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Added GSI tests.

This commit is contained in:
Matthias Koefferlein 2020-09-22 18:36:40 +02:00
parent f6107e0686
commit 737e12d6a4
2 changed files with 80 additions and 12 deletions
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28
src/drc/drc/built-in-macros/_drc_layer.rb
View File

@ -1673,7 +1673,7 @@ CODE
# @name interacting # @name interacting
# @brief Selects shapes or regions of self which touch or overlap shapes from the other region # @brief Selects shapes or regions of self which touch or overlap shapes from the other region
# @synopsis layer.interacting(other) # @synopsis layer.interacting(other)
# @synopsis layer.interacting(other, count) # @synopsis layer.interacting(other, min_count)
# @synopsis layer.interacting(other, min_count, max_count) # @synopsis layer.interacting(other, min_count, max_count)
# @synopsis layer.interacting(other, min_count .. max_count) # @synopsis layer.interacting(other, min_count .. max_count)
# This method selects all shapes or regions from self which touch or overlap shapes from the other # This method selects all shapes or regions from self which touch or overlap shapes from the other
@ -1694,7 +1694,7 @@ CODE
# @/tr # @/tr
# @/table # @/table
# #
# If a single count is given, shapes from self are selected only if they do interact with the given # If a single count is given, shapes from self are selected only if they do interact at least with the given
# number of (different) shapes from the other layer. If a min and max count is given, shapes from # number of (different) shapes from the other layer. If a min and max count is given, shapes from
# self are selected only if they interact with min_count or more, but a maximum of max_count different shapes # self are selected only if they interact with min_count or more, but a maximum of max_count different shapes
# from the other layer. Two polygons overlapping or touching at two locations are counted as single interactions. # from the other layer. Two polygons overlapping or touching at two locations are counted as single interactions.
@ -1709,7 +1709,7 @@ CODE
# @name not_interacting # @name not_interacting
# @brief Selects shapes or regions of self which do not touch or overlap shapes from the other region # @brief Selects shapes or regions of self which do not touch or overlap shapes from the other region
# @synopsis layer.not_interacting(other) # @synopsis layer.not_interacting(other)
# @synopsis layer.not_interacting(other, count) # @synopsis layer.not_interacting(other, min_count)
# @synopsis layer.not_interacting(other, min_count, max_count) # @synopsis layer.not_interacting(other, min_count, max_count)
# @synopsis layer.not_interacting(other, min_count .. max_count) # @synopsis layer.not_interacting(other, min_count .. max_count)
# This method selects all shapes or regions from self which do not touch or overlap shapes from the other # This method selects all shapes or regions from self which do not touch or overlap shapes from the other
@ -1730,7 +1730,7 @@ CODE
# @/tr # @/tr
# @/table # @/table
# #
# If a single count is given, shapes from self are selected only if they do not interact with the given # If a single count is given, shapes from self are selected only if they interact with less than the given
# number of (different) shapes from the other layer. If a min and max count is given, shapes from # number of (different) shapes from the other layer. If a min and max count is given, shapes from
# self are selected only if they interact with less than min_count or more than max_count different shapes # self are selected only if they interact with less than min_count or more than max_count different shapes
# from the other layer. Two polygons overlapping or touching at two locations are counted as single interactions. # from the other layer. Two polygons overlapping or touching at two locations are counted as single interactions.
@ -1745,7 +1745,7 @@ CODE
# @name select_interacting # @name select_interacting
# @brief Selects shapes or regions of self which touch or overlap shapes from the other region # @brief Selects shapes or regions of self which touch or overlap shapes from the other region
# @synopsis layer.select_interacting(other) # @synopsis layer.select_interacting(other)
# @synopsis layer.select_interacting(other, count) # @synopsis layer.select_interacting(other, min_count)
# @synopsis layer.select_interacting(other, min_count, max_count) # @synopsis layer.select_interacting(other, min_count, max_count)
# @synopsis layer.select_interacting(other, min_count .. max_count) # @synopsis layer.select_interacting(other, min_count .. max_count)
# This method selects all shapes or regions from self which touch or overlap shapes from the other # This method selects all shapes or regions from self which touch or overlap shapes from the other
@ -1758,7 +1758,7 @@ CODE
# with respect to other edges or polygons. Texts can be selected with respect to # with respect to other edges or polygons. Texts can be selected with respect to
# polygons. Polygons can be selected with respect to edges, texts and other polygons. # polygons. Polygons can be selected with respect to edges, texts and other polygons.
# #
# If a single count is given, shapes from self are selected only if they do interact with the given # If a single count is given, shapes from self are selected only if they do interact at least with the given
# number of (different) shapes from the other layer. If a min and max count is given, shapes from # number of (different) shapes from the other layer. If a min and max count is given, shapes from
# self are selected only if they interact with min_count or more, but a maximum of max_count different shapes # self are selected only if they interact with min_count or more, but a maximum of max_count different shapes
# from the other layer. Two polygons overlapping or touching at two locations are counted as single interactions. # from the other layer. Two polygons overlapping or touching at two locations are counted as single interactions.
@ -1767,7 +1767,7 @@ CODE
# @name select_not_interacting # @name select_not_interacting
# @brief Selects shapes or regions of self which do not touch or overlap shapes from the other region # @brief Selects shapes or regions of self which do not touch or overlap shapes from the other region
# @synopsis layer.select_not_interacting(other) # @synopsis layer.select_not_interacting(other)
# @synopsis layer.select_not_interacting(other, count) # @synopsis layer.select_not_interacting(other, min_count)
# @synopsis layer.select_not_interacting(other, min_count, max_count) # @synopsis layer.select_not_interacting(other, min_count, max_count)
# @synopsis layer.select_not_interacting(other, min_count .. max_count) # @synopsis layer.select_not_interacting(other, min_count .. max_count)
# This method selects all shapes or regions from self which do not touch or overlap shapes from the other # This method selects all shapes or regions from self which do not touch or overlap shapes from the other
@ -1780,7 +1780,7 @@ CODE
# with respect to other edges or polygons. Texts can be selected with respect to # with respect to other edges or polygons. Texts can be selected with respect to
# polygons. Polygons can be selected with respect to edges, texts and other polygons. # polygons. Polygons can be selected with respect to edges, texts and other polygons.
# #
# If a single count is given, shapes from self are selected only if they do not interact with the given # If a single count is given, shapes from self are selected only if they interact with less than the given
# number of (different) shapes from the other layer. If a min and max count is given, shapes from # number of (different) shapes from the other layer. If a min and max count is given, shapes from
# self are selected only if they interact with less than min_count or more than max_count different shapes # self are selected only if they interact with less than min_count or more than max_count different shapes
# from the other layer. Two polygons overlapping or touching at two locations are counted as single interactions. # from the other layer. Two polygons overlapping or touching at two locations are counted as single interactions.
@ -3301,16 +3301,20 @@ CODE
elsif args.size == 1 elsif args.size == 1
a = args[0] a = args[0]
if a.is_a?(Range) if a.is_a?(Range)
if a.min.to_i <= 0 if a.begin && a.begin.to_i <= 0
raise("#{f}: min_count argument must be a positive, non-zero number") raise("#{f}: lower bound of range must be a positive, non-zero number")
end
if a.end
return [(a.begin || 1).to_i, a.end.to_i]
else
return [(a.begin || 1).to_i]
end end
return [a.min.to_i, a.max.to_i]
elsif !a.is_a?(1.class) elsif !a.is_a?(1.class)
raise("#{f}: count argument must be an integer number") raise("#{f}: count argument must be an integer number")
elsif a <= 0 elsif a <= 0
raise("#{f}: count argument must be a positive, non-zero number") raise("#{f}: count argument must be a positive, non-zero number")
else else
return [a, a] return [a]
end end
elsif args.size == 2 elsif args.size == 2
amin = args[0] amin = args[0]

64
testdata/ruby/dbRegionTest.rb vendored
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@ -512,6 +512,8 @@ class DBRegion_TestClass < TestBase
r1.insert(RBA::Box::new(50, 70, 150, 270)) r1.insert(RBA::Box::new(50, 70, 150, 270))
r1.insert(RBA::Box::new(100, 70, 250, 270)) r1.insert(RBA::Box::new(100, 70, 250, 270))
r2 = RBA::Region::new(RBA::Box::new(-10, -20, 100, 200)) r2 = RBA::Region::new(RBA::Box::new(-10, -20, 100, 200))
r3 = RBA::Region::new(RBA::Box::new(150, 270, 160, 280))
r3 += r2
assert_equal(r1.merged_semantics?, true) assert_equal(r1.merged_semantics?, true)
r1.merged_semantics = false r1.merged_semantics = false
@ -520,19 +522,81 @@ class DBRegion_TestClass < TestBase
assert_equal(r1.inside(r2).to_s, "(10,20;10,200;100,200;100,20)") assert_equal(r1.inside(r2).to_s, "(10,20;10,200;100,200;100,20)")
assert_equal(r1.not_inside(r2).to_s, "(50,70;50,270;150,270;150,70);(100,70;100,270;250,270;250,70)") assert_equal(r1.not_inside(r2).to_s, "(50,70;50,270;150,270;150,70);(100,70;100,270;250,270;250,70)")
assert_equal(r1.interacting(r2).to_s, "(10,20;10,200;100,200;100,20);(50,70;50,270;150,270;150,70);(100,70;100,270;250,270;250,70)") assert_equal(r1.interacting(r2).to_s, "(10,20;10,200;100,200;100,20);(50,70;50,270;150,270;150,70);(100,70;100,270;250,270;250,70)")
assert_equal(r1.interacting(r3, 1).to_s, "(10,20;10,200;100,200;100,20);(50,70;50,270;150,270;150,70);(100,70;100,270;250,270;250,70)")
assert_equal(r1.interacting(r3, 2).to_s, "(50,70;50,270;150,270;150,70);(100,70;100,270;250,270;250,70)")
assert_equal(r1.interacting(r3, 3).to_s, "")
assert_equal(r1.interacting(r3, 1, 1).to_s, "(10,20;10,200;100,200;100,20)")
assert_equal(r1.interacting(r3, 2, 2).to_s, "(50,70;50,270;150,270;150,70);(100,70;100,270;250,270;250,70)")
assert_equal(r1.not_interacting(r2).to_s, "") assert_equal(r1.not_interacting(r2).to_s, "")
assert_equal(r1.not_interacting(r3, 1).to_s, "")
assert_equal(r1.not_interacting(r3, 2).to_s, "(10,20;10,200;100,200;100,20)")
assert_equal(r1.not_interacting(r3, 3).to_s, "(10,20;10,200;100,200;100,20);(50,70;50,270;150,270;150,70);(100,70;100,270;250,270;250,70)")
assert_equal(r1.not_interacting(r3, 1, 1).to_s, "(50,70;50,270;150,270;150,70);(100,70;100,270;250,270;250,70)")
assert_equal(r1.not_interacting(r3, 2, 2).to_s, "(10,20;10,200;100,200;100,20)")
assert_equal(r1.overlapping(r2).to_s, "(10,20;10,200;100,200;100,20);(50,70;50,270;150,270;150,70)") assert_equal(r1.overlapping(r2).to_s, "(10,20;10,200;100,200;100,20);(50,70;50,270;150,270;150,70)")
assert_equal(r1.not_overlapping(r2).to_s, "(100,70;100,270;250,270;250,70)") assert_equal(r1.not_overlapping(r2).to_s, "(100,70;100,270;250,270;250,70)")
assert_equal(r1.outside(r2).to_s, "(100,70;100,270;250,270;250,70)") assert_equal(r1.outside(r2).to_s, "(100,70;100,270;250,270;250,70)")
assert_equal(r1.not_outside(r2).to_s, "(10,20;10,200;100,200;100,20);(50,70;50,270;150,270;150,70)") assert_equal(r1.not_outside(r2).to_s, "(10,20;10,200;100,200;100,20);(50,70;50,270;150,270;150,70)")
e2 = RBA::Edges::new(RBA::Edge::new(-10, -20, 100, 200))
e3 = RBA::Edges::new(RBA::Edge::new(150, 270, 160, 280))
e3 += e2
assert_equal(r1.interacting(e2).to_s, "(100,70;100,270;250,270;250,70);(50,70;50,270;150,270;150,70);(10,20;10,200;100,200;100,20)")
assert_equal(r1.interacting(e3, 1).to_s, "(100,70;100,270;250,270;250,70);(50,70;50,270;150,270;150,70);(10,20;10,200;100,200;100,20)")
assert_equal(r1.interacting(e3, 2).to_s, "(100,70;100,270;250,270;250,70);(50,70;50,270;150,270;150,70)")
assert_equal(r1.interacting(e3, 3).to_s, "")
assert_equal(r1.interacting(e3, 1, 1).to_s, "(10,20;10,200;100,200;100,20)")
assert_equal(r1.interacting(e3, 2, 2).to_s, "(100,70;100,270;250,270;250,70);(50,70;50,270;150,270;150,70)")
assert_equal(r1.not_interacting(e2).to_s, "")
assert_equal(r1.not_interacting(e3, 1).to_s, "")
assert_equal(r1.not_interacting(e3, 2).to_s, "(10,20;10,200;100,200;100,20)")
assert_equal(r1.not_interacting(e3, 3).to_s, "(100,70;100,270;250,270;250,70);(50,70;50,270;150,270;150,70);(10,20;10,200;100,200;100,20)")
assert_equal(r1.not_interacting(e3, 1, 1).to_s, "(100,70;100,270;250,270;250,70);(50,70;50,270;150,270;150,70)")
assert_equal(r1.not_interacting(e3, 2, 2).to_s, "(10,20;10,200;100,200;100,20)")
t2 = RBA::Texts::new(RBA::Text::new("a", RBA::Trans::new(50, 100)))
t3 = RBA::Texts::new(RBA::Text::new("b", RBA::Trans::new(150, 270)))
t3 += t2
assert_equal(r1.interacting(t2).to_s, "(50,70;50,270;150,270;150,70);(10,20;10,200;100,200;100,20)")
assert_equal(r1.interacting(t3, 1).to_s, "(100,70;100,270;250,270;250,70);(50,70;50,270;150,270;150,70);(10,20;10,200;100,200;100,20)")
assert_equal(r1.interacting(t3, 2).to_s, "(50,70;50,270;150,270;150,70)")
assert_equal(r1.interacting(t3, 3).to_s, "")
assert_equal(r1.interacting(t3, 1, 1).to_s, "(100,70;100,270;250,270;250,70);(10,20;10,200;100,200;100,20)")
assert_equal(r1.interacting(t3, 2, 2).to_s, "(50,70;50,270;150,270;150,70)")
assert_equal(r1.not_interacting(t2).to_s, "(100,70;100,270;250,270;250,70)")
assert_equal(r1.not_interacting(t3, 1).to_s, "")
assert_equal(r1.not_interacting(t3, 2).to_s, "(100,70;100,270;250,270;250,70);(10,20;10,200;100,200;100,20)")
assert_equal(r1.not_interacting(t3, 3).to_s, "(100,70;100,270;250,270;250,70);(50,70;50,270;150,270;150,70);(10,20;10,200;100,200;100,20)")
assert_equal(r1.not_interacting(t3, 1, 1).to_s, "(50,70;50,270;150,270;150,70)")
assert_equal(r1.not_interacting(t3, 2, 2).to_s, "(100,70;100,270;250,270;250,70);(10,20;10,200;100,200;100,20)")
rr = r1.dup rr = r1.dup
rr.select_interacting(r2) rr.select_interacting(r2)
assert_equal(rr.to_s, "(10,20;10,200;100,200;100,20);(50,70;50,270;150,270;150,70);(100,70;100,270;250,270;250,70)") assert_equal(rr.to_s, "(10,20;10,200;100,200;100,20);(50,70;50,270;150,270;150,70);(100,70;100,270;250,270;250,70)")
rr = r1.dup
rr.select_interacting(r3, 2, 2)
assert_equal(rr.to_s, "(50,70;50,270;150,270;150,70);(100,70;100,270;250,270;250,70)")
rr = r1.dup
rr.select_interacting(e3, 2, 2)
assert_equal(rr.to_s, "(100,70;100,270;250,270;250,70);(50,70;50,270;150,270;150,70)")
rr = r1.dup
rr.select_interacting(t3, 2, 2)
assert_equal(rr.to_s, "(50,70;50,270;150,270;150,70)")
rr = r1.dup rr = r1.dup
rr.select_not_interacting(r2) rr.select_not_interacting(r2)
assert_equal(rr.to_s, "") assert_equal(rr.to_s, "")
rr = r1.dup
rr.select_not_interacting(r3, 2, 2)
assert_equal(rr.to_s, "(10,20;10,200;100,200;100,20)")
rr = r1.dup
rr.select_not_interacting(e3, 2, 2)
assert_equal(rr.to_s, "(10,20;10,200;100,200;100,20)")
rr = r1.dup
rr.select_not_interacting(t3, 2, 2)
assert_equal(rr.to_s, "(100,70;100,270;250,270;250,70);(10,20;10,200;100,200;100,20)")
rr = r1.dup rr = r1.dup
rr.select_overlapping(r2) rr.select_overlapping(r2)