[ "hello world" H{ } html-format ] string-out
] unit-test
-[ "<span style='font-family: Monospaced; '>car</span>" ]
+[ "<span style='font-family: monospace; '>car</span>" ]
[
[
"car"
HELP: ^ "( x y -- z )"
{ $values { "x" "a complex number" } { "y" "a complex number" } { "z" "a complex number" } }
-{ $description "Raises " { $snippet "x" } " to the power of " { $snippet "y" } ". If \texttt{y}" { $snippet "y" } " is an integer the answer is computed exactly, otherwise a floating point approximation is used." }
+{ $description "Raises " { $snippet "x" } " to the power of " { $snippet "y" } ". If " { $snippet "y" } " is an integer the answer is computed exactly, otherwise a floating point approximation is used." }
{ $errors "Throws an error if " { $snippet "x" } " and " { $snippet "y" } " are both integer 0." } ;
HELP: each-bit "( n quot -- )"
$values-x/y
{ $description "Hyperbolic cotangent." } ;
-HELP: cosh "( x -- y )"
+HELP: cos "( x -- y )"
$values-x/y
{ $description "Trigonometric cosine." } ;
-HELP: sech "( x -- y )"
+HELP: sec "( x -- y )"
$values-x/y
{ $description "Trigonometric secant." } ;
-HELP: sinh "( x -- y )"
+HELP: sin "( x -- y )"
$values-x/y
{ $description "Trigonometric sine." } ;
-HELP: sinh "( x -- y )"
+HELP: sin "( x -- y )"
$values-x/y
{ $description "Trigonometric sine." } ;
-HELP: cosech "( x -- y )"
+HELP: cosec "( x -- y )"
$values-x/y
{ $description "Trigonometric cosecant." } ;
-HELP: tanh "( x -- y )"
+HELP: tan "( x -- y )"
$values-x/y
{ $description "Trigonometric tangent." } ;
-HELP: coth "( x -- y )"
+HELP: cot "( x -- y )"
$values-x/y
{ $description "Trigonometric cotangent." } ;