@@ -6,10 +6,11 @@ No matter how complex the layout is and how deep the constraints are, it has alm
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performance as Flex and Stack. When facing complex layouts, it provides better performance,
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flexibility, and a very flat code hierarchy than Flex and Stack. Say no to 'nesting hell'.
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- ** It is recommended to use ConstraintLayout at the top level. For extremely complex layout(One
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- thousand child elements, two thousand constraints), layout and drawing total time within 5
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- milliseconds(debug mode on Windows 10,release mode take less time), the frame rate can be easily
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- reached 200 fps.**
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+ ** Flutter ConstraintLayout has extremely high layout performance because it does not require linear
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+ equations to solve. It is recommended to use ConstraintLayout at the top level. For extremely
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+ complex layout(One thousand child elements, two thousand constraints), layout and drawing total time
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+ within 5 milliseconds(debug mode on Windows 10,release mode take less time), the frame rate can be
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+ easily reached 200 fps.**
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** If not necessary, try to be relative to the parent layout, so that you can define less id.**
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@@ -53,13 +54,13 @@ insult him.
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10 . guideline
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11 . constraints and widgets separation
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12 . barrier
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+ 13 . dimension ratio
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Coming soon:
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- 1 . constraints visualization
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- 2 . chain
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- 3 . dimension ratio
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- 4 . more...
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+ 1 . chain
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+ 2 . constraints visualization
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+ 3 . more...
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Support platform:
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@@ -79,12 +80,12 @@ dependencies:
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flutter_constraintlayout :
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git :
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url : ' https://github.com/hackware1993/Flutter-ConstraintLayout.git'
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- ref : ' v0.8.9 -stable'
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+ ref : ' v0.9.0 -stable'
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` ` `
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` ` ` yaml
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dependencies :
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- flutter_constraintlayout : ^0.8.9 -stable
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+ flutter_constraintlayout : ^0.9.0 -stable
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` ` `
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` ` ` dart
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