[Right triangle ⏵ may be expanded, down triangle ⏷ to close. Button = tree pop-up. × = close pop-up.]
Initial WS 2: foodthe eatθ: presp veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 2: {veat: θ , {eatθ: presp , foodthe }} INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 3: {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 4: manthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 5: foodthe manthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 6: {beθ: pastp , foodthe } manthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 7: {vbe: θ , {beθ: pastp , foodthe }} manthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS 8: {manthe , {vbe: θ , {beθ: pastp , foodthe }}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv vv: perf: pres
WS 10: {manthe , {INFLv , { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} }} vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {beθ: pastp , foodthe },{manthe , {veat: θ , {eatθ: presp , foodthe }}}} manthe INFLv vbe: θ INFLv vv: perf: pres
WS 8: { { {beθ: pastp , foodthe },{manthe , {veat: θ , {eatθ: presp , foodthe }}}} ,vbe: θ } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {beθ: pastp , foodthe },vbe: θ } manthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},vbe: θ } {beθ: pastp , foodthe } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 6: {beθ: pastp , manthe } foodthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 7: {vbe: θ , {beθ: pastp , manthe }} foodthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS 8: {foodthe , {vbe: θ , {beθ: pastp , manthe }}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {beθ: pastp , manthe },{manthe , {veat: θ , {eatθ: presp , foodthe }}}} foodthe INFLv vbe: θ INFLv vv: perf: pres
WS 8: { { {beθ: pastp , manthe },{manthe , {veat: θ , {eatθ: presp , foodthe }}}} ,vbe: θ } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {beθ: pastp , manthe },vbe: θ } foodthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},vbe: θ } {beθ: pastp , manthe } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 6: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} foodthe manthe beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { beθ: pastp ,vbe: θ } {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} foodthe manthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 2
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 6: {vbe: θ , beθ: pastp } foodthe manthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 1 < θR 2
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 6: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},beθ: pastp } foodthe manthe INFLv vbe: θ INFLv vv: perf: pres
WS fail: WS θS 1 < θR 2
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 6: { beθ: pastp ,vbe: θ } foodthe manthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 2
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 5: {beθ: pastp , manthe } {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 6: manthe {beθ: pastp , manthe } {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 7: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} manthe {beθ: pastp , manthe } vbe: θ INFLv vv: perf: pres
WS 8: { {beθ: pastp , manthe },vbe: θ } {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} manthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: {vbe: θ , {beθ: pastp , manthe }} manthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS 8: {manthe , {vbe: θ , {beθ: pastp , manthe }}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {manthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , manthe }}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , manthe }}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , manthe }}}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: { {manthe , {vbe: θ , {beθ: pastp , manthe }}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv vv: perf: pres
WS 10: {manthe , {INFLv , { {manthe , {vbe: θ , {beθ: pastp , manthe }}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} }} vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: {vv: perf: pres , vbe: θ } manthe {beθ: pastp , manthe } {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {beθ: pastp , manthe },{manthe , {veat: θ , {eatθ: presp , foodthe }}}} manthe INFLv vbe: θ INFLv vv: perf: pres
WS 8: { { {beθ: pastp , manthe },{manthe , {veat: θ , {eatθ: presp , foodthe }}}} ,vbe: θ } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {beθ: pastp , manthe },vbe: θ } manthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},vbe: θ } manthe {beθ: pastp , manthe } INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 6: foodthe {beθ: pastp , manthe } {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 7: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} foodthe {beθ: pastp , manthe } vbe: θ INFLv vv: perf: pres
WS 8: { {beθ: pastp , manthe },vbe: θ } {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} foodthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: {vbe: θ , {beθ: pastp , manthe }} foodthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS 8: {foodthe , {vbe: θ , {beθ: pastp , manthe }}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: {vv: perf: pres , vbe: θ } foodthe {beθ: pastp , manthe } {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {beθ: pastp , manthe },{manthe , {veat: θ , {eatθ: presp , foodthe }}}} foodthe INFLv vbe: θ INFLv vv: perf: pres
WS 8: { { {beθ: pastp , manthe },{manthe , {veat: θ , {eatθ: presp , foodthe }}}} ,vbe: θ } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {beθ: pastp , manthe },vbe: θ } foodthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},vbe: θ } foodthe {beθ: pastp , manthe } INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 5: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} manthe beθ: pastp vbe: θ INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 5: {vbe: θ , beθ: pastp } manthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 4: foodthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 5: manthe foodthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 6: {beθ: pastp , manthe } foodthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 7: {vbe: θ , {beθ: pastp , manthe }} foodthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS 8: {foodthe , {vbe: θ , {beθ: pastp , manthe }}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {beθ: pastp , manthe },{manthe , {veat: θ , {eatθ: presp , foodthe }}}} foodthe INFLv vbe: θ INFLv vv: perf: pres
WS 8: { { {beθ: pastp , manthe },{manthe , {veat: θ , {eatθ: presp , foodthe }}}} ,vbe: θ } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {beθ: pastp , manthe },vbe: θ } foodthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},vbe: θ } {beθ: pastp , manthe } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 6: {beθ: pastp , foodthe } manthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 7: {vbe: θ , {beθ: pastp , foodthe }} manthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS 8: {manthe , {vbe: θ , {beθ: pastp , foodthe }}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv vv: perf: pres
WS 10: {manthe , {INFLv , { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} }} vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {beθ: pastp , foodthe },{manthe , {veat: θ , {eatθ: presp , foodthe }}}} manthe INFLv vbe: θ INFLv vv: perf: pres
WS 8: { { {beθ: pastp , foodthe },{manthe , {veat: θ , {eatθ: presp , foodthe }}}} ,vbe: θ } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {beθ: pastp , foodthe },vbe: θ } manthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},vbe: θ } {beθ: pastp , foodthe } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 6: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} manthe foodthe beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { beθ: pastp ,vbe: θ } {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} manthe foodthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 2
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 6: {vbe: θ , beθ: pastp } manthe foodthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 1 < θR 2
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 6: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},beθ: pastp } manthe foodthe INFLv vbe: θ INFLv vv: perf: pres
WS fail: WS θS 1 < θR 2
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 6: { beθ: pastp ,vbe: θ } manthe foodthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 2
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 5: {beθ: pastp , foodthe } {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 6: foodthe {beθ: pastp , foodthe } {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 7: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} foodthe {beθ: pastp , foodthe } vbe: θ INFLv vv: perf: pres
WS 8: { {beθ: pastp , foodthe },vbe: θ } {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} foodthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: {vbe: θ , {beθ: pastp , foodthe }} foodthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS 8: {foodthe , {vbe: θ , {beθ: pastp , foodthe }}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {foodthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , foodthe }}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , foodthe }}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , foodthe }}}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: { {foodthe , {vbe: θ , {beθ: pastp , foodthe }}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: {vv: perf: pres , vbe: θ } foodthe {beθ: pastp , foodthe } {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {beθ: pastp , foodthe },{manthe , {veat: θ , {eatθ: presp , foodthe }}}} foodthe INFLv vbe: θ INFLv vv: perf: pres
WS 8: { { {beθ: pastp , foodthe },{manthe , {veat: θ , {eatθ: presp , foodthe }}}} ,vbe: θ } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {beθ: pastp , foodthe },vbe: θ } foodthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},vbe: θ } foodthe {beθ: pastp , foodthe } INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 6: manthe {beθ: pastp , foodthe } {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 7: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} manthe {beθ: pastp , foodthe } vbe: θ INFLv vv: perf: pres
WS 8: { {beθ: pastp , foodthe },vbe: θ } {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} manthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: {vbe: θ , {beθ: pastp , foodthe }} manthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS 8: {manthe , {vbe: θ , {beθ: pastp , foodthe }}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 10: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 9: { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv vv: perf: pres
WS 10: {manthe , {INFLv , { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} }} vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: {vv: perf: pres , vbe: θ } manthe {beθ: pastp , foodthe } {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {beθ: pastp , foodthe },{manthe , {veat: θ , {eatθ: presp , foodthe }}}} manthe INFLv vbe: θ INFLv vv: perf: pres
WS 8: { { {beθ: pastp , foodthe },{manthe , {veat: θ , {eatθ: presp , foodthe }}}} ,vbe: θ } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {beθ: pastp , foodthe },vbe: θ } manthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 7: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},vbe: θ } manthe {beθ: pastp , foodthe } INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 5: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} foodthe beθ: pastp vbe: θ INFLv vv: perf: pres
WS 1: {eatθ: presp , foodthe } veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 5: {vbe: θ , beθ: pastp } foodthe {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 2: {veat: θ , {eatθ: presp , manthe }} foodthe INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 3: {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 4: foodthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 5: manthe foodthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 6: {beθ: pastp , manthe } foodthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 7: {vbe: θ , {beθ: pastp , manthe }} foodthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS 8: {foodthe , {vbe: θ , {beθ: pastp , manthe }}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} }} vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {beθ: pastp , manthe },{foodthe , {veat: θ , {eatθ: presp , manthe }}}} foodthe INFLv vbe: θ INFLv vv: perf: pres
WS 8: { { {beθ: pastp , manthe },{foodthe , {veat: θ , {eatθ: presp , manthe }}}} ,vbe: θ } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {beθ: pastp , manthe },vbe: θ } foodthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},vbe: θ } {beθ: pastp , manthe } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 6: {beθ: pastp , foodthe } manthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 7: {vbe: θ , {beθ: pastp , foodthe }} manthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS 8: {manthe , {vbe: θ , {beθ: pastp , foodthe }}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {beθ: pastp , foodthe },{foodthe , {veat: θ , {eatθ: presp , manthe }}}} manthe INFLv vbe: θ INFLv vv: perf: pres
WS 8: { { {beθ: pastp , foodthe },{foodthe , {veat: θ , {eatθ: presp , manthe }}}} ,vbe: θ } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {beθ: pastp , foodthe },vbe: θ } manthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},vbe: θ } {beθ: pastp , foodthe } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 6: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} manthe foodthe beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { beθ: pastp ,vbe: θ } {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} manthe foodthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 2
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 6: {vbe: θ , beθ: pastp } manthe foodthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 1 < θR 2
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 6: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},beθ: pastp } manthe foodthe INFLv vbe: θ INFLv vv: perf: pres
WS fail: WS θS 1 < θR 2
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 6: { beθ: pastp ,vbe: θ } manthe foodthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 2
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 5: {beθ: pastp , foodthe } {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 6: foodthe {beθ: pastp , foodthe } {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 7: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} foodthe {beθ: pastp , foodthe } vbe: θ INFLv vv: perf: pres
WS 8: { {beθ: pastp , foodthe },vbe: θ } {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} foodthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: {vbe: θ , {beθ: pastp , foodthe }} foodthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS 8: {foodthe , {vbe: θ , {beθ: pastp , foodthe }}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {foodthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , foodthe }}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , foodthe }}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , foodthe }}}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: { {foodthe , {vbe: θ , {beθ: pastp , foodthe }}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , { {foodthe , {vbe: θ , {beθ: pastp , foodthe }}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} }} vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: {vv: perf: pres , vbe: θ } foodthe {beθ: pastp , foodthe } {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {beθ: pastp , foodthe },{foodthe , {veat: θ , {eatθ: presp , manthe }}}} foodthe INFLv vbe: θ INFLv vv: perf: pres
WS 8: { { {beθ: pastp , foodthe },{foodthe , {veat: θ , {eatθ: presp , manthe }}}} ,vbe: θ } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {beθ: pastp , foodthe },vbe: θ } foodthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},vbe: θ } foodthe {beθ: pastp , foodthe } INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 6: manthe {beθ: pastp , foodthe } {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 7: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} manthe {beθ: pastp , foodthe } vbe: θ INFLv vv: perf: pres
WS 8: { {beθ: pastp , foodthe },vbe: θ } {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} manthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: {vbe: θ , {beθ: pastp , foodthe }} manthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS 8: {manthe , {vbe: θ , {beθ: pastp , foodthe }}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: {vv: perf: pres , vbe: θ } manthe {beθ: pastp , foodthe } {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {beθ: pastp , foodthe },{foodthe , {veat: θ , {eatθ: presp , manthe }}}} manthe INFLv vbe: θ INFLv vv: perf: pres
WS 8: { { {beθ: pastp , foodthe },{foodthe , {veat: θ , {eatθ: presp , manthe }}}} ,vbe: θ } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {beθ: pastp , foodthe },vbe: θ } manthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},vbe: θ } manthe {beθ: pastp , foodthe } INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 5: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} foodthe beθ: pastp vbe: θ INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 5: {vbe: θ , beθ: pastp } foodthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 4: manthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 5: foodthe manthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 6: {beθ: pastp , foodthe } manthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 7: {vbe: θ , {beθ: pastp , foodthe }} manthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS 8: {manthe , {vbe: θ , {beθ: pastp , foodthe }}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {beθ: pastp , foodthe },{foodthe , {veat: θ , {eatθ: presp , manthe }}}} manthe INFLv vbe: θ INFLv vv: perf: pres
WS 8: { { {beθ: pastp , foodthe },{foodthe , {veat: θ , {eatθ: presp , manthe }}}} ,vbe: θ } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {beθ: pastp , foodthe },vbe: θ } manthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},vbe: θ } {beθ: pastp , foodthe } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 6: {beθ: pastp , manthe } foodthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 7: {vbe: θ , {beθ: pastp , manthe }} foodthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS 8: {foodthe , {vbe: θ , {beθ: pastp , manthe }}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} }} vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {beθ: pastp , manthe },{foodthe , {veat: θ , {eatθ: presp , manthe }}}} foodthe INFLv vbe: θ INFLv vv: perf: pres
WS 8: { { {beθ: pastp , manthe },{foodthe , {veat: θ , {eatθ: presp , manthe }}}} ,vbe: θ } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {beθ: pastp , manthe },vbe: θ } foodthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},vbe: θ } {beθ: pastp , manthe } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 6: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} foodthe manthe beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { beθ: pastp ,vbe: θ } {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} foodthe manthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 2
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 6: {vbe: θ , beθ: pastp } foodthe manthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 1 < θR 2
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 6: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},beθ: pastp } foodthe manthe INFLv vbe: θ INFLv vv: perf: pres
WS fail: WS θS 1 < θR 2
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 6: { beθ: pastp ,vbe: θ } foodthe manthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 2
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 5: {beθ: pastp , manthe } {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 6: manthe {beθ: pastp , manthe } {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 7: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} manthe {beθ: pastp , manthe } vbe: θ INFLv vv: perf: pres
WS 8: { {beθ: pastp , manthe },vbe: θ } {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} manthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: {vbe: θ , {beθ: pastp , manthe }} manthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS 8: {manthe , {vbe: θ , {beθ: pastp , manthe }}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {manthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , manthe }}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , manthe }}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , manthe }}}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: { {manthe , {vbe: θ , {beθ: pastp , manthe }}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: {vv: perf: pres , vbe: θ } manthe {beθ: pastp , manthe } {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {beθ: pastp , manthe },{foodthe , {veat: θ , {eatθ: presp , manthe }}}} manthe INFLv vbe: θ INFLv vv: perf: pres
WS 8: { { {beθ: pastp , manthe },{foodthe , {veat: θ , {eatθ: presp , manthe }}}} ,vbe: θ } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {beθ: pastp , manthe },vbe: θ } manthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},vbe: θ } manthe {beθ: pastp , manthe } INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 6: foodthe {beθ: pastp , manthe } {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vbe: θ INFLv vv: perf: pres
WS 7: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} foodthe {beθ: pastp , manthe } vbe: θ INFLv vv: perf: pres
WS 8: { {beθ: pastp , manthe },vbe: θ } {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} foodthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: {vbe: θ , {beθ: pastp , manthe }} foodthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS 8: {foodthe , {vbe: θ , {beθ: pastp , manthe }}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 10: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 9: { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} }} vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: {vv: perf: pres , vbe: θ } foodthe {beθ: pastp , manthe } {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {beθ: pastp , manthe },{foodthe , {veat: θ , {eatθ: presp , manthe }}}} foodthe INFLv vbe: θ INFLv vv: perf: pres
WS 8: { { {beθ: pastp , manthe },{foodthe , {veat: θ , {eatθ: presp , manthe }}}} ,vbe: θ } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {beθ: pastp , manthe },vbe: θ } foodthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 7: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},vbe: θ } foodthe {beθ: pastp , manthe } INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 5: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} manthe beθ: pastp vbe: θ INFLv vv: perf: pres
WS 1: {eatθ: presp , manthe } foodthe veat: θ INFLv beθ: pastp vbe: θ INFLv vv: perf: pres
WS 5: {vbe: θ , beθ: pastp } manthe {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 2: {vbe: θ , {beθ: pastp , foodthe }} eatθ: presp veat: θ INFLv INFLv vv: perf: pres manthe
WS 3: {manthe , {vbe: θ , {beθ: pastp , foodthe }}} eatθ: presp veat: θ INFLv INFLv vv: perf: pres
WS 4: manthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} eatθ: presp veat: θ INFLv INFLv vv: perf: pres
WS 5: foodthe manthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} eatθ: presp veat: θ INFLv INFLv vv: perf: pres
WS 6: {eatθ: presp , foodthe } manthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 7: {veat: θ , {eatθ: presp , foodthe }} manthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS 8: {manthe , {veat: θ , {eatθ: presp , foodthe }}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv vv: perf: pres
WS 10: {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} }} vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {eatθ: presp , foodthe },{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe veat: θ INFLv INFLv vv: perf: pres
WS 8: { { {eatθ: presp , foodthe },{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} ,veat: θ } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {eatθ: presp , foodthe },veat: θ } manthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},veat: θ } {eatθ: presp , foodthe } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: {eatθ: presp , manthe } foodthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 7: {veat: θ , {eatθ: presp , manthe }} foodthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS 8: {foodthe , {veat: θ , {eatθ: presp , manthe }}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {eatθ: presp , manthe },{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe veat: θ INFLv INFLv vv: perf: pres
WS 8: { { {eatθ: presp , manthe },{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} ,veat: θ } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {eatθ: presp , manthe },veat: θ } foodthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},veat: θ } {eatθ: presp , manthe } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: {veat: θ , eatθ: presp } foodthe manthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} foodthe manthe eatθ: presp veat: θ INFLv vv: perf: pres
WS 7: { eatθ: presp ,veat: θ } {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} foodthe manthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe manthe eatθ: presp veat: θ INFLv INFLv
WS 7: {eatθ: presp , foodthe } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , foodthe }} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe INFLv INFLv
WS 9: {manthe , {veat: θ , {eatθ: presp , foodthe }}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} INFLv INFLv
WS 11: {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} }}
Final WS: {C, {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} }}}
INT/EXT: {C, {man
the , {INFL
v ,
{ {
man the , {v
eat: θ , {eat
θ: presp , food
the }}}, {v
v: perf: pres , {
man the , {v
be: θ , {be
θ: pastp , food
the }}}}
} }}}
Initial Spellout: the man 3sg eat the food 3sg pres have en be the food
Spellout: the man eat the food has been the food
Error: inconsistent spellout
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , foodthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} manthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , foodthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} ,veat: θ } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , foodthe },veat: θ } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},veat: θ } {eatθ: presp , foodthe } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {eatθ: presp , manthe } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , manthe }} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe INFLv INFLv
WS 9: {foodthe , {veat: θ , {eatθ: presp , manthe }}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} INFLv INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , manthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} foodthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , manthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} ,veat: θ } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , manthe },veat: θ } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},veat: θ } {eatθ: presp , manthe } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {veat: θ , eatθ: presp } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe manthe INFLv INFLv
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe manthe eatθ: presp veat: θ INFLv
WS 8: { eatθ: presp ,veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe manthe INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe manthe eatθ: presp veat: θ INFLv
WS 8: { eatθ: presp ,veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe manthe INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},eatθ: presp } foodthe manthe veat: θ INFLv INFLv
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { eatθ: presp ,veat: θ } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe manthe INFLv INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},eatθ: presp } foodthe manthe veat: θ INFLv INFLv vv: perf: pres
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: { eatθ: presp ,veat: θ } foodthe manthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 5: {eatθ: presp , manthe } {manthe , {vbe: θ , {beθ: pastp , foodthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 6: manthe {eatθ: presp , manthe } {manthe , {vbe: θ , {beθ: pastp , foodthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 7: {veat: θ , {eatθ: presp , manthe }} manthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS 8: {manthe , {veat: θ , {eatθ: presp , manthe }}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , manthe }}}}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} {manthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} {manthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{manthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: { {manthe , {veat: θ , {eatθ: presp , manthe }}},{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv vv: perf: pres
WS 10: {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , manthe }}},{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} }} vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} manthe {eatθ: presp , manthe } veat: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , manthe },veat: θ } {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} manthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe {eatθ: presp , manthe } veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , manthe }} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe INFLv INFLv
WS 9: {manthe , {veat: θ , {eatθ: presp , manthe }}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {manthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} INFLv INFLv
WS 11: {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} }}
Final WS: {C, {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} }}}
INT/EXT: {C, {man
the , {INFL
v ,
{ {
man the , {v
eat: θ , {eat
θ: presp , man
the }}}, {v
v: perf: pres , {
man the , {v
be: θ , {be
θ: pastp , food
the }}}}
} }}}
Initial Spellout: the man 3sg eat the man 3sg pres have en be the food
Spellout: the man eat the man has been the food
Error: inconsistent spellout
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe {eatθ: presp , manthe } veat: θ INFLv
WS 9: { {eatθ: presp , manthe },veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe {eatθ: presp , manthe } veat: θ INFLv
WS 9: { {eatθ: presp , manthe },veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{eatθ: presp , manthe }} manthe veat: θ INFLv INFLv
WS 9: { { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{eatθ: presp , manthe }} ,veat: θ } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},veat: θ } manthe {eatθ: presp , manthe } INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , manthe },veat: θ } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {eatθ: presp , manthe },{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe veat: θ INFLv INFLv vv: perf: pres
WS 8: { { {eatθ: presp , manthe },{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} ,veat: θ } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {eatθ: presp , manthe },veat: θ } manthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},veat: θ } manthe {eatθ: presp , manthe } INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: foodthe {eatθ: presp , manthe } {manthe , {vbe: θ , {beθ: pastp , foodthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 7: {veat: θ , {eatθ: presp , manthe }} foodthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS 8: {foodthe , {veat: θ , {eatθ: presp , manthe }}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} foodthe {eatθ: presp , manthe } veat: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , manthe },veat: θ } {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} foodthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe {eatθ: presp , manthe } veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , manthe }} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe INFLv INFLv
WS 9: {foodthe , {veat: θ , {eatθ: presp , manthe }}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} INFLv INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe {eatθ: presp , manthe } veat: θ INFLv
WS 9: { {eatθ: presp , manthe },veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe {eatθ: presp , manthe } veat: θ INFLv
WS 9: { {eatθ: presp , manthe },veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{eatθ: presp , manthe }} foodthe veat: θ INFLv INFLv
WS 9: { { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{eatθ: presp , manthe }} ,veat: θ } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},veat: θ } foodthe {eatθ: presp , manthe } INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , manthe },veat: θ } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {eatθ: presp , manthe },{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe veat: θ INFLv INFLv vv: perf: pres
WS 8: { { {eatθ: presp , manthe },{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} ,veat: θ } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {eatθ: presp , manthe },veat: θ } foodthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},veat: θ } foodthe {eatθ: presp , manthe } INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 5: {veat: θ , eatθ: presp } manthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 5: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} manthe eatθ: presp veat: θ INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 5: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe eatθ: presp veat: θ INFLv INFLv
WS 6: foodthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe eatθ: presp veat: θ INFLv INFLv
WS 7: {eatθ: presp , foodthe } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , foodthe }} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe INFLv INFLv
WS 9: {manthe , {veat: θ , {eatθ: presp , foodthe }}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} INFLv INFLv
WS 11: {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} }}
Final WS: {C, {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} }}}
INT/EXT: {C, {man
the , {INFL
v ,
{ {
man the , {v
eat: θ , {eat
θ: presp , food
the }}}, {v
v: perf: pres , {
man the , {v
be: θ , {be
θ: pastp , food
the }}}}
} }}}
Initial Spellout: the man 3sg eat the food 3sg pres have en be the food
Spellout: the man eat the food has been the food
Error: inconsistent spellout
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , foodthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} manthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , foodthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} ,veat: θ } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , foodthe },veat: θ } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},veat: θ } {eatθ: presp , foodthe } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {eatθ: presp , manthe } foodthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , manthe }} foodthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 9: {foodthe , {veat: θ , {eatθ: presp , manthe }}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} INFLv INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , manthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} foodthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , manthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} ,veat: θ } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , manthe },veat: θ } foodthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},veat: θ } {eatθ: presp , manthe } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {veat: θ , eatθ: presp } foodthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe INFLv INFLv
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe manthe eatθ: presp veat: θ INFLv
WS 8: { eatθ: presp ,veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe manthe INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe manthe eatθ: presp veat: θ INFLv
WS 8: { eatθ: presp ,veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe manthe INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},eatθ: presp } foodthe manthe veat: θ INFLv INFLv
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { eatθ: presp ,veat: θ } foodthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe INFLv INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: {eatθ: presp , manthe } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} veat: θ INFLv INFLv
WS 7: manthe {eatθ: presp , manthe } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , manthe }} manthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 9: {manthe , {veat: θ , {eatθ: presp , manthe }}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {manthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} INFLv INFLv
WS 11: {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} }}
Final WS: {C, {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} }}}
INT/EXT: {C, {man
the , {INFL
v ,
{ {
man the , {v
eat: θ , {eat
θ: presp , man
the }}}, {v
v: perf: pres , {
man the , {v
be: θ , {be
θ: pastp , food
the }}}}
} }}}
Initial Spellout: the man 3sg eat the man 3sg pres have en be the food
Spellout: the man eat the man has been the food
Error: inconsistent spellout
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe {eatθ: presp , manthe } veat: θ INFLv
WS 9: { {eatθ: presp , manthe },veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe {eatθ: presp , manthe } veat: θ INFLv
WS 9: { {eatθ: presp , manthe },veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , manthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} manthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , manthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} ,veat: θ } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , manthe },veat: θ } manthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},veat: θ } manthe {eatθ: presp , manthe } INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: foodthe {eatθ: presp , manthe } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , manthe }} foodthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 9: {foodthe , {veat: θ , {eatθ: presp , manthe }}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} INFLv INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe {eatθ: presp , manthe } veat: θ INFLv
WS 9: { {eatθ: presp , manthe },veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe {eatθ: presp , manthe } veat: θ INFLv
WS 9: { {eatθ: presp , manthe },veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , manthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} foodthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , manthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} ,veat: θ } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , manthe },veat: θ } foodthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},veat: θ } foodthe {eatθ: presp , manthe } INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: {veat: θ , eatθ: presp } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe INFLv INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe eatθ: presp veat: θ INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe eatθ: presp veat: θ INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 4: foodthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} eatθ: presp veat: θ INFLv INFLv vv: perf: pres
WS 5: manthe foodthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} eatθ: presp veat: θ INFLv INFLv vv: perf: pres
WS 6: {eatθ: presp , manthe } foodthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 7: {veat: θ , {eatθ: presp , manthe }} foodthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS 8: {foodthe , {veat: θ , {eatθ: presp , manthe }}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {eatθ: presp , manthe },{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe veat: θ INFLv INFLv vv: perf: pres
WS 8: { { {eatθ: presp , manthe },{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} ,veat: θ } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {eatθ: presp , manthe },veat: θ } foodthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},veat: θ } {eatθ: presp , manthe } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: {eatθ: presp , foodthe } manthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 7: {veat: θ , {eatθ: presp , foodthe }} manthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS 8: {manthe , {veat: θ , {eatθ: presp , foodthe }}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv vv: perf: pres
WS 10: {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} }} vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {eatθ: presp , foodthe },{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe veat: θ INFLv INFLv vv: perf: pres
WS 8: { { {eatθ: presp , foodthe },{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} ,veat: θ } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {eatθ: presp , foodthe },veat: θ } manthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},veat: θ } {eatθ: presp , foodthe } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: {veat: θ , eatθ: presp } manthe foodthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} manthe foodthe eatθ: presp veat: θ INFLv vv: perf: pres
WS 7: { eatθ: presp ,veat: θ } {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} manthe foodthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe foodthe eatθ: presp veat: θ INFLv INFLv
WS 7: {eatθ: presp , manthe } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , manthe }} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe INFLv INFLv
WS 9: {foodthe , {veat: θ , {eatθ: presp , manthe }}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} INFLv INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , manthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} foodthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , manthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} ,veat: θ } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , manthe },veat: θ } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},veat: θ } {eatθ: presp , manthe } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {eatθ: presp , foodthe } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , foodthe }} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe INFLv INFLv
WS 9: {manthe , {veat: θ , {eatθ: presp , foodthe }}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} INFLv INFLv
WS 11: {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} }}
Final WS: {C, {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} }}}
INT/EXT: {C, {man
the , {INFL
v ,
{ {
man the , {v
eat: θ , {eat
θ: presp , food
the }}}, {v
v: perf: pres , {
man the , {v
be: θ , {be
θ: pastp , food
the }}}}
} }}}
Initial Spellout: the man 3sg eat the food 3sg pres have en be the food
Spellout: the man eat the food has been the food
Error: inconsistent spellout
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , foodthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} manthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , foodthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} ,veat: θ } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , foodthe },veat: θ } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},veat: θ } {eatθ: presp , foodthe } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {veat: θ , eatθ: presp } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe foodthe INFLv INFLv
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe foodthe eatθ: presp veat: θ INFLv
WS 8: { eatθ: presp ,veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe foodthe INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe foodthe eatθ: presp veat: θ INFLv
WS 8: { eatθ: presp ,veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe foodthe INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},eatθ: presp } manthe foodthe veat: θ INFLv INFLv
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { eatθ: presp ,veat: θ } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe foodthe INFLv INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},eatθ: presp } manthe foodthe veat: θ INFLv INFLv vv: perf: pres
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: { eatθ: presp ,veat: θ } manthe foodthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 5: {eatθ: presp , foodthe } {manthe , {vbe: θ , {beθ: pastp , foodthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 6: foodthe {eatθ: presp , foodthe } {manthe , {vbe: θ , {beθ: pastp , foodthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 7: {veat: θ , {eatθ: presp , foodthe }} foodthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS 8: {foodthe , {veat: θ , {eatθ: presp , foodthe }}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , foodthe }}}}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} {foodthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} {foodthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{foodthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: { {foodthe , {veat: θ , {eatθ: presp , foodthe }}},{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} foodthe {eatθ: presp , foodthe } veat: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , foodthe },veat: θ } {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} foodthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe {eatθ: presp , foodthe } veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , foodthe }} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe INFLv INFLv
WS 9: {foodthe , {veat: θ , {eatθ: presp , foodthe }}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {foodthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} INFLv INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe {eatθ: presp , foodthe } veat: θ INFLv
WS 9: { {eatθ: presp , foodthe },veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe {eatθ: presp , foodthe } veat: θ INFLv
WS 9: { {eatθ: presp , foodthe },veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{eatθ: presp , foodthe }} foodthe veat: θ INFLv INFLv
WS 9: { { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{eatθ: presp , foodthe }} ,veat: θ } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},veat: θ } foodthe {eatθ: presp , foodthe } INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , foodthe },veat: θ } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {eatθ: presp , foodthe },{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe veat: θ INFLv INFLv vv: perf: pres
WS 8: { { {eatθ: presp , foodthe },{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} ,veat: θ } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {eatθ: presp , foodthe },veat: θ } foodthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},veat: θ } foodthe {eatθ: presp , foodthe } INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: manthe {eatθ: presp , foodthe } {manthe , {vbe: θ , {beθ: pastp , foodthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 7: {veat: θ , {eatθ: presp , foodthe }} manthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS 8: {manthe , {veat: θ , {eatθ: presp , foodthe }}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 9: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv vv: perf: pres
WS 10: {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} }} vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} manthe {eatθ: presp , foodthe } veat: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , foodthe },veat: θ } {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} manthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe {eatθ: presp , foodthe } veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , foodthe }} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe INFLv INFLv
WS 9: {manthe , {veat: θ , {eatθ: presp , foodthe }}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} INFLv INFLv
WS 11: {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} }}
Final WS: {C, {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} }}}
INT/EXT: {C, {man
the , {INFL
v ,
{ {
man the , {v
eat: θ , {eat
θ: presp , food
the }}}, {v
v: perf: pres , {
man the , {v
be: θ , {be
θ: pastp , food
the }}}}
} }}}
Initial Spellout: the man 3sg eat the food 3sg pres have en be the food
Spellout: the man eat the food has been the food
Error: inconsistent spellout
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe {eatθ: presp , foodthe } veat: θ INFLv
WS 9: { {eatθ: presp , foodthe },veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe {eatθ: presp , foodthe } veat: θ INFLv
WS 9: { {eatθ: presp , foodthe },veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{eatθ: presp , foodthe }} manthe veat: θ INFLv INFLv
WS 9: { { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},{eatθ: presp , foodthe }} ,veat: θ } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},veat: θ } manthe {eatθ: presp , foodthe } INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , foodthe },veat: θ } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {eatθ: presp , foodthe },{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} manthe veat: θ INFLv INFLv vv: perf: pres
WS 8: { { {eatθ: presp , foodthe },{manthe , {vbe: θ , {beθ: pastp , foodthe }}}} ,veat: θ } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {eatθ: presp , foodthe },veat: θ } manthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {manthe , {vbe: θ , {beθ: pastp , foodthe }}},veat: θ } manthe {eatθ: presp , foodthe } INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 5: {veat: θ , eatθ: presp } foodthe {manthe , {vbe: θ , {beθ: pastp , foodthe }}} INFLv INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 5: {manthe , {INFLv , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} foodthe eatθ: presp veat: θ INFLv vv: perf: pres
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 5: {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe eatθ: presp veat: θ INFLv INFLv
WS 6: manthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe eatθ: presp veat: θ INFLv INFLv
WS 7: {eatθ: presp , manthe } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , manthe }} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe INFLv INFLv
WS 9: {foodthe , {veat: θ , {eatθ: presp , manthe }}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} INFLv INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , manthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} foodthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , manthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} ,veat: θ } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , manthe },veat: θ } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},veat: θ } {eatθ: presp , manthe } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {eatθ: presp , foodthe } manthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , foodthe }} manthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 9: {manthe , {veat: θ , {eatθ: presp , foodthe }}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} INFLv INFLv
WS 11: {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} }}
Final WS: {C, {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} }}}
INT/EXT: {C, {man
the , {INFL
v ,
{ {
man the , {v
eat: θ , {eat
θ: presp , food
the }}}, {v
v: perf: pres , {
man the , {v
be: θ , {be
θ: pastp , food
the }}}}
} }}}
Initial Spellout: the man 3sg eat the food 3sg pres have en be the food
Spellout: the man eat the food has been the food
Error: inconsistent spellout
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , foodthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} manthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , foodthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} ,veat: θ } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , foodthe },veat: θ } manthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},veat: θ } {eatθ: presp , foodthe } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {veat: θ , eatθ: presp } manthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe INFLv INFLv
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe foodthe eatθ: presp veat: θ INFLv
WS 8: { eatθ: presp ,veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe foodthe INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe foodthe eatθ: presp veat: θ INFLv
WS 8: { eatθ: presp ,veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe foodthe INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},eatθ: presp } manthe foodthe veat: θ INFLv INFLv
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: { eatθ: presp ,veat: θ } manthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe INFLv INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: {eatθ: presp , foodthe } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} veat: θ INFLv INFLv
WS 7: foodthe {eatθ: presp , foodthe } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , foodthe }} foodthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 9: {foodthe , {veat: θ , {eatθ: presp , foodthe }}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {foodthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} INFLv INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe {eatθ: presp , foodthe } veat: θ INFLv
WS 9: { {eatθ: presp , foodthe },veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe {eatθ: presp , foodthe } veat: θ INFLv
WS 9: { {eatθ: presp , foodthe },veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , foodthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} foodthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , foodthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} ,veat: θ } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , foodthe },veat: θ } foodthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},veat: θ } foodthe {eatθ: presp , foodthe } INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 7: manthe {eatθ: presp , foodthe } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , foodthe }} manthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 9: {manthe , {veat: θ , {eatθ: presp , foodthe }}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 10: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} INFLv INFLv
WS 11: {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} }}
Final WS: {C, {manthe , {INFLv , { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} }}}
INT/EXT: {C, {man
the , {INFL
v ,
{ {
man the , {v
eat: θ , {eat
θ: presp , food
the }}}, {v
v: perf: pres , {
man the , {v
be: θ , {be
θ: pastp , food
the }}}}
} }}}
Initial Spellout: the man 3sg eat the food 3sg pres have en be the food
Spellout: the man eat the food has been the food
Error: inconsistent spellout
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe {eatθ: presp , foodthe } veat: θ INFLv
WS 9: { {eatθ: presp , foodthe },veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe {eatθ: presp , foodthe } veat: θ INFLv
WS 9: { {eatθ: presp , foodthe },veat: θ } {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} manthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , foodthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} manthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , foodthe },{vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}} ,veat: θ } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {eatθ: presp , foodthe },veat: θ } manthe {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 8: { {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}},veat: θ } manthe {eatθ: presp , foodthe } INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: {veat: θ , eatθ: presp } {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}} foodthe INFLv INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe eatθ: presp veat: θ INFLv
WS 1: {beθ: pastp , foodthe } eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres manthe
WS 6: {manthe , {INFLv , {vv: perf: pres , {manthe , {vbe: θ , {beθ: pastp , foodthe }}}}}} foodthe eatθ: presp veat: θ INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 2: {vbe: θ , {beθ: pastp , manthe }} foodthe eatθ: presp veat: θ INFLv INFLv vv: perf: pres
WS 3: {foodthe , {vbe: θ , {beθ: pastp , manthe }}} eatθ: presp veat: θ INFLv INFLv vv: perf: pres
WS 4: foodthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} eatθ: presp veat: θ INFLv INFLv vv: perf: pres
WS 5: manthe foodthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} eatθ: presp veat: θ INFLv INFLv vv: perf: pres
WS 6: {eatθ: presp , manthe } foodthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 7: {veat: θ , {eatθ: presp , manthe }} foodthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS 8: {foodthe , {veat: θ , {eatθ: presp , manthe }}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} }} vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {eatθ: presp , manthe },{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe veat: θ INFLv INFLv vv: perf: pres
WS 8: { { {eatθ: presp , manthe },{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} ,veat: θ } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {eatθ: presp , manthe },veat: θ } foodthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},veat: θ } {eatθ: presp , manthe } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: {eatθ: presp , foodthe } manthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 7: {veat: θ , {eatθ: presp , foodthe }} manthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS 8: {manthe , {veat: θ , {eatθ: presp , foodthe }}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {eatθ: presp , foodthe },{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe veat: θ INFLv INFLv vv: perf: pres
WS 8: { { {eatθ: presp , foodthe },{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} ,veat: θ } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {eatθ: presp , foodthe },veat: θ } manthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},veat: θ } {eatθ: presp , foodthe } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: {veat: θ , eatθ: presp } manthe foodthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} manthe foodthe eatθ: presp veat: θ INFLv vv: perf: pres
WS 7: { eatθ: presp ,veat: θ } {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} manthe foodthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe foodthe eatθ: presp veat: θ INFLv INFLv
WS 7: {eatθ: presp , manthe } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , manthe }} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe INFLv INFLv
WS 9: {foodthe , {veat: θ , {eatθ: presp , manthe }}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} INFLv INFLv
WS 11: {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} }}
Final WS: {C, {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} }}}
INT/EXT: {C, {food
the , {INFL
v ,
{ {
food the , {v
eat: θ , {eat
θ: presp , man
the }}}, {v
v: perf: pres , {
food the , {v
be: θ , {be
θ: pastp , man
the }}}}
} }}}
Initial Spellout: the food 3sg eat the man 3sg pres have en be the man
Spellout: the food eat the man has been the man
Error: inconsistent spellout
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , manthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} foodthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , manthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} ,veat: θ } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , manthe },veat: θ } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},veat: θ } {eatθ: presp , manthe } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {eatθ: presp , foodthe } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , foodthe }} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe INFLv INFLv
WS 9: {manthe , {veat: θ , {eatθ: presp , foodthe }}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} INFLv INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , foodthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} manthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , foodthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} ,veat: θ } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , foodthe },veat: θ } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},veat: θ } {eatθ: presp , foodthe } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {veat: θ , eatθ: presp } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe foodthe INFLv INFLv
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe foodthe eatθ: presp veat: θ INFLv
WS 8: { eatθ: presp ,veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe foodthe INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe foodthe eatθ: presp veat: θ INFLv
WS 8: { eatθ: presp ,veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe foodthe INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},eatθ: presp } manthe foodthe veat: θ INFLv INFLv
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { eatθ: presp ,veat: θ } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe foodthe INFLv INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},eatθ: presp } manthe foodthe veat: θ INFLv INFLv vv: perf: pres
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: { eatθ: presp ,veat: θ } manthe foodthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 5: {eatθ: presp , foodthe } {foodthe , {vbe: θ , {beθ: pastp , manthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 6: foodthe {eatθ: presp , foodthe } {foodthe , {vbe: θ , {beθ: pastp , manthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 7: {veat: θ , {eatθ: presp , foodthe }} foodthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS 8: {foodthe , {veat: θ , {eatθ: presp , foodthe }}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , foodthe }}}}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} {foodthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} {foodthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{foodthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: { {foodthe , {veat: θ , {eatθ: presp , foodthe }}},{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , foodthe }}},{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} }} vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} foodthe {eatθ: presp , foodthe } veat: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , foodthe },veat: θ } {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} foodthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe {eatθ: presp , foodthe } veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , foodthe }} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe INFLv INFLv
WS 9: {foodthe , {veat: θ , {eatθ: presp , foodthe }}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {foodthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} INFLv INFLv
WS 11: {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} }}
Final WS: {C, {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} }}}
INT/EXT: {C, {food
the , {INFL
v ,
{ {
food the , {v
eat: θ , {eat
θ: presp , food
the }}}, {v
v: perf: pres , {
food the , {v
be: θ , {be
θ: pastp , man
the }}}}
} }}}
Initial Spellout: the food 3sg eat the food 3sg pres have en be the man
Spellout: the food eat the food has been the man
Error: inconsistent spellout
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe {eatθ: presp , foodthe } veat: θ INFLv
WS 9: { {eatθ: presp , foodthe },veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe {eatθ: presp , foodthe } veat: θ INFLv
WS 9: { {eatθ: presp , foodthe },veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{eatθ: presp , foodthe }} foodthe veat: θ INFLv INFLv
WS 9: { { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{eatθ: presp , foodthe }} ,veat: θ } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},veat: θ } foodthe {eatθ: presp , foodthe } INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , foodthe },veat: θ } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {eatθ: presp , foodthe },{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe veat: θ INFLv INFLv vv: perf: pres
WS 8: { { {eatθ: presp , foodthe },{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} ,veat: θ } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {eatθ: presp , foodthe },veat: θ } foodthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},veat: θ } foodthe {eatθ: presp , foodthe } INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: manthe {eatθ: presp , foodthe } {foodthe , {vbe: θ , {beθ: pastp , manthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 7: {veat: θ , {eatθ: presp , foodthe }} manthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS 8: {manthe , {veat: θ , {eatθ: presp , foodthe }}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} manthe {eatθ: presp , foodthe } veat: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , foodthe },veat: θ } {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} manthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe {eatθ: presp , foodthe } veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , foodthe }} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe INFLv INFLv
WS 9: {manthe , {veat: θ , {eatθ: presp , foodthe }}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} INFLv INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe {eatθ: presp , foodthe } veat: θ INFLv
WS 9: { {eatθ: presp , foodthe },veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe {eatθ: presp , foodthe } veat: θ INFLv
WS 9: { {eatθ: presp , foodthe },veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{eatθ: presp , foodthe }} manthe veat: θ INFLv INFLv
WS 9: { { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{eatθ: presp , foodthe }} ,veat: θ } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},veat: θ } manthe {eatθ: presp , foodthe } INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , foodthe },veat: θ } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {eatθ: presp , foodthe },{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe veat: θ INFLv INFLv vv: perf: pres
WS 8: { { {eatθ: presp , foodthe },{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} ,veat: θ } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {eatθ: presp , foodthe },veat: θ } manthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},veat: θ } manthe {eatθ: presp , foodthe } INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 5: {veat: θ , eatθ: presp } foodthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 5: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} foodthe eatθ: presp veat: θ INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 5: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe eatθ: presp veat: θ INFLv INFLv
WS 6: manthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe eatθ: presp veat: θ INFLv INFLv
WS 7: {eatθ: presp , manthe } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , manthe }} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe INFLv INFLv
WS 9: {foodthe , {veat: θ , {eatθ: presp , manthe }}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} INFLv INFLv
WS 11: {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} }}
Final WS: {C, {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} }}}
INT/EXT: {C, {food
the , {INFL
v ,
{ {
food the , {v
eat: θ , {eat
θ: presp , man
the }}}, {v
v: perf: pres , {
food the , {v
be: θ , {be
θ: pastp , man
the }}}}
} }}}
Initial Spellout: the food 3sg eat the man 3sg pres have en be the man
Spellout: the food eat the man has been the man
Error: inconsistent spellout
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , manthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} foodthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , manthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} ,veat: θ } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , manthe },veat: θ } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},veat: θ } {eatθ: presp , manthe } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {eatθ: presp , foodthe } manthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , foodthe }} manthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 9: {manthe , {veat: θ , {eatθ: presp , foodthe }}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} INFLv INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , foodthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} manthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , foodthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} ,veat: θ } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , foodthe },veat: θ } manthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},veat: θ } {eatθ: presp , foodthe } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {veat: θ , eatθ: presp } manthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe INFLv INFLv
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe foodthe eatθ: presp veat: θ INFLv
WS 8: { eatθ: presp ,veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe foodthe INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe foodthe eatθ: presp veat: θ INFLv
WS 8: { eatθ: presp ,veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe foodthe INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},eatθ: presp } manthe foodthe veat: θ INFLv INFLv
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { eatθ: presp ,veat: θ } manthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe INFLv INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: {eatθ: presp , foodthe } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} veat: θ INFLv INFLv
WS 7: foodthe {eatθ: presp , foodthe } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , foodthe }} foodthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 9: {foodthe , {veat: θ , {eatθ: presp , foodthe }}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {foodthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} INFLv INFLv
WS 11: {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} }}
Final WS: {C, {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} }}}
INT/EXT: {C, {food
the , {INFL
v ,
{ {
food the , {v
eat: θ , {eat
θ: presp , food
the }}}, {v
v: perf: pres , {
food the , {v
be: θ , {be
θ: pastp , man
the }}}}
} }}}
Initial Spellout: the food 3sg eat the food 3sg pres have en be the man
Spellout: the food eat the food has been the man
Error: inconsistent spellout
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe {eatθ: presp , foodthe } veat: θ INFLv
WS 9: { {eatθ: presp , foodthe },veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe {eatθ: presp , foodthe } veat: θ INFLv
WS 9: { {eatθ: presp , foodthe },veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , foodthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} foodthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , foodthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} ,veat: θ } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , foodthe },veat: θ } foodthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},veat: θ } foodthe {eatθ: presp , foodthe } INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: manthe {eatθ: presp , foodthe } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , foodthe }} manthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 9: {manthe , {veat: θ , {eatθ: presp , foodthe }}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} INFLv INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe {eatθ: presp , foodthe } veat: θ INFLv
WS 9: { {eatθ: presp , foodthe },veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe {eatθ: presp , foodthe } veat: θ INFLv
WS 9: { {eatθ: presp , foodthe },veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , foodthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} manthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , foodthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} ,veat: θ } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , foodthe },veat: θ } manthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},veat: θ } manthe {eatθ: presp , foodthe } INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: {veat: θ , eatθ: presp } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe INFLv INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe eatθ: presp veat: θ INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe eatθ: presp veat: θ INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 4: manthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} eatθ: presp veat: θ INFLv INFLv vv: perf: pres
WS 5: foodthe manthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} eatθ: presp veat: θ INFLv INFLv vv: perf: pres
WS 6: {eatθ: presp , foodthe } manthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 7: {veat: θ , {eatθ: presp , foodthe }} manthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS 8: {manthe , {veat: θ , {eatθ: presp , foodthe }}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv INFLv
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{manthe , {veat: θ , {eatθ: presp , foodthe }}}} INFLv INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {eatθ: presp , foodthe },{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe veat: θ INFLv INFLv vv: perf: pres
WS 8: { { {eatθ: presp , foodthe },{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} ,veat: θ } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {eatθ: presp , foodthe },veat: θ } manthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},veat: θ } {eatθ: presp , foodthe } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: {eatθ: presp , manthe } foodthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 7: {veat: θ , {eatθ: presp , manthe }} foodthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS 8: {foodthe , {veat: θ , {eatθ: presp , manthe }}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} }} vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {eatθ: presp , manthe },{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe veat: θ INFLv INFLv vv: perf: pres
WS 8: { { {eatθ: presp , manthe },{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} ,veat: θ } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {eatθ: presp , manthe },veat: θ } foodthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},veat: θ } {eatθ: presp , manthe } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: {veat: θ , eatθ: presp } foodthe manthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} foodthe manthe eatθ: presp veat: θ INFLv vv: perf: pres
WS 7: { eatθ: presp ,veat: θ } {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} foodthe manthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe manthe eatθ: presp veat: θ INFLv INFLv
WS 7: {eatθ: presp , foodthe } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , foodthe }} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe INFLv INFLv
WS 9: {manthe , {veat: θ , {eatθ: presp , foodthe }}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} INFLv INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , foodthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} manthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , foodthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} ,veat: θ } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , foodthe },veat: θ } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},veat: θ } {eatθ: presp , foodthe } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {eatθ: presp , manthe } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , manthe }} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe INFLv INFLv
WS 9: {foodthe , {veat: θ , {eatθ: presp , manthe }}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} INFLv INFLv
WS 11: {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} }}
Final WS: {C, {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} }}}
INT/EXT: {C, {food
the , {INFL
v ,
{ {
food the , {v
eat: θ , {eat
θ: presp , man
the }}}, {v
v: perf: pres , {
food the , {v
be: θ , {be
θ: pastp , man
the }}}}
} }}}
Initial Spellout: the food 3sg eat the man 3sg pres have en be the man
Spellout: the food eat the man has been the man
Error: inconsistent spellout
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , manthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} foodthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , manthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} ,veat: θ } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , manthe },veat: θ } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},veat: θ } {eatθ: presp , manthe } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {veat: θ , eatθ: presp } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe manthe INFLv INFLv
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe manthe eatθ: presp veat: θ INFLv
WS 8: { eatθ: presp ,veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe manthe INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe manthe eatθ: presp veat: θ INFLv
WS 8: { eatθ: presp ,veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe manthe INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},eatθ: presp } foodthe manthe veat: θ INFLv INFLv
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { eatθ: presp ,veat: θ } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe manthe INFLv INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},eatθ: presp } foodthe manthe veat: θ INFLv INFLv vv: perf: pres
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: { eatθ: presp ,veat: θ } foodthe manthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 5: {eatθ: presp , manthe } {foodthe , {vbe: θ , {beθ: pastp , manthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 6: manthe {eatθ: presp , manthe } {foodthe , {vbe: θ , {beθ: pastp , manthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 7: {veat: θ , {eatθ: presp , manthe }} manthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS 8: {manthe , {veat: θ , {eatθ: presp , manthe }}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS 9: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , manthe }}}}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} {manthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} {manthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{manthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: { {manthe , {veat: θ , {eatθ: presp , manthe }}},{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} manthe {eatθ: presp , manthe } veat: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , manthe },veat: θ } {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} manthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe {eatθ: presp , manthe } veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , manthe }} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe INFLv INFLv
WS 9: {manthe , {veat: θ , {eatθ: presp , manthe }}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {manthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} INFLv INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe {eatθ: presp , manthe } veat: θ INFLv
WS 9: { {eatθ: presp , manthe },veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe {eatθ: presp , manthe } veat: θ INFLv
WS 9: { {eatθ: presp , manthe },veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{eatθ: presp , manthe }} manthe veat: θ INFLv INFLv
WS 9: { { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{eatθ: presp , manthe }} ,veat: θ } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},veat: θ } manthe {eatθ: presp , manthe } INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , manthe },veat: θ } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {eatθ: presp , manthe },{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe veat: θ INFLv INFLv vv: perf: pres
WS 8: { { {eatθ: presp , manthe },{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} ,veat: θ } manthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {eatθ: presp , manthe },veat: θ } manthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},veat: θ } manthe {eatθ: presp , manthe } INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: foodthe {eatθ: presp , manthe } {foodthe , {vbe: θ , {beθ: pastp , manthe }}} veat: θ INFLv INFLv vv: perf: pres
WS 7: {veat: θ , {eatθ: presp , manthe }} foodthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS 8: {foodthe , {veat: θ , {eatθ: presp , manthe }}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv INFLv
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{foodthe , {veat: θ , {eatθ: presp , manthe }}}} INFLv INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 9: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} }} vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} foodthe {eatθ: presp , manthe } veat: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , manthe },veat: θ } {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} foodthe INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe {eatθ: presp , manthe } veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , manthe }} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe INFLv INFLv
WS 9: {foodthe , {veat: θ , {eatθ: presp , manthe }}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} INFLv INFLv
WS 11: {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} }}
Final WS: {C, {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} }}}
INT/EXT: {C, {food
the , {INFL
v ,
{ {
food the , {v
eat: θ , {eat
θ: presp , man
the }}}, {v
v: perf: pres , {
food the , {v
be: θ , {be
θ: pastp , man
the }}}}
} }}}
Initial Spellout: the food 3sg eat the man 3sg pres have en be the man
Spellout: the food eat the man has been the man
Error: inconsistent spellout
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe {eatθ: presp , manthe } veat: θ INFLv
WS 9: { {eatθ: presp , manthe },veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe {eatθ: presp , manthe } veat: θ INFLv
WS 9: { {eatθ: presp , manthe },veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{eatθ: presp , manthe }} foodthe veat: θ INFLv INFLv
WS 9: { { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},{eatθ: presp , manthe }} ,veat: θ } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},veat: θ } foodthe {eatθ: presp , manthe } INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , manthe },veat: θ } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {eatθ: presp , manthe },{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} foodthe veat: θ INFLv INFLv vv: perf: pres
WS 8: { { {eatθ: presp , manthe },{foodthe , {vbe: θ , {beθ: pastp , manthe }}}} ,veat: θ } foodthe INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {eatθ: presp , manthe },veat: θ } foodthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {foodthe , {vbe: θ , {beθ: pastp , manthe }}},veat: θ } foodthe {eatθ: presp , manthe } INFLv INFLv vv: perf: pres
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 5: {veat: θ , eatθ: presp } manthe {foodthe , {vbe: θ , {beθ: pastp , manthe }}} INFLv INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 5: {foodthe , {INFLv , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} manthe eatθ: presp veat: θ INFLv vv: perf: pres
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 5: {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe eatθ: presp veat: θ INFLv INFLv
WS 6: foodthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe eatθ: presp veat: θ INFLv INFLv
WS 7: {eatθ: presp , foodthe } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , foodthe }} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe INFLv INFLv
WS 9: {manthe , {veat: θ , {eatθ: presp , foodthe }}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , foodthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , foodthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {manthe , {veat: θ , {eatθ: presp , foodthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} INFLv INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , foodthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} manthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , foodthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} ,veat: θ } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , foodthe },veat: θ } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},veat: θ } {eatθ: presp , foodthe } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {eatθ: presp , manthe } foodthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , manthe }} foodthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 9: {foodthe , {veat: θ , {eatθ: presp , manthe }}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} INFLv INFLv
WS 11: {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} }}
Final WS: {C, {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} }}}
INT/EXT: {C, {food
the , {INFL
v ,
{ {
food the , {v
eat: θ , {eat
θ: presp , man
the }}}, {v
v: perf: pres , {
food the , {v
be: θ , {be
θ: pastp , man
the }}}}
} }}}
Initial Spellout: the food 3sg eat the man 3sg pres have en be the man
Spellout: the food eat the man has been the man
Error: inconsistent spellout
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , manthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} foodthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , manthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} ,veat: θ } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , manthe },veat: θ } foodthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},veat: θ } {eatθ: presp , manthe } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {veat: θ , eatθ: presp } foodthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe INFLv INFLv
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe manthe eatθ: presp veat: θ INFLv
WS 8: { eatθ: presp ,veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe manthe INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe manthe eatθ: presp veat: θ INFLv
WS 8: { eatθ: presp ,veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe manthe INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},eatθ: presp } foodthe manthe veat: θ INFLv INFLv
WS fail: WS θS 1 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: { eatθ: presp ,veat: θ } foodthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe INFLv INFLv
WS fail: WS θS 0 < θR 2
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: {eatθ: presp , manthe } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} veat: θ INFLv INFLv
WS 7: manthe {eatθ: presp , manthe } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , manthe }} manthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 9: {manthe , {veat: θ , {eatθ: presp , manthe }}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 10: {manthe , {INFLv , {manthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {manthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {manthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} INFLv INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe {eatθ: presp , manthe } veat: θ INFLv
WS 9: { {eatθ: presp , manthe },veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe {eatθ: presp , manthe } veat: θ INFLv
WS 9: { {eatθ: presp , manthe },veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , manthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} manthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , manthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} ,veat: θ } manthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , manthe },veat: θ } manthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},veat: θ } manthe {eatθ: presp , manthe } INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 7: foodthe {eatθ: presp , manthe } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} veat: θ INFLv INFLv
WS 8: {veat: θ , {eatθ: presp , manthe }} foodthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 9: {foodthe , {veat: θ , {eatθ: presp , manthe }}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS 10: {foodthe , {INFLv , {foodthe , {veat: θ , {eatθ: presp , manthe }}}}} {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} {foodthe , {veat: θ , {eatθ: presp , manthe }}} INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 10: { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} INFLv INFLv
WS 11: {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} }}
Final WS: {C, {foodthe , {INFLv , { {foodthe , {veat: θ , {eatθ: presp , manthe }}},{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} }}}
INT/EXT: {C, {food
the , {INFL
v ,
{ {
food the , {v
eat: θ , {eat
θ: presp , man
the }}}, {v
v: perf: pres , {
food the , {v
be: θ , {be
θ: pastp , man
the }}}}
} }}}
Initial Spellout: the food 3sg eat the man 3sg pres have en be the man
Spellout: the food eat the man has been the man
Error: inconsistent spellout
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe {eatθ: presp , manthe } veat: θ INFLv
WS 9: { {eatθ: presp , manthe },veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe {eatθ: presp , manthe } veat: θ INFLv
WS 9: { {eatθ: presp , manthe },veat: θ } {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} foodthe INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , manthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} foodthe veat: θ INFLv INFLv
WS 9: { { {eatθ: presp , manthe },{vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}} ,veat: θ } foodthe INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {eatθ: presp , manthe },veat: θ } foodthe {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 8: { {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}},veat: θ } foodthe {eatθ: presp , manthe } INFLv INFLv
WS fail: WS θS 0 < θR 1
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: {veat: θ , eatθ: presp } {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}} manthe INFLv INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe eatθ: presp veat: θ INFLv
WS 1: {beθ: pastp , manthe } foodthe eatθ: presp veat: θ INFLv vbe: θ INFLv vv: perf: pres
WS 6: {foodthe , {INFLv , {vv: perf: pres , {foodthe , {vbe: θ , {beθ: pastp , manthe }}}}}} manthe eatθ: presp veat: θ INFLv
WS 1: {veat: θ , eatθ: presp } foodthe INFLv beθ: pastp vbe: θ INFLv vv: perf: pres manthe
WS 1: {vbe: θ , beθ: pastp } foodthe eatθ: presp veat: θ INFLv INFLv vv: perf: pres manthe