Results for test case bestline_1_00

Legend

0 Lines Added

0 Lines Deleted

0 Lines Changed

0 modifications, totalling 0 lines

Line Baseline Line Current

`1:` `Original (m=1, b=0) Calculated (m=1, b=0, r=1)` `1:` `Original (m=1, b=0) Calculated (m=1, b=0, r=1)`

`2:` `Original (m=0.959596, b=0.126592) Calculated (m=0.959596, b=0.126592, r=1)` `2:` `Original (m=0.959596, b=0.126592) Calculated (m=0.959596, b=0.126592, r=1)`

`3:` `Original (m=0.919192, b=0.251148) Calculated (m=0.919192, b=0.251148, r=1)` `3:` `Original (m=0.919192, b=0.251148) Calculated (m=0.919192, b=0.251148, r=1)`

`4:` `Original (m=0.878788, b=0.371662) Calculated (m=0.878788, b=0.371662, r=1)` `4:` `Original (m=0.878788, b=0.371662) Calculated (m=0.878788, b=0.371662, r=1)`

`5:` `Original (m=0.838384, b=0.486196) Calculated (m=0.838384, b=0.486196, r=1)` `5:` `Original (m=0.838384, b=0.486196) Calculated (m=0.838384, b=0.486196, r=1)`

`6:` `Original (m=0.79798, b=0.592907) Calculated (m=0.79798, b=0.592907, r=1)` `6:` `Original (m=0.79798, b=0.592907) Calculated (m=0.79798, b=0.592907, r=1)`

`7:` `Original (m=0.757576, b=0.690079) Calculated (m=0.757575, b=0.690078, r=1)` `7:` `Original (m=0.757576, b=0.690079) Calculated (m=0.757575, b=0.690078, r=1)`

`8:` `Original (m=0.717172, b=0.776146) Calculated (m=0.717171, b=0.776146, r=1)` `8:` `Original (m=0.717172, b=0.776146) Calculated (m=0.717171, b=0.776146, r=1)`

`9:` `Original (m=0.676768, b=0.849725) Calculated (m=0.676767, b=0.849725, r=1)` `9:` `Original (m=0.676768, b=0.849725) Calculated (m=0.676767, b=0.849725, r=1)`

`10:` `Original (m=0.636364, b=0.909632) Calculated (m=0.636363, b=0.909631, r=1)` `10:` `Original (m=0.636364, b=0.909632) Calculated (m=0.636363, b=0.909631, r=1)`

`11:` `Original (m=0.59596, b=0.954902) Calculated (m=0.595959, b=0.954902, r=1)` `11:` `Original (m=0.59596, b=0.954902) Calculated (m=0.595959, b=0.954902, r=1)`

`12:` `Original (m=0.555556, b=0.984808) Calculated (m=0.555555, b=0.984807, r=1)` `12:` `Original (m=0.555556, b=0.984808) Calculated (m=0.555555, b=0.984807, r=1)`

`13:` `Original (m=0.515152, b=0.998867) Calculated (m=0.515151, b=0.998867, r=1)` `13:` `Original (m=0.515152, b=0.998867) Calculated (m=0.515151, b=0.998867, r=1)`

`14:` `Original (m=0.474747, b=0.996855) Calculated (m=0.474747, b=0.996855, r=1)` `14:` `Original (m=0.474747, b=0.996855) Calculated (m=0.474747, b=0.996855, r=1)`

`15:` `Original (m=0.434343, b=0.978803) Calculated (m=0.434343, b=0.978803, r=1)` `15:` `Original (m=0.434343, b=0.978803) Calculated (m=0.434343, b=0.978803, r=1)`

`16:` `Original (m=0.393939, b=0.945001) Calculated (m=0.393939, b=0.945001, r=1)` `16:` `Original (m=0.393939, b=0.945001) Calculated (m=0.393939, b=0.945001, r=1)`

`17:` `Original (m=0.353535, b=0.895995) Calculated (m=0.353535, b=0.895994, r=1)` `17:` `Original (m=0.353535, b=0.895995) Calculated (m=0.353535, b=0.895994, r=1)`

`18:` `Original (m=0.313131, b=0.832571) Calculated (m=0.313131, b=0.832571, r=1)` `18:` `Original (m=0.313131, b=0.832571) Calculated (m=0.313131, b=0.832571, r=1)`

`19:` `Original (m=0.272727, b=0.755751) Calculated (m=0.272727, b=0.755751, r=1)` `19:` `Original (m=0.272727, b=0.755751) Calculated (m=0.272727, b=0.755751, r=1)`

`20:` `Original (m=0.232323, b=0.666771) Calculated (m=0.232323, b=0.66677, r=1)` `20:` `Original (m=0.232323, b=0.666771) Calculated (m=0.232323, b=0.66677, r=1)`

`21:` `Original (m=0.191919, b=0.567062) Calculated (m=0.191919, b=0.567062, r=1)` `21:` `Original (m=0.191919, b=0.567062) Calculated (m=0.191919, b=0.567062, r=1)`

`22:` `Original (m=0.151515, b=0.458229) Calculated (m=0.151515, b=0.458228, r=1)` `22:` `Original (m=0.151515, b=0.458229) Calculated (m=0.151515, b=0.458228, r=1)`

`23:` `Original (m=0.111111, b=0.342022) Calculated (m=0.111111, b=0.342022, r=1)` `23:` `Original (m=0.111111, b=0.342022) Calculated (m=0.111111, b=0.342022, r=1)`

`24:` `Original (m=0.0707071, b=0.220313) Calculated (m=0.070707, b=0.220313, r=1)` `24:` `Original (m=0.0707071, b=0.220313) Calculated (m=0.070707, b=0.220313, r=1)`

`25:` `Original (m=0.030303, b=0.0950586) Calculated (m=0.030303, b=0.0950586, r=1)` `25:` `Original (m=0.030303, b=0.0950586) Calculated (m=0.030303, b=0.0950586, r=1)`

`26:` `Original (m=-0.010101, b=-0.0317253) Calculated (m=-0.010101, b=-0.0317253, r=-1)` `26:` `Original (m=-0.010101, b=-0.0317253) Calculated (m=-0.010101, b=-0.0317253, r=-1)`

`27:` `Original (m=-0.0505051, b=-0.157999) Calculated (m=-0.050505, b=-0.157999, r=-1)` `27:` `Original (m=-0.0505051, b=-0.157999) Calculated (m=-0.050505, b=-0.157999, r=-1)`

`28:` `Original (m=-0.0909091, b=-0.28173) Calculated (m=-0.0909091, b=-0.28173, r=-1)` `28:` `Original (m=-0.0909091, b=-0.28173) Calculated (m=-0.0909091, b=-0.28173, r=-1)`

`29:` `Original (m=-0.131313, b=-0.400928) Calculated (m=-0.131313, b=-0.400928, r=-1)` `29:` `Original (m=-0.131313, b=-0.400928) Calculated (m=-0.131313, b=-0.400928, r=-1)`

`30:` `Original (m=-0.171717, b=-0.513675) Calculated (m=-0.171717, b=-0.513675, r=-1)` `30:` `Original (m=-0.171717, b=-0.513675) Calculated (m=-0.171717, b=-0.513675, r=-1)`

`31:` `Original (m=-0.212121, b=-0.618156) Calculated (m=-0.212121, b=-0.618156, r=-1)` `31:` `Original (m=-0.212121, b=-0.618156) Calculated (m=-0.212121, b=-0.618156, r=-1)`

`32:` `Original (m=-0.252525, b=-0.712692) Calculated (m=-0.252525, b=-0.712692, r=-1)` `32:` `Original (m=-0.252525, b=-0.712692) Calculated (m=-0.252525, b=-0.712692, r=-1)`

`33:` `Original (m=-0.292929, b=-0.79576) Calculated (m=-0.292929, b=-0.79576, r=-1)` `33:` `Original (m=-0.292929, b=-0.79576) Calculated (m=-0.292929, b=-0.79576, r=-1)`

`34:` `Original (m=-0.333333, b=-0.866024) Calculated (m=-0.333333, b=-0.866024, r=-1)` `34:` `Original (m=-0.333333, b=-0.866024) Calculated (m=-0.333333, b=-0.866024, r=-1)`

`35:` `Original (m=-0.373737, b=-0.922353) Calculated (m=-0.373737, b=-0.922353, r=-1)` `35:` `Original (m=-0.373737, b=-0.922353) Calculated (m=-0.373737, b=-0.922353, r=-1)`

`36:` `Original (m=-0.414141, b=-0.963841) Calculated (m=-0.414141, b=-0.963841, r=-1)` `36:` `Original (m=-0.414141, b=-0.963841) Calculated (m=-0.414141, b=-0.963841, r=-1)`

`37:` `Original (m=-0.454545, b=-0.989821) Calculated (m=-0.454545, b=-0.989821, r=-1)` `37:` `Original (m=-0.454545, b=-0.989821) Calculated (m=-0.454545, b=-0.989821, r=-1)`

`38:` `Original (m=-0.494949, b=-0.999874) Calculated (m=-0.494949, b=-0.999874, r=-1)` `38:` `Original (m=-0.494949, b=-0.999874) Calculated (m=-0.494949, b=-0.999874, r=-1)`

`39:` `Original (m=-0.535354, b=-0.993839) Calculated (m=-0.535353, b=-0.993839, r=-1)` `39:` `Original (m=-0.535354, b=-0.993839) Calculated (m=-0.535353, b=-0.993839, r=-1)`

`40:` `Original (m=-0.575758, b=-0.971813) Calculated (m=-0.575757, b=-0.971813, r=-1)` `40:` `Original (m=-0.575758, b=-0.971813) Calculated (m=-0.575757, b=-0.971813, r=-1)`

`41:` `Original (m=-0.616162, b=-0.934149) Calculated (m=-0.616161, b=-0.93415, r=-1)` `41:` `Original (m=-0.616162, b=-0.934149) Calculated (m=-0.616161, b=-0.93415, r=-1)`

`42:` `Original (m=-0.656566, b=-0.881455) Calculated (m=-0.656565, b=-0.881455, r=-1)` `42:` `Original (m=-0.656566, b=-0.881455) Calculated (m=-0.656565, b=-0.881455, r=-1)`

`43:` `Original (m=-0.69697, b=-0.814579) Calculated (m=-0.696969, b=-0.814578, r=-1)` `43:` `Original (m=-0.69697, b=-0.814579) Calculated (m=-0.696969, b=-0.814578, r=-1)`

`44:` `Original (m=-0.737374, b=-0.734595) Calculated (m=-0.737373, b=-0.734595, r=-1)` `44:` `Original (m=-0.737374, b=-0.734595) Calculated (m=-0.737373, b=-0.734595, r=-1)`

`45:` `Original (m=-0.777778, b=-0.642791) Calculated (m=-0.777777, b=-0.642791, r=-1)` `45:` `Original (m=-0.777778, b=-0.642791) Calculated (m=-0.777777, b=-0.642791, r=-1)`

`46:` `Original (m=-0.818182, b=-0.540645) Calculated (m=-0.818181, b=-0.540645, r=-1)` `46:` `Original (m=-0.818182, b=-0.540645) Calculated (m=-0.818181, b=-0.540645, r=-1)`

`47:` `Original (m=-0.858586, b=-0.429799) Calculated (m=-0.858585, b=-0.4298, r=-1)` `47:` `Original (m=-0.858586, b=-0.429799) Calculated (m=-0.858585, b=-0.4298, r=-1)`

`48:` `Original (m=-0.89899, b=-0.312038) Calculated (m=-0.898989, b=-0.312038, r=-1)` `48:` `Original (m=-0.89899, b=-0.312038) Calculated (m=-0.898989, b=-0.312038, r=-1)`

`49:` `Original (m=-0.939394, b=-0.189256) Calculated (m=-0.939394, b=-0.189256, r=-1)` `49:` `Original (m=-0.939394, b=-0.189256) Calculated (m=-0.939394, b=-0.189256, r=-1)`

`50:` `Original (m=-0.979798, b=-0.0634292) Calculated (m=-0.979797, b=-0.0634292, r=-1)` `50:` `Original (m=-0.979798, b=-0.0634292) Calculated (m=-0.979797, b=-0.0634292, r=-1)`

Line	*Baseline*	Line	*Current*
`1:`	`Original (m=1, b=0) Calculated (m=1, b=0, r=1)`	`1:`	`Original (m=1, b=0) Calculated (m=1, b=0, r=1)`
`2:`	`Original (m=0.959596, b=0.126592) Calculated (m=0.959596, b=0.126592, r=1)`	`2:`	`Original (m=0.959596, b=0.126592) Calculated (m=0.959596, b=0.126592, r=1)`
`3:`	`Original (m=0.919192, b=0.251148) Calculated (m=0.919192, b=0.251148, r=1)`	`3:`	`Original (m=0.919192, b=0.251148) Calculated (m=0.919192, b=0.251148, r=1)`
`4:`	`Original (m=0.878788, b=0.371662) Calculated (m=0.878788, b=0.371662, r=1)`	`4:`	`Original (m=0.878788, b=0.371662) Calculated (m=0.878788, b=0.371662, r=1)`
`5:`	`Original (m=0.838384, b=0.486196) Calculated (m=0.838384, b=0.486196, r=1)`	`5:`	`Original (m=0.838384, b=0.486196) Calculated (m=0.838384, b=0.486196, r=1)`
`6:`	`Original (m=0.79798, b=0.592907) Calculated (m=0.79798, b=0.592907, r=1)`	`6:`	`Original (m=0.79798, b=0.592907) Calculated (m=0.79798, b=0.592907, r=1)`
`7:`	`Original (m=0.757576, b=0.690079) Calculated (m=0.757575, b=0.690078, r=1)`	`7:`	`Original (m=0.757576, b=0.690079) Calculated (m=0.757575, b=0.690078, r=1)`
`8:`	`Original (m=0.717172, b=0.776146) Calculated (m=0.717171, b=0.776146, r=1)`	`8:`	`Original (m=0.717172, b=0.776146) Calculated (m=0.717171, b=0.776146, r=1)`
`9:`	`Original (m=0.676768, b=0.849725) Calculated (m=0.676767, b=0.849725, r=1)`	`9:`	`Original (m=0.676768, b=0.849725) Calculated (m=0.676767, b=0.849725, r=1)`
`10:`	`Original (m=0.636364, b=0.909632) Calculated (m=0.636363, b=0.909631, r=1)`	`10:`	`Original (m=0.636364, b=0.909632) Calculated (m=0.636363, b=0.909631, r=1)`
`11:`	`Original (m=0.59596, b=0.954902) Calculated (m=0.595959, b=0.954902, r=1)`	`11:`	`Original (m=0.59596, b=0.954902) Calculated (m=0.595959, b=0.954902, r=1)`
`12:`	`Original (m=0.555556, b=0.984808) Calculated (m=0.555555, b=0.984807, r=1)`	`12:`	`Original (m=0.555556, b=0.984808) Calculated (m=0.555555, b=0.984807, r=1)`
`13:`	`Original (m=0.515152, b=0.998867) Calculated (m=0.515151, b=0.998867, r=1)`	`13:`	`Original (m=0.515152, b=0.998867) Calculated (m=0.515151, b=0.998867, r=1)`
`14:`	`Original (m=0.474747, b=0.996855) Calculated (m=0.474747, b=0.996855, r=1)`	`14:`	`Original (m=0.474747, b=0.996855) Calculated (m=0.474747, b=0.996855, r=1)`
`15:`	`Original (m=0.434343, b=0.978803) Calculated (m=0.434343, b=0.978803, r=1)`	`15:`	`Original (m=0.434343, b=0.978803) Calculated (m=0.434343, b=0.978803, r=1)`
`16:`	`Original (m=0.393939, b=0.945001) Calculated (m=0.393939, b=0.945001, r=1)`	`16:`	`Original (m=0.393939, b=0.945001) Calculated (m=0.393939, b=0.945001, r=1)`
`17:`	`Original (m=0.353535, b=0.895995) Calculated (m=0.353535, b=0.895994, r=1)`	`17:`	`Original (m=0.353535, b=0.895995) Calculated (m=0.353535, b=0.895994, r=1)`
`18:`	`Original (m=0.313131, b=0.832571) Calculated (m=0.313131, b=0.832571, r=1)`	`18:`	`Original (m=0.313131, b=0.832571) Calculated (m=0.313131, b=0.832571, r=1)`
`19:`	`Original (m=0.272727, b=0.755751) Calculated (m=0.272727, b=0.755751, r=1)`	`19:`	`Original (m=0.272727, b=0.755751) Calculated (m=0.272727, b=0.755751, r=1)`
`20:`	`Original (m=0.232323, b=0.666771) Calculated (m=0.232323, b=0.66677, r=1)`	`20:`	`Original (m=0.232323, b=0.666771) Calculated (m=0.232323, b=0.66677, r=1)`
`21:`	`Original (m=0.191919, b=0.567062) Calculated (m=0.191919, b=0.567062, r=1)`	`21:`	`Original (m=0.191919, b=0.567062) Calculated (m=0.191919, b=0.567062, r=1)`
`22:`	`Original (m=0.151515, b=0.458229) Calculated (m=0.151515, b=0.458228, r=1)`	`22:`	`Original (m=0.151515, b=0.458229) Calculated (m=0.151515, b=0.458228, r=1)`
`23:`	`Original (m=0.111111, b=0.342022) Calculated (m=0.111111, b=0.342022, r=1)`	`23:`	`Original (m=0.111111, b=0.342022) Calculated (m=0.111111, b=0.342022, r=1)`
`24:`	`Original (m=0.0707071, b=0.220313) Calculated (m=0.070707, b=0.220313, r=1)`	`24:`	`Original (m=0.0707071, b=0.220313) Calculated (m=0.070707, b=0.220313, r=1)`
`25:`	`Original (m=0.030303, b=0.0950586) Calculated (m=0.030303, b=0.0950586, r=1)`	`25:`	`Original (m=0.030303, b=0.0950586) Calculated (m=0.030303, b=0.0950586, r=1)`
`26:`	`Original (m=-0.010101, b=-0.0317253) Calculated (m=-0.010101, b=-0.0317253, r=-1)`	`26:`	`Original (m=-0.010101, b=-0.0317253) Calculated (m=-0.010101, b=-0.0317253, r=-1)`
`27:`	`Original (m=-0.0505051, b=-0.157999) Calculated (m=-0.050505, b=-0.157999, r=-1)`	`27:`	`Original (m=-0.0505051, b=-0.157999) Calculated (m=-0.050505, b=-0.157999, r=-1)`
`28:`	`Original (m=-0.0909091, b=-0.28173) Calculated (m=-0.0909091, b=-0.28173, r=-1)`	`28:`	`Original (m=-0.0909091, b=-0.28173) Calculated (m=-0.0909091, b=-0.28173, r=-1)`
`29:`	`Original (m=-0.131313, b=-0.400928) Calculated (m=-0.131313, b=-0.400928, r=-1)`	`29:`	`Original (m=-0.131313, b=-0.400928) Calculated (m=-0.131313, b=-0.400928, r=-1)`
`30:`	`Original (m=-0.171717, b=-0.513675) Calculated (m=-0.171717, b=-0.513675, r=-1)`	`30:`	`Original (m=-0.171717, b=-0.513675) Calculated (m=-0.171717, b=-0.513675, r=-1)`
`31:`	`Original (m=-0.212121, b=-0.618156) Calculated (m=-0.212121, b=-0.618156, r=-1)`	`31:`	`Original (m=-0.212121, b=-0.618156) Calculated (m=-0.212121, b=-0.618156, r=-1)`
`32:`	`Original (m=-0.252525, b=-0.712692) Calculated (m=-0.252525, b=-0.712692, r=-1)`	`32:`	`Original (m=-0.252525, b=-0.712692) Calculated (m=-0.252525, b=-0.712692, r=-1)`
`33:`	`Original (m=-0.292929, b=-0.79576) Calculated (m=-0.292929, b=-0.79576, r=-1)`	`33:`	`Original (m=-0.292929, b=-0.79576) Calculated (m=-0.292929, b=-0.79576, r=-1)`
`34:`	`Original (m=-0.333333, b=-0.866024) Calculated (m=-0.333333, b=-0.866024, r=-1)`	`34:`	`Original (m=-0.333333, b=-0.866024) Calculated (m=-0.333333, b=-0.866024, r=-1)`
`35:`	`Original (m=-0.373737, b=-0.922353) Calculated (m=-0.373737, b=-0.922353, r=-1)`	`35:`	`Original (m=-0.373737, b=-0.922353) Calculated (m=-0.373737, b=-0.922353, r=-1)`
`36:`	`Original (m=-0.414141, b=-0.963841) Calculated (m=-0.414141, b=-0.963841, r=-1)`	`36:`	`Original (m=-0.414141, b=-0.963841) Calculated (m=-0.414141, b=-0.963841, r=-1)`
`37:`	`Original (m=-0.454545, b=-0.989821) Calculated (m=-0.454545, b=-0.989821, r=-1)`	`37:`	`Original (m=-0.454545, b=-0.989821) Calculated (m=-0.454545, b=-0.989821, r=-1)`
`38:`	`Original (m=-0.494949, b=-0.999874) Calculated (m=-0.494949, b=-0.999874, r=-1)`	`38:`	`Original (m=-0.494949, b=-0.999874) Calculated (m=-0.494949, b=-0.999874, r=-1)`
`39:`	`Original (m=-0.535354, b=-0.993839) Calculated (m=-0.535353, b=-0.993839, r=-1)`	`39:`	`Original (m=-0.535354, b=-0.993839) Calculated (m=-0.535353, b=-0.993839, r=-1)`
`40:`	`Original (m=-0.575758, b=-0.971813) Calculated (m=-0.575757, b=-0.971813, r=-1)`	`40:`	`Original (m=-0.575758, b=-0.971813) Calculated (m=-0.575757, b=-0.971813, r=-1)`
`41:`	`Original (m=-0.616162, b=-0.934149) Calculated (m=-0.616161, b=-0.93415, r=-1)`	`41:`	`Original (m=-0.616162, b=-0.934149) Calculated (m=-0.616161, b=-0.93415, r=-1)`
`42:`	`Original (m=-0.656566, b=-0.881455) Calculated (m=-0.656565, b=-0.881455, r=-1)`	`42:`	`Original (m=-0.656566, b=-0.881455) Calculated (m=-0.656565, b=-0.881455, r=-1)`
`43:`	`Original (m=-0.69697, b=-0.814579) Calculated (m=-0.696969, b=-0.814578, r=-1)`	`43:`	`Original (m=-0.69697, b=-0.814579) Calculated (m=-0.696969, b=-0.814578, r=-1)`
`44:`	`Original (m=-0.737374, b=-0.734595) Calculated (m=-0.737373, b=-0.734595, r=-1)`	`44:`	`Original (m=-0.737374, b=-0.734595) Calculated (m=-0.737373, b=-0.734595, r=-1)`
`45:`	`Original (m=-0.777778, b=-0.642791) Calculated (m=-0.777777, b=-0.642791, r=-1)`	`45:`	`Original (m=-0.777778, b=-0.642791) Calculated (m=-0.777777, b=-0.642791, r=-1)`
`46:`	`Original (m=-0.818182, b=-0.540645) Calculated (m=-0.818181, b=-0.540645, r=-1)`	`46:`	`Original (m=-0.818182, b=-0.540645) Calculated (m=-0.818181, b=-0.540645, r=-1)`
`47:`	`Original (m=-0.858586, b=-0.429799) Calculated (m=-0.858585, b=-0.4298, r=-1)`	`47:`	`Original (m=-0.858586, b=-0.429799) Calculated (m=-0.858585, b=-0.4298, r=-1)`
`48:`	`Original (m=-0.89899, b=-0.312038) Calculated (m=-0.898989, b=-0.312038, r=-1)`	`48:`	`Original (m=-0.89899, b=-0.312038) Calculated (m=-0.898989, b=-0.312038, r=-1)`
`49:`	`Original (m=-0.939394, b=-0.189256) Calculated (m=-0.939394, b=-0.189256, r=-1)`	`49:`	`Original (m=-0.939394, b=-0.189256) Calculated (m=-0.939394, b=-0.189256, r=-1)`
`50:`	`Original (m=-0.979798, b=-0.0634292) Calculated (m=-0.979797, b=-0.0634292, r=-1)`	`50:`	`Original (m=-0.979798, b=-0.0634292) Calculated (m=-0.979797, b=-0.0634292, r=-1)`