical thickness and a single material. The calculation also enables solutions for connecting two shells of different parameters (thickness, material, dimensions...). The program enables: Calculation of cylindrical, conical, and spherical thin-wall shells Calculation of cylindrical and spherical thick-wall shells Calculation of a round plate Selection of various loading methods (joint, force, moment, rotational, load with fluid...) Calculation of deformation, radial shift, moment, and stress in any point Visualisation of charts with curves of the calculated values

VideoCAD is a multifunctional tool for professional video surveillance system design, modeling parameters of video image and video equipment. VideoCAD allows even beginners to use the new opportunities appearing to be hard to obtain without it due to the complexity of calculations and therefore not being used even by the skilled engineers of CCTV. VideoCAD practically boosts the quality of CCTV design to a new level which appears to be beyond any competition with those lacking the program. VideoCAD allows to: Choose the most suitable lenses, heights, and locations for camera installation to provide the required parameters of view areas for detection and identification of a person and license plate reading. Calculate the horizontal projection of camera control areas including shadows from obstacles on the scene. Display by separate colors and hatch styles different regions of spatial resolution and field-of-view size. Calculate the horizontal projection sizes of viewing, person detecting, identifying, and license plate reading areas to draw them on the location plan. Calculate the image size on a display of any object in the camera view area in the percentage of display size, pixels, TV lines, and millimeters (inches in case of Imperial format). Calculate and model the depth of field of each camera in a project. Choose visually a relative location of cameras using the graphics window with CAD interface. Choose the best positions and calculate control areas of PTZ cameras. Locate cameras and cables on the prepared layouts in *.bmp, *.jpg, *.emf, *.wmf, *.png, *.gif, *.tif, AutoCAD *.dwg, *.dxf formats. To import *.dwg and *.dxf files the CAD Import module by CAD Soft Tools http://www.cadsofttools.com was used. Obtain a drawing containing two projections of site layout with the camera images, calculated view areas, and cables, and with coordinate grid and titles to be used in the graphical path of the project as well. Print the obtained drawing on one or several pages

AVD Mass and Volume Calculator is just the thing for measuring physical parameters of composite objects in 3D. It calculates weight, volume and mass for the figures of various shapes. The process of calculation is quite simple: after you select the objects shape, just define the sizes with the number of parts and press Calculate button to get the result. The ability to process three dimensional composite objects, even those which have apertures, expands the sphere of the programs usage as you will be able to work out physical parameters of objects of most diverse shapes. The program includes such structural units as: plate, pipe, bar, beam, channel, angle and others. You will certainly appreciate the ample choice of units provided by the program. The list of units is truly impressive as it encompasses almost every unit of both Imperial and metrical unit system. Also, at any time you can use the built-in unit converter that will redeem you from the need of transferring numbers from one system to another by yourself. Whats more, the result of any calculation can be presented in any units you require. AVD Volume Calculator also takes into account density of the material of a given structure. For your convenience the program includes a number of widespread materials and allows adding new materials and deleting those, which you dont find necessary. The creators of AVD Mass and Volume Calculator took into account the human factor, so in case of some contingency (e.g. if you make a typo or add a wrong object), you can undo the operation. Also, when calculations are done, you can save the results to a text file or send them directly to print. The ease of usage and a wide variety of included objects and units in combination with the ability to work out physical parameters of objects with apertures make AVD Mass and Volume Calculator a handy helper in the sphere of engineering, architecture and exact sciences. https://secure.2checkout.com/order/checkout.php?PRODS

The calculation concerns solutions of pressure vessels and their components. The calculation solves deformations and curves of stress in rotational shells loaded with axial force, pressure, radial force, and a bending moment. This program is intended for homogeneous shells of identical thickness and a single material. The calculation also enables solutions for connecting two shells of different parameters (thickness, material, dimensions...). The program enables: Calculation of cylindrical, conical, and spherical thin-wall shells Calculation of cylindrical and spherical thick-wall shells Calculation of a round plate Selection of various loading methods (joint, force, moment, rotational, load with fluid...) Calculation of deformation, radial shift, moment, and stress in any point Visualisation of charts with curves of the calculated values

The calculation is designed for a geometrical design and strength check of belt transmissions using V-belts. Application is developed in MS Excel, is multi-language, supports Imperial and Metric units, and solves the following main tasks: - Calculation for 2 or 3 pulleys. - Automatic design of a transmission with the minimum of input requirements. - Design and calculation of geometrical parameters (diameters of pulleys, axis distances, length of the belt, weight of the transmission). - Calculation of strength parameters (power transferred by the belt, number of belts, efficiency, etc.). - Calculation of force conditions (prestressing, axis loading of the pulleys, etc.). - Support of 2D CAD (AutoCAD, AutoCAD LT, IntelliCAD, Ashlar Graphite, TurboCAD) and 3D CAD in full calculation package (Autodesk Inventor, SolidWorks). The calculations use procedures, algorithms, and data from basic documents and standards ANSI, RMA (Rubber Manufacturers Association), ISO, DIN, BS, and basic documents from catalogs of companies CONTITECH (r) and Gates Rubber Company (r). Used standards: Narrow V-Belts ANSI/RMA IP-22; Traditional V-Belts ANSI/RMA IP-20; Light Duty V-Belts ANSI/RMA IP-23; DIN 7753; DIN 2211; DIN 2215; ISO 4184.

This calculation deals with the deflection, stress, and variation of forces in the loaded flat plates. The calculation is designed for plates that are flat, homogeneous, with the same thickness, and made from one material. The plates may be circular, annular circular, and rectangular. The plates may be loaded evenly (unevenly) on the whole surface (or its part) or they may be loaded by the force distributed on the circle. The program enables: - Selection from circular, annular circular, or rectangular plates. - Selection of various types of loading (distributed, forced...). - Calculation of deflection, slope, moment, and stress in a random point. - Display of graphs of the shape of the figures calculated. - Calculation of safety coefficient. - Calculation of the minimum plate thickness or maximum loading The calculation uses the data, procedures, algorithms, and information from the professional literature (Roark formulas, Machinery's Handbook 26th, Teorie desek a skořepin [doc. Ing. Ladislav Šubrt, CSc.] and others)

The calculation is designed for geometric and strength designs and checks of bevel gear with straight, helical and curved teeth. The program gives solutions to the following tasks: - Calculation of helical and straight toothing. - Automatic design of a transmission with the minimum number of input requirements. - Design for entered coefficients of safety (static, dynamic). - Calculation of complete geometric parameters (including corrected toothing). - Calculation of strength parameters, safety check. - Supplementary calculations (calculation of parameters of the existing gear, temperature rise, design of shafts) - Support of 2D CAD (AutoCAD, AutoCAD LT, IntelliCAD, Ashlar Graphite, TurboCAD) and 3D CAD in full calculation package (Autodesk Inventor, SolidWorks). The calculations use procedures, algorithms and data from standards ANSI, ISO, DIN, BS and specialized literature. List of standards: DIN 3971, DIN 3991 Kegelradern 1-4, ISO 6336 1-3, DIN 3965 Toleranzen für Kegelradverzahnungen 1-4, ISO 1328, DIN 3990, ANSI B6.1-1968, AGMA 2001-C95, AGMA 908-B89/95, AGMA 2003-A86/88, AGMA 2005-B88 and others.

This calculation deals with the deflection, stress, and variation of forces in the loaded flat plates. The calculation is designed for plates that are flat, homogeneous, with the same thickness, and made from one material. The plates may be circular, annular circular, and rectangular. The plates may be loaded evenly (unevenly) on the whole surface (or its part) or they may be loaded by the force distributed on the circle. The program enables: - Selection from circular, annular circular, or rectangular plates. - Selection of various types of loading (distributed, forced...). - Calculation of deflection, slope, moment, and stress in a random point. - Display of graphs of the shape of the figures calculated. - Calculation of safety coefficient. - Calculation of the minimum plate thickness or maximum loading The calculation uses the data, procedures, algorithms, and information from the professional literature (Roark formulas, Machinery's Handbook 26th, Teorie desek a skořepin [doc. Ing. Ladislav Šubrt, CSc.] and others)

The calculation is designed for a geometrical design and strength check of belt transmissions using V-belts. Application is developed in MS Excel, is multi-language, supports Imperial and Metric units, and solves the following main tasks: - Calculation for 2 or 3 pulleys. - Automatic design of a transmission with the minimum of input requirements. - Design and calculation of geometrical parameters (diameters of pulleys, axis distances, length of the belt, weight of the transmission). - Calculation of strength parameters (power transferred by the belt, number of belts, efficiency, etc.). - Calculation of force conditions (prestressing, axis loading of the pulleys, etc.). - Support of 2D CAD (AutoCAD, AutoCAD LT, IntelliCAD, Ashlar Graphite, TurboCAD) and 3D CAD in full calculation package (Autodesk Inventor, SolidWorks). The calculations use procedures, algorithms, and data from basic documents and standards ANSI, RMA (Rubber Manufacturers Association), ISO, DIN, BS, and basic documents from catalogs of companies CONTITECH (r) and Gates Rubber Company (r). Used standards: Narrow V-Belts ANSI/RMA IP-22; Traditional V-Belts ANSI/RMA IP-20; Light Duty V-Belts ANSI/RMA IP-23; DIN 7753; DIN 2211; DIN 2215; ISO 4184.

The calculation is designed for geometric and strength designs and checks of bevel gear with straight, helical and curved teeth. The program gives solutions to the following tasks: - Calculation of helical and straight toothing. - Automatic design of a transmission with the minimum number of input requirements. - Design for entered coefficients of safety (static, dynamic). - Calculation of complete geometric parameters (including corrected toothing). - Calculation of strength parameters, safety check. - Supplementary calculations (calculation of parameters of the existing gear, temperature rise, design of shafts) - Support of 2D CAD (AutoCAD, AutoCAD LT, IntelliCAD, Ashlar Graphite, TurboCAD) and 3D CAD in full calculation package (Autodesk Inventor, SolidWorks). The calculations use procedures, algorithms and data from standards ANSI, ISO, DIN, BS and specialized literature. List of standards: DIN 3971, DIN 3991 Kegelradern 1-4, ISO 6336 1-3, DIN 3965 Toleranzen für Kegelradverzahnungen 1-4, ISO 1328, DIN 3990, ANSI B6.1-1968, AGMA 2001-C95, AGMA 908-B89/95, AGMA 2003-A86/88, AGMA 2005-B88 and others.