Topics: c-Multiplication. Please see topics c-Multiplication.

It is assumed that terms like mabrot, nova, zcLogisticMap, disc, zcSand are known from this website.

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nova

s=1.0
nova

s=1.0
nova

s=1.0
nova

s=1.0
blueDouble

s=0.0
blueDouble

s=0.0
\(\mathbf{\bf\: c*nova(z)}\)
\(\mathbf{\bf\: c*nova(z)+c}\)
\(\mathbf{\bf\: tan(c)*nova(z)}\)
\(\mathbf{\bf\: tan(c)*nova(z)+c}\)
\(\mathbf{\bf\: c*blueDouble(z)+4.1}\)
\(\mathbf{\bf\: gamma(c)*blueDouble(z)+4.0}\)
bigFoot

s=0.0
disc

s=0.249962
moon

s=1.0
moon

s=1.0
stone

s=1.0
stone

s=1.0
\(\mathbf{\bf\: c*bigFoot(z)+2.0}\)
\(\mathbf{\bf\: c*disc(z)+1.0}\)
\(\mathbf{\bf\: c*moon(z)}\)
\(\mathbf{\bf\: tanh(c)*moon(z)}\)
\(\mathbf{\bf\: c*stone(z)+2.0}\)
\(\mathbf{\bf\: sech(c)*stone(z)+1.0}\)
novaTri

s=0.8
novaTri

s=0.8
xNova

s=1.0
xNova

s=1.0
zTanz

s=0.0
cosh

s=0.0
\(\mathbf{\bf\: c*novaTri(z)+5.0}\)
\(\mathbf{\bf\: tanh(c)*novaTri(z)+1.2}\)
\(\mathbf{\bf\: c*xNova(z)}\)
\(\mathbf{\bf\: (1/c)*log(c)*xNova(z)}\)
\(\mathbf{\bf\: c*z*tan(z) + 1.0}\)
\(\mathbf{\bf\: c*cosh(z)}\)