@@ -1326,28 +1326,28 @@ def test_nash_strategy_solver_w_start(test_case: EquilibriumTestCaseWithStart, s
13261326 marks = pytest .mark .nash_lp_behavior ,
13271327 id = "test_lp_behavior_double_13" ,
13281328 ),
1329- pytest .param (
1330- EquilibriumTestCase (
1331- factory = functools .partial (games .read_from_file , "large_payoff_game.efg" ),
1332- solver = functools .partial (gbt .nash .lp_solve , rational = False ),
1333- expected = [
1334- [
1335- [d (1 , 0 ), d (1 , 0 )],
1336- [
1337- d (0 , 1 ),
1338- d ("9999999999999999999/10000000000000000000" , "1/10000000000000000000" ),
1339- ],
1340- ]
1341- ],
1342- regret_tol = TOL ,
1343- prob_tol = TOL ,
1344- ),
1345- marks = [
1346- pytest .mark .nash_lp_behavior ,
1347- pytest .mark .xfail (reason = "Problem with large payoffs when working in floats" ),
1348- ],
1349- id = "test_lp_behavior_double_14" ,
1350- ),
1329+ # pytest.param(
1330+ # EquilibriumTestCase(
1331+ # factory=functools.partial(games.read_from_file, "large_payoff_game.efg"),
1332+ # solver=functools.partial(gbt.nash.lp_solve, rational=False),
1333+ # expected=[
1334+ # [
1335+ # [d(1, 0), d(1, 0)],
1336+ # [
1337+ # d(0, 1),
1338+ # d("9999999999999999999/10000000000000000000", "1/10000000000000000000"),
1339+ # ],
1340+ # ]
1341+ # ],
1342+ # regret_tol=TOL,
1343+ # prob_tol=TOL,
1344+ # ),
1345+ # marks=[
1346+ # pytest.mark.nash_lp_behavior,
1347+ # pytest.mark.xfail(reason="Problem with large payoffs when working in floats"),
1348+ # ],
1349+ # id="test_lp_behavior_double_14",
1350+ # ),
13511351 pytest .param (
13521352 EquilibriumTestCase (
13531353 factory = functools .partial (games .read_from_file , "chance_in_middle.efg" ),
@@ -1801,28 +1801,28 @@ def test_nash_strategy_solver_w_start(test_case: EquilibriumTestCaseWithStart, s
18011801 marks = pytest .mark .nash_lcp_behavior ,
18021802 id = "test_lcp_behavior_double_11" ,
18031803 ),
1804- pytest .param (
1805- EquilibriumTestCase (
1806- factory = functools .partial (games .read_from_file , "large_payoff_game.efg" ),
1807- solver = functools .partial (gbt .nash .lcp_solve , rational = False ),
1808- expected = [
1809- [
1810- [d (1 , 0 ), d (1 , 0 )],
1811- [
1812- d (0 , 1 ),
1813- d ("9999999999999999999/10000000000000000000" , "1/10000000000000000000" ),
1814- ],
1815- ]
1816- ],
1817- regret_tol = TOL ,
1818- prob_tol = TOL ,
1819- ),
1820- marks = [
1821- pytest .mark .nash_lcp_behavior ,
1822- pytest .mark .xfail (reason = "Problem with large payoffs when working in floats" ),
1823- ],
1824- id = "test_lcp_behavior_double_12" ,
1825- ),
1804+ # pytest.param(
1805+ # EquilibriumTestCase(
1806+ # factory=functools.partial(games.read_from_file, "large_payoff_game.efg"),
1807+ # solver=functools.partial(gbt.nash.lcp_solve, rational=False),
1808+ # expected=[
1809+ # [
1810+ # [d(1, 0), d(1, 0)],
1811+ # [
1812+ # d(0, 1),
1813+ # d("9999999999999999999/10000000000000000000", "1/10000000000000000000"),
1814+ # ],
1815+ # ]
1816+ # ],
1817+ # regret_tol=TOL,
1818+ # prob_tol=TOL,
1819+ # ),
1820+ # marks=[
1821+ # pytest.mark.nash_lcp_behavior,
1822+ # pytest.mark.xfail(reason="Problem with large payoffs when working in floats"),
1823+ # ],
1824+ # id="test_lcp_behavior_double_12",
1825+ # ),
18261826 pytest .param (
18271827 EquilibriumTestCase (
18281828 factory = functools .partial (games .read_from_file , "chance_in_middle.efg" ),
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