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Will automatically create a new workplane based on the current draft analysis direction. Draw Isocline curves – Selecting this icon will create wireframe geometry where each colour band changes onto the model. Imprint Isocline curves and colour face sets – Selecting this icon will imprint the edges where each colour band changes and also maintain the face colours defined by the draft analysis control panel 7. Imprint Isocline curves – Selecting this icon will imprint the edges where each colour band changes onto the model.
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Update graphics – Selecting this icon will update the display to represent any angle change.
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Allows the user to re-select the direction for draft analysis. Save Default Parameters – After setting the default angle range values, it is possible to save the values and recall them for another model. Load default Parameters – This will allow you to load the default angle range values previously defined 2. Using this control panel it is possible to manipulate the draft angle valuesġ. Switch ON only the Part 2 layer and also make it the current working layer (green arrow).Īnalysis > Draft Analysis Select the model to analyse – Select the ORANGE solid Select the plane normal – Select the Z axisĪfter selecting the plane normal a display panel will be presented to the left hand side. We will continue to use the rest of the Analysis tools and work on Part 2 (ORANGE model). Now we know what the design changes are, CANCEL out of the comparison module by pressing the “X”. The design changes displayed without the common zones visible If you switch OFF the ‘show’ tick box in ‘Common zones’ and update the graphics, it is very quick and easy to see the design changes for the new revision of the solid model. Moving the transparency slider bar will display both sets of faces on either model Moving the slider bar will dynamically show both models Select the ‘Transparency’ option to activate a slider bar. If this option is switched off, only the different faces will be displayed If ‘Show common zones’ is set, the complete model will be displayed. The colours for the first and second models can be set here Differences less than this will be shown as ‘common’ The models will be coloured with the ‘common’ colour and the areas that are different will be coloured using the ‘Internal’ or ‘External’ colour depending upon whether the situation is ‘metal on’ or ‘metal missing’ ‘External – Internal zones’ – This mode will activate the internal and external colour selection icons (and disable the basic first and second colour icons). Common colour and first or second colour as appropriate). ‘Partially common faces’ – The models are coloured the same as ‘Only common faces’ above except, faces that have both identical and different areas will be ‘split’ coloured (i.e. Other faces will be coloured first or second colour as appropriate. ‘Only common faces’ – Faces that are identical (to within the set tolerance) will be coloured in the ‘common’ colour. The user can move the transparency percentage slider to observe the differences. ‘None’ – The two models are shaded using the two colours. When the ‘Fast’ method is selected, 4 modes of operation are possible:. The ‘Accurate’ method allows the user to identify all of the faces that are different between the two models and colour them with up to 5 different bands of colour. The ‘Fast’ method allows the user to show all of the faces that are different between the two models to within a single tolerance. There are two methods of display for the new ‘comparison’ module. Switch ON both the “Part 1” and “Part 2” layer to show both models together.Īnalysis > Compare Select the first body - Select PART 1 ( the original GREEN solid model ) Select the body to compare - Select PART 2 (the second ORANGE solid model ) NOTE : The comparison tolerance value can be changed from inside the compare control panel.Ī new interface will be displayed (shown below) We will use the VISI-Comparison module to check for the model differences between Part 1 and Part 2. The second model represents a second revision of the same component. There will be a second ORANGE model that resides on the “Part 2” layer. Part 1 is to be used as the first revision of a plastic component. The GREEN model will reside on the “Part 1” layer. Start by opening the workfile: File > Open Object The following example will highlight some of the required techniques to fully utilise the dedicated analysis functions within VISI-Modelling. During this exercise, it is assumed that the user has a basic knowledge of the VISI-Series software. INTRODUCTION Pre-requisite It is important that before you attempt this VISI-Analysis training example you must have completed and fully understood the previous VISI-Design and VISI-Modelling and VISISurface Modelling examples.