/export/starexec/sandbox2/solver/bin/starexec_run_termcomp17 /export/starexec/sandbox2/benchmark/theBenchmark.smt2 /export/starexec/sandbox2/output/output_files -------------------------------------------------------------------------------- NO Solver Timeout: 4 Global Timeout: 300 Maximum number of concurrent processes: 900 No parsing errors! Init Location: 0 Transitions: 1, is_aborted^0 -> (0 + undef4), is_aborted_next^0 -> undef4, pc_Drive^0 -> (0 + undef8), pc_Drive_next^0 -> undef8, pc_Loop^0 -> 1, pc_Plan^0 -> undef10, pc_Plan_next^0 -> undef11, x^0 -> (0 + undef13), x_next^0 -> undef13, y^0 -> (0 + undef15), y_next^0 -> undef15}> (0 + undef19), is_aborted_next^0 -> undef19, pc_Drive^0 -> (0 + undef23), pc_Drive_next^0 -> undef23, pc_Loop^0 -> 1, pc_Plan^0 -> undef25, pc_Plan_next^0 -> undef26, x^0 -> (0 + undef28), x_next^0 -> undef28, y^0 -> (0 + undef30), y_next^0 -> undef30}> (0 + undef34), is_aborted_next^0 -> undef34, pc_Drive^0 -> (0 + undef38), pc_Drive_next^0 -> undef38, pc_Loop^0 -> 1, pc_Plan^0 -> undef40, pc_Plan_next^0 -> undef41, x^0 -> (0 + undef43), x_next^0 -> undef43, y^0 -> (0 + undef45), y_next^0 -> undef45}> 1, is_aborted^0 -> (0 + undef49), is_aborted_next^0 -> undef49, pc_Drive^0 -> (0 + undef53), pc_Drive_next^0 -> undef53, pc_Loop^0 -> 1, pc_Plan^0 -> undef55, pc_Plan_next^0 -> undef56, x^0 -> (0 + undef58), x_next^0 -> undef58, y^0 -> (0 + undef60), y_next^0 -> undef60}> (0 + undef64), is_aborted_next^0 -> undef64, pc_Drive^0 -> (0 + undef68), pc_Drive_next^0 -> undef68, pc_Loop^0 -> 1, pc_Plan^0 -> undef70, pc_Plan_next^0 -> undef71, x^0 -> (0 + undef73), x_next^0 -> undef73, y^0 -> (0 + undef75), y_next^0 -> undef75}> (0 + undef79), is_aborted_next^0 -> undef79, pc_Drive^0 -> (0 + undef83), pc_Drive_next^0 -> undef83, pc_Loop^0 -> 1, pc_Plan^0 -> undef85, pc_Plan_next^0 -> undef86, x^0 -> (0 + undef88), x_next^0 -> undef88, y^0 -> (0 + undef90), y_next^0 -> undef90}> undef91, is_aborted^0 -> (0 + undef94), is_aborted_next^0 -> undef94, pc_Drive^0 -> undef97, pc_Drive_next^0 -> undef98, pc_Loop^0 -> 4, pc_Plan^0 -> (0 + undef101), pc_Plan_next^0 -> undef101, x^0 -> (0 + undef103), x_next^0 -> undef103, y^0 -> (0 + undef105), y_next^0 -> undef105}> (0 + undef109), is_aborted_next^0 -> undef109, pc_Drive^0 -> undef112, pc_Drive_next^0 -> undef113, pc_Loop^0 -> 4, pc_Plan^0 -> (0 + undef116), pc_Plan_next^0 -> undef116, x^0 -> (0 + undef118), x_next^0 -> undef118, y^0 -> (0 + undef120), y_next^0 -> undef120}> (0 + undef124), is_aborted_next^0 -> undef124, pc_Drive^0 -> undef127, pc_Drive_next^0 -> undef128, pc_Loop^0 -> 4, pc_Plan^0 -> (0 + undef131), pc_Plan_next^0 -> undef131, x^0 -> (0 + undef133), x_next^0 -> undef133, y^0 -> (0 + undef135), y_next^0 -> undef135}> 1, is_aborted^0 -> (0 + undef139), is_aborted_next^0 -> undef139, pc_Drive^0 -> undef142, pc_Drive_next^0 -> undef143, pc_Loop^0 -> 4, pc_Plan^0 -> (0 + undef146), pc_Plan_next^0 -> undef146, x^0 -> (0 + undef148), x_next^0 -> undef148, y^0 -> (0 + undef150), y_next^0 -> undef150}> 0, is_aborted^0 -> (0 + undef154), is_aborted_next^0 -> undef154, pc_Drive^0 -> undef157, pc_Drive_next^0 -> undef158, pc_Loop^0 -> 4, pc_Plan^0 -> (0 + undef161), pc_Plan_next^0 -> undef161, x^0 -> (0 + undef163), x_next^0 -> undef163, y^0 -> (0 + undef165), y_next^0 -> undef165}> 0, is_aborted^0 -> (0 + undef169), is_aborted_next^0 -> undef169, pc_Drive^0 -> undef172, pc_Drive_next^0 -> undef173, pc_Loop^0 -> 4, pc_Plan^0 -> (0 + undef176), pc_Plan_next^0 -> undef176, x^0 -> (0 + undef178), x_next^0 -> undef178, y^0 -> (0 + undef180), y_next^0 -> undef180}> 1, is_aborted^0 -> undef183, is_aborted_next^0 -> undef184, pc_Drive^0 -> (0 + undef188), pc_Drive_next^0 -> undef188, pc_Loop^0 -> 7, pc_Plan^0 -> (0 + undef191), pc_Plan_next^0 -> undef191, x^0 -> (0 + undef193), x_next^0 -> undef193, y^0 -> (0 + undef195), y_next^0 -> undef195}> undef198, is_aborted_next^0 -> undef199, pc_Drive^0 -> (0 + undef203), pc_Drive_next^0 -> undef203, pc_Loop^0 -> 7, pc_Plan^0 -> (0 + undef206), pc_Plan_next^0 -> undef206, x^0 -> (0 + undef208), x_next^0 -> undef208, y^0 -> (0 + undef210), y_next^0 -> undef210}> undef213, is_aborted_next^0 -> undef214, pc_Drive^0 -> (0 + undef218), pc_Drive_next^0 -> undef218, pc_Loop^0 -> 7, pc_Plan^0 -> (0 + undef221), pc_Plan_next^0 -> undef221, x^0 -> (0 + undef223), x_next^0 -> undef223, y^0 -> (0 + undef225), y_next^0 -> undef225}> 1, is_aborted^0 -> undef228, is_aborted_next^0 -> undef229, pc_Drive^0 -> (0 + undef233), pc_Drive_next^0 -> undef233, pc_Loop^0 -> 7, pc_Plan^0 -> (0 + undef236), pc_Plan_next^0 -> undef236, x^0 -> undef237, x_next^0 -> undef238, y^0 -> undef239, y_next^0 -> undef240}> undef243, is_aborted_next^0 -> undef244, pc_Drive^0 -> (0 + undef248), pc_Drive_next^0 -> undef248, pc_Loop^0 -> 7, pc_Plan^0 -> (0 + undef251), pc_Plan_next^0 -> undef251, x^0 -> undef252, x_next^0 -> undef253, y^0 -> undef254, y_next^0 -> undef255}> undef258, is_aborted_next^0 -> undef259, pc_Drive^0 -> (0 + undef263), pc_Drive_next^0 -> undef263, pc_Loop^0 -> 7, pc_Plan^0 -> (0 + undef266), pc_Plan_next^0 -> undef266, x^0 -> undef267, x_next^0 -> undef268, y^0 -> undef269, y_next^0 -> undef270}> undef271, is_aborted^0 -> undef273, is_aborted_next^0 -> undef274, pc_Drive^0 -> (0 + undef278), pc_Drive_next^0 -> undef278, pc_Loop^0 -> 2, pc_Plan^0 -> (0 + undef281), pc_Plan_next^0 -> undef281, x^0 -> undef282, x_next^0 -> undef283, y^0 -> undef284, y_next^0 -> undef285}> undef288, is_aborted_next^0 -> undef289, pc_Drive^0 -> (0 + undef293), pc_Drive_next^0 -> undef293, pc_Loop^0 -> 2, pc_Plan^0 -> (0 + undef296), pc_Plan_next^0 -> undef296, x^0 -> undef297, x_next^0 -> undef298, y^0 -> undef299, y_next^0 -> undef300}> undef303, is_aborted_next^0 -> undef304, pc_Drive^0 -> (0 + undef308), pc_Drive_next^0 -> undef308, pc_Loop^0 -> 2, pc_Plan^0 -> (0 + undef311), pc_Plan_next^0 -> undef311, x^0 -> undef312, x_next^0 -> undef313, y^0 -> undef314, y_next^0 -> undef315}> 1, is_aborted^0 -> undef318, is_aborted_next^0 -> undef319, pc_Drive^0 -> (0 + undef323), pc_Drive_next^0 -> undef323, pc_Loop^0 -> 6, pc_Plan^0 -> (0 + undef326), pc_Plan_next^0 -> undef326, x^0 -> (0 + undef328), x_next^0 -> undef328, y^0 -> (0 + undef330), y_next^0 -> undef330}> undef333, is_aborted_next^0 -> undef334, pc_Drive^0 -> (0 + undef338), pc_Drive_next^0 -> undef338, pc_Loop^0 -> 6, pc_Plan^0 -> (0 + undef341), pc_Plan_next^0 -> undef341, x^0 -> (0 + undef343), x_next^0 -> undef343, y^0 -> (0 + undef345), y_next^0 -> undef345}> undef348, is_aborted_next^0 -> undef349, pc_Drive^0 -> (0 + undef353), pc_Drive_next^0 -> undef353, pc_Loop^0 -> 6, pc_Plan^0 -> (0 + undef356), pc_Plan_next^0 -> undef356, x^0 -> (0 + undef358), x_next^0 -> undef358, y^0 -> (0 + undef360), y_next^0 -> undef360}> 1, is_aborted^0 -> undef363, is_aborted_next^0 -> undef364, pc_Drive^0 -> (0 + undef368), pc_Drive_next^0 -> undef368, pc_Loop^0 -> 3, pc_Plan^0 -> (0 + undef371), pc_Plan_next^0 -> undef371, x^0 -> (0 + undef373), x_next^0 -> undef373, y^0 -> (0 + undef375), y_next^0 -> undef375}> undef378, is_aborted_next^0 -> undef379, pc_Drive^0 -> (0 + undef383), pc_Drive_next^0 -> undef383, pc_Loop^0 -> 3, pc_Plan^0 -> (0 + undef386), pc_Plan_next^0 -> undef386, x^0 -> (0 + undef388), x_next^0 -> undef388, y^0 -> (0 + undef390), y_next^0 -> undef390}> undef393, is_aborted_next^0 -> undef394, pc_Drive^0 -> (0 + undef398), pc_Drive_next^0 -> undef398, pc_Loop^0 -> 3, pc_Plan^0 -> (0 + undef401), pc_Plan_next^0 -> undef401, x^0 -> (0 + undef403), x_next^0 -> undef403, y^0 -> (0 + undef405), y_next^0 -> undef405}> 1, is_aborted^0 -> undef408, is_aborted_next^0 -> undef409, pc_Drive^0 -> (0 + undef413), pc_Drive_next^0 -> undef413, pc_Loop^0 -> 7, pc_Plan^0 -> (0 + undef416), pc_Plan_next^0 -> undef416, x^0 -> (0 + undef418), x_next^0 -> undef418, y^0 -> (0 + undef420), y_next^0 -> undef420}> undef423, is_aborted_next^0 -> undef424, pc_Drive^0 -> (0 + undef428), pc_Drive_next^0 -> undef428, pc_Loop^0 -> 7, pc_Plan^0 -> (0 + undef431), pc_Plan_next^0 -> undef431, x^0 -> (0 + undef433), x_next^0 -> undef433, y^0 -> (0 + undef435), y_next^0 -> undef435}> undef438, is_aborted_next^0 -> undef439, pc_Drive^0 -> (0 + undef443), pc_Drive_next^0 -> undef443, pc_Loop^0 -> 7, pc_Plan^0 -> (0 + undef446), pc_Plan_next^0 -> undef446, x^0 -> (0 + undef448), x_next^0 -> undef448, y^0 -> (0 + undef450), y_next^0 -> undef450}> 0, fair^0 -> (~(1) + fair^0), is_aborted^0 -> undef453, is_aborted_next^0 -> undef454, pc_Drive^0 -> (0 + undef458), pc_Drive_next^0 -> undef458, pc_Loop^0 -> 7, pc_Plan^0 -> (0 + undef461), pc_Plan_next^0 -> undef461, x^0 -> (0 + undef463), x_next^0 -> undef463, y^0 -> (0 + undef465), y_next^0 -> undef465}> 1, is_aborted^0 -> undef468, is_aborted_next^0 -> undef469, pc_Drive^0 -> (0 + undef473), pc_Drive_next^0 -> undef473, pc_Loop^0 -> 2, pc_Plan^0 -> undef475, pc_Plan_next^0 -> undef476, x^0 -> (0 + undef478), x_next^0 -> undef478, y^0 -> (0 + undef480), y_next^0 -> undef480}> 0, is_aborted^0 -> undef483, is_aborted_next^0 -> undef484, pc_Drive^0 -> (0 + undef488), pc_Drive_next^0 -> undef488, pc_Loop^0 -> 2, pc_Plan^0 -> undef490, pc_Plan_next^0 -> undef491, x^0 -> (0 + undef493), x_next^0 -> undef493, y^0 -> (0 + undef495), y_next^0 -> undef495}> 0, is_aborted^0 -> undef498, is_aborted_next^0 -> undef499, pc_Drive^0 -> (0 + undef503), pc_Drive_next^0 -> undef503, pc_Loop^0 -> 2, pc_Plan^0 -> undef505, pc_Plan_next^0 -> undef506, x^0 -> (0 + undef508), x_next^0 -> undef508, y^0 -> (0 + undef510), y_next^0 -> undef510}> 1, is_aborted^0 -> undef513, is_aborted_next^0 -> undef514, pc_Drive^0 -> (0 + undef518), pc_Drive_next^0 -> undef518, pc_Loop^0 -> 7, pc_Plan^0 -> (0 + undef521), pc_Plan_next^0 -> undef521, x^0 -> (0 + undef523), x_next^0 -> undef523, y^0 -> (0 + undef525), y_next^0 -> undef525}> 0, is_aborted^0 -> undef528, is_aborted_next^0 -> undef529, pc_Drive^0 -> (0 + undef533), pc_Drive_next^0 -> undef533, pc_Loop^0 -> 7, pc_Plan^0 -> (0 + undef536), pc_Plan_next^0 -> undef536, x^0 -> (0 + undef538), x_next^0 -> undef538, y^0 -> (0 + undef540), y_next^0 -> undef540}> Fresh variables: undef4, undef8, undef10, undef11, undef13, undef15, undef19, undef23, undef25, undef26, undef28, undef30, undef34, undef38, undef40, undef41, undef43, undef45, undef49, undef53, undef55, undef56, undef58, undef60, undef64, undef68, undef70, undef71, undef73, undef75, undef79, undef83, undef85, undef86, undef88, undef90, undef91, undef94, undef97, undef98, undef101, undef103, undef105, undef109, undef112, undef113, undef116, undef118, undef120, undef124, undef127, undef128, undef131, undef133, undef135, undef139, undef142, undef143, undef146, undef148, undef150, undef154, undef157, undef158, undef161, undef163, undef165, undef169, undef172, undef173, undef176, undef178, undef180, undef183, undef184, undef188, undef191, undef193, undef195, undef198, undef199, undef203, undef206, undef208, undef210, undef213, undef214, undef218, undef221, undef223, undef225, undef228, undef229, undef233, undef236, undef237, undef238, undef239, undef240, undef243, undef244, undef248, undef251, undef252, undef253, undef254, undef255, undef258, undef259, undef263, undef266, undef267, undef268, undef269, undef270, undef271, undef273, undef274, undef278, undef281, undef282, undef283, undef284, undef285, undef288, undef289, undef293, undef296, undef297, undef298, undef299, undef300, undef303, undef304, undef308, undef311, undef312, undef313, undef314, undef315, undef318, undef319, undef323, undef326, undef328, undef330, undef333, undef334, undef338, undef341, undef343, undef345, undef348, undef349, undef353, undef356, undef358, undef360, undef363, undef364, undef368, undef371, undef373, undef375, undef378, undef379, undef383, undef386, undef388, undef390, undef393, undef394, undef398, undef401, undef403, undef405, undef408, undef409, undef413, undef416, undef418, undef420, undef423, undef424, undef428, undef431, undef433, undef435, undef438, undef439, undef443, undef446, undef448, undef450, undef453, undef454, undef458, undef461, undef463, undef465, undef468, undef469, undef473, undef475, undef476, undef478, undef480, undef483, undef484, undef488, undef490, undef491, undef493, undef495, undef498, undef499, undef503, undef505, undef506, undef508, undef510, undef513, undef514, undef518, undef521, undef523, undef525, undef528, undef529, undef533, undef536, undef538, undef540, Undef variables: undef4, undef8, undef10, undef11, undef13, undef15, undef19, undef23, undef25, undef26, undef28, undef30, undef34, undef38, undef40, undef41, undef43, undef45, undef49, undef53, undef55, undef56, undef58, undef60, undef64, undef68, undef70, undef71, undef73, undef75, undef79, undef83, undef85, undef86, undef88, undef90, undef91, undef94, undef97, undef98, undef101, undef103, undef105, undef109, undef112, undef113, undef116, undef118, undef120, undef124, undef127, undef128, undef131, undef133, undef135, undef139, undef142, undef143, undef146, undef148, undef150, undef154, undef157, undef158, undef161, undef163, undef165, undef169, undef172, undef173, undef176, undef178, undef180, undef183, undef184, undef188, undef191, undef193, undef195, undef198, undef199, undef203, undef206, undef208, undef210, undef213, undef214, undef218, undef221, undef223, undef225, undef228, undef229, undef233, undef236, undef237, undef238, undef239, undef240, undef243, undef244, undef248, undef251, undef252, undef253, undef254, undef255, undef258, undef259, undef263, undef266, undef267, undef268, undef269, undef270, undef271, undef273, undef274, undef278, undef281, undef282, undef283, undef284, undef285, undef288, undef289, undef293, undef296, undef297, undef298, undef299, undef300, undef303, undef304, undef308, undef311, undef312, undef313, undef314, undef315, undef318, undef319, undef323, undef326, undef328, undef330, undef333, undef334, undef338, undef341, undef343, undef345, undef348, undef349, undef353, undef356, undef358, undef360, undef363, undef364, undef368, undef371, undef373, undef375, undef378, undef379, undef383, undef386, undef388, undef390, undef393, undef394, undef398, undef401, undef403, undef405, undef408, undef409, undef413, undef416, undef418, undef420, undef423, undef424, undef428, undef431, undef433, undef435, undef438, undef439, undef443, undef446, undef448, undef450, undef453, undef454, undef458, undef461, undef463, undef465, undef468, undef469, undef473, undef475, undef476, undef478, undef480, undef483, undef484, undef488, undef490, undef491, undef493, undef495, undef498, undef499, undef503, undef505, undef506, undef508, undef510, undef513, undef514, undef518, undef521, undef523, undef525, undef528, undef529, undef533, undef536, undef538, undef540, Abstraction variables: Exit nodes: Accepting locations: Asserts: Preprocessed LLVMGraph Init Location: 0 Transitions: 0, fair^0 -> (~(1) + fair^0), x^0 -> (0 + undef463), y^0 -> (0 + undef465)}> 1, x^0 -> (0 + undef478), y^0 -> (0 + undef480)}> 0, x^0 -> (0 + undef493), y^0 -> (0 + undef495)}> 0, x^0 -> (0 + undef508), y^0 -> (0 + undef510)}> 1, x^0 -> (0 + undef523), y^0 -> (0 + undef525)}> 0, x^0 -> (0 + undef538), y^0 -> (0 + undef540)}> 1, x^0 -> (0 + undef193), y^0 -> (0 + undef195)}> (0 + undef208), y^0 -> (0 + undef210)}> (0 + undef223), y^0 -> (0 + undef225)}> 1, x^0 -> undef237, y^0 -> undef239}> undef252, y^0 -> undef254}> undef267, y^0 -> undef269}> undef271, x^0 -> undef282, y^0 -> undef284}> undef297, y^0 -> undef299}> undef312, y^0 -> undef314}> 1, x^0 -> (0 + undef118), y^0 -> (0 + undef120)}> 0, x^0 -> (0 + undef178), y^0 -> (0 + undef180)}> 1, x^0 -> (0 + undef118), y^0 -> (0 + undef120)}> 0, x^0 -> (0 + undef178), y^0 -> (0 + undef180)}> 1, x^0 -> (0 + undef118), y^0 -> (0 + undef120)}> 0, x^0 -> (0 + undef178), y^0 -> (0 + undef180)}> 1, x^0 -> (0 + undef118), y^0 -> (0 + undef120)}> 0, x^0 -> (0 + undef178), y^0 -> (0 + undef180)}> (0 + undef118), y^0 -> (0 + undef120)}> 0, x^0 -> (0 + undef178), y^0 -> (0 + undef180)}> (0 + undef118), y^0 -> (0 + undef120)}> 0, x^0 -> (0 + undef178), y^0 -> (0 + undef180)}> 1, x^0 -> (0 + undef118), y^0 -> (0 + undef120)}> 0, x^0 -> (0 + undef178), y^0 -> (0 + undef180)}> (0 + undef118), y^0 -> (0 + undef120)}> 0, x^0 -> (0 + undef178), y^0 -> (0 + undef180)}> (0 + undef118), y^0 -> (0 + undef120)}> 0, x^0 -> (0 + undef178), y^0 -> (0 + undef180)}> 1, x^0 -> (0 + undef418), y^0 -> (0 + undef420)}> (0 + undef433), y^0 -> (0 + undef435)}> (0 + undef448), y^0 -> (0 + undef450)}> Fresh variables: undef4, undef8, undef10, undef11, undef13, undef15, undef19, undef23, undef25, undef26, undef28, undef30, undef34, undef38, undef40, undef41, undef43, undef45, undef49, undef53, undef55, undef56, undef58, undef60, undef64, undef68, undef70, undef71, undef73, undef75, undef79, undef83, undef85, undef86, undef88, undef90, undef91, undef94, undef97, undef98, undef101, undef103, undef105, undef109, undef112, undef113, undef116, undef118, undef120, undef124, undef127, undef128, undef131, undef133, undef135, undef139, undef142, undef143, undef146, undef148, undef150, undef154, undef157, undef158, undef161, undef163, undef165, undef169, undef172, undef173, undef176, undef178, undef180, undef183, undef184, undef188, undef191, undef193, undef195, undef198, undef199, undef203, undef206, undef208, undef210, undef213, undef214, undef218, undef221, undef223, undef225, undef228, undef229, undef233, undef236, undef237, undef238, undef239, undef240, undef243, undef244, undef248, undef251, undef252, undef253, undef254, undef255, undef258, undef259, undef263, undef266, undef267, undef268, undef269, undef270, undef271, undef273, undef274, undef278, undef281, undef282, undef283, undef284, undef285, undef288, undef289, undef293, undef296, undef297, undef298, undef299, undef300, undef303, undef304, undef308, undef311, undef312, undef313, undef314, undef315, undef318, undef319, undef323, undef326, undef328, undef330, undef333, undef334, undef338, undef341, undef343, undef345, undef348, undef349, undef353, undef356, undef358, undef360, undef363, undef364, undef368, undef371, undef373, undef375, undef378, undef379, undef383, undef386, undef388, undef390, undef393, undef394, undef398, undef401, undef403, undef405, undef408, undef409, undef413, undef416, undef418, undef420, undef423, undef424, undef428, undef431, undef433, undef435, undef438, undef439, undef443, undef446, undef448, undef450, undef453, undef454, undef458, undef461, undef463, undef465, undef468, undef469, undef473, undef475, undef476, undef478, undef480, undef483, undef484, undef488, undef490, undef491, undef493, undef495, undef498, undef499, undef503, undef505, undef506, undef508, undef510, undef513, undef514, undef518, undef521, undef523, undef525, undef528, undef529, undef533, undef536, undef538, undef540, Undef variables: undef4, undef8, undef10, undef11, undef13, undef15, undef19, undef23, undef25, undef26, undef28, undef30, undef34, undef38, undef40, undef41, undef43, undef45, undef49, undef53, undef55, undef56, undef58, undef60, undef64, undef68, undef70, undef71, undef73, undef75, undef79, undef83, undef85, undef86, undef88, undef90, undef91, undef94, undef97, undef98, undef101, undef103, undef105, undef109, undef112, undef113, undef116, undef118, undef120, undef124, undef127, undef128, undef131, undef133, undef135, undef139, undef142, undef143, undef146, undef148, undef150, undef154, undef157, undef158, undef161, undef163, undef165, undef169, undef172, undef173, undef176, undef178, undef180, undef183, undef184, undef188, undef191, undef193, undef195, undef198, undef199, undef203, undef206, undef208, undef210, undef213, undef214, undef218, undef221, undef223, undef225, undef228, undef229, undef233, undef236, undef237, undef238, undef239, undef240, undef243, undef244, undef248, undef251, undef252, undef253, undef254, undef255, undef258, undef259, undef263, undef266, undef267, undef268, undef269, undef270, undef271, undef273, undef274, undef278, undef281, undef282, undef283, undef284, undef285, undef288, undef289, undef293, undef296, undef297, undef298, undef299, undef300, undef303, undef304, undef308, undef311, undef312, undef313, undef314, undef315, undef318, undef319, undef323, undef326, undef328, undef330, undef333, undef334, undef338, undef341, undef343, undef345, undef348, undef349, undef353, undef356, undef358, undef360, undef363, undef364, undef368, undef371, undef373, undef375, undef378, undef379, undef383, undef386, undef388, undef390, undef393, undef394, undef398, undef401, undef403, undef405, undef408, undef409, undef413, undef416, undef418, undef420, undef423, undef424, undef428, undef431, undef433, undef435, undef438, undef439, undef443, undef446, undef448, undef450, undef453, undef454, undef458, undef461, undef463, undef465, undef468, undef469, undef473, undef475, undef476, undef478, undef480, undef483, undef484, undef488, undef490, undef491, undef493, undef495, undef498, undef499, undef503, undef505, undef506, undef508, undef510, undef513, undef514, undef518, undef521, undef523, undef525, undef528, undef529, undef533, undef536, undef538, undef540, Abstraction variables: Exit nodes: Accepting locations: Asserts: ************************************************************* ******************************************************************************************* *********************** WORKING TRANSITION SYSTEM (DAG) *********************** ******************************************************************************************* Init Location: 0 Graph 0: Transitions: Variables: Graph 1: Transitions: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> undef297, y^0 -> undef299, rest remain the same}> undef312, y^0 -> undef314, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Graph 2: Transitions: Variables: Precedence: Graph 0 Graph 1 1, x^0 -> undef478, y^0 -> undef480, rest remain the same}> 0, x^0 -> undef493, y^0 -> undef495, rest remain the same}> 0, x^0 -> undef508, y^0 -> undef510, rest remain the same}> Graph 2 0, fair^0 -> -1 + fair^0, x^0 -> undef463, y^0 -> undef465, rest remain the same}> 1, x^0 -> undef523, y^0 -> undef525, rest remain the same}> 0, x^0 -> undef538, y^0 -> undef540, rest remain the same}> 1, x^0 -> undef193, y^0 -> undef195, rest remain the same}> undef208, y^0 -> undef210, rest remain the same}> undef223, y^0 -> undef225, rest remain the same}> 1, x^0 -> undef237, y^0 -> undef239, rest remain the same}> undef252, y^0 -> undef254, rest remain the same}> undef267, y^0 -> undef269, rest remain the same}> 1, x^0 -> undef418, y^0 -> undef420, rest remain the same}> undef433, y^0 -> undef435, rest remain the same}> undef448, y^0 -> undef450, rest remain the same}> Map Locations to Subgraph: ( 0 , 0 ) ( 1 , 2 ) ( 4 , 1 ) ( 5 , 1 ) ******************************************************************************************* ******************************** CHECKING ASSERTIONS ******************************** ******************************************************************************************* Proving termination of subgraph 0 Proving termination of subgraph 1 Checking unfeasibility... Time used: 0.17171 Checking conditional termination of SCC {l4, l5}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.084391s Ranking function: -81 + 39*n0^0 + 19*n1^0 - 39*x^0 - 19*y^0 New Graphs: Transitions: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.415086s Ranking function: -10 + 5*n0^0 + 5*n1^0 - 5*x^0 - 5*y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.123389s Ranking function: -11 + executed_Drive^0 + 5*n0^0 + 5*n1^0 - 5*x^0 - 5*y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.078374s LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.261940s [18250 : 18251] [18250 : 18252] Successful child: 18251 [ Invariant Graph ] Strengthening and disabling transitions... LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> [ Termination Graph ] Strengthening and disabling transitions... LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> New Graphs: [18250 : 18256] [18250 : 18257] [18250 : 18258] INVARIANTS: 4: 5: Quasi-INVARIANTS to narrow Graph: 4: 1 + n0^0 <= 0 , 5: 1 + n0^0 <= 0 , Narrowing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 invGraph after Narrowing: Transitions: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> undef297, y^0 -> undef299, rest remain the same}> undef312, y^0 -> undef314, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4, l5}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.093581s Ranking function: -82 + 4*n0^0 + 51*n1^0 - 4*x^0 - 51*y^0 New Graphs: Transitions: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.418853s Ranking function: -10 + 5*n0^0 + 5*n1^0 - 5*x^0 - 5*y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.121104s Ranking function: -11 + executed_Drive^0 + 5*n0^0 + 5*n1^0 - 5*x^0 - 5*y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.078144s LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.263054s [18250 : 18259] [18250 : 18260] Successful child: 18259 [ Invariant Graph ] Strengthening and disabling transitions... LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> [ Termination Graph ] Strengthening and disabling transitions... LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> New Graphs: [18250 : 18264] [18250 : 18265] [18250 : 18266] INVARIANTS: 4: 5: Quasi-INVARIANTS to narrow Graph: 4: n0^0 + n1^0 <= 1 + x^0 , 5: n0^0 + n1^0 <= 1 + x^0 , Narrowing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 invGraph after Narrowing: Transitions: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> undef297, y^0 -> undef299, rest remain the same}> undef312, y^0 -> undef314, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4, l5}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.182272s Ranking function: -97 + 67*n0^0 + 7*n1^0 - 16*x^0 - 7*y^0 New Graphs: Transitions: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.488589s Ranking function: -8 + 3*n0^0 + 5*n1^0 - 3*x^0 - 5*y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.131302s Ranking function: -9 + executed_Drive^0 + 3*n0^0 + 5*n1^0 - 3*x^0 - 5*y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.081097s LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.286887s [18250 : 18267] [18250 : 18268] Successful child: 18267 [ Invariant Graph ] Strengthening and disabling transitions... LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> [ Termination Graph ] Strengthening and disabling transitions... > It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> New Graphs: [18250 : 18272] [18250 : 18273] [18250 : 18274] INVARIANTS: 4: 5: Quasi-INVARIANTS to narrow Graph: 4: n0^0 <= 0 , 5: n0^0 <= 0 , Narrowing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 invGraph after Narrowing: Transitions: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> undef297, y^0 -> undef299, rest remain the same}> undef312, y^0 -> undef314, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4, l5}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.158033s Ranking function: -166 + 46*n0^0 + 37*n1^0 - 46*x^0 - 37*y^0 New Graphs: Transitions: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.490197s Ranking function: -8 + 3*n0^0 + 5*n1^0 - 3*x^0 - 5*y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.134968s Ranking function: -9 + executed_Drive^0 + 3*n0^0 + 5*n1^0 - 3*x^0 - 5*y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.083285s LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.292153s [18250 : 18275] [18250 : 18276] Successful child: 18275 [ Invariant Graph ] Strengthening and disabling transitions... LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> [ Termination Graph ] Strengthening and disabling transitions... LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> New Graphs: [18250 : 18280] [18250 : 18281] [18250 : 18282] INVARIANTS: 4: 5: Quasi-INVARIANTS to narrow Graph: 4: n0^0 + n1^0 <= 1 , 5: n0^0 + n1^0 <= 1 , Narrowing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 invGraph after Narrowing: Transitions: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> undef297, y^0 -> undef299, rest remain the same}> undef312, y^0 -> undef314, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4, l5}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.207587s Ranking function: -258 + 64*n0^0 + 65*n1^0 - 64*x^0 - 65*y^0 New Graphs: Transitions: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.494660s Ranking function: -8 + 3*n0^0 + 5*n1^0 - 3*x^0 - 5*y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.132090s Ranking function: -12 + executed_Drive^0 + 3*n0^0 + 8*n1^0 - 3*x^0 - 5*y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.085331s LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.299500s [18250 : 18283] [18250 : 18284] Successful child: 18283 [ Invariant Graph ] Strengthening and disabling transitions... LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> [ Termination Graph ] Strengthening and disabling transitions... LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> New Graphs: [18250 : 18288] [18250 : 18289] [18250 : 18290] INVARIANTS: 4: 5: Quasi-INVARIANTS to narrow Graph: 4: n0^0 + n1^0 <= 1 + y^0 , 5: n0^0 + n1^0 <= 1 + y^0 , Narrowing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 invGraph after Narrowing: Transitions: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> undef297, y^0 -> undef299, rest remain the same}> undef312, y^0 -> undef314, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4, l5}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.230793s Ranking function: -244 + 80*n0^0 + 81*n1^0 - 80*x^0 - 3*y^0 New Graphs: Transitions: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.539804s Ranking function: -6 + 3*n0^0 + 3*n1^0 - 3*x^0 - 3*y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.147010s Ranking function: -7 + executed_Drive^0 + 3*n0^0 + 3*n1^0 - 3*x^0 - 3*y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.087571s LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.313291s [18250 : 18291] [18250 : 18292] Successful child: 18291 [ Invariant Graph ] Strengthening and disabling transitions... LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> [ Termination Graph ] Strengthening and disabling transitions... LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> New Graphs: [18250 : 18296] [18250 : 18297] [18250 : 18298] INVARIANTS: 4: 5: Quasi-INVARIANTS to narrow Graph: 4: n0^0 + n1^0 <= 1 + x^0 + y^0 , 5: n0^0 + n1^0 <= 1 + x^0 + y^0 , Narrowing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 invGraph after Narrowing: Transitions: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> undef297, y^0 -> undef299, rest remain the same}> undef312, y^0 -> undef314, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4, l5}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.233217s Ranking function: -166 + 41*n0^0 + 42*n1^0 - 41*x^0 - 42*y^0 New Graphs: Transitions: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.680099s Ranking function: -2 + n0^0 + n1^0 - x^0 - y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.155433s Ranking function: -3 + executed_Drive^0 + n0^0 + n1^0 - x^0 - y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.092498s LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.337501s [18250 : 18299] [18250 : 18300] Successful child: 18299 [ Invariant Graph ] Strengthening and disabling transitions... LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> [ Termination Graph ] Strengthening and disabling transitions... > It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> New Graphs: [18250 : 18304] [18250 : 18305] [18250 : 18306] INVARIANTS: 4: 5: Quasi-INVARIANTS to narrow Graph: 4: 1 + n1^0 <= 0 , 5: 1 + n1^0 <= 0 , Narrowing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 invGraph after Narrowing: Transitions: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> undef297, y^0 -> undef299, rest remain the same}> undef312, y^0 -> undef314, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4, l5}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.407328s Ranking function: -79 + 2*n0^0 + (77 / 2)*n1^0 - 2*x^0 + (~(73) / 2)*y^0 New Graphs: Transitions: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.685940s Ranking function: -2 + n0^0 + n1^0 - x^0 - y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.158839s Ranking function: -3 + executed_Drive^0 + n0^0 + n1^0 - x^0 - y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.091640s LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.342147s [18250 : 18415] [18250 : 18416] Successful child: 18415 [ Invariant Graph ] Strengthening and disabling transitions... LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> [ Termination Graph ] Strengthening and disabling transitions... LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> New Graphs: [18250 : 18420] [18250 : 18421] [18250 : 18422] INVARIANTS: 4: 5: Quasi-INVARIANTS to narrow Graph: 4: n0^0 <= x^0 , 5: n0^0 <= x^0 , Narrowing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 invGraph after Narrowing: Transitions: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> undef297, y^0 -> undef299, rest remain the same}> undef312, y^0 -> undef314, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4, l5}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.498041s Ranking function: -152 + 74*n0^0 + 51*n1^0 - 25*x^0 - 2*y^0 New Graphs: Transitions: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.732529s Ranking function: -2 + n0^0 + n1^0 - y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.160919s Ranking function: -2 + executed_Drive^0 + n1^0 - y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.093243s LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.328969s [18250 : 18423] [18250 : 18424] Successful child: 18423 [ Invariant Graph ] Strengthening and disabling transitions... LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> [ Termination Graph ] Strengthening and disabling transitions... > It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> New Graphs: [18250 : 18428] [18250 : 18429] [18250 : 18430] INVARIANTS: 4: 5: Quasi-INVARIANTS to narrow Graph: 4: n1^0 <= 0 , 5: n1^0 <= 0 , Narrowing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 invGraph after Narrowing: Transitions: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> undef297, y^0 -> undef299, rest remain the same}> undef312, y^0 -> undef314, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4, l5}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.231467s Ranking function: -166 + 83*n1^0 - 83*y^0 New Graphs: Transitions: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.738875s Ranking function: -2 + n0^0 + n1^0 - y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.163558s Ranking function: -2 + executed_Drive^0 + n1^0 - y^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.094498s LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.334421s [18250 : 18431] [18250 : 18432] Successful child: 18431 [ Invariant Graph ] Strengthening and disabling transitions... LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility Strengthening transition (result): 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> [ Termination Graph ] Strengthening and disabling transitions... LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: CALL solverLinear in Graph for feasibility LOG: RETURN solveLinear in Graph for feasibility It's unfeasible. Removing transition: undef118, y^0 -> undef120, rest remain the same}> New Graphs: [18250 : 18436] [18250 : 18437] [18250 : 18438] INVARIANTS: 4: 5: Quasi-INVARIANTS to narrow Graph: 4: n1^0 <= y^0 , 5: n1^0 <= y^0 , Narrowing transition: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef297, y^0 -> undef299, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef312, y^0 -> undef314, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: undef118, y^0 -> undef120, rest remain the same}> LOG: Narrow transition size 1 Narrowing transition: 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> LOG: Narrow transition size 1 invGraph after Narrowing: Transitions: undef271, x^0 -> undef282, y^0 -> undef284, rest remain the same}> undef297, y^0 -> undef299, rest remain the same}> undef312, y^0 -> undef314, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4, l5}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.190276s Ranking function: -166 + n0^0 + 82*n1^0 - x^0 - 82*y^0 New Graphs: Transitions: 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> 1, x^0 -> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.775922s Ranking function: (~(1) / 2) + (1 / 2)*n0^0 + (~(1) / 2)*x^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> 0, x^0 -> undef178, y^0 -> undef180, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.161349s Ranking function: -1 + executed_Drive^0 New Graphs: Transitions: undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> undef118, y^0 -> undef120, rest remain the same}> Variables: executed_Drive^0, n0^0, n1^0, x^0, y^0 Checking conditional termination of SCC {l4}... LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.096029s LOG: CALL solveLinear LOG: RETURN solveLinear - Elapsed time: 0.353591s [18250 : 18439] [18250 : 18440] Solving with 1 template(s). LOG: CALL solveNonLinearGetFirstSolution LOG: RETURN solveNonLinearGetFirstSolution - Elapsed time: 0.602894s Time used: 0.592687 [18250 : 18444] [18250 : 18445] Successful child: 18445 Program does NOT terminate