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| The Custom Slide Toolbar is used to make a custom slide. From left to right: | | The Custom Slide Toolbar is used to make a custom slide. From left to right: |
| * position function of x used to calculate the horizontal position of each mark along the slide or stator (the range of this function should be 0 to 1) | | * position function of x used to calculate the horizontal position of each mark along the slide or stator (the range of this function should be 0 to 1) |
| + | * result function of x used to read a value from the slide or stator (usually the inverse of the position function) |
| * label function of x used to calculate a label for each mark (often identity) | | * label function of x used to calculate a label for each mark (often identity) |
− | * result function of x used to read a value from the slide or stator (usually the inverse of the position function)
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− | * results label function of x to calculate a label for the results display
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| * the minimum value of x used in the functions domains | | * the minimum value of x used in the functions domains |
| * the maximum value of x used in the functions domains | | * the maximum value of x used in the functions domains |
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| In the values shown in the illustration of the Custom Toolbar are used to generate a C (log) slide: | | In the values shown in the illustration of the Custom Toolbar are used to generate a C (log) slide: |
| :the position is determined by ''f''(''x'') = ''log''(''x'', 10) | | :the position is determined by ''f''(''x'') = ''log''(''x'', 10) |
| + | :the result (the inverse of ''f''(''x'')) is ''f<sup>-1</sup>''(''x'') = ''pow''(10, ''x'') |
| :the label is ''g''(''x'') = ''x'' | | :the label is ''g''(''x'') = ''x'' |
− | :the result (the inverse of ''f''(''x'')) is ''f<sup>-1</sup>''(''x'') = ''pow''(10, ''x'')
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− | :the result label is ''h''(''x'') = ''x''
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| :the domain is from 1 to 10 | | :the domain is from 1 to 10 |
| :the step size is 1/4. | | :the step size is 1/4. |