https://bugs.kde.org/show_bug.cgi?id=490644
Bug ID: 490644
Summary: Typeset as LaTeX show placeholder icon instead of
result
Classification: Applications
Product: cantor
Version: 24.05.2
Platform: Neon
OS: Linux
Status: REPORTED
Severity: normal
Priority: NOR
Component: maxima-backend
Assignee: [email protected]
Reporter: [email protected]
Target Milestone: ---
Created attachment 171882
--> https://bugs.kde.org/attachment.cgi?id=171882&action=edit
Example session
SUMMARY
Typeset as LaTeX shows placeholder icon instead of result
STEPS TO REPRODUCE
1. Enter integrate(f(x), x, m, n) at the prompt
2. Evaluate entry
OBSERVED RESULT
A placeholder icon as per attached screenshot
EXPECTED RESULT
∫ₘⁿ f(x) dx but nice
SOFTWARE/OS VERSIONS
Linux/KDE Plasma: KDE Neon 6.0
KDE Plasma Version: 6.1.2
KDE Frameworks Version: 6.3.0
Qt Version: 6.7
ADDITIONAL INFORMATION
The generated EPS-file looks fine.
This is logged to stderr:
ShortcutOverride 16777220 QFlags<Qt::KeyboardModifier>(ShiftModifier)
login
evaluating: ":lisp(setf $display2d t)"
worksheet status changed: 0
running next expression
expression status changed: command = ":lisp(setf $display2d t)" , status = 1
################################## EXPRESSION START
###############################################
sending expression to maxima process: ":lisp(setf $display2d t);\n"
worksheet status changed: 1
login done
evaluating: "integrate(f(x), x, m, n)"
output: "T\n<cantor-prompt>(%i1) </cantor-prompt>\n"
new input label: "(%i1)"
error content: "T"
expression status changed: command = ":lisp(setf $display2d t)" , status = 2
################################## EXPRESSION END
###############################################
running next expression
expression status changed: command = "integrate(f(x), x, m, n)" , status = 1
################################## EXPRESSION START
###############################################
sending expression to maxima process: "integrate(f(x), x, m, n);\n"
output: "<cantor-result><cantor-text>\n(%o1)
'integrate(f(x),x,m,n)\n</cantor-text><cantor-latex>\\mbox{\\tt\\red(\\mathrm{\\%o1})
\\black}\\int_{m}^{n}{f\\left(x\\right)\\;dx}</cantor-latex></cantor-result>\n<cantor-prompt>(%i2)
</cantor-prompt>\n"
new input label: "(%i2)"
result content: "<cantor-text>\n(%o1)
'integrate(f(x),x,m,n)\n</cantor-text><cantor-latex>\\mbox{\\tt\\red(\\mathrm{\\%o1})
\\black}\\int_{m}^{n}{f\\left(x\\right)\\;dx}</cantor-latex>"
text content: "(%o1) 'integrate(f(x),x,m,n)"
output label: "(%o1)"
expression id: 1
latex content: "\\mbox{\\tt\\red(\\mathrm{\\%o1})
\\black}\\int_{m}^{n}{f\\left(x\\right)\\;dx}"
modified latex content:
"\\begin{eqnarray*}\\int_{m}^{n}{f\\left(x\\right)\\;dx}\\end{eqnarray*}"
setting result to a type 1 result
rendering using latex method
fileName: "/tmp/cantor_tex-WECmZN.tex"
"/usr/bin/latex"
Entry Appended
expression status changed: command = "integrate(f(x), x, m, n)" , status = 2
################################## EXPRESSION END
###############################################
checking for new variables
evaluating: ":lisp(cantor-inspect $values)"
worksheet status changed: 0
running next expression
expression status changed: command = ":lisp(cantor-inspect $values)" , status
= 1
################################## EXPRESSION START
###############################################
sending expression to maxima process: ":lisp(cantor-inspect $values);\n"
checking for new functions
evaluating: ":lisp($disp $functions)"
output: "<cantor-result><cantor-text>\n[]\n</cantor-text><cantor-latex>\\left[
\\right] </cantor-latex></cantor-result>\nNIL\n<cantor-prompt>(%i2)
</cantor-prompt>\n"
new input label: "(%i2)"
result content: "<cantor-text>\n[]\n</cantor-text><cantor-latex>\\left[
\\right] </cantor-latex>"
text content: "[]"
output label: ""
expression id: -1
latex content: "\\left[ \\right]"
setting result to a type 1 result
error content: "NIL"
expression status changed: command = ":lisp(cantor-inspect $values)" , status
= 2
################################## EXPRESSION END
###############################################
running next expression
expression status changed: command = ":lisp($disp $functions)" , status = 1
################################## EXPRESSION START
###############################################
sending expression to maxima process: ":lisp($disp $functions);\n"
parsing variables
variable names: ""
output:
"<cantor-result><cantor-text>\n[pdf_normal(x,m,s),cdf_normal(x,m,s),quantile_normal(q,m,s),mean_normal(m,s),\n
var_normal(m,s),std_normal(m,s),skewness_normal(m,s),kurtosis_normal(m,s),\n
random_normal(m,s,[num]),pdf_student_t(x,n),cdf_student_t(x,n),\n
quantile_student_t(q,n),mean_student_t(n),var_student_t(n),std_student_t(n),\n
skewness_student_t(n),kurtosis_student_t(n),random_student_t(n,[num]),\n
pdf_noncentral_student_t(x,n,ncp),cdf_noncentral_student_t(x,n,ncp),\n
quantile_noncentral_student_t(q,n,ncp),mean_noncentral_student_t(n,ncp),\n
var_noncentral_student_t(n,ncp),std_noncentral_student_t(n,ncp),\n
skewness_noncentral_student_t(n,ncp),kurtosis_noncentral_student_t(n,ncp),\n
random_noncentral_student_t(n,ncp,[num]),pdf_chi2(x,n),cdf_chi2(x,n),\n
quantile_chi2(q,n),mean_chi2(n),var_chi2(n),std_chi2(n),skewness_chi2(n),\n
kurtosis_chi2(n),random_chi2(n,[num]),pdf_noncentral_chi2(x,n,ncp),\n
cdf_noncentral_chi2(x,n,ncp),quantile_noncentral_chi2(q,n,ncp),\n
mean_noncentral_chi2(n,ncp),var_noncentral_chi2(n,ncp),\n
std_noncentral_chi2(n,ncp),skewness_noncentral_chi2(n,ncp),\n
kurtosis_noncentral_chi2(n,ncp),random_noncentral_chi2(n,ncp,[num]),\n
pdf_f(x,m,n),cdf_f(x,m,n),quantile_f(q,m,n),mean_f(m,n),var_f(m,n),\n
std_f(m,n),skewness_f(m,n),kurtosis_f(m,n),random_f(m,n,[num]),pdf_exp(x,m),\n
cdf_exp(x,m),quantile_exp(q,m),mean_exp(m),var_exp(m),std_exp(m),\n
skewness_exp(m),kurtosis_exp(m),random_exp(m,[num]),pdf_lognormal(x,m,s),\n
cdf_lognormal(x,m,s),quantile_lognormal(q,m,s),mean_lognormal(m,s),\n
var_lognormal(m,s),std_lognormal(m,s),skewness_lognormal(m,s),\n
kurtosis_lognormal(m,s),random_lognormal(m,s,[num]),pdf_gamma(x,a,b),\n
cdf_gamma(x,a,b),quantile_gamma(q,a,b),mean_gamma(a,b),var_gamma(a,b),\n
std_gamma(a,b),skewness_gamma(a,b),kurtosis_gamma(a,b),\n
random_gamma(a,b,[num]),pdf_beta(x,a,b),cdf_beta(x,a,b),quantile_beta(q,a,b),\n
mean_beta(a,b),var_beta(a,b),std_beta(a,b),skewness_beta(a,b),\n
kurtosis_beta(a,b),random_beta(a,b,[num]),pdf_continuous_uniform(x,a,b),\n
cdf_continuous_uniform(x,a,b),quantile_continuous_uniform(q,a,b),\n
mean_continuous_uniform(a,b),var_continuous_uniform(a,b),\n
std_continuous_uniform(a,b),skewness_continuous_uniform(a,b),\n
kurtosis_continuous_uniform(a,b),random_continuous_uniform(a,b,[num]),\n
pdf_logistic(x,a,b),cdf_logistic(x,a,b),quantile_logistic(q,a,b),\n
mean_logistic(a,b),var_logistic(a,b),std_logistic(a,b),\n
skewness_logistic(a,b),kurtosis_logistic(a,b),random_logistic(a,b,[num]),\n
pdf_pareto(x,a,b),cdf_pareto(x,a,b),quantile_pareto(q,a,b),mean_pareto(a,b),\n
var_pareto(a,b),std_pareto(a,b),skewness_pareto(a,b),kurtosis_pareto(a,b),\n
random_pareto(a,b,[num]),pdf_weibull(x,a,b),cdf_weibull(x,a,b),\n
quantile_weibull(q,a,b),mean_weibull(a,b),var_weibull(a,b),std_weibull(a,b),\n
skewness_weibull(a,b),kurtosis_weibull(a,b),random_weibull(a,b,[num]),\n
pdf_rayleigh(x,b),cdf_rayleigh(x,b),quantile_rayleigh(q,b),mean_rayleigh(b),\n
var_rayleigh(b),std_rayleigh(b),skewness_rayleigh(b),kurtosis_rayleigh(b),\n
random_rayleigh(b,[num]),pdf_laplace(x,a,b),cdf_laplace(x,a,b),\n
quantile_laplace(q,a,b),mean_laplace(a,b),var_laplace(a,b),std_laplace(a,b),\n
skewness_laplace(a,b),kurtosis_laplace(a,b),random_laplace(a,b,[num]),\n
pdf_cauchy(x,a,b),cdf_cauchy(x,a,b),quantile_cauchy(q,a,b),\n
random_cauchy(a,b,[num]),pdf_gumbel(x,a,b),cdf_gumbel(x,a,b),\n
quantile_gumbel(q,a,b),mean_gumbel(a,b),var_gumbel(a,b),std_gumbel(a,b),\n
skewness_gumbel(a,b),kurtosis_gumbel(a,b),random_gumbel(a,b,[num]),\n
pdf_binomial(x,n,p),cdf_binomial(x,n,p),quantile_binomial(q,n,p),\n
mean_binomial(n,p),var_binomial(n,p),std_binomial(n,p),\n
skewness_binomial(n,p),kurtosis_binomial(n,p),random_binomial(n,p,[num]),\n
pdf_poisson(x,m),cdf_poisson(x,m),quantile_poisson(q,m),mean_poisson(m),\n
var_poisson(m),std_poisson(m),skewness_poisson(m),kurtosis_poisson(m),\n
random_poisson(m,[num]),pdf_bernoulli(x,p),cdf_bernoulli(x,p),\n
quantile_bernoulli(q,p),mean_bernoulli(p),var_bernoulli(p),std_bernoulli(p),\n
skewness_bernoulli(p),kurtosis_bernoulli(p),random_bernoulli(p,[num]),\n
pdf_geometric(x,p),cdf_geometric(x,p),quantile_geometric(q,p),\n
mean_geometric(p),var_geometric(p),std_geometric(p),skewness_geometric(p),\n
kurtosis_geometric(p),random_geometric(p,[num]),pdf_discrete_uniform(x,n),\n
cdf_discrete_uniform(x,n),quantile_discrete_uniform(q,n),\n
mean_discrete_uniform(n),var_discrete_uniform(n),std_discrete_uniform(n),\n
skewness_discrete_uniform(n),kurtosis_discrete_uniform(n),\n
random_discrete_uniform(n,[num]),pdf_hypergeometric(x,n1,n2,n),\n
cdf_hypergeometric(x,n1,n2,n),quantile_hypergeometric(q,n1,n2,n),\n
mean_hypergeometric(n1,n2,n),var_hypergeometric(n1,n2,n),\n
std_hypergeometric(n1,n2,n),skewness_hypergeometric(n1,n2,n),\n
kurtosis_hypergeometric(n1,n2,n),random_hypergeometric(n1,n2,n,[num]),\n
pdf_negative_binomial(x,n,p),cdf_negative_binomial(x,n,p),\n
quantile_negative_binomial(q,n,p),mean_negative_binomial(n,p),\n
var_negative_binomial(n,p),std_negative_binomial(n,p),\n
skewness_negative_binomial(n,p),kurtosis_negative_binomial(n,p),\n
random_negative_binomial(n,p,[num]),pdf_general_finite_discrete(x,v),\n
cdf_general_finite_discrete(x,v),quantile_general_finite_discrete(q,v),\n
mean_general_finite_discrete(v),var_general_finite_discrete(v),\n
std_general_finite_discrete(v),skewness_general_finite_discrete(v),\n
kurtosis_general_finite_discrete(v),random_general_finite_discrete(v,[num]),\n
vec([v]),vabs(v),vangle(v,w),mateq(eq),veceq(eq),matvar(v,rows,cols),\n
vecvar(v,rows),matsolve(eq,vars),vecsolve(eq,vars),v ~ w,cartesian(z),\n
matrix_add(n,i,j),matrix_mul(n,i,r),matrix_swap(n,i,j),\n
matrix_addmul(n,i,ri,j,rj),lcm(p_1,p_2),rref(a)]\n</cantor-text><cantor-latex>\\left[
\\mathrm{pdf\\_normal}\\left(x , m , s\\right) , \\mathrm{cdf\\_normal}\\left(x
, m , s\\right) , \\mathrm{quantile\\_normal}\\left(q , m , s\\right) ,
\\mathrm{mean\\_normal}\\left(m , s\\right) , \\mathrm{var\\_normal}\\left(m ,
s\\right) , \\mathrm{std\\_normal}\\left(m , s\\right) ,
\\mathrm{skewness\\_normal}\\left(m , s\\right) ,
\\mathrm{kurtosis\\_normal}\\left(m , s\\right) ,
\\mathrm{random\\_normal}\\left(m , s , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_student\\_t}\\left(x , n\\right) ,
\\mathrm{cdf\\_student\\_t}\\left(x , n\\right) ,
\\mathrm{quantile\\_student\\_t}\\left(q , n\\right) ,
\\mathrm{mean\\_student\\_t}\\left(n\\right) ,
\\mathrm{var\\_student\\_t}\\left(n\\right) ,
\\mathrm{std\\_student\\_t}\\left(n\\right) ,
\\mathrm{skewness\\_student\\_t}\\left(n\\right) ,
\\mathrm{kurtosis\\_student\\_t}\\left(n\\right) ,
\\mathrm{random\\_student\\_t}\\left(n , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_noncentral\\_student\\_t}\\left(x , n ,
\\mathrm{ncp}\\right) , \\mathrm{cdf\\_noncentral\\_student\\_t}\\left(x , n ,
\\mathrm{ncp}\\right) , \\mathrm{quantile\\_noncentral\\_student\\_t}\\left(q ,
n , \\mathrm{ncp}\\right) , \\mathrm{mean\\_noncentral\\_student\\_t}\\left(n ,
\\mathrm{ncp}\\right) , \\mathrm{var\\_noncentral\\_student\\_t}\\left(n ,
\\mathrm{ncp}\\right) , \\mathrm{std\\_noncentral\\_student\\_t}\\left(n ,
\\mathrm{ncp}\\right) , \\mathrm{skewness\\_noncentral\\_student\\_t}\\left(n ,
\\mathrm{ncp}\\right) , \\mathrm{kurtosis\\_noncentral\\_student\\_t}\\left(n ,
\\mathrm{ncp}\\right) , \\mathrm{random\\_noncentral\\_student\\_t}\\left(n ,
\\mathrm{ncp} , \\left[ \\mathrm{num} \\right] \\right) ,
\\mathrm{pdf\\_chi2}\\left(x , n\\right) , \\mathrm{cdf\\_chi2}\\left(x ,
n\\right) , \\mathrm{quantile\\_chi2}\\left(q , n\\right) ,
\\mathrm{mean\\_chi2}\\left(n\\right) , \\mathrm{var\\_chi2}\\left(n\\right) ,
\\mathrm{std\\_chi2}\\left(n\\right) ,
\\mathrm{skewness\\_chi2}\\left(n\\right) ,
\\mathrm{kurtosis\\_chi2}\\left(n\\right) , \\mathrm{random\\_chi2}\\left(n ,
\\left[ \\mathrm{num} \\right] \\right) ,
\\mathrm{pdf\\_noncentral\\_chi2}\\left(x , n , \\mathrm{ncp}\\right) ,
\\mathrm{cdf\\_noncentral\\_chi2}\\left(x , n , \\mathrm{ncp}\\right) ,
\\mathrm{quantile\\_noncentral\\_chi2}\\left(q , n , \\mathrm{ncp}\\right) ,
\\mathrm{mean\\_noncentral\\_chi2}\\left(n , \\mathrm{ncp}\\right) ,
\\mathrm{var\\_noncentral\\_chi2}\\left(n , \\mathrm{ncp}\\right) ,
\\mathrm{std\\_noncentral\\_chi2}\\left(n , \\mathrm{ncp}\\right) ,
\\mathrm{skewness\\_noncentral\\_chi2}\\left(n , \\mathrm{ncp}\\right) ,
\\mathrm{kurtosis\\_noncentral\\_chi2}\\left(n , \\mathrm{ncp}\\right) ,
\\mathrm{random\\_noncentral\\_chi2}\\left(n , \\mathrm{ncp} , \\left[
\\mathrm{num} \\right] \\right) , \\mathrm{pdf\\_f}\\left(x , m , n\\right) ,
\\mathrm{cdf\\_f}\\left(x , m , n\\right) , \\mathrm{quantile\\_f}\\left(q , m
, n\\right) , \\mathrm{mean\\_f}\\left(m , n\\right) ,
\\mathrm{var\\_f}\\left(m , n\\right) , \\mathrm{std\\_f}\\left(m , n\\right) ,
\\mathrm{skewness\\_f}\\left(m , n\\right) , \\mathrm{kurtosis\\_f}\\left(m ,
n\\right) , \\mathrm{random\\_f}\\left(m , n , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_exp}\\left(x , m\\right) ,
\\mathrm{cdf\\_exp}\\left(x , m\\right) , \\mathrm{quantile\\_exp}\\left(q ,
m\\right) , \\mathrm{mean\\_exp}\\left(m\\right) ,
\\mathrm{var\\_exp}\\left(m\\right) , \\mathrm{std\\_exp}\\left(m\\right) ,
\\mathrm{skewness\\_exp}\\left(m\\right) ,
\\mathrm{kurtosis\\_exp}\\left(m\\right) , \\mathrm{random\\_exp}\\left(m ,
\\left[ \\mathrm{num} \\right] \\right) , \\mathrm{pdf\\_lognormal}\\left(x , m
, s\\right) , \\mathrm{cdf\\_lognormal}\\left(x , m , s\\right) ,
\\mathrm{quantile\\_lognormal}\\left(q , m , s\\right) ,
\\mathrm{mean\\_lognormal}\\left(m , s\\right) ,
\\mathrm{var\\_lognormal}\\left(m , s\\right) ,
\\mathrm{std\\_lognormal}\\left(m , s\\right) ,
\\mathrm{skewness\\_lognormal}\\left(m , s\\right) ,
\\mathrm{kurtosis\\_lognormal}\\left(m , s\\right) ,
\\mathrm{random\\_lognormal}\\left(m , s , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_gamma}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_gamma}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_gamma}\\left(q , a , b\\right) ,
\\mathrm{mean\\_gamma}\\left(a , b\\right) , \\mathrm{var\\_gamma}\\left(a ,
b\\right) , \\mathrm{std\\_gamma}\\left(a , b\\right) ,
\\mathrm{skewness\\_gamma}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_gamma}\\left(a , b\\right) ,
\\mathrm{random\\_gamma}\\left(a , b , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_beta}\\left(x , a , b\\right) , \\mathrm{cdf\\_beta}\\left(x ,
a , b\\right) , \\mathrm{quantile\\_beta}\\left(q , a , b\\right) ,
\\mathrm{mean\\_beta}\\left(a , b\\right) , \\mathrm{var\\_beta}\\left(a ,
b\\right) , \\mathrm{std\\_beta}\\left(a , b\\right) ,
\\mathrm{skewness\\_beta}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_beta}\\left(a , b\\right) , \\mathrm{random\\_beta}\\left(a
, b , \\left[ \\mathrm{num} \\right] \\right) ,
\\mathrm{pdf\\_continuous\\_uniform}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_continuous\\_uniform}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_continuous\\_uniform}\\left(q , a , b\\right) ,
\\mathrm{mean\\_continuous\\_uniform}\\left(a , b\\right) ,
\\mathrm{var\\_continuous\\_uniform}\\left(a , b\\right) ,
\\mathrm{std\\_continuous\\_uniform}\\left(a , b\\right) ,
\\mathrm{skewness\\_continuous\\_uniform}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_continuous\\_uniform}\\left(a , b\\right) ,
\\mathrm{random\\_continuous\\_uniform}\\left(a , b , \\left[ \\mathrm{num}
\\right] \\right) , \\mathrm{pdf\\_logistic}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_logistic}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_logistic}\\left(q , a , b\\right) ,
\\mathrm{mean\\_logistic}\\left(a , b\\right) ,
\\mathrm{var\\_logistic}\\left(a , b\\right) , \\mathrm{std\\_logistic}\\left(a
, b\\right) , \\mathrm{skewness\\_logistic}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_logistic}\\left(a , b\\right) ,
\\mathrm{random\\_logistic}\\left(a , b , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_pareto}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_pareto}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_pareto}\\left(q , a , b\\right) ,
\\mathrm{mean\\_pareto}\\left(a , b\\right) , \\mathrm{var\\_pareto}\\left(a ,
b\\right) , \\mathrm{std\\_pareto}\\left(a , b\\right) ,
\\mathrm{skewness\\_pareto}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_pareto}\\left(a , b\\right) ,
\\mathrm{random\\_pareto}\\left(a , b , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_weibull}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_weibull}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_weibull}\\left(q , a , b\\right) ,
\\mathrm{mean\\_weibull}\\left(a , b\\right) , \\mathrm{var\\_weibull}\\left(a
, b\\right) , \\mathrm{std\\_weibull}\\left(a , b\\right) ,
\\mathrm{skewness\\_weibull}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_weibull}\\left(a , b\\right) ,
\\mathrm{random\\_weibull}\\left(a , b , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_rayleigh}\\left(x , b\\right) ,
\\mathrm{cdf\\_rayleigh}\\left(x , b\\right) ,
\\mathrm{quantile\\_rayleigh}\\left(q , b\\right) ,
\\mathrm{mean\\_rayleigh}\\left(b\\right) ,
\\mathrm{var\\_rayleigh}\\left(b\\right) ,
\\mathrm{std\\_rayleigh}\\left(b\\right) ,
\\mathrm{skewness\\_rayleigh}\\left(b\\right) ,
\\mathrm{kurtosis\\_rayleigh}\\left(b\\right) ,
\\mathrm{random\\_rayleigh}\\left(b , \\left[ \\mathrm{num} \\right] \\right) ,
\\mathrm{pdf\\_laplace}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_laplace}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_laplace}\\left(q , a , b\\right) ,
\\mathrm{mean\\_laplace}\\left(a , b\\right) , \\mathrm{var\\_laplace}\\left(a
, b\\right) , \\mathrm{std\\_laplace}\\left(a , b\\right) ,
\\mathrm{skewness\\_laplace}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_laplace}\\left(a , b\\right) ,
\\mathrm{random\\_laplace}\\left(a , b , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_cauchy}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_cauchy}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_cauchy}\\left(q , a , b\\right) ,
\\mathrm{random\\_cauchy}\\left(a , b , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_gumbel}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_gumbel}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_gumbel}\\left(q , a , b\\right) ,
\\mathrm{mean\\_gumbel}\\left(a , b\\right) , \\mathrm{var\\_gumbel}\\left(a ,
b\\right) , \\mathrm{std\\_gumbel}\\left(a , b\\right) ,
\\mathrm{skewness\\_gumbel}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_gumbel}\\left(a , b\\right) ,
\\mathrm{random\\_gumbel}\\left(a , b , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_binomial}\\left(x , n , p\\right) ,
\\mathrm{cdf\\_binomial}\\left(x , n , p\\right) ,
\\mathrm{quantile\\_binomial}\\left(q , n , p\\right) ,
\\mathrm{mean\\_binomial}\\left(n , p\\right) ,
\\mathrm{var\\_binomial}\\left(n , p\\right) , \\mathrm{std\\_binomial}\\left(n
, p\\right) , \\mathrm{skewness\\_binomial}\\left(n , p\\right) ,
\\mathrm{kurtosis\\_binomial}\\left(n , p\\right) ,
\\mathrm{random\\_binomial}\\left(n , p , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_poisson}\\left(x , m\\right) ,
\\mathrm{cdf\\_poisson}\\left(x , m\\right) ,
\\mathrm{quantile\\_poisson}\\left(q , m\\right) ,
\\mathrm{mean\\_poisson}\\left(m\\right) ,
\\mathrm{var\\_poisson}\\left(m\\right) ,
\\mathrm{std\\_poisson}\\left(m\\right) ,
\\mathrm{skewness\\_poisson}\\left(m\\right) ,
\\mathrm{kurtosis\\_poisson}\\left(m\\right) ,
\\mathrm{random\\_poisson}\\left(m , \\left[ \\mathrm{num} \\right] \\right) ,
\\mathrm{pdf\\_bernoulli}\\left(x , p\\right) ,
\\mathrm{cdf\\_bernoulli}\\left(x , p\\right) ,
\\mathrm{quantile\\_bernoulli}\\left(q , p\\right) ,
\\mathrm{mean\\_bernoulli}\\left(p\\right) ,
\\mathrm{var\\_bernoulli}\\left(p\\right) ,
\\mathrm{std\\_bernoulli}\\left(p\\right) ,
\\mathrm{skewness\\_bernoulli}\\left(p\\right) ,
\\mathrm{kurtosis\\_bernoulli}\\left(p\\right) ,
\\mathrm{random\\_bernoulli}\\left(p , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_geometric}\\left(x , p\\right) ,
\\mathrm{cdf\\_geometric}\\left(x , p\\right) ,
\\mathrm{quantile\\_geometric}\\left(q , p\\right) ,
\\mathrm{mean\\_geometric}\\left(p\\right) ,
\\mathrm{var\\_geometric}\\left(p\\right) ,
\\mathrm{std\\_geometric}\\left(p\\right) ,
\\mathrm{skewness\\_geometric}\\left(p\\right) ,
\\mathrm{kurtosis\\_geometric}\\left(p\\right) ,
\\mathrm{random\\_geometric}\\left(p , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_discrete\\_uniform}\\left(x , n\\right) ,
\\mathrm{cdf\\_discrete\\_uniform}\\left(x , n\\right) ,
\\mathrm{quantile\\_discrete\\_uniform}\\left(q , n\\right) ,
\\mathrm{mean\\_discrete\\_uniform}\\left(n\\right) ,
\\mathrm{var\\_discrete\\_uniform}\\left(n\\right) ,
\\mathrm{std\\_discrete\\_uniform}\\left(n\\right) ,
\\mathrm{skewness\\_discrete\\_uniform}\\left(n\\right) ,
\\mathrm{kurtosis\\_discrete\\_uniform}\\left(n\\right) ,
\\mathrm{random\\_discrete\\_uniform}\\left(n , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_hypergeometric}\\left(x , \\mathrm{n1} , \\mathrm{n2}
, n\\right) , \\mathrm{cdf\\_hypergeometric}\\left(x , \\mathrm{n1} ,
\\mathrm{n2} , n\\right) , \\mathrm{quantile\\_hypergeometric}\\left(q ,
\\mathrm{n1} , \\mathrm{n2} , n\\right) ,
\\mathrm{mean\\_hypergeometric}\\left(\\mathrm{n1} , \\mathrm{n2} , n\\right) ,
\\mathrm{var\\_hypergeometric}\\left(\\mathrm{n1} , \\mathrm{n2} , n\\right) ,
\\mathrm{std\\_hypergeometric}\\left(\\mathrm{n1} , \\mathrm{n2} , n\\right) ,
\\mathrm{skewness\\_hypergeometric}\\left(\\mathrm{n1} , \\mathrm{n2} ,
n\\right) , \\mathrm{kurtosis\\_hypergeometric}\\left(\\mathrm{n1} ,
\\mathrm{n2} , n\\right) , \\mathrm{random\\_hypergeometric}\\left(\\mathrm{n1}
, \\mathrm{n2} , n , \\left[ \\mathrm{num} \\right] \\right) ,
\\mathrm{pdf\\_negative\\_binomial}\\left(x , n , p\\right) ,
\\mathrm{cdf\\_negative\\_binomial}\\left(x , n , p\\right) ,
\\mathrm{quantile\\_negative\\_binomial}\\left(q , n , p\\right) ,
\\mathrm{mean\\_negative\\_binomial}\\left(n , p\\right) ,
\\mathrm{var\\_negative\\_binomial}\\left(n , p\\right) ,
\\mathrm{std\\_negative\\_binomial}\\left(n , p\\right) ,
\\mathrm{skewness\\_negative\\_binomial}\\left(n , p\\right) ,
\\mathrm{kurtosis\\_negative\\_binomial}\\left(n , p\\right) ,
\\mathrm{random\\_negative\\_binomial}\\left(n , p , \\left[ \\mathrm{num}
\\right] \\right) , \\mathrm{pdf\\_general\\_finite\\_discrete}\\left(x ,
v\\right) , \\mathrm{cdf\\_general\\_finite\\_discrete}\\left(x , v\\right) ,
\\mathrm{quantile\\_general\\_finite\\_discrete}\\left(q , v\\right) ,
\\mathrm{mean\\_general\\_finite\\_discrete}\\left(v\\right) ,
\\mathrm{var\\_general\\_finite\\_discrete}\\left(v\\right) ,
\\mathrm{std\\_general\\_finite\\_discrete}\\left(v\\right) ,
\\mathrm{skewness\\_general\\_finite\\_discrete}\\left(v\\right) ,
\\mathrm{kurtosis\\_general\\_finite\\_discrete}\\left(v\\right) ,
\\mathrm{random\\_general\\_finite\\_discrete}\\left(v , \\left[ \\mathrm{num}
\\right] \\right) , \\mathrm{vec}\\left(\\left[ v \\right] \\right) ,
\\mathrm{vabs}\\left(v\\right) , \\mathrm{vangle}\\left(v , w\\right) ,
\\mathrm{mateq}\\left(\\mathrm{eq}\\right) ,
\\mathrm{veceq}\\left(\\mathrm{eq}\\right) , \\mathrm{matvar}\\left(v ,
\\mathrm{rows} , \\mathrm{cols}\\right) , \\mathrm{vecvar}\\left(v ,
\\mathrm{rows}\\right) , \\mathrm{matsolve}\\left(\\mathrm{eq} ,
\\mathrm{vars}\\right) , \\mathrm{vecsolve}\\left(\\mathrm{eq} ,
\\mathrm{vars}\\right) , ~\\left(v , w\\right) ,
\\mathrm{cartesian}\\left(z\\right) , \\mathrm{matrix\\_add}\\left(n , i ,
j\\right) , \\mathrm{matrix\\_mul}\\left(n , i , r\\right) ,
\\mathrm{matrix\\_swap}\\left(n , i , j\\right) ,
\\mathrm{matrix\\_addmul}\\left(n , i , \\mathrm{ri} , j , \\mathrm{rj}\\right)
, \\mathrm{lcm}\\left(\\mathrm{p\\_1} , \\mathrm{p\\_2}\\right) ,
\\mathrm{rref}\\left(a\\right) \\right]
</cantor-latex></cantor-result>\n$DONE\n<cantor-prompt>(%i2)
</cantor-prompt>\n"
new input label: "(%i2)"
result content:
"<cantor-text>\n[pdf_normal(x,m,s),cdf_normal(x,m,s),quantile_normal(q,m,s),mean_normal(m,s),\n
var_normal(m,s),std_normal(m,s),skewness_normal(m,s),kurtosis_normal(m,s),\n
random_normal(m,s,[num]),pdf_student_t(x,n),cdf_student_t(x,n),\n
quantile_student_t(q,n),mean_student_t(n),var_student_t(n),std_student_t(n),\n
skewness_student_t(n),kurtosis_student_t(n),random_student_t(n,[num]),\n
pdf_noncentral_student_t(x,n,ncp),cdf_noncentral_student_t(x,n,ncp),\n
quantile_noncentral_student_t(q,n,ncp),mean_noncentral_student_t(n,ncp),\n
var_noncentral_student_t(n,ncp),std_noncentral_student_t(n,ncp),\n
skewness_noncentral_student_t(n,ncp),kurtosis_noncentral_student_t(n,ncp),\n
random_noncentral_student_t(n,ncp,[num]),pdf_chi2(x,n),cdf_chi2(x,n),\n
quantile_chi2(q,n),mean_chi2(n),var_chi2(n),std_chi2(n),skewness_chi2(n),\n
kurtosis_chi2(n),random_chi2(n,[num]),pdf_noncentral_chi2(x,n,ncp),\n
cdf_noncentral_chi2(x,n,ncp),quantile_noncentral_chi2(q,n,ncp),\n
mean_noncentral_chi2(n,ncp),var_noncentral_chi2(n,ncp),\n
std_noncentral_chi2(n,ncp),skewness_noncentral_chi2(n,ncp),\n
kurtosis_noncentral_chi2(n,ncp),random_noncentral_chi2(n,ncp,[num]),\n
pdf_f(x,m,n),cdf_f(x,m,n),quantile_f(q,m,n),mean_f(m,n),var_f(m,n),\n
std_f(m,n),skewness_f(m,n),kurtosis_f(m,n),random_f(m,n,[num]),pdf_exp(x,m),\n
cdf_exp(x,m),quantile_exp(q,m),mean_exp(m),var_exp(m),std_exp(m),\n
skewness_exp(m),kurtosis_exp(m),random_exp(m,[num]),pdf_lognormal(x,m,s),\n
cdf_lognormal(x,m,s),quantile_lognormal(q,m,s),mean_lognormal(m,s),\n
var_lognormal(m,s),std_lognormal(m,s),skewness_lognormal(m,s),\n
kurtosis_lognormal(m,s),random_lognormal(m,s,[num]),pdf_gamma(x,a,b),\n
cdf_gamma(x,a,b),quantile_gamma(q,a,b),mean_gamma(a,b),var_gamma(a,b),\n
std_gamma(a,b),skewness_gamma(a,b),kurtosis_gamma(a,b),\n
random_gamma(a,b,[num]),pdf_beta(x,a,b),cdf_beta(x,a,b),quantile_beta(q,a,b),\n
mean_beta(a,b),var_beta(a,b),std_beta(a,b),skewness_beta(a,b),\n
kurtosis_beta(a,b),random_beta(a,b,[num]),pdf_continuous_uniform(x,a,b),\n
cdf_continuous_uniform(x,a,b),quantile_continuous_uniform(q,a,b),\n
mean_continuous_uniform(a,b),var_continuous_uniform(a,b),\n
std_continuous_uniform(a,b),skewness_continuous_uniform(a,b),\n
kurtosis_continuous_uniform(a,b),random_continuous_uniform(a,b,[num]),\n
pdf_logistic(x,a,b),cdf_logistic(x,a,b),quantile_logistic(q,a,b),\n
mean_logistic(a,b),var_logistic(a,b),std_logistic(a,b),\n
skewness_logistic(a,b),kurtosis_logistic(a,b),random_logistic(a,b,[num]),\n
pdf_pareto(x,a,b),cdf_pareto(x,a,b),quantile_pareto(q,a,b),mean_pareto(a,b),\n
var_pareto(a,b),std_pareto(a,b),skewness_pareto(a,b),kurtosis_pareto(a,b),\n
random_pareto(a,b,[num]),pdf_weibull(x,a,b),cdf_weibull(x,a,b),\n
quantile_weibull(q,a,b),mean_weibull(a,b),var_weibull(a,b),std_weibull(a,b),\n
skewness_weibull(a,b),kurtosis_weibull(a,b),random_weibull(a,b,[num]),\n
pdf_rayleigh(x,b),cdf_rayleigh(x,b),quantile_rayleigh(q,b),mean_rayleigh(b),\n
var_rayleigh(b),std_rayleigh(b),skewness_rayleigh(b),kurtosis_rayleigh(b),\n
random_rayleigh(b,[num]),pdf_laplace(x,a,b),cdf_laplace(x,a,b),\n
quantile_laplace(q,a,b),mean_laplace(a,b),var_laplace(a,b),std_laplace(a,b),\n
skewness_laplace(a,b),kurtosis_laplace(a,b),random_laplace(a,b,[num]),\n
pdf_cauchy(x,a,b),cdf_cauchy(x,a,b),quantile_cauchy(q,a,b),\n
random_cauchy(a,b,[num]),pdf_gumbel(x,a,b),cdf_gumbel(x,a,b),\n
quantile_gumbel(q,a,b),mean_gumbel(a,b),var_gumbel(a,b),std_gumbel(a,b),\n
skewness_gumbel(a,b),kurtosis_gumbel(a,b),random_gumbel(a,b,[num]),\n
pdf_binomial(x,n,p),cdf_binomial(x,n,p),quantile_binomial(q,n,p),\n
mean_binomial(n,p),var_binomial(n,p),std_binomial(n,p),\n
skewness_binomial(n,p),kurtosis_binomial(n,p),random_binomial(n,p,[num]),\n
pdf_poisson(x,m),cdf_poisson(x,m),quantile_poisson(q,m),mean_poisson(m),\n
var_poisson(m),std_poisson(m),skewness_poisson(m),kurtosis_poisson(m),\n
random_poisson(m,[num]),pdf_bernoulli(x,p),cdf_bernoulli(x,p),\n
quantile_bernoulli(q,p),mean_bernoulli(p),var_bernoulli(p),std_bernoulli(p),\n
skewness_bernoulli(p),kurtosis_bernoulli(p),random_bernoulli(p,[num]),\n
pdf_geometric(x,p),cdf_geometric(x,p),quantile_geometric(q,p),\n
mean_geometric(p),var_geometric(p),std_geometric(p),skewness_geometric(p),\n
kurtosis_geometric(p),random_geometric(p,[num]),pdf_discrete_uniform(x,n),\n
cdf_discrete_uniform(x,n),quantile_discrete_uniform(q,n),\n
mean_discrete_uniform(n),var_discrete_uniform(n),std_discrete_uniform(n),\n
skewness_discrete_uniform(n),kurtosis_discrete_uniform(n),\n
random_discrete_uniform(n,[num]),pdf_hypergeometric(x,n1,n2,n),\n
cdf_hypergeometric(x,n1,n2,n),quantile_hypergeometric(q,n1,n2,n),\n
mean_hypergeometric(n1,n2,n),var_hypergeometric(n1,n2,n),\n
std_hypergeometric(n1,n2,n),skewness_hypergeometric(n1,n2,n),\n
kurtosis_hypergeometric(n1,n2,n),random_hypergeometric(n1,n2,n,[num]),\n
pdf_negative_binomial(x,n,p),cdf_negative_binomial(x,n,p),\n
quantile_negative_binomial(q,n,p),mean_negative_binomial(n,p),\n
var_negative_binomial(n,p),std_negative_binomial(n,p),\n
skewness_negative_binomial(n,p),kurtosis_negative_binomial(n,p),\n
random_negative_binomial(n,p,[num]),pdf_general_finite_discrete(x,v),\n
cdf_general_finite_discrete(x,v),quantile_general_finite_discrete(q,v),\n
mean_general_finite_discrete(v),var_general_finite_discrete(v),\n
std_general_finite_discrete(v),skewness_general_finite_discrete(v),\n
kurtosis_general_finite_discrete(v),random_general_finite_discrete(v,[num]),\n
vec([v]),vabs(v),vangle(v,w),mateq(eq),veceq(eq),matvar(v,rows,cols),\n
vecvar(v,rows),matsolve(eq,vars),vecsolve(eq,vars),v ~ w,cartesian(z),\n
matrix_add(n,i,j),matrix_mul(n,i,r),matrix_swap(n,i,j),\n
matrix_addmul(n,i,ri,j,rj),lcm(p_1,p_2),rref(a)]\n</cantor-text><cantor-latex>\\left[
\\mathrm{pdf\\_normal}\\left(x , m , s\\right) , \\mathrm{cdf\\_normal}\\left(x
, m , s\\right) , \\mathrm{quantile\\_normal}\\left(q , m , s\\right) ,
\\mathrm{mean\\_normal}\\left(m , s\\right) , \\mathrm{var\\_normal}\\left(m ,
s\\right) , \\mathrm{std\\_normal}\\left(m , s\\right) ,
\\mathrm{skewness\\_normal}\\left(m , s\\right) ,
\\mathrm{kurtosis\\_normal}\\left(m , s\\right) ,
\\mathrm{random\\_normal}\\left(m , s , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_student\\_t}\\left(x , n\\right) ,
\\mathrm{cdf\\_student\\_t}\\left(x , n\\right) ,
\\mathrm{quantile\\_student\\_t}\\left(q , n\\right) ,
\\mathrm{mean\\_student\\_t}\\left(n\\right) ,
\\mathrm{var\\_student\\_t}\\left(n\\right) ,
\\mathrm{std\\_student\\_t}\\left(n\\right) ,
\\mathrm{skewness\\_student\\_t}\\left(n\\right) ,
\\mathrm{kurtosis\\_student\\_t}\\left(n\\right) ,
\\mathrm{random\\_student\\_t}\\left(n , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_noncentral\\_student\\_t}\\left(x , n ,
\\mathrm{ncp}\\right) , \\mathrm{cdf\\_noncentral\\_student\\_t}\\left(x , n ,
\\mathrm{ncp}\\right) , \\mathrm{quantile\\_noncentral\\_student\\_t}\\left(q ,
n , \\mathrm{ncp}\\right) , \\mathrm{mean\\_noncentral\\_student\\_t}\\left(n ,
\\mathrm{ncp}\\right) , \\mathrm{var\\_noncentral\\_student\\_t}\\left(n ,
\\mathrm{ncp}\\right) , \\mathrm{std\\_noncentral\\_student\\_t}\\left(n ,
\\mathrm{ncp}\\right) , \\mathrm{skewness\\_noncentral\\_student\\_t}\\left(n ,
\\mathrm{ncp}\\right) , \\mathrm{kurtosis\\_noncentral\\_student\\_t}\\left(n ,
\\mathrm{ncp}\\right) , \\mathrm{random\\_noncentral\\_student\\_t}\\left(n ,
\\mathrm{ncp} , \\left[ \\mathrm{num} \\right] \\right) ,
\\mathrm{pdf\\_chi2}\\left(x , n\\right) , \\mathrm{cdf\\_chi2}\\left(x ,
n\\right) , \\mathrm{quantile\\_chi2}\\left(q , n\\right) ,
\\mathrm{mean\\_chi2}\\left(n\\right) , \\mathrm{var\\_chi2}\\left(n\\right) ,
\\mathrm{std\\_chi2}\\left(n\\right) ,
\\mathrm{skewness\\_chi2}\\left(n\\right) ,
\\mathrm{kurtosis\\_chi2}\\left(n\\right) , \\mathrm{random\\_chi2}\\left(n ,
\\left[ \\mathrm{num} \\right] \\right) ,
\\mathrm{pdf\\_noncentral\\_chi2}\\left(x , n , \\mathrm{ncp}\\right) ,
\\mathrm{cdf\\_noncentral\\_chi2}\\left(x , n , \\mathrm{ncp}\\right) ,
\\mathrm{quantile\\_noncentral\\_chi2}\\left(q , n , \\mathrm{ncp}\\right) ,
\\mathrm{mean\\_noncentral\\_chi2}\\left(n , \\mathrm{ncp}\\right) ,
\\mathrm{var\\_noncentral\\_chi2}\\left(n , \\mathrm{ncp}\\right) ,
\\mathrm{std\\_noncentral\\_chi2}\\left(n , \\mathrm{ncp}\\right) ,
\\mathrm{skewness\\_noncentral\\_chi2}\\left(n , \\mathrm{ncp}\\right) ,
\\mathrm{kurtosis\\_noncentral\\_chi2}\\left(n , \\mathrm{ncp}\\right) ,
\\mathrm{random\\_noncentral\\_chi2}\\left(n , \\mathrm{ncp} , \\left[
\\mathrm{num} \\right] \\right) , \\mathrm{pdf\\_f}\\left(x , m , n\\right) ,
\\mathrm{cdf\\_f}\\left(x , m , n\\right) , \\mathrm{quantile\\_f}\\left(q , m
, n\\right) , \\mathrm{mean\\_f}\\left(m , n\\right) ,
\\mathrm{var\\_f}\\left(m , n\\right) , \\mathrm{std\\_f}\\left(m , n\\right) ,
\\mathrm{skewness\\_f}\\left(m , n\\right) , \\mathrm{kurtosis\\_f}\\left(m ,
n\\right) , \\mathrm{random\\_f}\\left(m , n , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_exp}\\left(x , m\\right) ,
\\mathrm{cdf\\_exp}\\left(x , m\\right) , \\mathrm{quantile\\_exp}\\left(q ,
m\\right) , \\mathrm{mean\\_exp}\\left(m\\right) ,
\\mathrm{var\\_exp}\\left(m\\right) , \\mathrm{std\\_exp}\\left(m\\right) ,
\\mathrm{skewness\\_exp}\\left(m\\right) ,
\\mathrm{kurtosis\\_exp}\\left(m\\right) , \\mathrm{random\\_exp}\\left(m ,
\\left[ \\mathrm{num} \\right] \\right) , \\mathrm{pdf\\_lognormal}\\left(x , m
, s\\right) , \\mathrm{cdf\\_lognormal}\\left(x , m , s\\right) ,
\\mathrm{quantile\\_lognormal}\\left(q , m , s\\right) ,
\\mathrm{mean\\_lognormal}\\left(m , s\\right) ,
\\mathrm{var\\_lognormal}\\left(m , s\\right) ,
\\mathrm{std\\_lognormal}\\left(m , s\\right) ,
\\mathrm{skewness\\_lognormal}\\left(m , s\\right) ,
\\mathrm{kurtosis\\_lognormal}\\left(m , s\\right) ,
\\mathrm{random\\_lognormal}\\left(m , s , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_gamma}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_gamma}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_gamma}\\left(q , a , b\\right) ,
\\mathrm{mean\\_gamma}\\left(a , b\\right) , \\mathrm{var\\_gamma}\\left(a ,
b\\right) , \\mathrm{std\\_gamma}\\left(a , b\\right) ,
\\mathrm{skewness\\_gamma}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_gamma}\\left(a , b\\right) ,
\\mathrm{random\\_gamma}\\left(a , b , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_beta}\\left(x , a , b\\right) , \\mathrm{cdf\\_beta}\\left(x ,
a , b\\right) , \\mathrm{quantile\\_beta}\\left(q , a , b\\right) ,
\\mathrm{mean\\_beta}\\left(a , b\\right) , \\mathrm{var\\_beta}\\left(a ,
b\\right) , \\mathrm{std\\_beta}\\left(a , b\\right) ,
\\mathrm{skewness\\_beta}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_beta}\\left(a , b\\right) , \\mathrm{random\\_beta}\\left(a
, b , \\left[ \\mathrm{num} \\right] \\right) ,
\\mathrm{pdf\\_continuous\\_uniform}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_continuous\\_uniform}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_continuous\\_uniform}\\left(q , a , b\\right) ,
\\mathrm{mean\\_continuous\\_uniform}\\left(a , b\\right) ,
\\mathrm{var\\_continuous\\_uniform}\\left(a , b\\right) ,
\\mathrm{std\\_continuous\\_uniform}\\left(a , b\\right) ,
\\mathrm{skewness\\_continuous\\_uniform}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_continuous\\_uniform}\\left(a , b\\right) ,
\\mathrm{random\\_continuous\\_uniform}\\left(a , b , \\left[ \\mathrm{num}
\\right] \\right) , \\mathrm{pdf\\_logistic}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_logistic}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_logistic}\\left(q , a , b\\right) ,
\\mathrm{mean\\_logistic}\\left(a , b\\right) ,
\\mathrm{var\\_logistic}\\left(a , b\\right) , \\mathrm{std\\_logistic}\\left(a
, b\\right) , \\mathrm{skewness\\_logistic}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_logistic}\\left(a , b\\right) ,
\\mathrm{random\\_logistic}\\left(a , b , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_pareto}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_pareto}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_pareto}\\left(q , a , b\\right) ,
\\mathrm{mean\\_pareto}\\left(a , b\\right) , \\mathrm{var\\_pareto}\\left(a ,
b\\right) , \\mathrm{std\\_pareto}\\left(a , b\\right) ,
\\mathrm{skewness\\_pareto}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_pareto}\\left(a , b\\right) ,
\\mathrm{random\\_pareto}\\left(a , b , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_weibull}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_weibull}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_weibull}\\left(q , a , b\\right) ,
\\mathrm{mean\\_weibull}\\left(a , b\\right) , \\mathrm{var\\_weibull}\\left(a
, b\\right) , \\mathrm{std\\_weibull}\\left(a , b\\right) ,
\\mathrm{skewness\\_weibull}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_weibull}\\left(a , b\\right) ,
\\mathrm{random\\_weibull}\\left(a , b , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_rayleigh}\\left(x , b\\right) ,
\\mathrm{cdf\\_rayleigh}\\left(x , b\\right) ,
\\mathrm{quantile\\_rayleigh}\\left(q , b\\right) ,
\\mathrm{mean\\_rayleigh}\\left(b\\right) ,
\\mathrm{var\\_rayleigh}\\left(b\\right) ,
\\mathrm{std\\_rayleigh}\\left(b\\right) ,
\\mathrm{skewness\\_rayleigh}\\left(b\\right) ,
\\mathrm{kurtosis\\_rayleigh}\\left(b\\right) ,
\\mathrm{random\\_rayleigh}\\left(b , \\left[ \\mathrm{num} \\right] \\right) ,
\\mathrm{pdf\\_laplace}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_laplace}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_laplace}\\left(q , a , b\\right) ,
\\mathrm{mean\\_laplace}\\left(a , b\\right) , \\mathrm{var\\_laplace}\\left(a
, b\\right) , \\mathrm{std\\_laplace}\\left(a , b\\right) ,
\\mathrm{skewness\\_laplace}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_laplace}\\left(a , b\\right) ,
\\mathrm{random\\_laplace}\\left(a , b , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_cauchy}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_cauchy}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_cauchy}\\left(q , a , b\\right) ,
\\mathrm{random\\_cauchy}\\left(a , b , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_gumbel}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_gumbel}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_gumbel}\\left(q , a , b\\right) ,
\\mathrm{mean\\_gumbel}\\left(a , b\\right) , \\mathrm{var\\_gumbel}\\left(a ,
b\\right) , \\mathrm{std\\_gumbel}\\left(a , b\\right) ,
\\mathrm{skewness\\_gumbel}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_gumbel}\\left(a , b\\right) ,
\\mathrm{random\\_gumbel}\\left(a , b , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_binomial}\\left(x , n , p\\right) ,
\\mathrm{cdf\\_binomial}\\left(x , n , p\\right) ,
\\mathrm{quantile\\_binomial}\\left(q , n , p\\right) ,
\\mathrm{mean\\_binomial}\\left(n , p\\right) ,
\\mathrm{var\\_binomial}\\left(n , p\\right) , \\mathrm{std\\_binomial}\\left(n
, p\\right) , \\mathrm{skewness\\_binomial}\\left(n , p\\right) ,
\\mathrm{kurtosis\\_binomial}\\left(n , p\\right) ,
\\mathrm{random\\_binomial}\\left(n , p , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_poisson}\\left(x , m\\right) ,
\\mathrm{cdf\\_poisson}\\left(x , m\\right) ,
\\mathrm{quantile\\_poisson}\\left(q , m\\right) ,
\\mathrm{mean\\_poisson}\\left(m\\right) ,
\\mathrm{var\\_poisson}\\left(m\\right) ,
\\mathrm{std\\_poisson}\\left(m\\right) ,
\\mathrm{skewness\\_poisson}\\left(m\\right) ,
\\mathrm{kurtosis\\_poisson}\\left(m\\right) ,
\\mathrm{random\\_poisson}\\left(m , \\left[ \\mathrm{num} \\right] \\right) ,
\\mathrm{pdf\\_bernoulli}\\left(x , p\\right) ,
\\mathrm{cdf\\_bernoulli}\\left(x , p\\right) ,
\\mathrm{quantile\\_bernoulli}\\left(q , p\\right) ,
\\mathrm{mean\\_bernoulli}\\left(p\\right) ,
\\mathrm{var\\_bernoulli}\\left(p\\right) ,
\\mathrm{std\\_bernoulli}\\left(p\\right) ,
\\mathrm{skewness\\_bernoulli}\\left(p\\right) ,
\\mathrm{kurtosis\\_bernoulli}\\left(p\\right) ,
\\mathrm{random\\_bernoulli}\\left(p , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_geometric}\\left(x , p\\right) ,
\\mathrm{cdf\\_geometric}\\left(x , p\\right) ,
\\mathrm{quantile\\_geometric}\\left(q , p\\right) ,
\\mathrm{mean\\_geometric}\\left(p\\right) ,
\\mathrm{var\\_geometric}\\left(p\\right) ,
\\mathrm{std\\_geometric}\\left(p\\right) ,
\\mathrm{skewness\\_geometric}\\left(p\\right) ,
\\mathrm{kurtosis\\_geometric}\\left(p\\right) ,
\\mathrm{random\\_geometric}\\left(p , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_discrete\\_uniform}\\left(x , n\\right) ,
\\mathrm{cdf\\_discrete\\_uniform}\\left(x , n\\right) ,
\\mathrm{quantile\\_discrete\\_uniform}\\left(q , n\\right) ,
\\mathrm{mean\\_discrete\\_uniform}\\left(n\\right) ,
\\mathrm{var\\_discrete\\_uniform}\\left(n\\right) ,
\\mathrm{std\\_discrete\\_uniform}\\left(n\\right) ,
\\mathrm{skewness\\_discrete\\_uniform}\\left(n\\right) ,
\\mathrm{kurtosis\\_discrete\\_uniform}\\left(n\\right) ,
\\mathrm{random\\_discrete\\_uniform}\\left(n , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_hypergeometric}\\left(x , \\mathrm{n1} , \\mathrm{n2}
, n\\right) , \\mathrm{cdf\\_hypergeometric}\\left(x , \\mathrm{n1} ,
\\mathrm{n2} , n\\right) , \\mathrm{quantile\\_hypergeometric}\\left(q ,
\\mathrm{n1} , \\mathrm{n2} , n\\right) ,
\\mathrm{mean\\_hypergeometric}\\left(\\mathrm{n1} , \\mathrm{n2} , n\\right) ,
\\mathrm{var\\_hypergeometric}\\left(\\mathrm{n1} , \\mathrm{n2} , n\\right) ,
\\mathrm{std\\_hypergeometric}\\left(\\mathrm{n1} , \\mathrm{n2} , n\\right) ,
\\mathrm{skewness\\_hypergeometric}\\left(\\mathrm{n1} , \\mathrm{n2} ,
n\\right) , \\mathrm{kurtosis\\_hypergeometric}\\left(\\mathrm{n1} ,
\\mathrm{n2} , n\\right) , \\mathrm{random\\_hypergeometric}\\left(\\mathrm{n1}
, \\mathrm{n2} , n , \\left[ \\mathrm{num} \\right] \\right) ,
\\mathrm{pdf\\_negative\\_binomial}\\left(x , n , p\\right) ,
\\mathrm{cdf\\_negative\\_binomial}\\left(x , n , p\\right) ,
\\mathrm{quantile\\_negative\\_binomial}\\left(q , n , p\\right) ,
\\mathrm{mean\\_negative\\_binomial}\\left(n , p\\right) ,
\\mathrm{var\\_negative\\_binomial}\\left(n , p\\right) ,
\\mathrm{std\\_negative\\_binomial}\\left(n , p\\right) ,
\\mathrm{skewness\\_negative\\_binomial}\\left(n , p\\right) ,
\\mathrm{kurtosis\\_negative\\_binomial}\\left(n , p\\right) ,
\\mathrm{random\\_negative\\_binomial}\\left(n , p , \\left[ \\mathrm{num}
\\right] \\right) , \\mathrm{pdf\\_general\\_finite\\_discrete}\\left(x ,
v\\right) , \\mathrm{cdf\\_general\\_finite\\_discrete}\\left(x , v\\right) ,
\\mathrm{quantile\\_general\\_finite\\_discrete}\\left(q , v\\right) ,
\\mathrm{mean\\_general\\_finite\\_discrete}\\left(v\\right) ,
\\mathrm{var\\_general\\_finite\\_discrete}\\left(v\\right) ,
\\mathrm{std\\_general\\_finite\\_discrete}\\left(v\\right) ,
\\mathrm{skewness\\_general\\_finite\\_discrete}\\left(v\\right) ,
\\mathrm{kurtosis\\_general\\_finite\\_discrete}\\left(v\\right) ,
\\mathrm{random\\_general\\_finite\\_discrete}\\left(v , \\left[ \\mathrm{num}
\\right] \\right) , \\mathrm{vec}\\left(\\left[ v \\right] \\right) ,
\\mathrm{vabs}\\left(v\\right) , \\mathrm{vangle}\\left(v , w\\right) ,
\\mathrm{mateq}\\left(\\mathrm{eq}\\right) ,
\\mathrm{veceq}\\left(\\mathrm{eq}\\right) , \\mathrm{matvar}\\left(v ,
\\mathrm{rows} , \\mathrm{cols}\\right) , \\mathrm{vecvar}\\left(v ,
\\mathrm{rows}\\right) , \\mathrm{matsolve}\\left(\\mathrm{eq} ,
\\mathrm{vars}\\right) , \\mathrm{vecsolve}\\left(\\mathrm{eq} ,
\\mathrm{vars}\\right) , ~\\left(v , w\\right) ,
\\mathrm{cartesian}\\left(z\\right) , \\mathrm{matrix\\_add}\\left(n , i ,
j\\right) , \\mathrm{matrix\\_mul}\\left(n , i , r\\right) ,
\\mathrm{matrix\\_swap}\\left(n , i , j\\right) ,
\\mathrm{matrix\\_addmul}\\left(n , i , \\mathrm{ri} , j , \\mathrm{rj}\\right)
, \\mathrm{lcm}\\left(\\mathrm{p\\_1} , \\mathrm{p\\_2}\\right) ,
\\mathrm{rref}\\left(a\\right) \\right] </cantor-latex>"
text content:
"[pdf_normal(x,m,s),cdf_normal(x,m,s),quantile_normal(q,m,s),mean_normal(m,s),\n
var_normal(m,s),std_normal(m,s),skewness_normal(m,s),kurtosis_normal(m,s),\n
random_normal(m,s,[num]),pdf_student_t(x,n),cdf_student_t(x,n),\n
quantile_student_t(q,n),mean_student_t(n),var_student_t(n),std_student_t(n),\n
skewness_student_t(n),kurtosis_student_t(n),random_student_t(n,[num]),\n
pdf_noncentral_student_t(x,n,ncp),cdf_noncentral_student_t(x,n,ncp),\n
quantile_noncentral_student_t(q,n,ncp),mean_noncentral_student_t(n,ncp),\n
var_noncentral_student_t(n,ncp),std_noncentral_student_t(n,ncp),\n
skewness_noncentral_student_t(n,ncp),kurtosis_noncentral_student_t(n,ncp),\n
random_noncentral_student_t(n,ncp,[num]),pdf_chi2(x,n),cdf_chi2(x,n),\n
quantile_chi2(q,n),mean_chi2(n),var_chi2(n),std_chi2(n),skewness_chi2(n),\n
kurtosis_chi2(n),random_chi2(n,[num]),pdf_noncentral_chi2(x,n,ncp),\n
cdf_noncentral_chi2(x,n,ncp),quantile_noncentral_chi2(q,n,ncp),\n
mean_noncentral_chi2(n,ncp),var_noncentral_chi2(n,ncp),\n
std_noncentral_chi2(n,ncp),skewness_noncentral_chi2(n,ncp),\n
kurtosis_noncentral_chi2(n,ncp),random_noncentral_chi2(n,ncp,[num]),\n
pdf_f(x,m,n),cdf_f(x,m,n),quantile_f(q,m,n),mean_f(m,n),var_f(m,n),\n
std_f(m,n),skewness_f(m,n),kurtosis_f(m,n),random_f(m,n,[num]),pdf_exp(x,m),\n
cdf_exp(x,m),quantile_exp(q,m),mean_exp(m),var_exp(m),std_exp(m),\n
skewness_exp(m),kurtosis_exp(m),random_exp(m,[num]),pdf_lognormal(x,m,s),\n
cdf_lognormal(x,m,s),quantile_lognormal(q,m,s),mean_lognormal(m,s),\n
var_lognormal(m,s),std_lognormal(m,s),skewness_lognormal(m,s),\n
kurtosis_lognormal(m,s),random_lognormal(m,s,[num]),pdf_gamma(x,a,b),\n
cdf_gamma(x,a,b),quantile_gamma(q,a,b),mean_gamma(a,b),var_gamma(a,b),\n
std_gamma(a,b),skewness_gamma(a,b),kurtosis_gamma(a,b),\n
random_gamma(a,b,[num]),pdf_beta(x,a,b),cdf_beta(x,a,b),quantile_beta(q,a,b),\n
mean_beta(a,b),var_beta(a,b),std_beta(a,b),skewness_beta(a,b),\n
kurtosis_beta(a,b),random_beta(a,b,[num]),pdf_continuous_uniform(x,a,b),\n
cdf_continuous_uniform(x,a,b),quantile_continuous_uniform(q,a,b),\n
mean_continuous_uniform(a,b),var_continuous_uniform(a,b),\n
std_continuous_uniform(a,b),skewness_continuous_uniform(a,b),\n
kurtosis_continuous_uniform(a,b),random_continuous_uniform(a,b,[num]),\n
pdf_logistic(x,a,b),cdf_logistic(x,a,b),quantile_logistic(q,a,b),\n
mean_logistic(a,b),var_logistic(a,b),std_logistic(a,b),\n
skewness_logistic(a,b),kurtosis_logistic(a,b),random_logistic(a,b,[num]),\n
pdf_pareto(x,a,b),cdf_pareto(x,a,b),quantile_pareto(q,a,b),mean_pareto(a,b),\n
var_pareto(a,b),std_pareto(a,b),skewness_pareto(a,b),kurtosis_pareto(a,b),\n
random_pareto(a,b,[num]),pdf_weibull(x,a,b),cdf_weibull(x,a,b),\n
quantile_weibull(q,a,b),mean_weibull(a,b),var_weibull(a,b),std_weibull(a,b),\n
skewness_weibull(a,b),kurtosis_weibull(a,b),random_weibull(a,b,[num]),\n
pdf_rayleigh(x,b),cdf_rayleigh(x,b),quantile_rayleigh(q,b),mean_rayleigh(b),\n
var_rayleigh(b),std_rayleigh(b),skewness_rayleigh(b),kurtosis_rayleigh(b),\n
random_rayleigh(b,[num]),pdf_laplace(x,a,b),cdf_laplace(x,a,b),\n
quantile_laplace(q,a,b),mean_laplace(a,b),var_laplace(a,b),std_laplace(a,b),\n
skewness_laplace(a,b),kurtosis_laplace(a,b),random_laplace(a,b,[num]),\n
pdf_cauchy(x,a,b),cdf_cauchy(x,a,b),quantile_cauchy(q,a,b),\n
random_cauchy(a,b,[num]),pdf_gumbel(x,a,b),cdf_gumbel(x,a,b),\n
quantile_gumbel(q,a,b),mean_gumbel(a,b),var_gumbel(a,b),std_gumbel(a,b),\n
skewness_gumbel(a,b),kurtosis_gumbel(a,b),random_gumbel(a,b,[num]),\n
pdf_binomial(x,n,p),cdf_binomial(x,n,p),quantile_binomial(q,n,p),\n
mean_binomial(n,p),var_binomial(n,p),std_binomial(n,p),\n
skewness_binomial(n,p),kurtosis_binomial(n,p),random_binomial(n,p,[num]),\n
pdf_poisson(x,m),cdf_poisson(x,m),quantile_poisson(q,m),mean_poisson(m),\n
var_poisson(m),std_poisson(m),skewness_poisson(m),kurtosis_poisson(m),\n
random_poisson(m,[num]),pdf_bernoulli(x,p),cdf_bernoulli(x,p),\n
quantile_bernoulli(q,p),mean_bernoulli(p),var_bernoulli(p),std_bernoulli(p),\n
skewness_bernoulli(p),kurtosis_bernoulli(p),random_bernoulli(p,[num]),\n
pdf_geometric(x,p),cdf_geometric(x,p),quantile_geometric(q,p),\n
mean_geometric(p),var_geometric(p),std_geometric(p),skewness_geometric(p),\n
kurtosis_geometric(p),random_geometric(p,[num]),pdf_discrete_uniform(x,n),\n
cdf_discrete_uniform(x,n),quantile_discrete_uniform(q,n),\n
mean_discrete_uniform(n),var_discrete_uniform(n),std_discrete_uniform(n),\n
skewness_discrete_uniform(n),kurtosis_discrete_uniform(n),\n
random_discrete_uniform(n,[num]),pdf_hypergeometric(x,n1,n2,n),\n
cdf_hypergeometric(x,n1,n2,n),quantile_hypergeometric(q,n1,n2,n),\n
mean_hypergeometric(n1,n2,n),var_hypergeometric(n1,n2,n),\n
std_hypergeometric(n1,n2,n),skewness_hypergeometric(n1,n2,n),\n
kurtosis_hypergeometric(n1,n2,n),random_hypergeometric(n1,n2,n,[num]),\n
pdf_negative_binomial(x,n,p),cdf_negative_binomial(x,n,p),\n
quantile_negative_binomial(q,n,p),mean_negative_binomial(n,p),\n
var_negative_binomial(n,p),std_negative_binomial(n,p),\n
skewness_negative_binomial(n,p),kurtosis_negative_binomial(n,p),\n
random_negative_binomial(n,p,[num]),pdf_general_finite_discrete(x,v),\n
cdf_general_finite_discrete(x,v),quantile_general_finite_discrete(q,v),\n
mean_general_finite_discrete(v),var_general_finite_discrete(v),\n
std_general_finite_discrete(v),skewness_general_finite_discrete(v),\n
kurtosis_general_finite_discrete(v),random_general_finite_discrete(v,[num]),\n
vec([v]),vabs(v),vangle(v,w),mateq(eq),veceq(eq),matvar(v,rows,cols),\n
vecvar(v,rows),matsolve(eq,vars),vecsolve(eq,vars),v ~ w,cartesian(z),\n
matrix_add(n,i,j),matrix_mul(n,i,r),matrix_swap(n,i,j),\n
matrix_addmul(n,i,ri,j,rj),lcm(p_1,p_2),rref(a)]"
output label: ""
expression id: -1
latex content: "\\left[ \\mathrm{pdf\\_normal}\\left(x , m , s\\right) ,
\\mathrm{cdf\\_normal}\\left(x , m , s\\right) ,
\\mathrm{quantile\\_normal}\\left(q , m , s\\right) ,
\\mathrm{mean\\_normal}\\left(m , s\\right) , \\mathrm{var\\_normal}\\left(m ,
s\\right) , \\mathrm{std\\_normal}\\left(m , s\\right) ,
\\mathrm{skewness\\_normal}\\left(m , s\\right) ,
\\mathrm{kurtosis\\_normal}\\left(m , s\\right) ,
\\mathrm{random\\_normal}\\left(m , s , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_student\\_t}\\left(x , n\\right) ,
\\mathrm{cdf\\_student\\_t}\\left(x , n\\right) ,
\\mathrm{quantile\\_student\\_t}\\left(q , n\\right) ,
\\mathrm{mean\\_student\\_t}\\left(n\\right) ,
\\mathrm{var\\_student\\_t}\\left(n\\right) ,
\\mathrm{std\\_student\\_t}\\left(n\\right) ,
\\mathrm{skewness\\_student\\_t}\\left(n\\right) ,
\\mathrm{kurtosis\\_student\\_t}\\left(n\\right) ,
\\mathrm{random\\_student\\_t}\\left(n , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_noncentral\\_student\\_t}\\left(x , n ,
\\mathrm{ncp}\\right) , \\mathrm{cdf\\_noncentral\\_student\\_t}\\left(x , n ,
\\mathrm{ncp}\\right) , \\mathrm{quantile\\_noncentral\\_student\\_t}\\left(q ,
n , \\mathrm{ncp}\\right) , \\mathrm{mean\\_noncentral\\_student\\_t}\\left(n ,
\\mathrm{ncp}\\right) , \\mathrm{var\\_noncentral\\_student\\_t}\\left(n ,
\\mathrm{ncp}\\right) , \\mathrm{std\\_noncentral\\_student\\_t}\\left(n ,
\\mathrm{ncp}\\right) , \\mathrm{skewness\\_noncentral\\_student\\_t}\\left(n ,
\\mathrm{ncp}\\right) , \\mathrm{kurtosis\\_noncentral\\_student\\_t}\\left(n ,
\\mathrm{ncp}\\right) , \\mathrm{random\\_noncentral\\_student\\_t}\\left(n ,
\\mathrm{ncp} , \\left[ \\mathrm{num} \\right] \\right) ,
\\mathrm{pdf\\_chi2}\\left(x , n\\right) , \\mathrm{cdf\\_chi2}\\left(x ,
n\\right) , \\mathrm{quantile\\_chi2}\\left(q , n\\right) ,
\\mathrm{mean\\_chi2}\\left(n\\right) , \\mathrm{var\\_chi2}\\left(n\\right) ,
\\mathrm{std\\_chi2}\\left(n\\right) ,
\\mathrm{skewness\\_chi2}\\left(n\\right) ,
\\mathrm{kurtosis\\_chi2}\\left(n\\right) , \\mathrm{random\\_chi2}\\left(n ,
\\left[ \\mathrm{num} \\right] \\right) ,
\\mathrm{pdf\\_noncentral\\_chi2}\\left(x , n , \\mathrm{ncp}\\right) ,
\\mathrm{cdf\\_noncentral\\_chi2}\\left(x , n , \\mathrm{ncp}\\right) ,
\\mathrm{quantile\\_noncentral\\_chi2}\\left(q , n , \\mathrm{ncp}\\right) ,
\\mathrm{mean\\_noncentral\\_chi2}\\left(n , \\mathrm{ncp}\\right) ,
\\mathrm{var\\_noncentral\\_chi2}\\left(n , \\mathrm{ncp}\\right) ,
\\mathrm{std\\_noncentral\\_chi2}\\left(n , \\mathrm{ncp}\\right) ,
\\mathrm{skewness\\_noncentral\\_chi2}\\left(n , \\mathrm{ncp}\\right) ,
\\mathrm{kurtosis\\_noncentral\\_chi2}\\left(n , \\mathrm{ncp}\\right) ,
\\mathrm{random\\_noncentral\\_chi2}\\left(n , \\mathrm{ncp} , \\left[
\\mathrm{num} \\right] \\right) , \\mathrm{pdf\\_f}\\left(x , m , n\\right) ,
\\mathrm{cdf\\_f}\\left(x , m , n\\right) , \\mathrm{quantile\\_f}\\left(q , m
, n\\right) , \\mathrm{mean\\_f}\\left(m , n\\right) ,
\\mathrm{var\\_f}\\left(m , n\\right) , \\mathrm{std\\_f}\\left(m , n\\right) ,
\\mathrm{skewness\\_f}\\left(m , n\\right) , \\mathrm{kurtosis\\_f}\\left(m ,
n\\right) , \\mathrm{random\\_f}\\left(m , n , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_exp}\\left(x , m\\right) ,
\\mathrm{cdf\\_exp}\\left(x , m\\right) , \\mathrm{quantile\\_exp}\\left(q ,
m\\right) , \\mathrm{mean\\_exp}\\left(m\\right) ,
\\mathrm{var\\_exp}\\left(m\\right) , \\mathrm{std\\_exp}\\left(m\\right) ,
\\mathrm{skewness\\_exp}\\left(m\\right) ,
\\mathrm{kurtosis\\_exp}\\left(m\\right) , \\mathrm{random\\_exp}\\left(m ,
\\left[ \\mathrm{num} \\right] \\right) , \\mathrm{pdf\\_lognormal}\\left(x , m
, s\\right) , \\mathrm{cdf\\_lognormal}\\left(x , m , s\\right) ,
\\mathrm{quantile\\_lognormal}\\left(q , m , s\\right) ,
\\mathrm{mean\\_lognormal}\\left(m , s\\right) ,
\\mathrm{var\\_lognormal}\\left(m , s\\right) ,
\\mathrm{std\\_lognormal}\\left(m , s\\right) ,
\\mathrm{skewness\\_lognormal}\\left(m , s\\right) ,
\\mathrm{kurtosis\\_lognormal}\\left(m , s\\right) ,
\\mathrm{random\\_lognormal}\\left(m , s , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_gamma}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_gamma}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_gamma}\\left(q , a , b\\right) ,
\\mathrm{mean\\_gamma}\\left(a , b\\right) , \\mathrm{var\\_gamma}\\left(a ,
b\\right) , \\mathrm{std\\_gamma}\\left(a , b\\right) ,
\\mathrm{skewness\\_gamma}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_gamma}\\left(a , b\\right) ,
\\mathrm{random\\_gamma}\\left(a , b , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_beta}\\left(x , a , b\\right) , \\mathrm{cdf\\_beta}\\left(x ,
a , b\\right) , \\mathrm{quantile\\_beta}\\left(q , a , b\\right) ,
\\mathrm{mean\\_beta}\\left(a , b\\right) , \\mathrm{var\\_beta}\\left(a ,
b\\right) , \\mathrm{std\\_beta}\\left(a , b\\right) ,
\\mathrm{skewness\\_beta}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_beta}\\left(a , b\\right) , \\mathrm{random\\_beta}\\left(a
, b , \\left[ \\mathrm{num} \\right] \\right) ,
\\mathrm{pdf\\_continuous\\_uniform}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_continuous\\_uniform}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_continuous\\_uniform}\\left(q , a , b\\right) ,
\\mathrm{mean\\_continuous\\_uniform}\\left(a , b\\right) ,
\\mathrm{var\\_continuous\\_uniform}\\left(a , b\\right) ,
\\mathrm{std\\_continuous\\_uniform}\\left(a , b\\right) ,
\\mathrm{skewness\\_continuous\\_uniform}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_continuous\\_uniform}\\left(a , b\\right) ,
\\mathrm{random\\_continuous\\_uniform}\\left(a , b , \\left[ \\mathrm{num}
\\right] \\right) , \\mathrm{pdf\\_logistic}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_logistic}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_logistic}\\left(q , a , b\\right) ,
\\mathrm{mean\\_logistic}\\left(a , b\\right) ,
\\mathrm{var\\_logistic}\\left(a , b\\right) , \\mathrm{std\\_logistic}\\left(a
, b\\right) , \\mathrm{skewness\\_logistic}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_logistic}\\left(a , b\\right) ,
\\mathrm{random\\_logistic}\\left(a , b , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_pareto}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_pareto}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_pareto}\\left(q , a , b\\right) ,
\\mathrm{mean\\_pareto}\\left(a , b\\right) , \\mathrm{var\\_pareto}\\left(a ,
b\\right) , \\mathrm{std\\_pareto}\\left(a , b\\right) ,
\\mathrm{skewness\\_pareto}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_pareto}\\left(a , b\\right) ,
\\mathrm{random\\_pareto}\\left(a , b , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_weibull}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_weibull}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_weibull}\\left(q , a , b\\right) ,
\\mathrm{mean\\_weibull}\\left(a , b\\right) , \\mathrm{var\\_weibull}\\left(a
, b\\right) , \\mathrm{std\\_weibull}\\left(a , b\\right) ,
\\mathrm{skewness\\_weibull}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_weibull}\\left(a , b\\right) ,
\\mathrm{random\\_weibull}\\left(a , b , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_rayleigh}\\left(x , b\\right) ,
\\mathrm{cdf\\_rayleigh}\\left(x , b\\right) ,
\\mathrm{quantile\\_rayleigh}\\left(q , b\\right) ,
\\mathrm{mean\\_rayleigh}\\left(b\\right) ,
\\mathrm{var\\_rayleigh}\\left(b\\right) ,
\\mathrm{std\\_rayleigh}\\left(b\\right) ,
\\mathrm{skewness\\_rayleigh}\\left(b\\right) ,
\\mathrm{kurtosis\\_rayleigh}\\left(b\\right) ,
\\mathrm{random\\_rayleigh}\\left(b , \\left[ \\mathrm{num} \\right] \\right) ,
\\mathrm{pdf\\_laplace}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_laplace}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_laplace}\\left(q , a , b\\right) ,
\\mathrm{mean\\_laplace}\\left(a , b\\right) , \\mathrm{var\\_laplace}\\left(a
, b\\right) , \\mathrm{std\\_laplace}\\left(a , b\\right) ,
\\mathrm{skewness\\_laplace}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_laplace}\\left(a , b\\right) ,
\\mathrm{random\\_laplace}\\left(a , b , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_cauchy}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_cauchy}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_cauchy}\\left(q , a , b\\right) ,
\\mathrm{random\\_cauchy}\\left(a , b , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_gumbel}\\left(x , a , b\\right) ,
\\mathrm{cdf\\_gumbel}\\left(x , a , b\\right) ,
\\mathrm{quantile\\_gumbel}\\left(q , a , b\\right) ,
\\mathrm{mean\\_gumbel}\\left(a , b\\right) , \\mathrm{var\\_gumbel}\\left(a ,
b\\right) , \\mathrm{std\\_gumbel}\\left(a , b\\right) ,
\\mathrm{skewness\\_gumbel}\\left(a , b\\right) ,
\\mathrm{kurtosis\\_gumbel}\\left(a , b\\right) ,
\\mathrm{random\\_gumbel}\\left(a , b , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_binomial}\\left(x , n , p\\right) ,
\\mathrm{cdf\\_binomial}\\left(x , n , p\\right) ,
\\mathrm{quantile\\_binomial}\\left(q , n , p\\right) ,
\\mathrm{mean\\_binomial}\\left(n , p\\right) ,
\\mathrm{var\\_binomial}\\left(n , p\\right) , \\mathrm{std\\_binomial}\\left(n
, p\\right) , \\mathrm{skewness\\_binomial}\\left(n , p\\right) ,
\\mathrm{kurtosis\\_binomial}\\left(n , p\\right) ,
\\mathrm{random\\_binomial}\\left(n , p , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_poisson}\\left(x , m\\right) ,
\\mathrm{cdf\\_poisson}\\left(x , m\\right) ,
\\mathrm{quantile\\_poisson}\\left(q , m\\right) ,
\\mathrm{mean\\_poisson}\\left(m\\right) ,
\\mathrm{var\\_poisson}\\left(m\\right) ,
\\mathrm{std\\_poisson}\\left(m\\right) ,
\\mathrm{skewness\\_poisson}\\left(m\\right) ,
\\mathrm{kurtosis\\_poisson}\\left(m\\right) ,
\\mathrm{random\\_poisson}\\left(m , \\left[ \\mathrm{num} \\right] \\right) ,
\\mathrm{pdf\\_bernoulli}\\left(x , p\\right) ,
\\mathrm{cdf\\_bernoulli}\\left(x , p\\right) ,
\\mathrm{quantile\\_bernoulli}\\left(q , p\\right) ,
\\mathrm{mean\\_bernoulli}\\left(p\\right) ,
\\mathrm{var\\_bernoulli}\\left(p\\right) ,
\\mathrm{std\\_bernoulli}\\left(p\\right) ,
\\mathrm{skewness\\_bernoulli}\\left(p\\right) ,
\\mathrm{kurtosis\\_bernoulli}\\left(p\\right) ,
\\mathrm{random\\_bernoulli}\\left(p , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_geometric}\\left(x , p\\right) ,
\\mathrm{cdf\\_geometric}\\left(x , p\\right) ,
\\mathrm{quantile\\_geometric}\\left(q , p\\right) ,
\\mathrm{mean\\_geometric}\\left(p\\right) ,
\\mathrm{var\\_geometric}\\left(p\\right) ,
\\mathrm{std\\_geometric}\\left(p\\right) ,
\\mathrm{skewness\\_geometric}\\left(p\\right) ,
\\mathrm{kurtosis\\_geometric}\\left(p\\right) ,
\\mathrm{random\\_geometric}\\left(p , \\left[ \\mathrm{num} \\right] \\right)
, \\mathrm{pdf\\_discrete\\_uniform}\\left(x , n\\right) ,
\\mathrm{cdf\\_discrete\\_uniform}\\left(x , n\\right) ,
\\mathrm{quantile\\_discrete\\_uniform}\\left(q , n\\right) ,
\\mathrm{mean\\_discrete\\_uniform}\\left(n\\right) ,
\\mathrm{var\\_discrete\\_uniform}\\left(n\\right) ,
\\mathrm{std\\_discrete\\_uniform}\\left(n\\right) ,
\\mathrm{skewness\\_discrete\\_uniform}\\left(n\\right) ,
\\mathrm{kurtosis\\_discrete\\_uniform}\\left(n\\right) ,
\\mathrm{random\\_discrete\\_uniform}\\left(n , \\left[ \\mathrm{num} \\right]
\\right) , \\mathrm{pdf\\_hypergeometric}\\left(x , \\mathrm{n1} , \\mathrm{n2}
, n\\right) , \\mathrm{cdf\\_hypergeometric}\\left(x , \\mathrm{n1} ,
\\mathrm{n2} , n\\right) , \\mathrm{quantile\\_hypergeometric}\\left(q ,
\\mathrm{n1} , \\mathrm{n2} , n\\right) ,
\\mathrm{mean\\_hypergeometric}\\left(\\mathrm{n1} , \\mathrm{n2} , n\\right) ,
\\mathrm{var\\_hypergeometric}\\left(\\mathrm{n1} , \\mathrm{n2} , n\\right) ,
\\mathrm{std\\_hypergeometric}\\left(\\mathrm{n1} , \\mathrm{n2} , n\\right) ,
\\mathrm{skewness\\_hypergeometric}\\left(\\mathrm{n1} , \\mathrm{n2} ,
n\\right) , \\mathrm{kurtosis\\_hypergeometric}\\left(\\mathrm{n1} ,
\\mathrm{n2} , n\\right) , \\mathrm{random\\_hypergeometric}\\left(\\mathrm{n1}
, \\mathrm{n2} , n , \\left[ \\mathrm{num} \\right] \\right) ,
\\mathrm{pdf\\_negative\\_binomial}\\left(x , n , p\\right) ,
\\mathrm{cdf\\_negative\\_binomial}\\left(x , n , p\\right) ,
\\mathrm{quantile\\_negative\\_binomial}\\left(q , n , p\\right) ,
\\mathrm{mean\\_negative\\_binomial}\\left(n , p\\right) ,
\\mathrm{var\\_negative\\_binomial}\\left(n , p\\right) ,
\\mathrm{std\\_negative\\_binomial}\\left(n , p\\right) ,
\\mathrm{skewness\\_negative\\_binomial}\\left(n , p\\right) ,
\\mathrm{kurtosis\\_negative\\_binomial}\\left(n , p\\right) ,
\\mathrm{random\\_negative\\_binomial}\\left(n , p , \\left[ \\mathrm{num}
\\right] \\right) , \\mathrm{pdf\\_general\\_finite\\_discrete}\\left(x ,
v\\right) , \\mathrm{cdf\\_general\\_finite\\_discrete}\\left(x , v\\right) ,
\\mathrm{quantile\\_general\\_finite\\_discrete}\\left(q , v\\right) ,
\\mathrm{mean\\_general\\_finite\\_discrete}\\left(v\\right) ,
\\mathrm{var\\_general\\_finite\\_discrete}\\left(v\\right) ,
\\mathrm{std\\_general\\_finite\\_discrete}\\left(v\\right) ,
\\mathrm{skewness\\_general\\_finite\\_discrete}\\left(v\\right) ,
\\mathrm{kurtosis\\_general\\_finite\\_discrete}\\left(v\\right) ,
\\mathrm{random\\_general\\_finite\\_discrete}\\left(v , \\left[ \\mathrm{num}
\\right] \\right) , \\mathrm{vec}\\left(\\left[ v \\right] \\right) ,
\\mathrm{vabs}\\left(v\\right) , \\mathrm{vangle}\\left(v , w\\right) ,
\\mathrm{mateq}\\left(\\mathrm{eq}\\right) ,
\\mathrm{veceq}\\left(\\mathrm{eq}\\right) , \\mathrm{matvar}\\left(v ,
\\mathrm{rows} , \\mathrm{cols}\\right) , \\mathrm{vecvar}\\left(v ,
\\mathrm{rows}\\right) , \\mathrm{matsolve}\\left(\\mathrm{eq} ,
\\mathrm{vars}\\right) , \\mathrm{vecsolve}\\left(\\mathrm{eq} ,
\\mathrm{vars}\\right) , ~\\left(v , w\\right) ,
\\mathrm{cartesian}\\left(z\\right) , \\mathrm{matrix\\_add}\\left(n , i ,
j\\right) , \\mathrm{matrix\\_mul}\\left(n , i , r\\right) ,
\\mathrm{matrix\\_swap}\\left(n , i , j\\right) ,
\\mathrm{matrix\\_addmul}\\left(n , i , \\mathrm{ri} , j , \\mathrm{rj}\\right)
, \\mathrm{lcm}\\left(\\mathrm{p\\_1} , \\mathrm{p\\_2}\\right) ,
\\mathrm{rref}\\left(a\\right) \\right]"
setting result to a type 1 result
error content: "$DONE"
parsing functions
variable names:
"pdf_normal(x,m,s),cdf_normal(x,m,s),quantile_normal(q,m,s),mean_normal(m,s),\n
var_normal(m,s),std_normal(m,s),skewness_normal(m,s),kurtosis_normal(m,s),\n
random_normal(m,s,[num"
("pdf_normal(x,m,s", "cdf_normal(x,m,s", "quantile_normal(q,m,s",
"mean_normal(m,s", "\n var_normal(m,s", "std_normal(m,s",
"skewness_normal(m,s", "kurtosis_normal(m,s", "\n random_normal(m,s,[num")
string: ""
values: ()
has Values: false
("pdf_normal", "cdf_normal", "quantile_normal", "mean_normal", "\n var_normal",
"std_normal", "skewness_normal", "kurtosis_normal", "\n random_normal")
expression status changed: command = ":lisp($disp $functions)" , status = 2
################################## EXPRESSION END
###############################################
worksheet status changed: 1
converting to eps: "/usr/bin/dvips" -E -o
"/tmp/cantor_8f720fe5_d638_41cb_aea9_3736b1bf2331.eps"
"/tmp/cantor_8f720fe5_d638_41cb_aea9_3736b1bf2331.dvi"
remove temporary files for "/tmp/cantor_tex-WECmZN.tex"
rendered a result to "/tmp/cantor_8f720fe5_d638_41cb_aea9_3736b1bf2331.eps"
setting result to a type 7 result
update Entry
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