#2519 - The length of the arrow becomes 2 bonds after layout but should be 1 #5031
GitHub Actions / macos-13-x86_64-java_test_report
failed
Nov 17, 2024 in 0s
283 tests run, 277 passed, 0 skipped, 6 failed.
Annotations
Check failure on line 1 in api/c/tests/unit/tests/basic.cpp
github-actions / macos-13-x86_64-java_test_report
basic.allenes
[FAILED]
Raw output
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+ -2.5981 -0.5000 0.0000 N 0 0 0 0 0 0 0 0 0 0 0 0
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Check failure on line 1 in api/c/tests/unit/tests/formats.cpp
github-actions / macos-13-x86_64-java_test_report
formats.retrosynthetic_arrow_to_cdx
[FAILED]
Raw output
Diff:
- ket_retro_arrow.b64cdx:SUCCEED
+ ket_retro_arrow.b64cdx:FAILED
+ ---
+ +++
+ @@ -1 +1 @@
+ -VmpDRDAxMDAEAwIBAAAAAAAAAAAAAAAAAAAAAAUIBAAAAB4AGggCAAMAGwgCAAQAAAEkAAAAAgACAOn9BQBBcmlhbAMA6f0PAFRpbWVzIE5ldyBSb21hbgADMgAIAP///////wAAAAAAAP//AAAAAP////8AAAAA//8AAAAA/////wAAAAD/////AAD//wGAAAAAABAIAgABAA8IAgABAAOABAAAAASABQAAAAACCAAAACQAuZFBAAAABIAGAAAAAAIIAAAA9P+5kUEAAAAEgAcAAAAAAggAAADc/wAAGAAAAASACAAAAAIEAgAHACsEAgACAAACCAAAANz/cCNrAAaAAAAAAAACCAAAANz/cCNrACMIAQAAAAcZAAIAAAADAGAAyAAAAAIAAwAgAMgAAABOSDIAAAAABYAQAAAABAYEAAUAAAAFBgQABgAAAAAABYARAAAABAYEAAYAAAAFBgQABwAAAAAABYASAAAABAYEAAYAAAAFBgQACAAAAAAAAAADgAkAAAAEgAoAAAACBAIACAArBAIAAQAAAggAAAD0/3Ej+wAGgAAAAAAAAggAAAD0/3Ej+wAjCAEAAAAHDgABAAAAAwBgAMgAAABPSAAAAAAEgAsAAAAAAggAAAAMACi1JAEAAASADAAAAAIEAgAIACsEAgABAAACCAAAAPT/4kZOAQaAAAAAAAACCAAAAPT/4kZOASMIAQAAAAcOAAEAAAADAGAAyAAAAE9IAAAAAAWAEwAAAAQGBAAKAAAABQYEAAsAAAAAAAWAFAAAAAQGBAALAAAABQYEAAwAAAAAAAAAIYANAAAABAIQAAAAAAByI8sAAAAAAHAjmwA3CgIAAAA1CgIAAgAvCgIAAwAgCgIAWAIwCgIAWAIxCgIAlgAzCgIAWAIHAgwAciPLAAAAAAAAAAAACAIMAHAjmwAAAAAAAAAAAAAAB4AVAAAAEwAEAA0AAAAACgIAAQACCgIAIAAgCgIAWAIEAhAAAAAAAHIjywAAAAAAcCObAAAADYAAAAAADoAAAAAAAQwEAAQAAAACDAQACQAAAAQMBAAVAAAAAAAAAAAAAAAAAA==
+ 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
Check failure on line 1 in api/c/tests/unit/tests/formats.cpp
github-actions / macos-13-x86_64-java_test_report
formats.retrosynthetic_arrow_to_cdxml
[FAILED]
Raw output
Diff:
- ket_retro_arrow.cdxml:SUCCEED
+ ket_retro_arrow.cdxml:FAILED
+ ---
+ +++
+ @@ -18,11 +18,11 @@
+ </colortable>
+ <page HeightPages="1" WidthPages="1">
+ <fragment id="4">
+ - <n id="5" p="65.569229 36.000000"/>
+ - <n id="6" p="65.569229 -12.000000"/>
+ - <n id="7" p="24.000000 -36.000000"/>
+ - <n id="8" Element="7" NumHydrogens="2" p="107.138428 -36.000000">
+ - <t p="107.138428 -36.000000" LabelJustification="Left">
+ + <n id="5" p="40.980751 22.500000"/>
+ + <n id="6" p="40.980751 -7.500000"/>
+ + <n id="7" p="15.000000 -22.500000"/>
+ + <n id="8" Element="7" NumHydrogens="2" p="66.961525 -22.500000">
+ + <t p="66.961525 -22.500000" LabelJustification="Left">
+ <s font="3" size="10" face="96">NH</s>
+ <s font="3" size="10" face="32">2</s>
+ </t>
+ @@ -32,22 +32,22 @@
+ <b id="18" B="6" E="8"/>
+ </fragment>
+ <fragment id="9">
+ - <n id="10" Element="8" NumHydrogens="1" p="251.138443 -12.000000">
+ - <t p="251.138443 -12.000000" LabelJustification="Left">
+ + <n id="10" Element="8" NumHydrogens="1" p="156.961533 -7.500000">
+ + <t p="156.961533 -7.500000" LabelJustification="Left">
+ <s font="3" size="10" face="96">OH</s>
+ </t>
+ </n>
+ - <n id="11" p="292.707642 12.000000"/>
+ - <n id="12" Element="8" NumHydrogens="1" p="334.276886 -12.000000">
+ - <t p="334.276886 -12.000000" LabelJustification="Left">
+ + <n id="11" p="182.942276 7.500000"/>
+ + <n id="12" Element="8" NumHydrogens="1" p="208.923050 -7.500000">
+ + <t p="208.923050 -7.500000" LabelJustification="Left">
+ <s font="3" size="10" face="96">OH</s>
+ </t>
+ </n>
+ <b id="19" B="10" E="11"/>
+ <b id="20" B="11" E="12"/>
+ </fragment>
+ - <arrow id="13" BoundingBox="203.138458 -0.000000 155.138428 -0.000000" FillType="None" ArrowheadHead="Full" ArrowheadType="Angle" HeadSize="600" ArrowheadCenterSize="600" ArrowheadWidth="150" ArrowShaftSpacing="600" Head3D="203.138458 -0.000000 0.000000" Tail3D="155.138428 -0.000000 0.000000"/>
+ - <graphic id="21" SupersededBy="13" GraphicType="Line" ArrowType="RetroSynthetic" HeadSize="600" BoundingBox="203.138458 -0.000000 155.138428 -0.000000"/>
+ + <arrow id="13" BoundingBox="126.961525 -0.000000 96.961525 -0.000000" FillType="None" ArrowheadHead="Full" ArrowheadType="Angle" HeadSize="600" ArrowheadCenterSize="600" ArrowheadWidth="150" ArrowShaftSpacing="600" Head3D="126.961525 -0.000000 0.000000" Tail3D="96.961525 -0.000000 0.000000"/>
+ + <graphic id="21" SupersededBy="13" GraphicType="Line" ArrowType="RetroSynthetic" HeadSize="600" BoundingBox="126.961525 -0.000000 96.961525 -0.000000"/>
+ <scheme>
+ <step ReactionStepReactants="4" ReactionStepProducts="9" ReactionStepArrows="21"/>
+ </scheme>
Check failure on line 1 in api/c/tests/unit/tests/layout.cpp
github-actions / macos-13-x86_64-java_test_report
layout.macrocycles
[FAILED]
Raw output
Diff:
- Result: Success
+ Result: Error: atom #52 (C) contains delta 1.73201276526 > 0.01
+ atom #53 (O) contains delta 1.73208810558 > 0.01
- Result: Success
+ Result: Error: atom #38 (O) contains delta 1.19446661557 > 0.01
+ atom #39 (O) contains delta 1.19438068576 > 0.01
- Result: Success
+ Result: Error: atom #106 (O) contains delta 1.73207084174 > 0.01
+ atom #107 (O) contains delta 1.73207444758 > 0.01
Check failure on line 1 in api/c/tests/unit/tests/layout.cpp
github-actions / macos-13-x86_64-java_test_report
layout.selective_layout
[FAILED]
Raw output
Diff:
- Result: Success
+ Result: Error: atom #0 (C) contains delta 8.01084972231 > 0.01
+ atom #1 (C) contains delta 7.58606604272 > 0.01
+ atom #2 (C) contains delta 7.1534759604 > 0.01
+ atom #3 (C) contains delta 7.17086657519 > 0.01
+ atom #4 (C) contains delta 7.61883556144 > 0.01
+ atom #5 (C) contains delta 8.02638368139 > 0.01
+ atom #6 (C) contains delta 7.38199925714 > 0.01
+ atom #7 (C) contains delta 8.14802499373 > 0.01
+ atom #8 (C) contains delta 8.53032846633 > 0.01
+ atom #9 (C) contains delta 8.47250086346 > 0.01
+ atom #10 (C) contains delta 8.25285423739 > 0.01
+ atom #11 (C) contains delta 8.72955287401 > 0.01
+ atom #12 (C) contains delta 9.08742459804 > 0.01
+ atom #13 (C) contains delta 9.34702392963 > 0.01
+ atom #14 (C) contains delta 9.97329278542 > 0.01
+ atom #15 (C) contains delta 8.9221871913 > 0.01
+ atom #16 (C) contains delta 8.59991078942 > 0.01
+ atom #17 (C) contains delta 8.78637672784 > 0.01
+ atom #18 (C) contains delta 9.27850610768 > 0.01
+ atom #19 (C) contains delta 9.5779765233 > 0.01
+ atom #20 (C) contains delta 9.57769850274 > 0.01
+ atom #21 (C) contains delta 10.0431786574 > 0.01
+ atom #22 (C) contains delta 10.0434119778 > 0.01
+ atom #23 (C) contains delta 8.33527134776 > 0.01
+ atom #24 (C) contains delta 8.30681314489 > 0.01
+ atom #25 (C) contains delta 7.05244122132 > 0.01
+ atom #26 (C) contains delta 7.71307097031 > 0.01
+ atom #27 (C) contains delta 6.2749384988 > 0.01
+ atom #28 (C) contains delta 9.07798372156 > 0.01
+ atom #29 (C) contains delta 9.13678927504 > 0.01
+ atom #30 (C) contains delta 9.8867449676 > 0.01
+ atom #31 (C) contains delta 6.67714009133 > 0.01
+ atom #32 (C) contains delta 6.47772624814 > 0.01
+ atom #33 (C) contains delta 5.98823521294 > 0.01
+ atom #34 (C) contains delta 5.82844987186 > 0.01
+ atom #35 (C) contains delta 6.67651939917 > 0.01
+ atom #36 (C) contains delta 6.70043533388 > 0.01
+ atom #37 (C) contains delta 6.22863620483 > 0.01
+ atom #38 (C) contains delta 6.35859867212 > 0.01
+ atom #39 (C) contains delta 5.9507687774 > 0.01
+ atom #40 (C) contains delta 6.17474746704 > 0.01
+ atom #41 (C) contains delta 7.85847495874 > 0.01
+ atom #42 (C) contains delta 7.66167705131 > 0.01
+ atom #43 (C) contains delta 7.97769586961 > 0.01
+ atom #44 (C) contains delta 8.92371816913 > 0.01
+ atom #45 (C) contains delta 9.32679062213 > 0.01
+ atom #46 (C) contains delta 9.77622415398 > 0.01
+ atom #47 (C) contains delta 3.80502357862 > 0.01
+ atom #48 (C) contains delta 3.32515375043 > 0.01
+ atom #49 (C) contains delta 3.08180652314 > 0.01
+ atom #50 (C) contains delta 3.45757078391 > 0.01
+ atom #51 (C) contains delta 3.87716013154 > 0.01
+ atom #52 (C) contains delta 3.94705804286 > 0.01
+ atom #53 (C) contains delta 4.16331349411 > 0.01
+ atom #54 (C) contains delta 4.25805770843 > 0.01
+ atom #55 (C) contains delta 3.55376198377 > 0.01
+ atom #56 (C) contains delta 4.01552125344 > 0.01
+ atom #57 (C) contains delta 4.33653297578 > 0.01
+ atom #58 (C) contains delta 3.06399140744 > 0.01
+ atom #59 (C) contains delta 3.5808247628 > 0.01
+ atom #60 (C) contains delta 4.03033535857 > 0.01
+ atom #61 (C) contains delta 2.79441845406 > 0.01
+ atom #62 (C) contains delta 2.8852352939 > 0.01
+ atom #63 (C) contains delta 3.37981455504 > 0.01
+ atom #64 (C) contains delta 4.25646054491 > 0.01
+ atom #65 (C) contains delta 4.74939264541 > 0.01
+ atom #66 (C) contains delta 4.82486063386 > 0.01
+ atom #67 (C) contains delta 4.5144448156 > 0.01
+ atom #68 (C) contains delta 3.85548496246 > 0.01
- Result: Success
+ Result: Error: atom #0 (C) contains delta 7.52254639587 > 0.01
+ atom #1 (C) contains delta 7.13462765037 > 0.01
+ atom #2 (C) contains delta 6.67283538093 > 0.01
+ atom #3 (C) contains delta 6.62090012338 > 0.01
+ atom #4 (C) contains delta 7.03719495135 > 0.01
+ atom #5 (C) contains delta 7.47651606511 > 0.01
+ atom #6 (C) contains delta 6.70168583487 > 0.01
+ atom #7 (C) contains delta 7.48249725899 > 0.01
+ atom #8 (C) contains delta 7.8970853912 > 0.01
+ atom #9 (C) contains delta 7.89425145665 > 0.01
+ atom #10 (C) contains delta 7.53442901358 > 0.01
+ atom #11 (C) contains delta 7.9952290145 > 0.01
+ atom #12 (C) contains delta 8.38450233701 > 0.01
+ atom #13 (C) contains delta 8.71074748817 > 0.01
+ atom #14 (C) contains delta 9.19636405998 > 0.01
+ atom #15 (C) contains delta 8.13869741012 > 0.01
+ atom #16 (C) contains delta 7.78405015675 > 0.01
+ atom #17 (C) contains delta 7.93065512336 > 0.01
+ atom #18 (C) contains delta 8.41701251352 > 0.01
+ atom #19 (C) contains delta 8.74603100517 > 0.01
+ atom #20 (C) contains delta 8.68646225994 > 0.01
+ atom #21 (C) contains delta 9.1625148252 > 0.01
+ atom #22 (C) contains delta 9.19741497052 > 0.01
+ atom #23 (C) contains delta 7.46417870163 > 0.01
+ atom #24 (C) contains delta 7.39581092958 > 0.01
+ atom #25 (C) contains delta 6.15958260352 > 0.01
+ atom #26 (C) contains delta 6.7198928898 > 0.01
+ atom #27 (C) contains delta 6.43385572744 > 0.01
+ atom #28 (C) contains delta 8.08910312259 > 0.01
+ atom #29 (C) contains delta 8.20704745834 > 0.01
+ atom #30 (C) contains delta 8.9447220956 > 0.01
+ atom #31 (C) contains delta 6.12712010133 > 0.01
+ atom #32 (C) contains delta 5.86309886924 > 0.01
+ atom #33 (C) contains delta 5.3680873598 > 0.01
+ atom #34 (C) contains delta 5.13671285098 > 0.01
+ atom #35 (C) contains delta 6.22072960181 > 0.01
+ atom #36 (C) contains delta 6.44689413059 > 0.01
+ atom #37 (C) contains delta 5.77098915866 > 0.01
+ atom #38 (C) contains delta 4.85632028097 > 0.01
+ atom #39 (C) contains delta 5.4204258202 > 0.01
+ atom #40 (C) contains delta 5.52740001678 > 0.01
+ atom #41 (C) contains delta 7.46006394103 > 0.01
+ atom #42 (C) contains delta 7.32687173214 > 0.01
+ atom #43 (C) contains delta 7.692060757 > 0.01
+ atom #44 (C) contains delta 8.32046873045 > 0.01
+ atom #45 (C) contains delta 8.75137002082 > 0.01
+ atom #46 (C) contains delta 9.17783069172 > 0.01
+ atom #47 (C) contains delta 3.19993123434 > 0.01
+ atom #48 (C) contains delta 2.77410297687 > 0.01
+ atom #49 (C) contains delta 2.40857861641 > 0.01
+ atom #50 (C) contains delta 2.67839259448 > 0.01
+ atom #51 (C) contains delta 3.14901626318 > 0.01
+ atom #52 (C) contains delta 3.09332844618 > 0.01
+ atom #53 (C) contains delta 3.29927168701 > 0.01
+ atom #54 (C) contains delta 3.4540206948 > 0.01
+ atom #55 (C) contains delta 2.5758642218 > 0.01
+ atom #56 (C) contains delta 3.00756196013 > 0.01
+ atom #57 (C) contains delta 3.37520661401 > 0.01
+ atom #58 (C) contains delta 2.10560536552 > 0.01
+ atom #59 (C) contains delta 2.50727794723 > 0.01
+ atom #60 (C) contains delta 2.97145364084 > 0.01
+ atom #61 (C) contains delta 1.74001611425 > 0.01
+ atom #62 (C) contains delta 1.79129366079 > 0.01
+ atom #63 (C) contains delta 2.28529298321 > 0.01
+ atom #64 (C) contains delta 3.68755990602 > 0.01
+ atom #65 (C) contains delta 3.9481900042 > 0.01
+ atom #66 (C) contains delta 3.84931227035 > 0.01
+ atom #67 (C) contains delta 3.4469271785 > 0.01
+ atom #68 (C) contains delta 2.75979995728 > 0.01
- Result: Success
+ Result: Error: atom #0 (C) contains delta 7.77637270623 > 0.01
+ atom #1 (C) contains delta 7.25594454489 > 0.01
+ atom #2 (C) contains delta 6.73739194546 > 0.01
+ atom #3 (C) contains delta 6.77942434389 > 0.01
+ atom #4 (C) contains delta 7.3337948317 > 0.01
+ atom #5 (C) contains delta 7.81273116406 > 0.01
+ atom #6 (C) contains delta 7.44522843642 > 0.01
+ atom #7 (C) contains delta 8.02093909231 > 0.01
+ atom #8 (C) contains delta 8.46113322945 > 0.01
+ atom #9 (C) contains delta 8.36317650058 > 0.01
+ atom #10 (C) contains delta 8.1892272838 > 0.01
+ atom #11 (C) contains delta 8.77760936107 > 0.01
+ atom #12 (C) contains delta 9.18158520502 > 0.01
+ atom #13 (C) contains delta 9.03188346897 > 0.01
+ atom #14 (C) contains delta 10.0234683445 > 0.01
+ atom #15 (C) contains delta 8.97296290693 > 0.01
+ atom #16 (C) contains delta 8.65257791866 > 0.01
+ atom #17 (C) contains delta 8.84131148442 > 0.01
+ atom #18 (C) contains delta 9.33367226867 > 0.01
+ atom #19 (C) contains delta 9.63142755304 > 0.01
+ atom #20 (C) contains delta 9.63439271412 > 0.01
+ atom #21 (C) contains delta 10.0993034041 > 0.01
+ atom #22 (C) contains delta 10.0974916943 > 0.01
+ atom #23 (C) contains delta 8.39114999035 > 0.01
+ atom #24 (C) contains delta 8.36489793034 > 0.01
+ atom #25 (C) contains delta 7.10980684711 > 0.01
+ atom #26 (C) contains delta 7.77561580233 > 0.01
+ atom #27 (C) contains delta 6.33795542187 > 0.01
+ atom #28 (C) contains delta 9.1402486753 > 0.01
+ atom #29 (C) contains delta 9.19569508621 > 0.01
+ atom #30 (C) contains delta 9.94633273453 > 0.01
+ atom #31 (C) contains delta 6.30749162056 > 0.01
+ atom #32 (C) contains delta 5.7481582202 > 0.01
+ atom #33 (C) contains delta 5.2864186327 > 0.01
+ atom #34 (C) contains delta 4.72048896776 > 0.01
+ atom #35 (C) contains delta 6.2168051621 > 0.01
+ atom #36 (C) contains delta 6.25792193834 > 0.01
+ atom #37 (C) contains delta 5.787737503 > 0.01
+ atom #38 (C) contains delta 5.92364579176 > 0.01
+ atom #39 (C) contains delta 5.52323941372 > 0.01
+ atom #40 (C) contains delta 5.76010227203 > 0.01
+ atom #41 (C) contains delta 7.29108185247 > 0.01
+ atom #42 (C) contains delta 7.84186069964 > 0.01
+ atom #43 (C) contains delta 7.94276046144 > 0.01
+ atom #44 (C) contains delta 8.84746518043 > 0.01
+ atom #45 (C) contains delta 8.81533515333 > 0.01
+ atom #46 (C) contains delta 9.33407744238 > 0.01
+ atom #47 (C) contains delta 3.84972581369 > 0.01
+ atom #48 (C) contains delta 3.36813929685 > 0.01
+ atom #49 (C) contains delta 3.13146195571 > 0.01
+ atom #50 (C) contains delta 3.51150107637 > 0.01
+ atom #51 (C) contains delta 3.92805293341 > 0.01
+ atom #52 (C) contains delta 4.00400959322 > 0.01
+ atom #53 (C) contains delta 4.22056712249 > 0.01
+ atom #54 (C) contains delta 4.31227354172 > 0.01
+ atom #55 (C) contains delta 3.61667388029 > 0.01
+ atom #56 (C) contains delta 4.07956232993 > 0.01
+ atom #57 (C) contains delta 4.39835676642 > 0.01
+ atom #58 (C) contains delta 3.12644024155 > 0.01
+ atom #59 (C) contains delta 3.647981395 > 0.01
+ atom #60 (C) contains delta 4.09668478456 > 0.01
+ atom #61 (C) contains delta 2.86087440456 > 0.01
+ atom #62 (C) contains delta 2.95326860886 > 0.01
+ atom #63 (C) contains delta 3.44786465956 > 0.01
+ atom #64 (C) contains delta 4.29849534173 > 0.01
+ atom #65 (C) contains delta 4.80294677384 > 0.01
+ atom #66 (C) contains delta 4.88707870806 > 0.01
+ atom #67 (C) contains delta 4.58112892341 > 0.01
+ atom #68 (C) contains delta 3.92348480225 > 0.01
- Result: Success
+ Result: Error: atom #0 (C) contains delta 7.52254639587 > 0.01
+ atom #1 (C) contains delta 7.13462765037 > 0.01
+ atom #2 (C) contains delta 6.67283538093 > 0.01
+ atom #3 (C) contains delta 6.62090012338 > 0.01
+ atom #4 (C) contains delta 7.03719495135 > 0.01
+ atom #5 (C) contains delta 7.47651606511 > 0.01
+ atom #6 (C) contains delta 6.70168583487 > 0.01
+ atom #7 (C) contains delta 7.48249725899 > 0.01
+ atom #8 (C) contains delta 7.8970853912 > 0.01
+ atom #9 (C) contains delta 7.89425145665 > 0.01
+ atom #10 (C) contains delta 7.53442901358 > 0.01
+ atom #11 (C) contains delta 7.9952290145 > 0.01
+ atom #12 (C) contains delta 8.38450233701 > 0.01
+ atom #13 (C) contains delta 8.71074748817 > 0.01
+ atom #14 (C) contains delta 9.19636405998 > 0.01
+ atom #15 (C) contains delta 8.13869741012 > 0.01
+ atom #16 (C) contains delta 7.78405015675 > 0.01
+ atom #17 (C) contains delta 7.93065512336 > 0.01
+ atom #18 (C) contains delta 8.41701251352 > 0.01
+ atom #19 (C) contains delta 8.74603100517 > 0.01
+ atom #20 (C) contains delta 8.68646225994 > 0.01
+ atom #21 (C) contains delta 9.1625148252 > 0.01
+ atom #22 (C) contains delta 9.19741497052 > 0.01
+ atom #23 (C) contains delta 7.46417870163 > 0.01
+ atom #24 (C) contains delta 7.39581092958 > 0.01
+ atom #25 (C) contains delta 6.80515438122 > 0.01
+ atom #26 (C) contains delta 6.62938217114 > 0.01
+ atom #27 (C) contains delta 6.05311119749 > 0.01
+ atom #28 (C) contains delta 8.08910312259 > 0.01
+ atom #29 (C) contains delta 8.20704745834 > 0.01
+ atom #30 (C) contains delta 8.9447220956 > 0.01
+ atom #31 (C) contains delta 6.12712010133 > 0.01
+ atom #32 (C) contains delta 5.86309886924 > 0.01
+ atom #33 (C) contains delta 5.3680873598 > 0.01
+ atom #34 (C) contains delta 5.13671285098 > 0.01
+ atom #35 (C) contains delta 6.22072960181 > 0.01
+ atom #36 (C) contains delta 6.44689413059 > 0.01
+ atom #37 (C) contains delta 5.77098915866 > 0.01
+ atom #38 (C) contains delta 4.85632028097 > 0.01
+ atom #39 (C) contains delta 5.4204258202 > 0.01
+ atom #40 (C) contains delta 5.52740001678 > 0.01
+ atom #41 (C) contains delta 7.46006394103 > 0.01
+ atom #42 (C) contains delta 7.32687173214 > 0.01
+ atom #43 (C) contains delta 7.692060757 > 0.01
+ atom #44 (C) contains delta 8.32046873045 > 0.01
+ atom #45 (C) contains delta 8.75137002082 > 0.01
+ atom #46 (C) contains delta 9.17783069172 > 0.01
+ atom #47 (C) contains delta 3.19993123434 > 0.01
+ atom #48 (C) contains delta 2.77410297687 > 0.01
+ atom #49 (C) contains delta 2.40857861641 > 0.01
+ atom #50 (C) contains delta 2.67839259448 > 0.01
+ atom #51 (C) contains delta 3.14901626318 > 0.01
+ atom #52 (C) contains delta 3.09332844618 > 0.01
+ atom #53 (C) contains delta 3.29927168701 > 0.01
+ atom #54 (C) contains delta 3.4540206948 > 0.01
+ atom #55 (C) contains delta 2.5758642218 > 0.01
+ atom #56 (C) contains delta 3.00756196013 > 0.01
+ atom #57 (C) contains delta 3.37520661401 > 0.01
+ atom #58 (C) contains delta 2.10560536552 > 0.01
+ atom #59 (C) contains delta 2.50727794723 > 0.01
+ atom #60 (C) contains delta 2.97145364084 > 0.01
+ atom #61 (C) contains delta 1.74001611425 > 0.01
+ atom #62 (C) contains delta 1.79129366079 > 0.01
+ atom #63 (C) contains delta 2.28529298321 > 0.01
+ atom #64 (C) contains delta 3.68755990602 > 0.01
+ atom #65 (C) contains delta 3.9481900042 > 0.01
+ atom #66 (C) contains delta 3.84931227035 > 0.01
+ atom #67 (C) contains delta 3.4469271785 > 0.01
+ atom #68 (C) contains delta 2.75979995728 > 0.01
- Result: Success
+ Result: Error: atom #0 (C) contains delta 7.52254639587 > 0.01
+ atom #1 (C) contains delta 7.13462765037 > 0.01
+ atom #2 (C) contains delta 6.67283538093 > 0.01
+ atom #3 (C) contains delta 6.62090012338 > 0.01
+ atom #4 (C) contains delta 7.03719495135 > 0.01
+ atom #5 (C) contains delta 7.47651606511 > 0.01
+ atom #6 (C) contains delta 6.70168583487 > 0.01
+ atom #7 (C) contains delta 7.48249725899 > 0.01
+ atom #8 (C) contains delta 7.8970853912 > 0.01
+ atom #9 (C) contains delta 7.89425145665 > 0.01
+ atom #10 (C) contains delta 7.53442901358 > 0.01
+ atom #11 (C) contains delta 7.9952290145 > 0.01
+ atom #12 (C) contains delta 8.38450233701 > 0.01
+ atom #13 (C) contains delta 8.71074748817 > 0.01
+ atom #14 (C) contains delta 7.74195218591 > 0.01
+ atom #15 (C) contains delta 8.13869741012 > 0.01
+ atom #16 (C) contains delta 8.72438665174 > 0.01
+ atom #17 (C) contains delta 8.92684776295 > 0.01
+ atom #18 (C) contains delta 8.56655007437 > 0.01
+ atom #19 (C) contains delta 7.96934586536 > 0.01
+ atom #20 (C) contains delta 8.71811889622 > 0.01
+ atom #21 (C) contains delta 8.23087563117 > 0.01
+ atom #22 (C) contains delta 7.74758212741 > 0.01
+ atom #23 (C) contains delta 9.52078409915 > 0.01
+ atom #24 (C) contains delta 9.76205303665 > 0.01
+ atom #25 (C) contains delta 9.43376654004 > 0.01
+ atom #26 (C) contains delta 9.7329300419 > 0.01
+ atom #27 (C) contains delta 9.4608748377 > 0.01
+ atom #28 (C) contains delta 10.3602350478 > 0.01
+ atom #29 (C) contains delta 10.6333429733 > 0.01
+ atom #30 (C) contains delta 11.2332082776 > 0.01
+ atom #31 (C) contains delta 6.12712010133 > 0.01
+ atom #32 (C) contains delta 5.86309886924 > 0.01
+ atom #33 (C) contains delta 5.3680873598 > 0.01
+ atom #34 (C) contains delta 5.13671285098 > 0.01
+ atom #35 (C) contains delta 6.22072960181 > 0.01
+ atom #36 (C) contains delta 6.44689413059 > 0.01
+ atom #37 (C) contains delta 5.77098915866 > 0.01
+ atom #38 (C) contains delta 4.85632028097 > 0.01
+ atom #39 (C) contains delta 5.4204258202 > 0.01
+ atom #40 (C) contains delta 5.52740001678 > 0.01
+ atom #41 (C) contains delta 7.46006394103 > 0.01
+ atom #42 (C) contains delta 7.32687173214 > 0.01
+ atom #43 (C) contains delta 7.692060757 > 0.01
+ atom #44 (C) contains delta 8.32046873045 > 0.01
+ atom #45 (C) contains delta 8.75137002082 > 0.01
+ atom #46 (C) contains delta 9.17783069172 > 0.01
+ atom #47 (C) contains delta 3.19993123434 > 0.01
+ atom #48 (C) contains delta 2.77410297687 > 0.01
+ atom #49 (C) contains delta 2.40857861641 > 0.01
+ atom #50 (C) contains delta 2.67839259448 > 0.01
+ atom #51 (C) contains delta 3.14901626318 > 0.01
+ atom #52 (C) contains delta 3.09332844618 > 0.01
+ atom #53 (C) contains delta 3.29927168701 > 0.01
+ atom #54 (C) contains delta 3.4540206948 > 0.01
+ atom #55 (C) contains delta 2.5758642218 > 0.01
+ atom #56 (C) contains delta 3.00756196013 > 0.01
+ atom #57 (C) contains delta 3.37520661401 > 0.01
+ atom #58 (C) contains delta 2.10560536552 > 0.01
+ atom #59 (C) contains delta 2.50727794723 > 0.01
+ atom #60 (C) contains delta 2.97145364084 > 0.01
+ atom #61 (C) contains delta 1.74001611425 > 0.01
+ atom #62 (C) contains delta 1.79129366079 > 0.01
+ atom #63 (C) contains delta 2.28529298321 > 0.01
+ atom #64 (C) contains delta 3.68755990602 > 0.01
+ atom #65 (C) contains delta 3.9481900042 > 0.01
+ atom #66 (C) contains delta 3.84931227035 > 0.01
+ atom #67 (C) contains delta 3.4469271785 > 0.01
+ atom #68 (C) contains delta 2.75979995728 > 0.01
- Result: Success
+ Result: Error: atom #0 (C) contains delta 8.62613324926 > 0.01
+ atom #1 (C) contains delta 8.25460159696 > 0.01
+ atom #2 (C) contains delta 7.78398005136 > 0.01
+ atom #3 (C) contains delta 7.70155637938 > 0.01
+ atom #4 (C) contains delta 8.09850147881 > 0.01
+ atom #5 (C) contains delta 8.55183186732 > 0.01
+ atom #6 (C) contains delta 7.70349259976 > 0.01
+ atom #7 (C) contains delta 8.4883083503 > 0.01
+ atom #8 (C) contains delta 8.92185495 > 0.01
+ atom #9 (C) contains delta 8.95213412164 > 0.01
+ atom #10 (C) contains delta 8.49972192379 > 0.01
+ atom #11 (C) contains delta 8.94356195334 > 0.01
+ atom #12 (C) contains delta 9.35603642106 > 0.01
+ atom #13 (C) contains delta 9.72880559018 > 0.01
+ atom #14 (C) contains delta 10.0970625549 > 0.01
+ atom #15 (C) contains delta 9.04046465576 > 0.01
+ atom #16 (C) contains delta 8.65512095765 > 0.01
+ atom #17 (C) contains delta 8.7537998554 > 0.01
+ atom #18 (C) contains delta 9.22853084741 > 0.01
+ atom #19 (C) contains delta 9.59086356915 > 0.01
+ atom #20 (C) contains delta 9.45579664312 > 0.01
+ atom #21 (C) contains delta 9.94270187609 > 0.01
+ atom #22 (C) contains delta 10.0222898939 > 0.01
+ atom #23 (C) contains delta 8.27240754927 > 0.01
+ atom #24 (C) contains delta 8.14873233907 > 0.01
+ atom #25 (C) contains delta 6.95526801966 > 0.01
+ atom #26 (C) contains delta 7.33163862212 > 0.01
+ atom #27 (C) contains delta 5.90355282205 > 0.01
+ atom #28 (C) contains delta 8.69301135585 > 0.01
+ atom #29 (C) contains delta 8.9218007868 > 0.01
+ atom #30 (C) contains delta 9.63195988314 > 0.01
+ atom #31 (C) contains delta 7.2114001158 > 0.01
+ atom #32 (C) contains delta 6.91546545311 > 0.01
+ atom #33 (C) contains delta 6.42254875204 > 0.01
+ atom #34 (C) contains delta 6.14846624091 > 0.01
+ atom #35 (C) contains delta 7.34387196984 > 0.01
+ atom #36 (C) contains delta 7.61918470157 > 0.01
+ atom #37 (C) contains delta 6.92920847508 > 0.01
+ atom #38 (C) contains delta 6.02872065311 > 0.01
+ atom #39 (C) contains delta 6.60040053544 > 0.01
+ atom #40 (C) contains delta 6.71116256714 > 0.01
+ atom #41 (C) contains delta 8.59668825121 > 0.01
+ atom #42 (C) contains delta 8.48136452839 > 0.01
+ atom #43 (C) contains delta 8.85625500101 > 0.01
+ atom #44 (C) contains delta 9.36149895162 > 0.01
+ atom #45 (C) contains delta 9.8064203085 > 0.01
+ atom #46 (C) contains delta 10.2175302684 > 0.01
+ atom #47 (C) contains delta 4.29753321986 > 0.01
+ atom #48 (C) contains delta 3.94036448209 > 0.01
+ atom #49 (C) contains delta 3.36471497514 > 0.01
+ atom #50 (C) contains delta 3.41537205802 > 0.01
+ atom #51 (C) contains delta 4.01026627147 > 0.01
+ atom #52 (C) contains delta 3.19702916556 > 0.01
+ atom #53 (C) contains delta 3.70761059666 > 0.01
+ atom #54 (C) contains delta 4.16759921137 > 0.01
+ atom #55 (C) contains delta 2.74609319469 > 0.01
+ atom #56 (C) contains delta 3.06757500271 > 0.01
+ atom #57 (C) contains delta 3.63939054225 > 0.01
+ atom #58 (C) contains delta 2.15603534463 > 0.01
+ atom #59 (C) contains delta 2.17479490435 > 0.01
+ atom #60 (C) contains delta 2.76992126687 > 0.01
+ atom #61 (C) contains delta 1.62743089667 > 0.01
+ atom #62 (C) contains delta 1.2220738342 > 0.01
+ atom #63 (C) contains delta 1.66723269435 > 0.01
+ atom #64 (C) contains delta 4.79160559904 > 0.01
+ atom #65 (C) contains delta 4.74516661768 > 0.01
+ atom #66 (C) contains delta 4.12951563237 > 0.01
+ atom #67 (C) contains delta 3.10965243352 > 0.01
+ atom #68 (C) contains delta 1.78532528877 > 0.01
- Result: Success
+ Result: Error: atom #0 (C) contains delta 7.52254639587 > 0.01
+ atom #1 (C) contains delta 7.13462765037 > 0.01
+ atom #2 (C) contains delta 6.67283538093 > 0.01
+ atom #3 (C) contains delta 6.62090012338 > 0.01
+ atom #4 (C) contains delta 7.03719495135 > 0.01
+ atom #5 (C) contains delta 7.47651606511 > 0.01
+ atom #6 (C) contains delta 6.70168583487 > 0.01
+ atom #7 (C) contains delta 7.48249725899 > 0.01
+ atom #8 (C) contains delta 7.8970853912 > 0.01
+ atom #9 (C) contains delta 7.89425145665 > 0.01
+ atom #10 (C) contains delta 7.53442901358 > 0.01
+ atom #11 (C) contains delta 7.9952290145 > 0.01
+ atom #12 (C) contains delta 8.38450233701 > 0.01
+ atom #13 (C) contains delta 8.71074748817 > 0.01
+ atom #14 (C) contains delta 9.19636405998 > 0.01
+ atom #15 (C) contains delta 8.13869741012 > 0.01
+ atom #16 (C) contains delta 7.78405015675 > 0.01
+ atom #17 (C) contains delta 7.93065512336 > 0.01
+ atom #18 (C) contains delta 8.41701251352 > 0.01
+ atom #19 (C) contains delta 8.74603100517 > 0.01
+ atom #20 (C) contains delta 8.68646225994 > 0.01
+ atom #21 (C) contains delta 9.1625148252 > 0.01
+ atom #22 (C) contains delta 9.19741497052 > 0.01
+ atom #23 (C) contains delta 7.46417870163 > 0.01
+ atom #24 (C) contains delta 7.39581092958 > 0.01
+ atom #25 (C) contains delta 6.15958260352 > 0.01
+ atom #26 (C) contains delta 6.7198928898 > 0.01
+ atom #27 (C) contains delta 5.27650506038 > 0.01
+ atom #28 (C) contains delta 8.08910312259 > 0.01
+ atom #29 (C) contains delta 8.20704745834 > 0.01
+ atom #30 (C) contains delta 8.9447220956 > 0.01
+ atom #31 (C) contains delta 6.12712010133 > 0.01
+ atom #32 (C) contains delta 5.86309886924 > 0.01
+ atom #33 (C) contains delta 5.3680873598 > 0.01
+ atom #34 (C) contains delta 5.13671285098 > 0.01
+ atom #35 (C) contains delta 6.22072960181 > 0.01
+ atom #36 (C) contains delta 6.44689413059 > 0.01
+ atom #37 (C) contains delta 5.77098915866 > 0.01
+ atom #38 (C) contains delta 4.85632028097 > 0.01
+ atom #39 (C) contains delta 5.4204258202 > 0.01
+ atom #40 (C) contains delta 5.52740001678 > 0.01
+ atom #41 (C) contains delta 7.46006394103 > 0.01
+ atom #42 (C) contains delta 7.32687173214 > 0.01
+ atom #43 (C) contains delta 7.692060757 > 0.01
+ atom #44 (C) contains delta 8.32046873045 > 0.01
+ atom #45 (C) contains delta 8.75137002082 > 0.01
+ atom #46 (C) contains delta 9.17783069172 > 0.01
+ atom #47 (C) contains delta 3.19993123434 > 0.01
+ atom #48 (C) contains delta 2.77410297687 > 0.01
+ atom #49 (C) contains delta 2.40857861641 > 0.01
+ atom #50 (C) contains delta 2.67839259448 > 0.01
+ atom #51 (C) contains delta 3.14901626318 > 0.01
+ atom #52 (C) contains delta 3.09332844618 > 0.01
+ atom #53 (C) contains delta 3.29927168701 > 0.01
+ atom #54 (C) contains delta 3.4540206948 > 0.01
+ atom #55 (C) contains delta 2.5758642218 > 0.01
+ atom #56 (C) contains delta 3.00756196013 > 0.01
+ atom #57 (C) contains delta 3.37520661401 > 0.01
+ atom #58 (C) contains delta 2.10560536552 > 0.01
+ atom #59 (C) contains delta 2.50727794723 > 0.01
+ atom #60 (C) contains delta 2.97145364084 > 0.01
+ atom #61 (C) contains delta 1.74001611425 > 0.01
+ atom #62 (C) contains delta 1.79129366079 > 0.01
+ atom #63 (C) contains delta 2.28529298321 > 0.01
+ atom #64 (C) contains delta 3.68755990602 > 0.01
+ atom #65 (C) contains delta 3.9481900042 > 0.01
+ atom #66 (C) contains delta 3.84931227035 > 0.01
+ atom #67 (C) contains delta 3.47784441112 > 0.01
+ atom #68 (C) contains delta 2.75979995728 > 0.01
- Result: Success
+ Result: Error: atom #0 (C) contains delta 8.5776314164 > 0.01
+ atom #1 (C) contains delta 8.12774766135 > 0.01
+ atom #2 (C) contains delta 7.72554867683 > 0.01
+ atom #3 (C) contains delta 7.79893421446 > 0.01
+ atom #4 (C) contains delta 8.26673261542 > 0.01
+ atom #5 (C) contains delta 8.64378665999 > 0.01
+ atom #6 (C) contains delta 8.11101557741 > 0.01
+ atom #7 (C) contains delta 8.85798596224 > 0.01
+ atom #8 (C) contains delta 9.21086900093 > 0.01
+ atom #9 (C) contains delta 9.10854864213 > 0.01
+ atom #10 (C) contains delta 9.00407998236 > 0.01
+ atom #11 (C) contains delta 9.48995298387 > 0.01
+ atom #12 (C) contains delta 9.82015275243 > 0.01
+ atom #13 (C) contains delta 10.0233963738 > 0.01
+ atom #14 (C) contains delta 10.7607210822 > 0.01
+ atom #15 (C) contains delta 9.72045595647 > 0.01
+ atom #16 (C) contains delta 9.42551353036 > 0.01
+ atom #17 (C) contains delta 9.64221436485 > 0.01
+ atom #18 (C) contains delta 10.1367059501 > 0.01
+ atom #19 (C) contains delta 10.4115208404 > 0.01
+ atom #20 (C) contains delta 10.458111119 > 0.01
+ atom #21 (C) contains delta 10.913722626 > 0.01
+ atom #22 (C) contains delta 10.8862254122 > 0.01
+ atom #23 (C) contains delta 9.20514343008 > 0.01
+ atom #24 (C) contains delta 9.20733547115 > 0.01
+ atom #25 (C) contains delta 7.94553251823 > 0.01
+ atom #26 (C) contains delta 8.6770487279 > 0.01
+ atom #27 (C) contains delta 7.24700985316 > 0.01
+ atom #28 (C) contains delta 10.0355804806 > 0.01
+ atom #29 (C) contains delta 10.0487636166 > 0.01
+ atom #30 (C) contains delta 10.8062163219 > 0.01
+ atom #31 (C) contains delta 7.31247786692 > 0.01
+ atom #32 (C) contains delta 7.16679738712 > 0.01
+ atom #33 (C) contains delta 6.68932685107 > 0.01
+ atom #34 (C) contains delta 6.58580863304 > 0.01
+ atom #35 (C) contains delta 7.236152277 > 0.01
+ atom #36 (C) contains delta 7.0901654344 > 0.01
+ atom #37 (C) contains delta 6.56927294405 > 0.01
+ atom #38 (C) contains delta 6.05131274027 > 0.01
+ atom #39 (C) contains delta 5.53026798266 > 0.01
+ atom #40 (C) contains delta 5.01267017822 > 0.01
+ atom #41 (C) contains delta 8.35186189073 > 0.01
+ atom #42 (C) contains delta 8.10379145491 > 0.01
+ atom #43 (C) contains delta 8.37256568685 > 0.01
+ atom #44 (C) contains delta 9.57634324628 > 0.01
+ atom #45 (C) contains delta 9.95302101463 > 0.01
+ atom #46 (C) contains delta 10.4181769986 > 0.01
+ atom #47 (C) contains delta 4.55089787634 > 0.01
+ atom #48 (C) contains delta 4.05677533117 > 0.01
+ atom #49 (C) contains delta 3.90077338645 > 0.01
+ atom #50 (C) contains delta 4.32449126027 > 0.01
+ atom #51 (C) contains delta 4.70067180992 > 0.01
+ atom #52 (C) contains delta 4.84674034387 > 0.01
+ atom #53 (C) contains delta 5.0655009001 > 0.01
+ atom #54 (C) contains delta 5.12083383241 > 0.01
+ atom #55 (C) contains delta 4.53043775949 > 0.01
+ atom #56 (C) contains delta 5.00479588124 > 0.01
+ atom #57 (C) contains delta 5.29590401984 > 0.01
+ atom #58 (C) contains delta 4.03704786291 > 0.01
+ atom #59 (C) contains delta 4.60778678709 > 0.01
+ atom #60 (C) contains delta 5.0481381259 > 0.01
+ atom #61 (C) contains delta 3.8151015805 > 0.01
+ atom #62 (C) contains delta 3.92279546557 > 0.01
+ atom #63 (C) contains delta 4.41755766578 > 0.01
+ atom #64 (C) contains delta 4.96144494104 > 0.01
+ atom #65 (C) contains delta 5.60139573781 > 0.01
+ atom #66 (C) contains delta 5.78898298577 > 0.01
+ atom #67 (C) contains delta 5.53607544078 > 0.01
+ atom #68 (C) contains delta 4.8937997818 > 0.01
+ atom #69 (C) contains delta 8.86625384753 > 0.01
+ atom #70 (C) contains delta 9.15281360965 > 0.01
+ atom #71 (C) contains delta 9.2321063564 > 0.01
+ atom #72 (C) contains delta 8.48034613526 > 0.01
+ atom #73 (C) contains delta 8.17023620214 > 0.01
+ atom #74 (C) contains delta 8.32491782018 > 0.01
+ atom #75 (C) contains delta 8.67195885536 > 0.01
+ atom #76 (C) contains delta 9.1494141159 > 0.01
+ atom #77 (C) contains delta 9.74663191715 > 0.01
+ atom #78 (C) contains delta 8.33371065767 > 0.01
+ atom #79 (C) contains delta 8.50073546642 > 0.01
+ atom #80 (C) contains delta 8.20034589316 > 0.01
+ atom #81 (C) contains delta 8.41382739345 > 0.01
+ atom #82 (C) contains delta 8.15539932251 > 0.01
- Result: Success
+ Result: Error: atom #0 (C) contains delta 8.5776314164 > 0.01
+ atom #1 (C) contains delta 8.12774766135 > 0.01
+ atom #2 (C) contains delta 7.72554867683 > 0.01
+ atom #3 (C) contains delta 7.79893421446 > 0.01
+ atom #4 (C) contains delta 8.26673261542 > 0.01
+ atom #5 (C) contains delta 8.64378665999 > 0.01
+ atom #6 (C) contains delta 8.11101557741 > 0.01
+ atom #7 (C) contains delta 8.85798596224 > 0.01
+ atom #8 (C) contains delta 9.21086900093 > 0.01
+ atom #9 (C) contains delta 9.10854864213 > 0.01
+ atom #10 (C) contains delta 9.00407998236 > 0.01
+ atom #11 (C) contains delta 9.48995298387 > 0.01
+ atom #12 (C) contains delta 9.82015275243 > 0.01
+ atom #13 (C) contains delta 10.0233963738 > 0.01
+ atom #14 (C) contains delta 10.7607210822 > 0.01
+ atom #15 (C) contains delta 9.72045595647 > 0.01
+ atom #16 (C) contains delta 9.42551353036 > 0.01
+ atom #17 (C) contains delta 9.64221436485 > 0.01
+ atom #18 (C) contains delta 10.1367059501 > 0.01
+ atom #19 (C) contains delta 10.4115208404 > 0.01
+ atom #20 (C) contains delta 10.458111119 > 0.01
+ atom #21 (C) contains delta 10.913722626 > 0.01
+ atom #22 (C) contains delta 10.8862254122 > 0.01
+ atom #23 (C) contains delta 9.20514343008 > 0.01
+ atom #24 (C) contains delta 9.20733547115 > 0.01
+ atom #25 (C) contains delta 7.94553251823 > 0.01
+ atom #26 (C) contains delta 8.6770487279 > 0.01
+ atom #27 (C) contains delta 8.44727304457 > 0.01
+ atom #28 (C) contains delta 10.0355804806 > 0.01
+ atom #29 (C) contains delta 10.0487636166 > 0.01
+ atom #30 (C) contains delta 10.8062163219 > 0.01
+ atom #31 (C) contains delta 7.31247786692 > 0.01
+ atom #32 (C) contains delta 7.16679738712 > 0.01
+ atom #33 (C) contains delta 6.68932685107 > 0.01
+ atom #34 (C) contains delta 6.58580863304 > 0.01
+ atom #35 (C) contains delta 7.236152277 > 0.01
+ atom #36 (C) contains delta 7.0901654344 > 0.01
+ atom #37 (C) contains delta 6.59041398381 > 0.01
+ atom #38 (C) contains delta 5.59726820343 > 0.01
+ atom #39 (C) contains delta 5.99800167653 > 0.01
+ atom #40 (C) contains delta 5.92504060717 > 0.01
+ atom #41 (C) contains delta 8.35186189073 > 0.01
+ atom #42 (C) contains delta 8.10379145491 > 0.01
+ atom #43 (C) contains delta 8.37256568685 > 0.01
+ atom #44 (C) contains delta 9.57634324628 > 0.01
+ atom #45 (C) contains delta 9.95302101463 > 0.01
+ atom #46 (C) contains delta 10.4181769986 > 0.01
+ atom #47 (C) contains delta 4.55089787634 > 0.01
+ atom #48 (C) contains delta 4.05677533117 > 0.01
+ atom #49 (C) contains delta 3.90077338645 > 0.01
+ atom #50 (C) contains delta 4.32449126027 > 0.01
+ atom #51 (C) contains delta 4.70067180992 > 0.01
+ atom #52 (C) contains delta 4.84674034387 > 0.01
+ atom #53 (C) contains delta 5.0655009001 > 0.01
+ atom #54 (C) contains delta 5.12083383241 > 0.01
+ atom #55 (C) contains delta 4.53043775949 > 0.01
+ atom #56 (C) contains delta 5.00479588124 > 0.01
+ atom #57 (C) contains delta 5.29590401984 > 0.01
+ atom #58 (C) contains delta 4.03704786291 > 0.01
+ atom #59 (C) contains delta 4.60778678709 > 0.01
+ atom #60 (C) contains delta 5.0481381259 > 0.01
+ atom #61 (C) contains delta 3.8151015805 > 0.01
+ atom #62 (C) contains delta 3.92279546557 > 0.01
+ atom #63 (C) contains delta 4.41755766578 > 0.01
+ atom #64 (C) contains delta 4.96144494104 > 0.01
+ atom #65 (C) contains delta 5.60139573781 > 0.01
+ atom #66 (C) contains delta 5.78898298577 > 0.01
+ atom #67 (C) contains delta 5.53607544078 > 0.01
+ atom #68 (C) contains delta 4.8937997818 > 0.01
+ atom #69 (C) contains delta 8.86625384753 > 0.01
+ atom #70 (C) contains delta 9.15281360965 > 0.01
+ atom #71 (C) contains delta 9.2321063564 > 0.01
+ atom #72 (C) contains delta 8.48034613526 > 0.01
+ atom #73 (C) contains delta 8.17023620214 > 0.01
+ atom #74 (C) contains delta 8.32491782018 > 0.01
+ atom #75 (C) contains delta 8.67195885536 > 0.01
+ atom #76 (C) contains delta 9.1494141159 > 0.01
+ atom #77 (C) contains delta 9.74663191715 > 0.01
+ atom #78 (C) contains delta 8.33371065767 > 0.01
+ atom #79 (C) contains delta 8.50073546642 > 0.01
+ atom #80 (C) contains delta 8.20034589316 > 0.01
+ atom #81 (C) contains delta 8.41382739345 > 0.01
+ atom #82 (C) contains delta 8.15539932251 > 0.01
- Result: Success
+ Result: Error: atom #0 (C) contains delta 8.98212082171 > 0.01
+ atom #1 (C) contains delta 8.61757479832 > 0.01
+ atom #2 (C) contains delta 8.02091346796 > 0.01
+ atom #3 (C) contains delta 7.79893421446 > 0.01
+ atom #4 (C) contains delta 8.19995295598 > 0.01
+ atom #5 (C) contains delta 8.78446188708 > 0.01
+ atom #6 (C) contains delta 8.05038690751 > 0.01
+ atom #7 (C) contains delta 8.5032782786 > 0.01
+ atom #8 (C) contains delta 9.06819220692 > 0.01
+ atom #9 (C) contains delta 9.20122918909 > 0.01
+ atom #10 (C) contains delta 8.42341946164 > 0.01
+ atom #11 (C) contains delta 8.91795616173 > 0.01
+ atom #12 (C) contains delta 9.45820482736 > 0.01
+ atom #13 (C) contains delta 9.52931939963 > 0.01
+ atom #14 (C) contains delta 8.39118835902 > 0.01
+ atom #15 (C) contains delta 8.90279255049 > 0.01
+ atom #16 (C) contains delta 9.42956152267 > 0.01
+ atom #17 (C) contains delta 9.4723192449 > 0.01
+ atom #18 (C) contains delta 8.99316398835 > 0.01
+ atom #19 (C) contains delta 8.4392552865 > 0.01
+ atom #20 (C) contains delta 8.97286063145 > 0.01
+ atom #21 (C) contains delta 8.40414252511 > 0.01
+ atom #22 (C) contains delta 8.05526875809 > 0.01
+ atom #23 (C) contains delta 10.0230162694 > 0.01
+ atom #24 (C) contains delta 10.506578667 > 0.01
+ atom #25 (C) contains delta 10.4679628652 > 0.01
+ atom #26 (C) contains delta 10.9811526989 > 0.01
+ atom #27 (C) contains delta 10.9934391949 > 0.01
+ atom #28 (C) contains delta 11.0546217172 > 0.01
+ atom #29 (C) contains delta 11.5417148156 > 0.01
+ atom #30 (C) contains delta 12.0874979746 > 0.01
+ atom #31 (C) contains delta 7.31247786692 > 0.01
+ atom #32 (C) contains delta 7.16679738712 > 0.01
+ atom #33 (C) contains delta 6.68932685107 > 0.01
+ atom #34 (C) contains delta 6.58580863304 > 0.01
+ atom #35 (C) contains delta 7.236152277 > 0.01
+ atom #36 (C) contains delta 7.0901654344 > 0.01
+ atom #37 (C) contains delta 6.59041398381 > 0.01
+ atom #38 (C) contains delta 5.59726820343 > 0.01
+ atom #39 (C) contains delta 5.99800167653 > 0.01
+ atom #40 (C) contains delta 5.92504060717 > 0.01
+ atom #41 (C) contains delta 8.35186189073 > 0.01
+ atom #42 (C) contains delta 8.10379145491 > 0.01
+ atom #43 (C) contains delta 8.37256568685 > 0.01
+ atom #44 (C) contains delta 9.78112742858 > 0.01
+ atom #45 (C) contains delta 10.2101446685 > 0.01
+ atom #46 (C) contains delta 10.7858019578 > 0.01
+ atom #47 (C) contains delta 4.55089787634 > 0.01
+ atom #48 (C) contains delta 4.05677533117 > 0.01
+ atom #49 (C) contains delta 3.90077338645 > 0.01
+ atom #50 (C) contains delta 4.32449126027 > 0.01
+ atom #51 (C) contains delta 4.70067180992 > 0.01
+ atom #52 (C) contains delta 4.84674034387 > 0.01
+ atom #53 (C) contains delta 5.0655009001 > 0.01
+ atom #54 (C) contains delta 5.12083383241 > 0.01
+ atom #55 (C) contains delta 4.53043775949 > 0.01
+ atom #56 (C) contains delta 5.00479588124 > 0.01
+ atom #57 (C) contains delta 5.29590401984 > 0.01
+ atom #58 (C) contains delta 4.03704786291 > 0.01
+ atom #59 (C) contains delta 4.60778678709 > 0.01
+ atom #60 (C) contains delta 5.0481381259 > 0.01
+ atom #61 (C) contains delta 3.8151015805 > 0.01
+ atom #62 (C) contains delta 3.92279546557 > 0.01
+ atom #63 (C) contains delta 4.41755766578 > 0.01
+ atom #64 (C) contains delta 4.96144494104 > 0.01
+ atom #65 (C) contains delta 5.60139573781 > 0.01
+ atom #66 (C) contains delta 5.78898298577 > 0.01
+ atom #67 (C) contains delta 5.53607544078 > 0.01
+ atom #68 (C) contains delta 4.8937997818 > 0.01
+ atom #69 (C) contains delta 8.86625384753 > 0.01
+ atom #70 (C) contains delta 9.15281360965 > 0.01
+ atom #71 (C) contains delta 9.2321063564 > 0.01
+ atom #72 (C) contains delta 8.48034613526 > 0.01
+ atom #73 (C) contains delta 8.17023620214 > 0.01
+ atom #74 (C) contains delta 8.32491782018 > 0.01
+ atom #75 (C) contains delta 8.67195885536 > 0.01
+ atom #76 (C) contains delta 9.1494141159 > 0.01
+ atom #77 (C) contains delta 9.74663191715 > 0.01
+ atom #78 (C) contains delta 8.33371065767 > 0.01
+ atom #79 (C) contains delta 8.50073546642 > 0.01
+ atom #80 (C) contains delta 8.20034589316 > 0.01
+ atom #81 (C) contains delta 8.41382739345 > 0.01
+ atom #82 (C) contains delta 8.15539932251 > 0.01
- Result: Success
+ Result: Error: atom #0 (C) contains delta 8.5776314164 > 0.01
+ atom #1 (C) contains delta 8.12774766135 > 0.01
+ atom #2 (C) contains delta 7.72554867683 > 0.01
+ atom #3 (C) contains delta 7.79893421446 > 0.01
+ atom #4 (C) contains delta 8.26673261542 > 0.01
+ atom #5 (C) contains delta 8.64378665999 > 0.01
+ atom #6 (C) contains delta 8.11101557741 > 0.01
+ atom #7 (C) contains delta 8.85798596224 > 0.01
+ atom #8 (C) contains delta 9.21086900093 > 0.01
+ atom #9 (C) contains delta 9.10854864213 > 0.01
+ atom #10 (C) contains delta 9.00407998236 > 0.01
+ atom #11 (C) contains delta 9.48995298387 > 0.01
+ atom #12 (C) contains delta 9.82015275243 > 0.01
+ atom #13 (C) contains delta 10.0233963738 > 0.01
+ atom #14 (C) contains delta 10.7607210822 > 0.01
+ atom #15 (C) contains delta 9.72045595647 > 0.01
+ atom #16 (C) contains delta 9.42551353036 > 0.01
+ atom #17 (C) contains delta 9.64221436485 > 0.01
+ atom #18 (C) contains delta 10.1367059501 > 0.01
+ atom #19 (C) contains delta 10.4115208404 > 0.01
+ atom #20 (C) contains delta 10.458111119 > 0.01
+ atom #21 (C) contains delta 10.913722626 > 0.01
+ atom #22 (C) contains delta 10.8862254122 > 0.01
+ atom #23 (C) contains delta 9.20514343008 > 0.01
+ atom #24 (C) contains delta 9.20733547115 > 0.01
+ atom #25 (C) contains delta 8.63711207329 > 0.01
+ atom #26 (C) contains delta 8.54014176332 > 0.01
+ atom #27 (C) contains delta 7.98986331052 > 0.01
+ atom #28 (C) contains delta 10.0355804806 > 0.01
+ atom #29 (C) contains delta 10.0487636166 > 0.01
+ atom #30 (C) contains delta 10.8062163219 > 0.01
+ atom #31 (C) contains delta 7.31247786692 > 0.01
+ atom #32 (C) contains delta 7.16679738712 > 0.01
+ atom #33 (C) contains delta 6.68932685107 > 0.01
+ atom #34 (C) contains delta 6.58580863304 > 0.01
+ atom #35 (C) contains delta 7.236152277 > 0.01
+ atom #36 (C) contains delta 7.0901654344 > 0.01
+ atom #37 (C) contains delta 6.59041398381 > 0.01
+ atom #38 (C) contains delta 5.59726820343 > 0.01
+ atom #39 (C) contains delta 5.99800167653 > 0.01
+ atom #40 (C) contains delta 5.92504060717 > 0.01
+ atom #41 (C) contains delta 8.35186189073 > 0.01
+ atom #42 (C) contains delta 8.10379145491 > 0.01
+ atom #43 (C) contains delta 8.37256568685 > 0.01
+ atom #44 (C) contains delta 9.57634324628 > 0.01
+ atom #45 (C) contains delta 9.95302101463 > 0.01
+ atom #46 (C) contains delta 10.4181769986 > 0.01
+ atom #47 (C) contains delta 4.55089787634 > 0.01
+ atom #48 (C) contains delta 4.05677533117 > 0.01
+ atom #49 (C) contains delta 3.90077338645 > 0.01
+ atom #50 (C) contains delta 4.32449126027 > 0.01
+ atom #51 (C) contains delta 4.70067180992 > 0.01
+ atom #52 (C) contains delta 4.84674034387 > 0.01
+ atom #53 (C) contains delta 5.0655009001 > 0.01
+ atom #54 (C) contains delta 5.12083383241 > 0.01
+ atom #55 (C) contains delta 4.53043775949 > 0.01
+ atom #56 (C) contains delta 5.00479588124 > 0.01
+ atom #57 (C) contains delta 5.29590401984 > 0.01
+ atom #58 (C) contains delta 4.03704786291 > 0.01
+ atom #59 (C) contains delta 4.60778678709 > 0.01
+ atom #60 (C) contains delta 5.0481381259 > 0.01
+ atom #61 (C) contains delta 3.8151015805 > 0.01
+ atom #62 (C) contains delta 3.92279546557 > 0.01
+ atom #63 (C) contains delta 4.41755766578 > 0.01
+ atom #64 (C) contains delta 4.96144494104 > 0.01
+ atom #65 (C) contains delta 5.60139573781 > 0.01
+ atom #66 (C) contains delta 5.78898298577 > 0.01
+ atom #67 (C) contains delta 5.53607544078 > 0.01
+ atom #68 (C) contains delta 4.8937997818 > 0.01
+ atom #69 (C) contains delta 8.86625384753 > 0.01
+ atom #70 (C) contains delta 9.15281360965 > 0.01
+ atom #71 (C) contains delta 9.2321063564 > 0.01
+ atom #72 (C) contains delta 8.48034613526 > 0.01
+ atom #73 (C) contains delta 8.17023620214 > 0.01
+ atom #74 (C) contains delta 8.32491782018 > 0.01
+ atom #75 (C) contains delta 8.67195885536 > 0.01
+ atom #76 (C) contains delta 9.1494141159 > 0.01
+ atom #77 (C) contains delta 9.74663191715 > 0.01
+ atom #78 (C) contains delta 8.33371065767 > 0.01
+ atom #79 (C) contains delta 8.50073546642 > 0.01
+ atom #80 (C) contains delta 8.20034589316 > 0.01
+ atom #81 (C) contains delta 8.41382739345 > 0.01
+ atom #82 (C) contains delta 8.15539932251 > 0.01
- Result: Success
+ Result: Error: atom #0 (C) contains delta 8.5776314164 > 0.01
+ atom #1 (C) contains delta 8.12774766135 > 0.01
+ atom #2 (C) contains delta 7.72554867683 > 0.01
+ atom #3 (C) contains delta 7.79893421446 > 0.01
+ atom #4 (C) contains delta 8.26673261542 > 0.01
+ atom #5 (C) contains delta 8.64378665999 > 0.01
+ atom #6 (C) contains delta 8.11101557741 > 0.01
+ atom #7 (C) contains delta 8.85798596224 > 0.01
+ atom #8 (C) contains delta 9.21086900093 > 0.01
+ atom #9 (C) contains delta 9.10854864213 > 0.01
+ atom #10 (C) contains delta 9.00407998236 > 0.01
+ atom #11 (C) contains delta 9.48995298387 > 0.01
+ atom #12 (C) contains delta 9.82015275243 > 0.01
+ atom #13 (C) contains delta 10.0233963738 > 0.01
+ atom #14 (C) contains delta 9.4001786159 > 0.01
+ atom #15 (C) contains delta 9.72045595647 > 0.01
+ atom #16 (C) contains delta 10.3192041084 > 0.01
+ atom #17 (C) contains delta 10.6001147597 > 0.01
+ atom #18 (C) contains delta 10.3071534831 > 0.01
+ atom #19 (C) contains delta 9.70757788267 > 0.01
+ atom #20 (C) contains delta 10.5296389522 > 0.01
+ atom #21 (C) contains delta 10.0865452254 > 0.01
+ atom #22 (C) contains delta 9.56337868929 > 0.01
+ atom #23 (C) contains delta 11.2000489558 > 0.01
+ atom #24 (C) contains delta 11.5062833451 > 0.01
+ atom #25 (C) contains delta 11.2371051085 > 0.01
+ atom #26 (C) contains delta 11.5890496061 > 0.01
+ atom #27 (C) contains delta 11.3693471332 > 0.01
+ atom #28 (C) contains delta 12.1059923234 > 0.01
+ atom #29 (C) contains delta 12.4334052643 > 0.01
+ atom #30 (C) contains delta 13.0318962814 > 0.01
+ atom #31 (C) contains delta 7.31247786692 > 0.01
+ atom #32 (C) contains delta 7.16679738712 > 0.01
+ atom #33 (C) contains delta 6.68932685107 > 0.01
+ atom #34 (C) contains delta 6.58580863304 > 0.01
+ atom #35 (C) contains delta 7.236152277 > 0.01
+ atom #36 (C) contains delta 7.0901654344 > 0.01
+ atom #37 (C) contains delta 6.59041398381 > 0.01
+ atom #38 (C) contains delta 5.59726820343 > 0.01
+ atom #39 (C) contains delta 5.99800167653 > 0.01
+ atom #40 (C) contains delta 5.92504060717 > 0.01
+ atom #41 (C) contains delta 8.35186189073 > 0.01
+ atom #42 (C) contains delta 8.10379145491 > 0.01
+ atom #43 (C) contains delta 8.37256568685 > 0.01
+ atom #44 (C) contains delta 9.57634324628 > 0.01
+ atom #45 (C) contains delta 9.95302101463 > 0.01
+ atom #46 (C) contains delta 10.4181769986 > 0.01
+ atom #47 (C) contains delta 4.55089787634 > 0.01
+ atom #48 (C) contains delta 4.05677533117 > 0.01
+ atom #49 (C) contains delta 3.90077338645 > 0.01
+ atom #50 (C) contains delta 4.32449126027 > 0.01
+ atom #51 (C) contains delta 4.70067180992 > 0.01
+ atom #52 (C) contains delta 4.84674034387 > 0.01
+ atom #53 (C) contains delta 5.0655009001 > 0.01
+ atom #54 (C) contains delta 5.12083383241 > 0.01
+ atom #55 (C) contains delta 4.53043775949 > 0.01
+ atom #56 (C) contains delta 5.00479588124 > 0.01
+ atom #57 (C) contains delta 5.29590401984 > 0.01
+ atom #58 (C) contains delta 4.03704786291 > 0.01
+ atom #59 (C) contains delta 4.60778678709 > 0.01
+ atom #60 (C) contains delta 5.0481381259 > 0.01
+ atom #61 (C) contains delta 3.8151015805 > 0.01
+ atom #62 (C) contains delta 3.92279546557 > 0.01
+ atom #63 (C) contains delta 4.41755766578 > 0.01
+ atom #64 (C) contains delta 4.96144494104 > 0.01
+ atom #65 (C) contains delta 5.60139573781 > 0.01
+ atom #66 (C) contains delta 5.78898298577 > 0.01
+ atom #67 (C) contains delta 5.53607544078 > 0.01
+ atom #68 (C) contains delta 4.8937997818 > 0.01
+ atom #69 (C) contains delta 8.86625384753 > 0.01
+ atom #70 (C) contains delta 9.15281360965 > 0.01
+ atom #71 (C) contains delta 9.2321063564 > 0.01
+ atom #72 (C) contains delta 8.48034613526 > 0.01
+ atom #73 (C) contains delta 8.17023620214 > 0.01
+ atom #74 (C) contains delta 8.32491782018 > 0.01
+ atom #75 (C) contains delta 8.67195885536 > 0.01
+ atom #76 (C) contains delta 9.1494141159 > 0.01
+ atom #77 (C) contains delta 9.74663191715 > 0.01
+ atom #78 (C) contains delta 8.33371065767 > 0.01
+ atom #79 (C) contains delta 8.50073546642 > 0.01
+ atom #80 (C) contains delta 8.20034589316 > 0.01
+ atom #81 (C) contains delta 8.41382739345 > 0.01
+ atom #82 (C) contains delta 8.15539932251 > 0.01
- Result: Success
+ Result: Error: atom #0 (C) contains delta 9.56018991817 > 0.01
+ atom #1 (C) contains delta 9.12665425343 > 0.01
+ atom #2 (C) contains delta 8.7033163666 > 0.01
+ atom #3 (C) contains delta 8.73504591301 > 0.01
+ atom #4 (C) contains delta 9.18708231997 > 0.01
+ atom #5 (C) contains delta 9.5890866947 > 0.01
+ atom #6 (C) contains delta 8.95654949756 > 0.01
+ atom #7 (C) contains delta 9.7225268694 > 0.01
+ atom #8 (C) contains delta 10.1032492707 > 0.01
+ atom #9 (C) contains delta 10.039280733 > 0.01
+ atom #10 (C) contains delta 9.82604236454 > 0.01
+ atom #11 (C) contains delta 10.3015931319 > 0.01
+ atom #12 (C) contains delta 10.6616573831 > 0.01
+ atom #13 (C) contains delta 10.9197532608 > 0.01
+ atom #14 (C) contains delta 11.5399600746 > 0.01
+ atom #15 (C) contains delta 10.4870810839 > 0.01
+ atom #16 (C) contains delta 10.1567705133 > 0.01
+ atom #17 (C) contains delta 10.3298605547 > 0.01
+ atom #18 (C) contains delta 10.8200041343 > 0.01
+ atom #19 (C) contains delta 11.1306501098 > 0.01
+ atom #20 (C) contains delta 11.1053839079 > 0.01
+ atom #21 (C) contains delta 11.5764841049 > 0.01
+ atom #22 (C) contains delta 11.5915381336 > 0.01
+ atom #23 (C) contains delta 9.87185030983 > 0.01
+ atom #24 (C) contains delta 9.82236457814 > 0.01
+ atom #25 (C) contains delta 8.57710804257 > 0.01
+ atom #26 (C) contains delta 9.1589922514 > 0.01
+ atom #27 (C) contains delta 7.71554159359 > 0.01
+ atom #28 (C) contains delta 10.5284249861 > 0.01
+ atom #29 (C) contains delta 10.6405146266 > 0.01
+ atom #30 (C) contains delta 11.3816039739 > 0.01
+ atom #31 (C) contains delta 8.24227052748 > 0.01
+ atom #32 (C) contains delta 8.05051047268 > 0.01
+ atom #33 (C) contains delta 7.56173685672 > 0.01
+ atom #34 (C) contains delta 7.4020735982 > 0.01
+ atom #35 (C) contains delta 8.22173208677 > 0.01
+ atom #36 (C) contains delta 8.17067790779 > 0.01
+ atom #37 (C) contains delta 7.6251669293 > 0.01
+ atom #38 (C) contains delta 6.64010823579 > 0.01
+ atom #39 (C) contains delta 7.08239332906 > 0.01
+ atom #40 (C) contains delta 7.04227649653 > 0.01
+ atom #41 (C) contains delta 9.3810496175 > 0.01
+ atom #42 (C) contains delta 9.16089137742 > 0.01
+ atom #43 (C) contains delta 9.45332270336 > 0.01
+ atom #44 (C) contains delta 10.4935128864 > 0.01
+ atom #45 (C) contains delta 10.8922921988 > 0.01
+ atom #46 (C) contains delta 11.3447679814 > 0.01
+ atom #47 (C) contains delta 5.3795820797 > 0.01
+ atom #48 (C) contains delta 4.85869692444 > 0.01
+ atom #49 (C) contains delta 4.41996540512 > 0.01
+ atom #50 (C) contains delta 4.72792339412 > 0.01
+ atom #51 (C) contains delta 5.30704630285 > 0.01
+ atom #52 (C) contains delta 4.74558680141 > 0.01
+ atom #53 (C) contains delta 5.33259976295 > 0.01
+ atom #54 (C) contains delta 5.65021869504 > 0.01
+ atom #55 (C) contains delta 4.4693151922 > 0.01
+ atom #56 (C) contains delta 4.93126227571 > 0.01
+ atom #57 (C) contains delta 5.43573610919 > 0.01
+ atom #58 (C) contains delta 3.96074548329 > 0.01
+ atom #59 (C) contains delta 4.16900081595 > 0.01
+ atom #60 (C) contains delta 4.76591435506 > 0.01
+ atom #61 (C) contains delta 3.36108640725 > 0.01
+ atom #62 (C) contains delta 3.20561621957 > 0.01
+ atom #63 (C) contains delta 3.74643268576 > 0.01
+ atom #64 (C) contains delta 5.82900695309 > 0.01
+ atom #65 (C) contains delta 6.25002093707 > 0.01
+ atom #66 (C) contains delta 5.99268196407 > 0.01
+ atom #67 (C) contains delta 5.18257794507 > 0.01
+ atom #68 (C) contains delta 3.91932487488 > 0.01
+ atom #69 (C) contains delta 9.94438877224 > 0.01
+ atom #70 (C) contains delta 10.2503357425 > 0.01
+ atom #71 (C) contains delta 10.3534007281 > 0.01
+ atom #72 (C) contains delta 9.60191029631 > 0.01
+ atom #73 (C) contains delta 9.27460045243 > 0.01
+ atom #74 (C) contains delta 9.46491772164 > 0.01
+ atom #75 (C) contains delta 9.82335259726 > 0.01
+ atom #76 (C) contains delta 10.296691174 > 0.01
+ atom #77 (C) contains delta 10.8834078027 > 0.01
+ atom #78 (C) contains delta 9.49526933287 > 0.01
+ atom #79 (C) contains delta 9.67253272578 > 0.01
+ atom #80 (C) contains delta 9.37843692443 > 0.01
+ atom #81 (C) contains delta 9.5962428725 > 0.01
+ atom #82 (C) contains delta 9.33916187286 > 0.01
- Result: Success
+ Result: Error: atom #0 (C) contains delta 8.5776314164 > 0.01
+ atom #1 (C) contains delta 8.12774766135 > 0.01
+ atom #2 (C) contains delta 7.72554867683 > 0.01
+ atom #3 (C) contains delta 7.79893421446 > 0.01
+ atom #4 (C) contains delta 8.26673261542 > 0.01
+ atom #5 (C) contains delta 8.64378665999 > 0.01
+ atom #6 (C) contains delta 8.11101557741 > 0.01
+ atom #7 (C) contains delta 8.85798596224 > 0.01
+ atom #8 (C) contains delta 9.21086900093 > 0.01
+ atom #9 (C) contains delta 9.10854864213 > 0.01
+ atom #10 (C) contains delta 9.00407998236 > 0.01
+ atom #11 (C) contains delta 9.48995298387 > 0.01
+ atom #12 (C) contains delta 9.82015275243 > 0.01
+ atom #13 (C) contains delta 10.0233963738 > 0.01
+ atom #14 (C) contains delta 10.7607210822 > 0.01
+ atom #15 (C) contains delta 9.72045595647 > 0.01
+ atom #16 (C) contains delta 9.42551353036 > 0.01
+ atom #17 (C) contains delta 9.64221436485 > 0.01
+ atom #18 (C) contains delta 10.1367059501 > 0.01
+ atom #19 (C) contains delta 10.4115208404 > 0.01
+ atom #20 (C) contains delta 10.458111119 > 0.01
+ atom #21 (C) contains delta 10.913722626 > 0.01
+ atom #22 (C) contains delta 10.8862254122 > 0.01
+ atom #23 (C) contains delta 9.20514343008 > 0.01
+ atom #24 (C) contains delta 9.20733547115 > 0.01
+ atom #25 (C) contains delta 7.94553251823 > 0.01
+ atom #26 (C) contains delta 8.6770487279 > 0.01
+ atom #27 (C) contains delta 7.24700985316 > 0.01
+ atom #28 (C) contains delta 10.0355804806 > 0.01
+ atom #29 (C) contains delta 10.0487636166 > 0.01
+ atom #30 (C) contains delta 10.8062163219 > 0.01
+ atom #31 (C) contains delta 7.31247786692 > 0.01
+ atom #32 (C) contains delta 7.16679738712 > 0.01
+ atom #33 (C) contains delta 6.68932685107 > 0.01
+ atom #34 (C) contains delta 6.58580863304 > 0.01
+ atom #35 (C) contains delta 7.236152277 > 0.01
+ atom #36 (C) contains delta 7.0901654344 > 0.01
+ atom #37 (C) contains delta 6.59041398381 > 0.01
+ atom #38 (C) contains delta 5.59726820343 > 0.01
+ atom #39 (C) contains delta 5.99800167653 > 0.01
+ atom #40 (C) contains delta 5.92504060717 > 0.01
+ atom #41 (C) contains delta 8.35186189073 > 0.01
+ atom #42 (C) contains delta 8.10379145491 > 0.01
+ atom #43 (C) contains delta 8.37256568685 > 0.01
+ atom #44 (C) contains delta 9.57634324628 > 0.01
+ atom #45 (C) contains delta 9.95302101463 > 0.01
+ atom #46 (C) contains delta 10.4181769986 > 0.01
+ atom #47 (C) contains delta 4.55089787634 > 0.01
+ atom #48 (C) contains delta 4.05677533117 > 0.01
+ atom #49 (C) contains delta 3.90077338645 > 0.01
+ atom #50 (C) contains delta 4.32449126027 > 0.01
+ atom #51 (C) contains delta 4.70067180992 > 0.01
+ atom #52 (C) contains delta 4.84674034387 > 0.01
+ atom #53 (C) contains delta 5.0655009001 > 0.01
+ atom #54 (C) contains delta 5.12083383241 > 0.01
+ atom #55 (C) contains delta 4.53043775949 > 0.01
+ atom #56 (C) contains delta 5.00479588124 > 0.01
+ atom #57 (C) contains delta 5.29590401984 > 0.01
+ atom #58 (C) contains delta 4.03704786291 > 0.01
+ atom #59 (C) contains delta 4.60778678709 > 0.01
+ atom #60 (C) contains delta 5.0481381259 > 0.01
+ atom #61 (C) contains delta 3.8151015805 > 0.01
+ atom #62 (C) contains delta 3.92279546557 > 0.01
+ atom #63 (C) contains delta 4.41755766578 > 0.01
+ atom #64 (C) contains delta 4.96144494104 > 0.01
+ atom #65 (C) contains delta 5.60139573781 > 0.01
+ atom #66 (C) contains delta 5.78898298577 > 0.01
+ atom #67 (C) contains delta 5.58436839927 > 0.01
+ atom #68 (C) contains delta 4.8937997818 > 0.01
+ atom #69 (C) contains delta 8.86625384753 > 0.01
+ atom #70 (C) contains delta 9.15281360965 > 0.01
+ atom #71 (C) contains delta 9.2321063564 > 0.01
+ atom #72 (C) contains delta 8.48034613526 > 0.01
+ atom #73 (C) contains delta 8.17023620214 > 0.01
+ atom #74 (C) contains delta 8.32491782018 > 0.01
+ atom #75 (C) contains delta 8.67195885536 > 0.01
+ atom #76 (C) contains delta 9.1494141159 > 0.01
+ atom #77 (C) contains delta 9.74663191715 > 0.01
+ atom #78 (C) contains delta 8.33371065767 > 0.01
+ atom #79 (C) contains delta 8.50073546642 > 0.01
+ atom #80 (C) contains delta 8.20034589316 > 0.01
+ atom #81 (C) contains delta 8.41382739345 > 0.01
+ atom #82 (C) contains delta 8.15539932251 > 0.01
- Result: Success
+ Result: Error: atom #0 (C) contains delta 10.8125910141 > 0.01
+ atom #1 (C) contains delta 10.551403755 > 0.01
+ atom #2 (C) contains delta 9.95449620167 > 0.01
+ atom #3 (C) contains delta 9.6141494199 > 0.01
+ atom #4 (C) contains delta 9.90009880066 > 0.01
+ atom #5 (C) contains delta 10.5000991821 > 0.01
+ atom #6 (C) contains delta 10.9120161882 > 0.01
+ atom #7 (C) contains delta 10.7038421742 > 0.01
+ atom #8 (C) contains delta 10.115933507 > 0.01
+ atom #9 (C) contains delta 9.7258337359 > 0.01
+ atom #10 (C) contains delta 3.01388680399 > 0.01
+ atom #11 (C) contains delta 2.86387902228 > 0.01
+ atom #12 (C) contains delta 2.34617687108 > 0.01
+ atom #13 (C) contains delta 1.92067456383 > 0.01
+ atom #14 (C) contains delta 2.13790011406 > 0.01
+ atom #15 (C) contains delta 2.69589948654 > 0.01
+ atom #16 (C) contains delta 3.30932952442 > 0.01
+ atom #17 (C) contains delta 3.31722418081 > 0.01
+ atom #18 (C) contains delta 2.88213776604 > 0.01
+ atom #19 (C) contains delta 2.35729704993 > 0.01
+ atom #20 (C) contains delta 3.83243666658 > 0.01
+ atom #21 (C) contains delta 3.95908992 > 0.01
+ atom #22 (C) contains delta 3.6023790516 > 0.01
+ atom #23 (C) contains delta 3.04845008426 > 0.01
+ atom #24 (C) contains delta 4.50466570189 > 0.01
+ atom #25 (C) contains delta 4.71307300583 > 0.01
+ atom #26 (C) contains delta 4.83182146528 > 0.01
+ atom #27 (C) contains delta 3.8597267 > 0.01
+ atom #28 (C) contains delta 12.3256624187 > 0.01
+ atom #29 (C) contains delta 12.9816102408 > 0.01
+ atom #30 (C) contains delta 12.2638184468 > 0.01
+ atom #31 (C) contains delta 11.706031607 > 0.01
+ atom #32 (C) contains delta 11.4501730656 > 0.01
+ atom #33 (C) contains delta 11.7708056222 > 0.01
+ atom #34 (C) contains delta 12.2626931509 > 0.01
+ atom #35 (C) contains delta 12.7544674089 > 0.01
+ atom #36 (C) contains delta 12.7900030978 > 0.01
+ atom #37 (C) contains delta 13.2974083053 > 0.01
+ atom #38 (C) contains delta 13.3664252204 > 0.01
+ atom #39 (C) contains delta 11.8439599944 > 0.01
+ atom #40 (C) contains delta 11.4149259848 > 0.01
+ atom #41 (C) contains delta 11.5309172862 > 0.01
+ atom #42 (C) contains delta 11.1318856452 > 0.01
+ atom #43 (C) contains delta 11.2922251111 > 0.01
+ atom #44 (C) contains delta 10.9271941964 > 0.01
+ atom #45 (C) contains delta 5.94855508468 > 0.01
+ atom #46 (C) contains delta 5.79063942768 > 0.01
+ atom #47 (C) contains delta 5.22182924639 > 0.01
+ atom #48 (C) contains delta 4.78093076602 > 0.01
+ atom #49 (C) contains delta 4.97102292188 > 0.01
+ atom #50 (C) contains delta 5.5655254193 > 0.01
+ atom #51 (C) contains delta 6.24676964902 > 0.01
+ atom #52 (C) contains delta 6.1845264732 > 0.01
+ atom #53 (C) contains delta 5.65547198691 > 0.01
+ atom #54 (C) contains delta 5.14719990806 > 0.01
+ atom #55 (C) contains delta 6.69466768454 > 0.01
+ atom #56 (C) contains delta 7.32978308155 > 0.01
+ atom #57 (C) contains delta 6.23383896772 > 0.01
+ atom #58 (C) contains delta 5.68247948619 > 0.01
+ atom #59 (C) contains delta 9.78662277091 > 0.01
+ atom #60 (C) contains delta 10.0983974659 > 0.01
+ atom #61 (C) contains delta 9.83837568495 > 0.01
+ atom #62 (C) contains delta 9.24175234985 > 0.01
+ atom #63 (C) contains delta 8.90002010128 > 0.01
+ atom #64 (C) contains delta 9.18663992248 > 0.01
+ atom #65 (C) contains delta 10.4353822987 > 0.01
+ atom #66 (C) contains delta 11.4071353026 > 0.01
+ atom #67 (C) contains delta 10.5865365479 > 0.01
+ atom #68 (C) contains delta 9.99855488728 > 0.01
+ atom #69 (C) contains delta 9.60883098819 > 0.01
+ atom #70 (C) contains delta 11.1757944102 > 0.01
+ atom #71 (C) contains delta 11.5748853355 > 0.01
+ atom #72 (C) contains delta 11.4120099446 > 0.01
+ atom #73 (C) contains delta 10.8356069796 > 0.01
+ atom #74 (C) contains delta 10.4082062108 > 0.01
+ atom #75 (C) contains delta 8.49854124176 > 0.01
+ atom #76 (C) contains delta 9.58811518942 > 0.01
+ atom #77 (C) contains delta 8.83646029047 > 0.01
+ atom #78 (C) contains delta 8.28403306428 > 0.01
+ atom #79 (C) contains delta 7.80816196651 > 0.01
+ atom #80 (C) contains delta 7.92258757398 > 0.01
+ atom #81 (C) contains delta 9.3177666999 > 0.01
+ atom #82 (C) contains delta 9.86714272721 > 0.01
+ atom #83 (C) contains delta 10.352693905 > 0.01
+ atom #84 (C) contains delta 10.317861742 > 0.01
+ atom #85 (C) contains delta 9.79390144348 > 0.01
+ atom #86 (C) contains delta 9.27915047179 > 0.01
+ atom #87 (C) contains delta 7.4959688155 > 0.01
+ atom #88 (C) contains delta 6.91449990397 > 0.01
+ atom #89 (C) contains delta 6.50480606176 > 0.01
+ atom #90 (C) contains delta 6.72253681817 > 0.01
+ atom #91 (C) contains delta 7.31917401319 > 0.01
+ atom #92 (C) contains delta 7.68557784092 > 0.01
- Result: Success
+ Result: Error: atom #0 (C) contains delta 8.14710094399 > 0.01
+ atom #1 (C) contains delta 7.95753087397 > 0.01
+ atom #2 (C) contains delta 7.41257676506 > 0.01
+ atom #3 (C) contains delta 7.0444808375 > 0.01
+ atom #4 (C) contains delta 7.2579316985 > 0.01
+ atom #5 (C) contains delta 7.81367876563 > 0.01
+ atom #6 (C) contains delta 8.34136271199 > 0.01
+ atom #7 (C) contains delta 8.76804783011 > 0.01
+ atom #8 (C) contains delta 7.68666476916 > 0.01
+ atom #9 (C) contains delta 7.26837017112 > 0.01
+ atom #10 (C) contains delta 3.01388680399 > 0.01
+ atom #11 (C) contains delta 2.86387902228 > 0.01
+ atom #12 (C) contains delta 2.34617687108 > 0.01
+ atom #13 (C) contains delta 1.92067456383 > 0.01
+ atom #14 (C) contains delta 2.13790011406 > 0.01
+ atom #15 (C) contains delta 2.69589948654 > 0.01
+ atom #16 (C) contains delta 3.30932952442 > 0.01
+ atom #17 (C) contains delta 3.31722418081 > 0.01
+ atom #18 (C) contains delta 2.88213776604 > 0.01
+ atom #19 (C) contains delta 2.35729704993 > 0.01
+ atom #20 (C) contains delta 3.83243666658 > 0.01
+ atom #21 (C) contains delta 3.95908992 > 0.01
+ atom #22 (C) contains delta 3.6023790516 > 0.01
+ atom #23 (C) contains delta 3.04845008426 > 0.01
+ atom #24 (C) contains delta 4.50466570189 > 0.01
+ atom #25 (C) contains delta 4.71307300583 > 0.01
+ atom #26 (C) contains delta 4.83182146528 > 0.01
+ atom #27 (C) contains delta 3.8597267 > 0.01
+ atom #28 (C) contains delta 12.3256624187 > 0.01
+ atom #29 (C) contains delta 12.9816102408 > 0.01
+ atom #30 (C) contains delta 12.2638184468 > 0.01
+ atom #31 (C) contains delta 11.706031607 > 0.01
+ atom #32 (C) contains delta 11.4501730656 > 0.01
+ atom #33 (C) contains delta 11.7708056222 > 0.01
+ atom #34 (C) contains delta 12.2626931509 > 0.01
+ atom #35 (C) contains delta 12.7544674089 > 0.01
+ atom #36 (C) contains delta 12.7900030978 > 0.01
+ atom #37 (C) contains delta 13.2974083053 > 0.01
+ atom #38 (C) contains delta 13.3664252204 > 0.01
+ atom #39 (C) contains delta 11.8439599944 > 0.01
+ atom #40 (C) contains delta 11.4149259848 > 0.01
+ atom #41 (C) contains delta 11.5309172862 > 0.01
+ atom #42 (C) contains delta 11.1318856452 > 0.01
+ atom #43 (C) contains delta 11.2922251111 > 0.01
+ atom #44 (C) contains delta 10.9271941964 > 0.01
+ atom #45 (C) contains delta 10.812591017 > 0.01
+ atom #46 (C) contains delta 10.551403755 > 0.01
+ atom #47 (C) contains delta 9.95449622656 > 0.01
+ atom #48 (C) contains delta 9.61414944567 > 0.01
+ atom #49 (C) contains delta 9.90009880066 > 0.01
+ atom #50 (C) contains delta 10.5000991821 > 0.01
+ atom #51 (C) contains delta 10.9120161882 > 0.01
+ atom #52 (C) contains delta 10.7038422205 > 0.01
+
Check failure on line 1 in rendering
github-actions / macos-13-x86_64-java_test_report
rendering.render_smarts
[FAILED]
Raw output
Diff:
- smarts/0007.png rendering status: OK
+ smarts/0007.png rendering status: Problem: PNG similarity is 0.89 for red channel
+ 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
- smarts/0008.png rendering status: OK
+ smarts/0008.png rendering status: Problem: PNG similarity is 0.89 for red channel
+ 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
- smarts/0033.png rendering status: OK
+ smarts/0033.png rendering status: Problem: PNG similarity is 0.89 for red channel
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- smarts/0036.png rendering status: OK
+ smarts/0036.png rendering status: Problem: PNG similarity is 0.89 for red channel
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+ smarts/0037.png rendering status: Problem: PNG similarity is 0.88 for red channel
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
- smarts/0052.png rendering status: OK
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