Chores #445
Chores #445
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```
Graphics/Implicit/Definitions.hs:113:2: warning: [-Wtype-equality-requires-operators]
The use of ‘~’ without TypeOperators
will become an error in a future GHC release.
Suggested fix: Perhaps you intended to use TypeOperators
|
113 | $(makeWrapped ''ℝ3')
```
sorki
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There are some new warnings about specialisation of imported functions
like
```
programs/docgen.hs: error: [-Wall-missed-specialisations, -Werror=all-missed-specialisations]
Could not specialise imported function ‘ghc-prim:GHC.Classes.$fEq[]_$c==’
Probable fix: add INLINABLE pragma on ‘ghc-prim:GHC.Classes.$fEq[]_$c==’
```
which we can't do much about. Don't fail in CI on these.
This fixes show for rotate3
so cheaper `r /= 0` is evaluated first and it can sometimes fail faster without evaluating more expensive `abs (x-y) < r` operation.
Before, only `Insidedness` was rendered, now we also show some more
details
```
3) symbolic obj 3, inverses, scale inverse
Falsified (after 1 test and 1 shrink):
V3 0.0 0.0 3.328273472768273e-2
(sphere 0.0,(V3 0.0 0.0 0.0,()))
TestResult:
| Outside
| scale (V3 NaN NaN 1.0) (sphere 0.0)
| Sampled at V3 0.0 0.0 0.0 returns NaN
/=
TestResult:
| Surface
| sphere 0.0
| Sampled at V3 0.0 0.0 0.0 returns 0.0
```
so `NaN` doesn't result in `Outside`. We also make sure that two NaNFails are never equal, so the property producing NaN always fails.
this (introduced by me) looks like a good idea (and identity) but it isn't since sometimes we want to reset rounding to zero for nested objects. This broke `prop "withRounding always takes the last value idempotent"`.
| @@ -56,7 +56,7 @@ getImplicitShared ctx (UnionR _ []) = | |||
| getImplicitShared ctx (UnionR r symbObjs) = \p -> | |||
| rminimum r $ fmap (flip (getImplicit' ctx) p) symbObjs | |||
| getImplicitShared ctx (IntersectR _ []) = | |||
| getImplicitShared @obj ctx Full | |||
| getImplicitShared @obj ctx Empty | |||
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I think so, based on https://en.wikipedia.org/wiki/Intersection_(set_theory)#Algebraic_properties
The intersection of any set with the empty set results in the empty set;
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Also our implicit space (or starting object?) seems to be emptySpace - if we have union [oneObject] or just oneObject (without implicit union xD) it seems like it can only be unioned with emptySpace, because if it was a fullSpace we would get fullSpace instead of oneObject.
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| ------------------------------------------------------------------------------ | ||
| -- | The number of decimal points we need to agree to assume two 'Double's are | ||
| -- equal. |
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excuse me while i hurl. :)
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I think that the reason it wasn't required was that Arbitrary Double / Gen Double wasn't generating small enough or close to zero things and transforms. Before, there was epsilon = 5 and currently even epsilon = 16 works quite well but eventually, with large enough --qc-max-success it breaks. This seems to hold up to --qc-max-success=10M
Related to Haskell-Things#441 This will get factored out into canonicalization pass
It doens't hold for cases where one scaling has zero component. Adjust QC tests to generate scaling vectors without zero components.
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I still want to factor out guards into canonicalization function, that will also solve it for |
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Implements recursive tree rewriting to handle identities, transformation merging, sanitization and basic handling of degenerate objects.
It didn't remove temporary files on successful runs, filling up tmp. Make `goldenFormat'` higher order so it can be used by both 2D and 3D. Render pretty fail message.
| -- Copyright 2015 2016, Mike MacHenry ([email protected]) | ||
| -- Released under the GNU AGPLV3+, see LICENSE | ||
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| -- | This module implements canonicalization pass that |
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| -- | This module implements canonicalization pass that | |
| -- | This module implements a canonicalization pass that |
| @@ -112,7 +112,7 @@ buildShared (WithRounding r obj) | r == 0 = build obj | |||
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| buildShared(UnionR _ _) = error "cannot provide roundness when exporting openscad; unsupported in target format." | |||
| buildShared(IntersectR _ _) = error "cannot provide roundness when exporting openscad; unsupported in target format." | |||
| buildShared(DifferenceR _ _ _) = error "cannot provide roundness when exporting openscad; unsupported in target format." | |||
| buildShared(DifferenceR {}) = error "cannot provide roundness when exporting openscad; unsupported in target format." | |||
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why quash the argument count just here?
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Hlint complains about it when there are 3 and more
| @@ -3,10 +3,6 @@ | |||
| -- Copyright (C) 2016, Julia Longtin ([email protected]) | |||
| -- Released under the GNU AGPLV3+, see LICENSE | |||
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| -- allow us to specify what package to import what module from. | |||
| -- We don't actually care, but when we compile our haskell examples, we do. | |||
| {-# LANGUAGE PackageImports #-} | |||
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No idea! (found by hlint).
Arbitrary Doublegenerator that now also generates exact zeroes.