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- Initiates the calculation of contour height using a weighted least squares analysis of all the data points.
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- To set the contouring interval use the contour settings option.
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- Initiates a rule of mixtures calculation in the currently selected phase field.
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- Both the weighted least sqaures contour height and the rule of mixtures contour height will be calculated.
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- Enter the required composition in the dialog that follows.
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- Enables spot calculations when the mouse is clicked on the diagram.
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- Spot calculations will be made for the composition selected by clicking the mouse within the ternary diagram.
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- Defines the stepping interval at which calculations are made over the ternary grid.
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- Enables Line Profiles.
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- Click on the diagram to identify and display a line profile of the weighted contour height and ROM contour height.
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- Line Profiles will be constructed about the composition selected by clicking the mouse within the ternary diagram.
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- Sets the following options.
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- 1. If data points are displayed. 2. Type of Line Profile drawn.
- 3. Format in which Line profile data is to be stored in the clipboard .
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- Selects the weighting function and weighting factors to be used in the contour calculations.
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- The highlighted data sets will be deleted from the analysis and transfered to the clipboard.
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- The data contained in the frontmost window will be copied to the clipboard.
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- Contour Maps are copied as PICT's. You may choose TEXT or PICT for line profile data - see preferences dialog.
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- Pastes datasets into the data window.
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- Pastes datasets into the data window.
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- Not available because the data window is not frontmost.
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- Removes the currently selected phase field from the phase field list.
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- Opens a blank ternary diagram.
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- Opens an existing Tcontour document. All data points and defined phase fields will be loaded.
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- Opens a plain text file containing ternary data and creates a new ternary diagram.
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- Only correctly formatted files should be opened.
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- Close all the windows and unload the data and defined phase fields from memory.
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- Closes all the windows.
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- Not available because no document is loaded.
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- Saves all the data points and defined phase fields in a Tcontour document.
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- Saves the contour mapped data in a text file that can be read by NCSA Heirarchical Data Format
- (HDF) convertors for use on other computer systems.
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- Saves the contour mapped data into a text file that can be read by other applications.
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- Not available since no data is loaded.
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- Prints the frontmost window.
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- Prints the frontmost window.
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- Not available because no windows are active.
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- Quit Tcontour.
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- Allows the limiting compositions and property values of a 3 phase field to be defined.
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- Selecting an existing field will make that field the active field
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- Define the molecular weight and density of the limiting compositions in the selected 3 phase field.
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- Allows conversion between weight%, mole% and volume%
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- Enter a name for the 3 phase field.
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- Enter a name for this 3 phase field.
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- Enter names to identify the vertices of this three phase field.
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- This is the property that is being contoured. Enter the appropraite limiting values in the boxes below.
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- Push this button to display the extent of this 3 phase field on the ternary diagram.
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- This 3 phase field will be displayed on the ternary diagram.
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- Enter the molecular weight of each vertex of your 3 phase field.
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- Enter the density of each phase at the vertex of the 3 phase field.
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- Identifies the current 3 phase field.
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- Push this button to convert mol% data to weight% data for the purpose of the rule of mixtures calculations.
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- The data will be converted from mol% to wt% before the rule of mixtures calculations are made.
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- Push this button to convert wt% data to volume% for the purpose of the rule of mixtures calculations.
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- The data will be converted from weight % to volume% before the rule of mixtures calculations are made.
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- Push this button to select a series model for rule of mixtures calculations.
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- A series rule of mixtures has been selected for this 3 phase field.
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- Push this button to select a parallel model for rule of mixtures calculations.
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- A parallel rule of mixtures has been selected for this 3 phase field.
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- The component at the lower left edge of the ternary. Do not enter more than 31 characters
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- The component at the upper vertex if the ternary. Do not enter more than 31 characters.
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- The component at the lower right corner of the ternary.
- Do not enter more than 31 characters
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- Enter a label defining the property of interest. Do not use more than 31 characters.
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- Defines the rate of exponential decay of the weighting function.
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- Default value is 0.001
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- Defines a small distance such that the denominator in the weighting functions is never zero.
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- Default is 0.1.
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