### Free Ginckers

#### Lissajous Curve (3, 2)

Template: Graphics/2d-parametric-chart

Discription: In mathematics, a Lissajous curve is a graph of a system of parametric equations that describe complex harmonic motion. The appearance of the curve is highly sensitive to the ratio of a/b .

#### (z^2+1)^2/(z^5+z)

Template: Graphics/complex-domain-coloring

Discription: Domain coloring is a technique for visualizing complex functions. It represents the phase with a color hue value and the magnitude by brightness or saturation.

#### (z^a-1)*(z-2-i)^b/(z^c+2+2*i)

Template: Graphics/complex-domain-coloring

Discription: Domain coloring is a technique for visualizing complex functions. It represents the phase with a color hue value and the magnitude by brightness or saturation.

#### 3D helicoid line

Template: Graphics/3d-line

Discription: This template creates a 3d helicoid line using a set of parametric equations.

#### 3D Line 2

Template: Graphics/3d-line

Discription: This templates creates a 3D parametric curve.

#### 3D Line 3

Template: Graphics/3d-line

Discription: This templates creates a 3D parametric curve.

#### a/(b+z^2)

Template: Graphics/complex-3d-chart

Discription: 3D chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Archemedean Spiral

Template: Graphics/2d-parametric-chart

Discription: The Archemedean spiral is a spiral named after Greek mathematician Archimedes. It is the locus of points corresponding to the locations over time of a point moving away from a fixed point with a constant speed along a line rotates with constant angular velocity.

#### asin(z)

Template: Graphics/complex-3d-chart

Discription: 3D chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### asinh(z)

Template: Graphics/complex-3d-chart

Discription: 3D chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### atan(z)

Template: Graphics/complex-3d-chart

Discription: 3D chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### atanh(z)

Template: Graphics/complex-3d-chart

Discription: 3D chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Bean

Template: Graphics/2d-parametric-chart

Discription: Bean shape created using 2D parametric equations.

#### Bouligand Cushion

Template: Graphics/3d-parametric-chart

Discription: This template creates a parametric Bouligand cushion surface with a set of parametric equations.

#### Bouligand Cushion

Template: Graphics/3d-parametric-shape

Discription: This template creates a parametric Bouligand cushion shape with a set of parametric equations.

#### Bullet Nose

Template: Graphics/3d-parametric-chart

Discription: This template creates a parametric bullet nose surface with a set of parametric equations.

#### Butterfly

Template: Graphics/2d-parametric-chart

Discription: Butterfly shape created using 2D parametric equations.

#### Circled Helicoid

Template: Graphics/3d-parametric-shape

Discription: The circled helicoid can be generated by the helical movement of a circle. This surface is created by extending a sphere along a diameter and then twisting.

#### Circled Helicoid Chart

Template: Graphics/3d-parametric-chart

Discription: The circled helicoid can be generated by the helical movement of a circle. This surface is created by extending a sphere along a diameter and then twisting.

#### Circles

Template: Graphics/2d-parametric-chart

Discription: Circles created using 2D parametric equations.

#### Circular

Template: Graphics/2d-parametric-chart

Discription: Circular shape created using 2D parametric equations.

#### Complex 28

Template: Graphics/complex-iterated-function

Discription: Complex 28 patterns created based on the domain coloring for a complex function. Various patterns can be created by specifying different colormaps.

#### Complex 29

Template: Graphics/complex-iterated-function

Discription: Complex 29 patterns created based on the domain coloring for a complex function. Various patterns can be created by specifying different colormaps.

#### Complex 30

Template: Graphics/complex-iterated-function

Discription: Complex 30 patterns created based on the domain coloring for a complex function. Various patterns can be created by specifying different colormaps.

#### Complex 31

Template: Graphics/complex-iterated-function

Discription: Complex 31 patterns created based on the domain coloring for a complex function. Various patterns can be created by specifying different colormaps.

#### Complex 32

Template: Graphics/complex-iterated-function

Discription: Complex 32 patterns created based on the domain coloring for a complex function. Various patterns can be created by specifying different colormaps.

#### Complex 33

Template: Graphics/complex-iterated-function

Discription: Complex 33 patterns created based on the domain coloring for a complex function. Various patterns can be created by specifying different colormaps.

#### Complex 34

Template: Graphics/complex-iterated-function

Discription: Complex 34 patterns created based on the domain coloring for a complex function. Various patterns can be created by specifying different colormaps.

#### Complex 35

Template: Graphics/complex-iterated-function

Discription: Complex 35 patterns created based on the domain coloring for a complex function. Various patterns can be created by specifying different colormaps.

#### Cosine-Sine Shape

Template: Graphics/3d-parametric-shape

Discription: This template creates a 3D surface with a set of parametric cosine-sine equations

#### Cosine-Sine Surface

Template: Graphics/3d-parametric-chart

Discription: This template creates a 3D surface with a set of parametric cosine-sine equations

#### Cross Gap

Template: Graphics/3d-parametric-shape

Discription: Cross-gap is a representation of the projective plane. It is like a shrinked torus where there is no middle hole and the side has been pinched together in such a way that the top cross to the bottom.

#### Cross-Gap Surface

Template: Graphics/3d-parametric-chart

Discription: Cross-gap is a representation of the projective plane. It is like a shrinked torus where there is no middle hole and the side has been pinched together in such a way that the top cross to the bottom.

#### Cycloids (1, 3)

Template: Graphics/2d-parametric-chart

Discription: Cycloid is the trace of a point on a circle rolling upon another circle without slipping. When a circle is rolling externally upon a fixed circle - in the same manner a coin rolls around another - we have epicycloid. When the rolling is internal, we have hypocycloid.

#### Cycloids (1, -6)

Template: Graphics/2d-parametric-chart

Discription: Cycloid is the trace of a point on a circle rolling upon another circle without slipping. When a circle is rolling externally upon a fixed circle - in the same manner a coin rolls around another - we have epicycloid. When the rolling is internal, we have hypocycloid.

#### Cycloids (2, -7)

Template: Graphics/2d-parametric-chart

Discription: Cycloid is the trace of a point on a circle rolling upon another circle without slipping. When a circle is rolling externally upon a fixed circle - in the same manner a coin rolls around another - we have epicycloid. When the rolling is internal, we have hypocycloid.

#### Cycloids (3, -7)

Template: Graphics/2d-parametric-chart

Discription: Cycloid is the trace of a point on a circle rolling upon another circle without slipping. When a circle is rolling externally upon a fixed circle - in the same manner a coin rolls around another - we have epicycloid. When the rolling is internal, we have hypocycloid.

#### Cycloids (5, 1)

Template: Graphics/2d-parametric-chart

Discription: Cycloid is the trace of a point on a circle rolling upon another circle without slipping. When a circle is rolling externally upon a fixed circle - in the same manner a coin rolls around another - we have epicycloid. When the rolling is internal, we have hypocycloid.

#### Cycloids (6, 5)

Template: Graphics/2d-parametric-chart

Discription: Cycloid is the trace of a point on a circle rolling upon another circle without slipping. When a circle is rolling externally upon a fixed circle - in the same manner a coin rolls around another - we have epicycloid. When the rolling is internal, we have hypocycloid.

#### Cycloids (8, -21)

Template: Graphics/2d-parametric-chart

Discription: Cycloid is the trace of a point on a circle rolling upon another circle without slipping. When a circle is rolling externally upon a fixed circle - in the same manner a coin rolls around another - we have epicycloid. When the rolling is internal, we have hypocycloid.

#### Dini Shape

Template: Graphics/3d-parametric-shape

Discription: Dini shape is a surface with constant negative curvature that can be created by twisting a pseudosphere. It is named after Ulisse Dini.

#### Dini Surface

Template: Graphics/3d-parametric-chart

Discription: Dini surface is a surface with constant negative curvature that can be created by twisting a pseudosphere. It is named after Ulisse Dini.

#### Domain Coloring: a/(b+z^2)

Template: Graphics/complex-domain-coloring

Discription: Domain coloring is a technique for visualizing complex functions. It represents the phase with a color hue value and the magnitude by brightness or saturation.

#### Domain Coloring: asin(z)

Template: Graphics/complex-domain-coloring

Discription: Domain coloring is a technique for visualizing complex functions. It represents the phase with a color hue value and the magnitude by brightness or saturation.

#### Domain Coloring: asinh(z)

Template: Graphics/complex-domain-coloring

Discription: Domain coloring is a technique for visualizing complex functions. It represents the phase with a color hue value and the magnitude by brightness or saturation.

#### Domain Coloring: atan(z)

Template: Graphics/complex-domain-coloring

Discription: Domain coloring is a technique for visualizing complex functions. It represents the phase with a color hue value and the magnitude by brightness or saturation.

#### Domain Coloring: atanh(z)

Template: Graphics/complex-domain-coloring

Discription: Domain coloring is a technique for visualizing complex functions. It represents the phase with a color hue value and the magnitude by brightness or saturation.

#### Domain Coloring: exp(z)

Template: Graphics/complex-domain-coloring

Discription: Domain coloring is a technique for visualizing complex functions. It represents the phase with a color hue value and the magnitude by brightness or saturation.

#### Domain Coloring: log(z)

Template: Graphics/complex-domain-coloring

Discription: Domain coloring is a technique for visualizing complex functions. It represents the phase with a color hue value and the magnitude by brightness or saturation.

#### Domain Coloring: sin(z)

Template: Graphics/complex-domain-coloring

Discription: Domain coloring is a technique for visualizing complex functions. It represents the phase with a color hue value and the magnitude by brightness or saturation.

#### Domain Coloring: sinh(z)

Template: Graphics/complex-domain-coloring

Discription: Domain coloring is a technique for visualizing complex functions. It represents the phase with a color hue value and the magnitude by brightness or saturation.

#### Domain Coloring: sqrt(z)

Template: Graphics/complex-domain-coloring

Discription: Domain coloring is a technique for visualizing complex functions. It represents the phase with a color hue value and the magnitude by brightness or saturation.

#### Domain Coloring: tan(z)

Template: Graphics/complex-domain-coloring

Discription: Domain coloring is a technique for visualizing complex functions. It represents the phase with a color hue value and the magnitude by brightness or saturation.

#### Domain Coloring: tanh(z)

Template: Graphics/complex-domain-coloring

Discription: Domain coloring is a technique for visualizing complex functions. It represents the phase with a color hue value and the magnitude by brightness or saturation.

#### Domain Coloring: x^2+i*y^2

Template: Graphics/complex-domain-coloring

Discription: Domain coloring is a technique for visualizing complex functions. It represents the phase with a color hue value and the magnitude by brightness or saturation.

#### Domain Coloring: z/(z^2+a*z+4)

Template: Graphics/complex-domain-coloring

Discription: Domain coloring is a technique for visualizing complex functions. It represents the phase with a color hue value and the magnitude by brightness or saturation.

#### Drop Shape

Template: Graphics/3d-parametric-shape

Discription: This template creates a drop shape with a set of parametric equations.

#### Drop Surface

Template: Graphics/3d-parametric-chart

Discription: This template creates a drop surface with a set of parametric equations.

#### Elliptic Cone

Template: Graphics/3d-parametric-shape

Discription: An elliptic cone is a type of quadric surfaces. A quadric surface is a generalization of conic sections (ellipses, parabolas, and hyperbolas).

#### Elliptic Cone Chart

Template: Graphics/3d-parametric-chart

Discription: An elliptic cone is a type of quadric surfaces. A quadric surface is a generalization of conic sections (ellipses, parabolas, and hyperbolas).

#### Elliptic Cyclide

Template: Graphics/3d-parametric-shape

Discription: Elliptic cyclide is a type of Dupin cyclides. Dupin cyclide is any geometric inversion of a standard torus, cylinder, or double cone. Dupin cyclides are natural objects in Lie sphere geometry.

#### Elliptic Cyclide Chart

Template: Graphics/3d-parametric-chart

Discription: Elliptic cyclide is a type of Dupin cyclides. Dupin cyclide is any geometric inversion of a standard torus, cylinder, or double cone. Dupin cyclides are natural objects in Lie sphere geometry.

#### exp(z)

Template: Graphics/complex-3d-chart

Discription: 3D chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Extruded Bean Shape

Template: Graphics/3d-extruded-shape

Discription: 3D extruded beans shape created from a path shape using a set of parametric equations.

#### Extruded Circle

Template: Graphics/3d-extruded-shape

Discription: 3D extruded circle created from a path shape using a set of parametric equations.

#### Extruded Cyclide

Template: Graphics/3d-extruded-shape

Discription: Extruded cyclide created from a path shape using a set of parametric equations. You can create a variety of cyclides by specifying different sets of parameters.

#### Extruded Flower

Template: Graphics/3d-extruded-shape

Discription: Extruded flower shape created from a path shape using a set of parametric equations.

#### Extruded Heart

Template: Graphics/3d-extruded-shape

Discription: Extruded heart shape created from a path shape using a set of parametric equations.

#### Flower

Template: Graphics/2d-parametric-chart

Discription: Flower shape created using 2D parametric equations.

#### From Vector Potential: Two Current Wires

Template: Graphics/vector-chart-from-vector-potential

Discription: Vector chart of the magnetic field distribution created using the vector potential for a pair of long parallel current wires.

#### From Vector Potential: Current Wire

Template: Graphics/vector-chart-from-vector-potential

Discription: Vector chart of the magnetic field distribution created using the vector potential for a current wire.

#### Globoid Shape

Template: Graphics/3d-parametric-shape

Discription: The Globoid surface can be generated by rotation of an arc of the circle about the z-axis lying at the plane of the arc.

#### Globoid Surface

Template: Graphics/3d-parametric-chart

Discription: The Globoid surface can be generated by rotation of an arc of the circle about the z-axis lying at the plane of the arc.

#### Heatmap: a/(b+z^2)

Template: Graphics/complex-heatmap

Discription: Heatmap chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Heatmap: asin(z)

Template: Graphics/complex-heatmap

Discription: Heatmap chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Heatmap: asinh(z)

Template: Graphics/complex-heatmap

Discription: Heatmap chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Heatmap: atan(z)

Template: Graphics/complex-heatmap

Discription: Heatmap chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Heatmap: atanh(z)

Template: Graphics/complex-heatmap

Discription: Heatmap chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Heatmap: exp(z)

Template: Graphics/complex-heatmap

Discription: Heatmap chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Heatmap: log(z)

Template: Graphics/complex-heatmap

Discription: Heatmap chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Heatmap: sin(z)

Template: Graphics/complex-heatmap

Discription: Heatmap chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Heatmap: sinh(z)

Template: Graphics/complex-heatmap

Discription: Heatmap chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Heatmap: sqrt(z)

Template: Graphics/complex-heatmap

Discription: Heatmap chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Heatmap: tan(z)

Template: Graphics/complex-heatmap

Discription: Heatmap chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Heatmap: tanh(z)

Template: Graphics/complex-heatmap

Discription: Heatmap chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Heatmap: z/(z^2+a*z+4)

Template: Graphics/complex-heatmap

Discription: Heatmap chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Helicoid

Template: Graphics/3d-parametric-shape

Discription: A helicoid is a trace of a line. For any point on the surface, there is a line on the surface passing through it. Helicoids are shaped like screws and can be described be a set of parametric equations.

#### Helicoid Chart

Template: Graphics/3d-parametric-chart

Discription: A helicoid is a trace of a line. For any point on the surface, there is a line on the surface passing through it. Helicoids are shaped like screws and can be described be a set of parametric equations.

#### Hyperboloid

Template: Graphics/3d-parametric-chart

Discription: In geometry, a hyperboloid is a type of quadric surfaces. A quadric surface is a generalization of conic sections (ellipses, parabolas, and hyperbolas).

#### Klein Bottle

Template: Graphics/3d-parametric-shape

Discription: A Klein bottle is an example of a non-orientable surface. It is a 2D manifold against which a system for determining a normal vector cannot be consistently defined. It is a one-side surface that, if traveled upon, could be followed back to the point of origin while flipping the traveler upside down.

#### Klein Bottle Chart

Template: Graphics/3d-parametric-chart

Discription: A Klein bottle is an example of a non-orientable surface. It is a 2D manifold against which a system for determining a normal vector cannot be consistently defined. It is a one-side surface that, if traveled upon, could be followed back to the point of origin while flipping the traveler upside down.

#### Lattice(16, 19)

Template: Graphics/2d-parametric-chart

Discription: Lattice shape created using 2D parametric equations.

#### Lattice(2, 3)

Template: Graphics/2d-parametric-chart

Discription: Lattice shape created using 2D parametric equations.

#### Lattice(4, 7)

Template: Graphics/2d-parametric-chart

Discription: Lattice shape created using 2D parametric equations.

#### Lissajous Curve (5, 4)

Template: Graphics/2d-parametric-chart

Discription: In mathematics, a Lissajous curve is a graph of a system of parametric equations that describe complex harmonic motion. The appearance of the curve is highly sensitive to the ratio of a/b .

#### log(z)

Template: Graphics/complex-3d-chart

Discription: 3D chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Moebius Surface

Template: Graphics/3d-parametric-chart

Discription: The Moebius strip is a surface with only one side. It has the mathematical property of being unorientable. It can be realized as a ruled surface. It has Euler characteristic of 0.

Template: Graphics/3d-parametric-chart

Discription: The monkey saddle surface belongs to the class of saddle surfaces and its name derives from the observation that a saddle for a monkey requires three depressions: two for the legs, and one for the tail.

#### Peaks

Template: Graphics/3d-parametric-shape

Discription: This template creates a simple 3D shape for a mathematical peaks function with two parametric variables u and v.

#### Polar Chart: cos(a*t)^3 + sin(b*t)^2

Template: Graphics/polar-chart

Discription: A polar chart is a circular plot on which data points are displayed using the angle (t), and the distance (r) from the center point.

#### Polar Chart: Log(Cosine), Log(Sine)

Template: Graphics/polar-chart

Discription: A polar chart is a circular plot on which data points are displayed using the angle (t), and the distance (r) from the center point.

#### Polar Chart: Sine 10

Template: Graphics/polar-chart

Discription: A polar chart is a circular plot on which data points are displayed using the angle (t), and the distance (r) from the center point.

#### Polar Chart: Sine40-39

Template: Graphics/polar-chart

Discription: A polar chart is a circular plot on which data points are displayed using the angle (t), and the distance (r) from the center point.

#### Polar Chart: SIne50-49

Template: Graphics/polar-chart

Discription: A polar chart is a circular plot on which data points are displayed using the angle (t), and the distance (r) from the center point.

#### Polar Rose

Template: Graphics/polar-chart

Discription: In mathematics, a rose or rhodonea curve is a sinusoid plotted in polar coordinates. These curves can be expressed by a polar equation of the form r = cos(a*t/b). You can create various rose curves by changing parameters a and b.

#### Revolution: Bullet

Template: Graphics/3d-shape-of-revolution

Discription: Bullet shape created by rotating a plan curve described using a set of parametric equations around a rotation axis that lies on the same plan.

#### Revolution: cone

Template: Graphics/3d-shape-of-revolution

Discription: Cone shape created by rotating a plan curve described using a set of parametric equations around a rotation axis that lies on the same plan.

#### Revolution: Conical Frustrum

Template: Graphics/3d-shape-of-revolution

Discription: Conical frustrum shape created by rotating a plan curve described using a set of parametric equations around a rotation axis that lies on the same plan.

#### Revolution: Cosine

Template: Graphics/3d-shape-of-revolution

Discription: Cosine shape created by rotating a plan curve described using a set of parametric equations around a rotation axis that lies on the same plan.

#### Revolution: Cosine 2

Template: Graphics/3d-shape-of-revolution

Discription: Another cosine shape created by rotating a plan curve described using a set of parametric equations around a rotation axis that lies on the same plan.

#### Revolution: Cylinder

Template: Graphics/3d-shape-of-revolution

Discription: Cylinder shape created by rotating a plan curve described using a set of parametric equations around a rotation axis that lies on the same plan.

#### Revolution: Egg

Template: Graphics/3d-shape-of-revolution

Discription: Egg shape created by rotating a plan curve described using a set of parametric equations around a rotation axis that lies on the same plan.

#### Revolution: Eight Figure

Template: Graphics/3d-shape-of-revolution

Discription: Eight figure created by rotating a plan curve described using a set of parametric equations around a rotation axis that lies on the same plan.

#### Revolution: Hyperbolic

Template: Graphics/3d-shape-of-revolution

Discription: Hyperbolic shape created by rotating a plan curve described using a set of parametric equations around a rotation axis that lies on the same plan. Various shapes can be created by changing parameters.

#### Revolution: Parabola

Template: Graphics/3d-shape-of-revolution

Discription: Biquadrate parabola created by rotating a plan curve described using a set of parametric equations around a rotation axis that lies on the same plan.

#### Revolution: Parabolic Humming-Top

Template: Graphics/3d-shape-of-revolution

Discription: Parabolic Humming-top created by rotating a plan curve described using a set of parametric equations around a rotation axis that lies on the same plan. Various shapes can be created by changing parameters.

#### Revolution: Parabolic Log

Template: Graphics/3d-shape-of-revolution

Discription: Parabolic log created by rotating a plan curve described using a set of parametric equations around a rotation axis that lies on the same plan. Various shapes can be created by changing parameters.

#### Revolution: Pear

Template: Graphics/3d-shape-of-revolution

Discription: Pear created by rotating a plan curve described using a set of parametric equations around a rotation axis that lies on the same plan. Various shapes can be created by changing parameters.

#### Revolution: Sine Square

Template: Graphics/3d-shape-of-revolution

Discription: Sine square shape created by rotating a plan curve described using a set of parametric equations around a rotation axis that lies on the same plan. Various shapes can be created by changing parameters.

#### Revolution: Sphere

Template: Graphics/3d-shape-of-revolution

Discription: Sphere created by rotating a plan curve described using a set of parametric equations around a rotation axis that lies on the same plan. Various shapes can be created by changing parameters.

#### Revolution: Torus

Template: Graphics/3d-shape-of-revolution

Discription: Torus created by rotating a plan curve described using a set of parametric equations around a rotation axis that lies on the same plan. Various shapes can be created by changing parameters.

#### Simple Chart: Peaks

Template: Graphics/3d-simple-chart

Discription: This template creates a simple 3D chart for a mathematical peaks function with two variables or an x-y-z data set.

#### Simple Chart: Sinc

Template: Graphics/3d-simple-chart

Discription: This template creates a simple 3D chart for a mathematical sinc function with two variables or an x-y-z data set.

#### Simple Chart: SincXY

Template: Graphics/3d-simple-chart

Discription: This template creates a simple 3D chart for a mathematical sincXY function with two variables or an x-y-z data set.

#### Simple Chart: Sine & Exp

Template: Graphics/3d-simple-chart

Discription: This template creates a simple 3D sine and exponential chart for a mathematical function with two variables or an x-y-z data set.

#### sin(z)

Template: Graphics/complex-3d-chart

Discription: 3D chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Sinc

Template: Graphics/3d-parametric-shape

Discription: This template creates a simple 3D shape for a mathematical sinc function with two variables u and v.

#### SincXY

Template: Graphics/3d-parametric-shape

Discription: This template creates a simple 3D shape for a mathematical sincXY function with two parametric variables u and v.

#### sinh(z)

Template: Graphics/complex-3d-chart

Discription: 3D chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Soucoupoid Shape

Template: Graphics/3d-parametric-shape

Discription: This template creates a parametric soucoupoid surface with a set of parametric equations.

#### Soucoupoid Surface

Template: Graphics/3d-parametric-chart

Discription: This template creates a parametric soucoupoid surface with a set of parametric equations.

#### Sphere

Template: Graphics/3d-parametric-shape

Discription: This template creates a parametric sphere surface with a set of parametric equations.

#### Sphere Chart

Template: Graphics/3d-parametric-chart

Discription: This template creates a parametric sphere surface with a set of parametric equations.

#### sqrt(z)

Template: Graphics/complex-3d-chart

Discription: 3D chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### tan(z)

Template: Graphics/complex-3d-chart

Discription: 3D chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### tanh(z)

Template: Graphics/complex-3d-chart

Discription: 3D chart for magnitude, real part, imaginary part, or phase of a specified complex-variable function over a complex plan.

#### Torus

Template: Graphics/3d-parametric-shape

Discription: A torus is a surface of revolution generated by revolving a circle in 3D space about an axis coplanar with the circle. If the axis of revolution does not touch the circle, the surface has a ring shape and is called a torus.

#### Torus Chart

Template: Graphics/3d-parametric-chart

Discription: A torus is a surface of revolution generated by revolving a circle in 3D space about an axis coplanar with the circle. If the axis of revolution does not touch the circle, the surface has a ring shape and is called a torus.

#### Trading Strategy: MA2 + NATR

Template: Finance/stock-backtest-crossover

Discription: The template uses MA2-NATR crossover strategy that combines the MA2 crossover with the average true range indicator. The MA crossover indicates the strength and direction of the market trend, while true-range indicator is used to identify whether the market is in the trending region or not.

#### Trading Strategy: Mean-reversion MA zscore

Template: Financestock-backtest-zscore

Discription: This template allows you to backtest the MA-Zscore strategy. This strategy uses the Bollinger band-like model based on the moving average.

Template: Finance/stock-backtest-zscore

Discription: This strategy is based on CCI indicator. CCI measures the current price level relative to an average price level over a given period of time. It can be used to identify overbought and oversold levels. .

#### Tube: Cone

Template: Graphics/3d-tube-shape

Discription: This template creates a 3D cone tube that extrudes along a 3D curve based on a set of parametric equations x(t), y(t), and z(t).

#### Tube: Figure Eight Knot

Template: Graphics/3d-tube-shape

Discription: This template creates a 3D figure eight knot tube that extrudes along a 3D curve based on a set of parametric equations x(t), y(t), and z(t).

#### Tube: Figure Eight knot 2

Template: Graphics/3d-tube-shape

Discription: This template creates another figure eight knot tube that extrudes along a 3D curve based on a set of parametric equations x(t), y(t), and z(t).

#### Tube: Figure Eight knot 3

Template: Graphics/3d-tube-shape

Discription: This template creates yet another figure eight knot tube that extrudes along a 3D curve based on a set of parametric equations x(t), y(t), and z(t).

#### Tube: Heart

Template: Graphics/3d-tube-shape

Discription: This template creates a heart tube that extrudes along a 3D curve based on a set of parametric equations x(t), y(t), and z(t).

#### Tube: Helix

Template: Graphics/3d-tube-shape

Discription: This template creates a helix tube that extrudes along a 3D curve based on a set of parametric equations x(t), y(t), and z(t).

#### Tube: Polynomial Knot (3,1)

Template: Graphics/3d-tube-shape

Discription: This template creates a polynomial (3,1) knot tube that extrudes along a 3D curve based on a set of parametric equations x(t), y(t), and z(t).

#### Tube: Polynomial Knot (4,1)

Template: Graphics/3d-tube-shape

Discription: This template creates a polynomial (4,1) knot tube that extrudes along a 3D curve based on a set of parametric equations x(t), y(t), and z(t).

Template: Graphics/3d-tube-shape

Discription: This template creates a slinky tube that extrudes along a 3D curve based on a set of parametric equations x(t), y(t), and z(t).

#### Tube: Sphere

Template: Graphics/3d-tube-shape

Discription: This template creates a sphere tube that extrudes along a 3D curve based on a set of parametric equations x(t), y(t), and z(t).

#### Tube: Torus

Template: Graphics/3d-tube-shape

Discription: This template creates a torus tube that extrudes along a 3D curve based on a set of parametric equations x(t), y(t), and z(t).

#### Vector Chart from Field: A Wire Current

Template: Graphics/vector-chart-from-field

Discription: Vector chart created using the field components for a wire current (magnetic field distribution).

#### Vector Chart from Field: Cosine, Sine

Template: Graphics/vector-chart-from-field

Discription: Vector chart created using the field components for a cosine-sine field.

#### Vector Chart from Field: Electric Dipole

Template: Graphics/vector-chart-from-field

Discription: Vector chart created using the field components for an electric dipole field.

#### Vector Chart from Field: Point Charge

Template: Graphics/vector-chart-from-field

Discription: Vector chart created using the field components for a point charge.

#### Vector Chart from Field: Wind Model

Template: Graphics/vector-chart-from-field

Discription: Vector chart created using the field components for a wind model.

#### Vector Chart from Field: X-Y Field

Template: Graphics/vector-chart-from-field

Discription: Vector chart created using the field components for an X-Y field.

#### Vector Chart from Potential: a*y*sin(x) + b*x*y^2

Template: Graphics/vector-chart-from-potential

Discription: Vector chart created using potential for a potential function of a*y*sin(x) + b*x*y^2.

#### Vector Chart from Potential: Charge Rod

Template: Graphics/vector-chart-from-potential

Discription: Vector chart created from potential for a charge rod.

#### Vector Chart from Potential: Electric Dipole

Template: Graphics/vector-chart-from-potential

Discription: Vector chart created using potential for an electric dipole.

#### Vector Chart from Potential: Octupole

Template: Graphics/vector-chart-from-potential

Discription: Vector chart created using the potential for an electric octupole.

#### Vector Chart from Potential: Point Charge

Template: Graphics/vector-chart-from-potential

Discription: Vector chart created using potential for a point charge.

#### Vector Chart from Potential: Quadrupole

Template: Graphics/vector-chart-from-potential

Discription: Vector chart created using the potential for an electric quadrupole.

#### Whiteney Umbrella

Template: Graphics/3d-parametric-chart

Discription: A Whitney umbrella is a self-intersecting surface placed in 3D space. It is the union of all straight lines that pass through points of a fixed parabola and are perpendicular to a fixed straight line, parallel to the axis of the parabola and lying on its perpendicular bisecting plane.