MaplePrimes Questions

solve it by Maple , get the following form solution, what's the Int(1,0)

 


 

restart;

 

ODE :=diff(r(t),t)=r(t)*(1-r(t)^2)+mu*r(t)*cos(t)

diff(r(t), t) = r(t)*(1-r(t)^2)+mu*r(t)*cos(t)

(1)

dsolve(ODE)

r(t) = ((_C1+2*(Int((exp(t))^2*(exp(mu*sin(t)))^2, t)))*exp(2*t+2*mu*sin(t)))^(1/2)/(_C1+2*(Int((exp(t))^2*(exp(mu*sin(t)))^2, t))), r(t) = -((_C1+2*(Int((exp(t))^2*(exp(mu*sin(t)))^2, t)))*exp(2*t+2*mu*sin(t)))^(1/2)/(_C1+2*(Int((exp(t))^2*(exp(mu*sin(t)))^2, t)))

(2)

g := unapply(sqrt((C1+2*(Int((exp(t))^2*(exp(mu*sin(t)))^2, t)))*exp(2*t+2*mu*sin(t)))/(C1+2*(Int((exp(t))^2*(exp(mu*sin(t)))^2, t))), t)

proc (t) options operator, arrow; ((C1+2*(Int((exp(t))^2*(exp(mu*sin(t)))^2, t)))*exp(2*t+2*mu*sin(t)))^(1/2)/(C1+2*(Int((exp(t))^2*(exp(mu*sin(t)))^2, t))) end proc

(3)

g(0)

1/(C1+2*(Int(1, 0)))^(1/2)

(4)

``


 

Download m39.mw
 

How can I  get the  phase portrait  and several trajectory of the following system(it is in polar coordinates )

r'=r(1 − r^2) + 2rcos(θ),

θ' = 1

 

I'm working along in Maple 2019 and then all of a sudden it freezes.  Anyone else have this?

Maple 2018 and earlier displayed an Array like this

In Maple 2019 I get this

How do I display Arrays in Maple 2019 like Maple 2018?

Why when I read a file in (image file - specifically a TIFF file) and then write the exact same file back out, it makes a file 30% larger.  Should it not be the same size??

Trying to solve this integral here. 

restart;
with(Statistics);

X := RandomVariable(Normal(10, mu));
                            X := _R
dummy := int(PDF(X, mu), r = -infinity .. 500);
                         /   /           2\\         
                         |   |  (mu - 10) ||         
                         |exp|- ----------||         
                         |   |        2   ||         
                         |   \    2 mu    /|         
          dummy := signum|-----------------| infinity
                         \       mu        /         
solve(dummy = 0.05);
 

What am I missing? Any ideas ? :)

Please excuse this newbie question - but any idea what's wrong with this procedure?

I also wonder how text indent and formatting is done in Maple? Are there any tricks, or is it just doing formatting that it look good.

Last thing - what's the best procedure to post questions like this? Is it just attaching a short code example in original Maple file, or do I copy & paste as text?


 

Warning, premature end of input, use <Shift> + <Enter> to avoid this message.

 

assign('`f__t,90,k`', Property(Class, "f_t,90,k"));
       assign('`f__c,0,k`', Property(Class, "f_c,0,k"));
     assign('`f__c,90,k`', Property(Class, "f_c,90,k"));
     assign('`f__v,k`', Property(Class, "f_v,k"));
     assign('`f__r,k`', Property(Class, "f_r,k"));
     assign('`E__0,mean`', Property(Class, "E_0,mean"));
     assign('`E__0,05`', Property(Class, "E_0,05"));
     assign('`E__90,mean`', Property(Class, "E_90,mean"));
     assign('`E__90,0,05`', Property(Class, "E_90,0,05"));
     assign('`G__mean`', Property(Class, "G_mean"));
     assign('`G__0,05`', Property(Class, "G_0,05"));
     assign('`G__r,mean`', Property(Class, "G_r,mean"));
     assign('`G__r,0,05`', Property(Class, "G_r,0,05"));
     assign('`rho__k`', Property(Class, "rho_k"));
     assign('`rho__mean`', Property(Class, "rho_mean"))

Error, reserved word `end` unexpected

 

``


 

Download proc.mw

How Do I set the Command Line Font in Maple 2019?

The default font is strange.  eq is displayed as a a lower case char like '8' followed by 'q'.

I would like to have something like courier 10, etc.

Hi, I am using the GroupTheory package and I wanted to created the following group in Maple:

I stumbled across this link https://www.maplesoft.com/products/maple/features/grouptheory.aspx and then tried to use the following commands to define this group in Maple:

1. First a defined a 12x12 matrix:

ct := <<e | p | q | r | s | t | u | v | w | x | y | z>, <p | q | e | y | u | w | z | r | x | t | v | s>, <q | e | p | v | z | x | s | y | t | w | r | u>, <r | z | t | s | e | y | v | x | p | u | q | w>, <s | w | y | e | r | q | x | u | z | v | t | p>, <t | r | z | x | w | u | e | q | y | p | s | v>, <u | x | v | p | y | e | t | z | s | r | w | q>, <v | u | x | z | q | r | y | w | e | s | p | t>, <w | y | s | t | x | z | p | e | v | q | u | r>, <x | v | u | w | t | s | q | p | r | e | z | y>, <y | s | w | u | p | v | r | t | q | z | e | x>, <z | t | r | q | v | p | w | s | u | y | x | e>>

 

2. Then I tried to define my  group using:

G := Group(ct)

 

However this doesn't work because I get the following error:

Error, (in GroupTheory:-Group) invalid input: arguments to GroupTheory:-Group, [Matrix(12, 12, {(1, 1) = e, (1, 2) = p, (1, 3) = q, (1, 4) = r, (1, 5) = s, (1, 6) = t, (1, 7) = u, (1, 8) = v, (1, 9) = w, (1, 10) = x, (1, 11) = y, (1, 12) = z, (2, 1) = p, (2, 2) = q, (2, 3) = e, (2, 4) = y, (2, 5) = u, (2, 6) = w, (2, 7) = z, (2, 8) = r, (2, 9) = x, (2, 10) = t, (2, 11) = v, (2, 12) = s, (3, 1) = q, (3, 2) = e, (3, 3) = p, (3, 4) = v, (3, 5) = z, (3, 6) = x, (3, 7) = s, (3, 8) = y, (3, 9) = t, (3, 10) = w, (3, 11) = r, (3, 12) = u, (4, 1) = r, (4, 2) = z, (4, 3) = t, (4, 4) = s, (4, 5) = e, (4, 6) = y, (4, 7) = v, (4, 8) = x, (4, 9) = p, (4, 10) = ...  (12, 8) = s, (12, 9) = u, (12, 10) = y, (12, 11) = x, (12, 12) = e})], do not match any of the accepted calling sequences

 

I don't know what's going wrong. It doesn't give a 2D Plot. Thanks in advance.

Temperature over 24hr period

 

y := 0.26e-1*x^3-1.03*x^2+10.2*x+34, 0 <= x and x <= 24

``

``

 

NULL


 

Download temperature24hr.mw

BE312-1920-CW2-Amended-Maple-Codemw-46469mw-46557_(1).mw

 

How do you run this code in Maple 2019 to Maple 18 because I can't see the output?

Thank you

I thought the easiest way to show the world map, a projected flat map into 3d was to use the builtin one and just transform it.  You can zoom into it and rotate it no problem but unforunately it's not as clean as I thought.  Is it possible to have cleaner shading manipulating the Builtin map to 3d?

with(plots):
with(plottools):
with(DataSets):
with(Builtin):
m := WorldMap():
m1 := Display(m)
                                

to3d := transform((x, y) -> [x, y, 0]):
m2 := to3d(m1)
                               

display(m2)

 

 

If a maple command or function are not available on the target language  of the code generation of maple, is it possible to set myself the expected output for such cases so that the Csharp(...)  recognizes the cases and generates the expect code?

for example 

h := proc(x::Array(1 .. 3, 1 .. 3), y::Array(1 .. 3, 1 .. 3)) local z; z := evalm(x &* y); return z[1, 1] + z[2, 2]; end proc;
CSharp(h);

The function names {`&*`, evalm} can not be recognized in the target language

but for the &* it shoud be easy to add a template with the desired C# output. 

Is it possible to add templates in existing languages but not new language definitions?


 

I am trying to solve a set of equations

Why are the results not the same as the following results?

Is there any other way to get the correct answer?


 

NULL

T[1] := 3*a__0*a__1^2*q = 0

3*a__0*a__1^2*q = 0

(1)

T[2] := 2*a__1*k^2*m^2+a__1^3*q = 0

2*a__1*k^2*m^2+a__1^3*q = 0

(2)

T[3] := -a__1*b__1*k^2*m^2+3*a__1^2*b__1^2*q+3*a__0^2*a__1*b__1-a__1*b__1*k^2+a__1*b__1*p = 0

-a__1*b__1*k^2*m^2+3*a__1^2*b__1^2*q+3*a__0^2*a__1*b__1-a__1*b__1*k^2+a__1*b__1*p = 0

(3)

T[4] := a__0^3*q+6*a__0*a__1*b__1*q+a__0*p = 0

a__0^3*q+6*a__0*a__1*b__1*q+a__0*p = 0

(4)

T[5] := b__1^3*q+2*b__1*k^2 = 0

b__1^3*q+2*b__1*k^2 = 0

(5)

vars := {a__0, a__1, b__1, k}

{a__0, a__1, b__1, k}

(6)

sys1 := {}; SolsT := {}; for i to 5 do sys1 := `union`(sys1, {T[i]}) end do; sys := sys1

{}

 

{}

 

{3*a__0*a__1^2*q = 0, b__1^3*q+2*b__1*k^2 = 0, 2*a__1*k^2*m^2+a__1^3*q = 0, a__0^3*q+6*a__0*a__1*b__1*q+a__0*p = 0, -a__1*b__1*k^2*m^2+3*a__1^2*b__1^2*q+3*a__0^2*a__1*b__1-a__1*b__1*k^2+a__1*b__1*p = 0}

(7)

``

for i to 5 do indets(T[i]) end do

{a__0, a__1, q}

 

{a__1, k, m, q}

 

{a__0, a__1, b__1, k, m, p, q}

 

{a__0, a__1, b__1, p, q}

 

{b__1, k, q}

(8)

Solll := [solve(sys, vars, explicit)]

[{a__0 = 0, a__1 = a__1, b__1 = 0, k = (1/2)*(-2*q)^(1/2)*a__1/m}, {a__0 = 0, a__1 = a__1, b__1 = 0, k = -(1/2)*(-2*q)^(1/2)*a__1/m}, {a__0 = (-q*p)^(1/2)/q, a__1 = 0, b__1 = b__1, k = (1/2)*(-2*q)^(1/2)*b__1}, {a__0 = -(-q*p)^(1/2)/q, a__1 = 0, b__1 = b__1, k = (1/2)*(-2*q)^(1/2)*b__1}, {a__0 = (-q*p)^(1/2)/q, a__1 = 0, b__1 = b__1, k = -(1/2)*(-2*q)^(1/2)*b__1}, {a__0 = -(-q*p)^(1/2)/q, a__1 = 0, b__1 = b__1, k = -(1/2)*(-2*q)^(1/2)*b__1}, {a__0 = (-q*p)^(1/2)/q, a__1 = 0, b__1 = 0, k = k}, {a__0 = -(-q*p)^(1/2)/q, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (1/2)*(-2*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(1/2)*(-2*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*q*(m^2-6*m+1)*p)^(1/2)*m/(q*(m^2-6*m+1)), b__1 = -(-2*q*(m^2-6*m+1)*p)^(1/2)/(q*(m^2-6*m+1)), k = ((m^2-6*m+1)*p)^(1/2)/(m^2-6*m+1)}, {a__0 = 0, a__1 = -(-2*q*(m^2-6*m+1)*p)^(1/2)*m/(q*(m^2-6*m+1)), b__1 = (-2*q*(m^2-6*m+1)*p)^(1/2)/(q*(m^2-6*m+1)), k = ((m^2-6*m+1)*p)^(1/2)/(m^2-6*m+1)}, {a__0 = 0, a__1 = (-2*q*(m^2-6*m+1)*p)^(1/2)*m/(q*(m^2-6*m+1)), b__1 = -(-2*q*(m^2-6*m+1)*p)^(1/2)/(q*(m^2-6*m+1)), k = -((m^2-6*m+1)*p)^(1/2)/(m^2-6*m+1)}, {a__0 = 0, a__1 = -(-2*q*(m^2-6*m+1)*p)^(1/2)*m/(q*(m^2-6*m+1)), b__1 = (-2*q*(m^2-6*m+1)*p)^(1/2)/(q*(m^2-6*m+1)), k = -((m^2-6*m+1)*p)^(1/2)/(m^2-6*m+1)}, {a__0 = 0, a__1 = (-2*q*(m^2+6*m+1)*p)^(1/2)*m/(q*(m^2+6*m+1)), b__1 = (-2*q*(m^2+6*m+1)*p)^(1/2)/(q*(m^2+6*m+1)), k = ((m^2+6*m+1)*p)^(1/2)/(m^2+6*m+1)}, {a__0 = 0, a__1 = -(-2*q*(m^2+6*m+1)*p)^(1/2)*m/(q*(m^2+6*m+1)), b__1 = -(-2*q*(m^2+6*m+1)*p)^(1/2)/(q*(m^2+6*m+1)), k = ((m^2+6*m+1)*p)^(1/2)/(m^2+6*m+1)}, {a__0 = 0, a__1 = (-2*q*(m^2+6*m+1)*p)^(1/2)*m/(q*(m^2+6*m+1)), b__1 = (-2*q*(m^2+6*m+1)*p)^(1/2)/(q*(m^2+6*m+1)), k = -((m^2+6*m+1)*p)^(1/2)/(m^2+6*m+1)}, {a__0 = 0, a__1 = -(-2*q*(m^2+6*m+1)*p)^(1/2)*m/(q*(m^2+6*m+1)), b__1 = -(-2*q*(m^2+6*m+1)*p)^(1/2)/(q*(m^2+6*m+1)), k = -((m^2+6*m+1)*p)^(1/2)/(m^2+6*m+1)}]

(9)

for i to nops(Solll) do SOlls[i] := simplify(Solll[i], 'symbolic') end do

{a__0 = 0, a__1 = a__1, b__1 = 0, k = ((1/2)*I)*2^(1/2)*q^(1/2)*a__1/m}

 

{a__0 = 0, a__1 = a__1, b__1 = 0, k = -((1/2)*I)*2^(1/2)*q^(1/2)*a__1/m}

 

{a__0 = I*p^(1/2)/q^(1/2), a__1 = 0, b__1 = b__1, k = ((1/2)*I)*2^(1/2)*q^(1/2)*b__1}

 

{a__0 = -I*p^(1/2)/q^(1/2), a__1 = 0, b__1 = b__1, k = ((1/2)*I)*2^(1/2)*q^(1/2)*b__1}

 

{a__0 = I*p^(1/2)/q^(1/2), a__1 = 0, b__1 = b__1, k = -((1/2)*I)*2^(1/2)*q^(1/2)*b__1}

 

{a__0 = -I*p^(1/2)/q^(1/2), a__1 = 0, b__1 = b__1, k = -((1/2)*I)*2^(1/2)*q^(1/2)*b__1}

 

{a__0 = I*p^(1/2)/q^(1/2), a__1 = 0, b__1 = 0, k = k}

 

{a__0 = -I*p^(1/2)/q^(1/2), a__1 = 0, b__1 = 0, k = k}

 

{a__0 = 0, a__1 = 0, b__1 = b__1, k = ((1/2)*I)*2^(1/2)*q^(1/2)*b__1}

 

{a__0 = 0, a__1 = 0, b__1 = b__1, k = -((1/2)*I)*2^(1/2)*q^(1/2)*b__1}

 

{a__0 = 0, a__1 = 0, b__1 = 0, k = k}

 

{a__0 = 0, a__1 = I*2^(1/2)*p^(1/2)*m/(q^(1/2)*(m^2-6*m+1)^(1/2)), b__1 = -I*2^(1/2)*p^(1/2)/(q^(1/2)*(m^2-6*m+1)^(1/2)), k = p^(1/2)/(m^2-6*m+1)^(1/2)}

 

{a__0 = 0, a__1 = -I*2^(1/2)*p^(1/2)*m/(q^(1/2)*(m^2-6*m+1)^(1/2)), b__1 = I*2^(1/2)*p^(1/2)/(q^(1/2)*(m^2-6*m+1)^(1/2)), k = p^(1/2)/(m^2-6*m+1)^(1/2)}

 

{a__0 = 0, a__1 = I*2^(1/2)*p^(1/2)*m/(q^(1/2)*(m^2-6*m+1)^(1/2)), b__1 = -I*2^(1/2)*p^(1/2)/(q^(1/2)*(m^2-6*m+1)^(1/2)), k = -p^(1/2)/(m^2-6*m+1)^(1/2)}

 

{a__0 = 0, a__1 = -I*2^(1/2)*p^(1/2)*m/(q^(1/2)*(m^2-6*m+1)^(1/2)), b__1 = I*2^(1/2)*p^(1/2)/(q^(1/2)*(m^2-6*m+1)^(1/2)), k = -p^(1/2)/(m^2-6*m+1)^(1/2)}

 

{a__0 = 0, a__1 = I*2^(1/2)*p^(1/2)*m/(q^(1/2)*(m^2+6*m+1)^(1/2)), b__1 = I*2^(1/2)*p^(1/2)/(q^(1/2)*(m^2+6*m+1)^(1/2)), k = p^(1/2)/(m^2+6*m+1)^(1/2)}

 

{a__0 = 0, a__1 = -I*2^(1/2)*p^(1/2)*m/(q^(1/2)*(m^2+6*m+1)^(1/2)), b__1 = -I*2^(1/2)*p^(1/2)/(q^(1/2)*(m^2+6*m+1)^(1/2)), k = p^(1/2)/(m^2+6*m+1)^(1/2)}

 

{a__0 = 0, a__1 = I*2^(1/2)*p^(1/2)*m/(q^(1/2)*(m^2+6*m+1)^(1/2)), b__1 = I*2^(1/2)*p^(1/2)/(q^(1/2)*(m^2+6*m+1)^(1/2)), k = -p^(1/2)/(m^2+6*m+1)^(1/2)}

 

{a__0 = 0, a__1 = -I*2^(1/2)*p^(1/2)*m/(q^(1/2)*(m^2+6*m+1)^(1/2)), b__1 = -I*2^(1/2)*p^(1/2)/(q^(1/2)*(m^2+6*m+1)^(1/2)), k = -p^(1/2)/(m^2+6*m+1)^(1/2)}

(10)

 

Solsys := [allvalues([solve(sys, vars)])]

[[{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = (-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = (-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = (-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = (p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = (p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}], [{a__0 = 0, a__1 = a__1, b__1 = 0, k = -(-(1/2)*q)^(1/2)*a__1/m}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = -(-p/q)^(1/2), a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = 0, b__1 = b__1, k = -(-(1/2)*q)^(1/2)*b__1}, {a__0 = 0, a__1 = 0, b__1 = 0, k = k}, {a__0 = 0, a__1 = -(-2*p/(m^2*q-6*m*q+q))^(1/2)*m, b__1 = (-2*p/(m^2*q-6*m*q+q))^(1/2), k = -(p/(m^2-6*m+1))^(1/2)}, {a__0 = 0, a__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2)*m, b__1 = -(-2*p/(m^2*q+6*m*q+q))^(1/2), k = -(p/(m^2+6*m+1))^(1/2)}]]

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Hi all, assume data::list, I want check data is not empty, which one is faster ?

 

 

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