ZunZunNG - User-Selectable Polyfunctional Fitting Interface

Introduction

Please select an option from the pull-down menu above.

Text data editor

Cut-and-paste text or edit data here

Convert commas to spaces (1,2,0,3 yields 1 2 0 3)

Use comma as decimal separator (1,203 = 1.203)

Remove commas from text (1,2,0,3 yields 1203)

Standard Unweighted Fitting: no weights required

Weighted Fitting: each data point requires a weight

This data is provided as an example, cut and paste as needed to model your data. All lines of text that do not begin with a number are ignored. Weighted fitting requires an additional number to be used as a weight when fitting. The site does not calculate any weights, which are used as: error = weight * (predicted - actual) You must provide any weights you wish to use. X Y Z 3.017 2.175 0.320 2.822 2.624 0.629 2.632 2.839 0.950 2.287 3.030 1.574 2.207 3.057 1.725 2.048 3.098 2.035 1.963 3.115 2.204 1.784 3.144 2.570 1.712 3.153 2.721 2.972 2.106 0.313 2.719 2.542 0.643 2.495 2.721 0.956 2.070 2.878 1.597 1.969 2.899 1.758 1.768 2.929 2.088 1.677 2.939 2.240 1.479 2.957 2.583 1.387 2.963 2.744 2.843 1.984 0.315 2.485 2.320 0.639 2.163 2.444 0.954 1.687 2.525 1.459 1.408 2.547 1.775 1.279 2.554 1.927 1.016 2.564 2.243 0.742 2.568 2.581 0.607 2.571 2.753

Fitting Target

Here you can select the desired fitting target.

Data labels for graphs

Here you can enter the X, Y and Z data labels to be printed on the report graphs.

Label for first independent data (X)

Label for second independent data (Y)

Label for dependent data (Z)

Graph scaling and lin/log control

Here you can choose the scaling of the data plots and the 3D scatterplots. Log plots require data values greater than zero.

Graph and Animation size

Here you can choose the size of the graphs. Smaller size files load quickly, with less resolution while large files show more resolution but load more slowly.

Graph Size

Animation Size

Scientific Notation

Here you can control scientific notation on the data plots and the contour plots.

X Scientific Notation

On

Off

Auto

Y Scientific Notation

On

Off

Auto

Z Scientific Notation

On

Off

Auto

Matrix of Functions

Here you can combine functions to create an equation.

Equation:

z = user-selectable function

Matrix of Functions

Functions of Y

Functions of X

Offset

y^0.5

y

y^1.5

y²

y^-0.5

y^-1

y^-2

ln(y)

ln(y)²

ln(y)^-1

ln(y)^-2

exp(y)

exp(-y)

sin(y)

cos(y)

tan(y)

x^0.5

x^0.5y^0.5

x^0.5y

x^0.5y^1.5

x^0.5y²

x^0.5y^-0.5

x^0.5y^-1

x^0.5y^-2

x^0.5ln(y)

x^0.5ln(y)²

x^0.5ln(y)^-1

x^0.5ln(y)^-2

x^0.5exp(y)

x^0.5exp(-y)

x^0.5sin(y)

x^0.5cos(y)

x^0.5tan(y)

x

xy^0.5

xy

xy^1.5

xy²

xy^-0.5

xy^-1

xy^-2

xln(y)

xln(y)²

xln(y)^-1

xln(y)^-2

xexp(y)

xexp(-y)

xsin(y)

xcos(y)

xtan(y)

x^1.5

x^1.5y^0.5

x^1.5y

x^1.5y^1.5

x^1.5y²

x^1.5y^-0.5

x^1.5y^-1

x^1.5y^-2

x^1.5ln(y)

x^1.5ln(y)²

x^1.5ln(y)^-1

x^1.5ln(y)^-2

x^1.5exp(y)

x^1.5exp(-y)

x^1.5sin(y)

x^1.5cos(y)

x^1.5tan(y)

x²

x²y^0.5

x²y

x²y^1.5

x²y²

x²y^-0.5

x²y^-1

x²y^-2

x²ln(y)

x²ln(y)²

x²ln(y)^-1

x²ln(y)^-2

x²exp(y)

x²exp(-y)

x²sin(y)

x²cos(y)

x²tan(y)

x^-0.5

x^-0.5y^0.5

x^-0.5y

x^-0.5y^1.5

x^-0.5y²

x^-0.5y^-0.5

x^-0.5y^-1

x^-0.5y^-2

x^-0.5ln(y)

x^-0.5ln(y)²

x^-0.5ln(y)^-1

x^-0.5ln(y)^-2

x^-0.5exp(y)

x^-0.5exp(-y)

x^-0.5sin(y)

x^-0.5cos(y)

x^-0.5tan(y)

x^-1

x^-1y^0.5

x^-1y

x^-1y^1.5

x^-1y²

x^-1y^-0.5

x^-1y^-1

x^-1y^-2

x^-1ln(y)

x^-1ln(y)²

x^-1ln(y)^-1

x^-1ln(y)^-2

x^-1exp(y)

x^-1exp(-y)

x^-1sin(y)

x^-1cos(y)

x^-1tan(y)

x^-2

x^-2y^0.5

x^-2y

x^-2y^1.5

x^-2y²

x^-2y^-0.5

x^-2y^-1

x^-2y^-2

x^-2ln(y)

x^-2ln(y)²

x^-2ln(y)^-1

x^-2ln(y)^-2

x^-2exp(y)

x^-2exp(-y)

x^-2sin(y)

x^-2cos(y)

x^-2tan(y)

ln(x)

ln(x)y^0.5

ln(x)y

ln(x)y^1.5

ln(x)y²

ln(x)y^-0.5

ln(x)y^-1

ln(x)y^-2

ln(x)ln(y)

ln(x)ln(y)²

ln(x)ln(y)^-1

ln(x)ln(y)^-2

ln(x)exp(y)

ln(x)exp(-y)

ln(x)sin(y)

ln(x)cos(y)

ln(x)tan(y)

ln(x)²

ln(x)²y^0.5

ln(x)²y

ln(x)²y^1.5

ln(x)²y²

ln(x)²y^-0.5

ln(x)²y^-1

ln(x)²y^-2

ln(x)²ln(y)

ln(x)²ln(y)²

ln(x)²ln(y)^-1

ln(x)²ln(y)^-2

ln(x)²exp(y)

ln(x)²exp(-y)

ln(x)²sin(y)

ln(x)²cos(y)

ln(x)²tan(y)

ln(x)^-1

ln(x)^-1y^0.5

ln(x)^-1y

ln(x)^-1y^1.5

ln(x)^-1y²

ln(x)^-1y^-0.5

ln(x)^-1y^-1

ln(x)^-1y^-2

ln(x)^-1ln(y)

ln(x)^-1ln(y)²

ln(x)^-1ln(y)^-1

ln(x)^-1ln(y)^-2

ln(x)^-1exp(y)

ln(x)^-1exp(-y)

ln(x)^-1sin(y)

ln(x)^-1cos(y)

ln(x)^-1tan(y)

ln(x)^-2

ln(x)^-2y^0.5

ln(x)^-2y

ln(x)^-2y^1.5

ln(x)^-2y²

ln(x)^-2y^-0.5

ln(x)^-2y^-1

ln(x)^-2y^-2

ln(x)^-2ln(y)

ln(x)^-2ln(y)²

ln(x)^-2ln(y)^-1

ln(x)^-2ln(y)^-2

ln(x)^-2exp(y)

ln(x)^-2exp(-y)

ln(x)^-2sin(y)

ln(x)^-2cos(y)

ln(x)^-2tan(y)

exp(x)

exp(x)y^0.5

exp(x)y

exp(x)y^1.5

exp(x)y²

exp(x)y^-0.5

exp(x)y^-1

exp(x)y^-2

exp(x)ln(y)

exp(x)ln(y)²

exp(x)ln(y)^-1

exp(x)ln(y)^-2

exp(x)exp(y)

exp(x)exp(-y)

exp(x)sin(y)

exp(x)cos(y)

exp(x)tan(y)

exp(-x)

exp(-x)y^0.5

exp(-x)y

exp(-x)y^1.5

exp(-x)y²

exp(-x)y^-0.5

exp(-x)y^-1

exp(-x)y^-2

exp(-x)ln(y)

exp(-x)ln(y)²

exp(-x)ln(y)^-1

exp(-x)ln(y)^-2

exp(-x)exp(y)

exp(-x)exp(-y)

exp(-x)sin(y)

exp(-x)cos(y)

exp(-x)tan(y)

sin(x)

sin(x)y^0.5

sin(x)y

sin(x)y^1.5

sin(x)y²

sin(x)y^-0.5

sin(x)y^-1

sin(x)y^-2

sin(x)ln(y)

sin(x)ln(y)²

sin(x)ln(y)^-1

sin(x)ln(y)^-2

sin(x)exp(y)

sin(x)exp(-y)

sin(x)sin(y)

sin(x)cos(y)

sin(x)tan(y)

cos(x)

cos(x)y^0.5

cos(x)y

cos(x)y^1.5

cos(x)y²

cos(x)y^-0.5

cos(x)y^-1

cos(x)y^-2

cos(x)ln(y)

cos(x)ln(y)²

cos(x)ln(y)^-1

cos(x)ln(y)^-2

cos(x)exp(y)

cos(x)exp(-y)

cos(x)sin(y)

cos(x)cos(y)

cos(x)tan(y)

tan(x)

tan(x)y^0.5

tan(x)y

tan(x)y^1.5

tan(x)y²

tan(x)y^-0.5

tan(x)y^-1

tan(x)y^-2

tan(x)ln(y)

tan(x)ln(y)²

tan(x)ln(y)^-1

tan(x)ln(y)^-2

tan(x)exp(y)

tan(x)exp(-y)

tan(x)sin(y)

tan(x)cos(y)

tan(x)tan(y)

3D Viewing Angles

Here you can select and rotate the 3D scatter and surface plots.

Rotation view angle in degrees: Vertical view angle in degrees:

3D Data Point Size Options

Here you can select the data point size for 3D surface plots and 3D scatter plots.

Introduction

Text data editor

Fitting Target

Data labels for graphs

Graph scaling and lin/log control

Graph and Animation size

Graph Size

Animation Size

Scientific Notation

Matrix of Functions

Equation:

Matrix of Functions

3D Viewing Angles

3D Data Point Size Options

3D Point Size