diff --git a/examples/interval/bouncing_particle_v_slope.hydla b/examples/interval/bouncing_particle_v_slope.hydla index c9358da6..54c12da1 100644 --- a/examples/interval/bouncing_particle_v_slope.hydla +++ b/examples/interval/bouncing_particle_v_slope.hydla @@ -22,4 +22,6 @@ BOUNCE_PLUS <=> [](y- = tan(s) * x- => INIT, A << (BOUNCE_PLUS,BOUNCE_MINUS). -//#hylagi -p10 --fnd --finterval --fdump_in_progress --guards_to_interval_newton y-=tan[s]*x-,y-=(-tan[s])*x- +//#hylagi -p10 --fnd --finterval --guards_to_interval_newton y-=Tan[s]*x-,y-=-Tan[s]*x- +//#hylagi -p10 --fnd --finterval --guards_to_interval_newton y-=Tan[s]*x-,y-=-Tan[s]*x- --faffine +//#hylagi -p5 --fnd diff --git a/examples/interval/circle.hydla b/examples/interval/circle.hydla index 391df4ae..126fee28 100644 --- a/examples/interval/circle.hydla +++ b/examples/interval/circle.hydla @@ -9,4 +9,6 @@ BOUNCE <=> []((x-)^2 + (y-)^2 = 1 => cont = 0 & ). INIT, RUN, [](cont = 1) << BOUNCE. -//#hylagi -p15 --fnd --guards_to_interval_newton x-^2+y-^2=1 --finterval --fstep_by_step --approximation_step 1 --vars_to_approximate x,y,x',y' +//#hylagi -p15 --guards_to_interval_newton x-^2+y-^2=1 --finterval --fstep_by_step --approximation_step 1 --vars_to_approximate x,y,x',y' +//#hylagi -p15 --guards_to_interval_newton x-^2+y-^2=1 --finterval --fstep_by_step --approximation_step 1 --vars_to_approximate x,y,x',y' --faffine + diff --git a/examples/interval/half_circle.hydla b/examples/interval/half_circle.hydla index c5801595..841b5a69 100644 --- a/examples/interval/half_circle.hydla +++ b/examples/interval/half_circle.hydla @@ -5,4 +5,4 @@ CONSTDIR <=> [](c' = 0). INIT, CONSTDIR << BOUNCE, CIRCLE. -//#hylagi -p 30 --fnd --finterval --approximation_step 1 --vars_to_approximate x,y +//#hylagi -p 30 --fnd --finterval --approximation_step 1 --vars_to_approximate x,y --guards_to_interval_newton x-=y- diff --git a/examples/interval/planet_tunnel_easy.hydla b/examples/interval/planet_tunnel_easy.hydla index c628a5c4..297f7f58 100644 --- a/examples/interval/planet_tunnel_easy.hydla +++ b/examples/interval/planet_tunnel_easy.hydla @@ -7,3 +7,4 @@ FORCE3 <=> [](x- < -1 => x''=4/3*Pi*r*g). INIT(0.5), CONST, FORCE1 << (FORCE2, FORCE3). //#hylagi -p18 --finterval --fnd --approximation_step 1 --vars_to_approximate x' --guards_to_interval_newton x->1,x-<-1 +//This program cannot be executed using the above command.Currently, the executable commands for this program are unknown. \ No newline at end of file diff --git a/examples/interval/simplified_inverted_pendulum.hydla b/examples/interval/simplified_inverted_pendulum.hydla index f4154991..84e8c839 100644 --- a/examples/interval/simplified_inverted_pendulum.hydla +++ b/examples/interval/simplified_inverted_pendulum.hydla @@ -16,4 +16,6 @@ LAW(1,1,1,10,0), SCONST << (SR, SL), FORCE(1, 15), FORCE(2, -15), FORCE(0, 0). -// #hylagi -p10 --fignore_warnings --finterval --guards_to_interval_newton angle-=threshold,angle-=-threshold --fdump_in_progress --fstep_by_step +//#hylagi -p9 --fignore_warnings --finterval --guards_to_interval_newton angle-=threshold,angle-=-threshold --fdump_in_progress --fstep_by_step +//#hylagi -p10 --fignore_warnings --finterval --guards_to_interval_newton angle-=threshold,angle-=-threshold --fdump_in_progress --fstep_by_step --faffine +//#hylagi -p10 --fignore_warnings diff --git a/examples/interval/trampoline.hydla b/examples/interval/trampoline.hydla index 1ac216cc..5f415e62 100644 --- a/examples/interval/trampoline.hydla +++ b/examples/interval/trampoline.hydla @@ -2,4 +2,8 @@ INIT <=> x = 10 & x' = 0 & [](g = 9.8) & [](m = 60) & [](k = 100). FALL <=> [](x'' = -m*g). TRAMPOLINE <=> [](x < 0 => x'' = -k*x - m*g). -INIT, FALL< []((v2 = 0 => x2' = x1) & (v2 = 1 => x2' = x1 - x2 - 5)). INIT, (V1_CONST, V2_CONST) << (V1_OFF2ON, V1_ON2OFF, V2_OFF2ON, V2_ON2OFF), X1, X2. -//#hylagi --fnd --finterval --guards_to_interval_newton x1-=-1,x1-=1,x2-=1,x2-=0 --fstep_by_step -p 60 +//#hylagi --fnd --finterval --guards_to_interval_newton x1-=-1,x1-=1,x2-=1,x2-=0 --fstep_by_step -p21 +//#hylagi --fnd --finterval --guards_to_interval_newton x1-=-1,x1-=1,x2-=1,x2-=0 --fstep_by_step -p60 --faffine