version 1.1, 2003/06/10 15:28:42
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version 1.2, 2003/06/27 14:20:01
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Line 34 sinh(x), cosh(x), tanh(x) &\&sinh(\$x),
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Line 34 sinh(x), cosh(x), tanh(x) &\&sinh(\$x),
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asinh(x), acosh(x), atanh(x) &\&asinh(\$x), \&acosh(\$x), \&atanh(\$x) &Inverse hyperbolic functions. \$x can be a pure number & \\ |
asinh(x), acosh(x), atanh(x) &\&asinh(\$x), \&acosh(\$x), \&atanh(\$x) &Inverse hyperbolic functions. \$x can be a pure number & \\ |
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/DIS(\$x,''nn'') &\&format(\$x,''nn'') &Display or format \$x as nn where nn is nF or nE and n is an integer. Also supports the first character being a \$, it thjen will format the result with a call to \&dollarformat() described below. & The difference is obvious. \\ |
/DIS(\$x,''nn'') &\&format(\$x,'nn') &Display or format \$x as nn where nn is nF or nE and n is an integer. Also supports the first character being a \$, it thjen will format the result with a call to \&dollarformat() described below. & The difference is obvious. \\ |
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Not in CAPA &\&prettyprint(\$x,''nn'') &Display or format \$x as nn where nn is nF or nE and n is an integer. Also supports the first character being a \$, it then will format the result with a a call to \&dollarformat() described below. In E mode it will attempt to generate a pretty x10\^{}3 rather than a E3 following the number & \\ |
Not in CAPA &\&prettyprint(\$x,'nn') &Display or format \$x as nn where nn is nF or nE and n is an integer. Also supports the first character being a \$, it then will format the result with a a call to \&dollarformat() described below. In E mode it will attempt to generate a pretty x10\^{}3 rather than a E3 following the number & \\ |
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Not in CAPA &\&dollarformat(\$x &Reformats \$x to have a \$ (or $\backslash$\$ if in tex mode) and to have , grouping thousands. & \\ |
Not in CAPA &\&dollarformat(\$x) &Reformats \$x to have a \$ (or $\backslash$\$ if in tex mode) and to have , grouping thousands. & \\ |
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roundto(x,n) &\&roundto(\$x,\$n) &Rounds a real number to n decimal points. \$x and \$n can be pure numbers & \\ |
roundto(x,n) &\&roundto(\$x,\$n) &Rounds a real number to n decimal points. \$x and \$n can be pure numbers & \\ |
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