forgot to scale#683
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This pull request updates the calculation of 'timeRatio' in 'AxisLines.tsx' by wrapping it in 'useMemo' and including it in the dependency array for 'zLine'. The reviewer suggested improving the implementation by adding a safety check for division by zero when 'shape.x' is zero and replacing magic numbers with named constants to improve readability and maintainability.
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| const depthRatio = useMemo(()=>shape.z/shape.x*timeScale,[shape, timeScale]); | ||
| const shapeRatio = useMemo(()=>shape.y/shape.x, [shape]) | ||
| const timeRatio = Math.max(shape.z/shape.x, 2); | ||
| const timeRatio = useMemo(()=>Math.max(shape.z/shape.x * 2, 2),[shape]); |
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This line has a couple of potential improvements:
-
Edge Case Handling: There's a potential for division by zero if
shape.xis0. This could result intimeRatiobeingInfinityorNaN, which might cause rendering errors. It's safer to handle this edge case explicitly. -
Magic Numbers: The number
2is used for both a scaling factor and a minimum value. This can be confusing. Using named constants would make the code more readable and maintainable.
Here is a suggestion that addresses both points:
| const timeRatio = useMemo(()=>Math.max(shape.z/shape.x * 2, 2),[shape]); | |
| const timeRatio = useMemo(() => { | |
| if (!shape.x) { | |
| return 2; // Fallback to the minimum value if shape.x is 0 or falsy | |
| } | |
| const SCALE_FACTOR = 2; | |
| const MIN_RATIO = 2; | |
| return Math.max((shape.z / shape.x) * SCALE_FACTOR, MIN_RATIO); | |
| }, [shape]); |
closes #682