# 7 Best Free Scientific Graph Software For Windows

Here is a list of **best free scientific graph software for Windows**. Using these software, you can create graphs using mathematical and scientific equations. Along with scientific graphs, you can also plot standard **XY-coordinate graphs**. Some of the most common types of graphs that these software can plot are *function f(x) graph*, *line graph*, and *bar graph*. Apart from these graphs, you can also generate **3D** graphs using both equations and coordinates. To generate any type of graph, you can manually provide equations and coordiantes or import data file containing the input values. According to the input value, you will get the appropriate scientific graph. In most software, you can easily save the graph in various formats **PDF**, **JPG**, **PNG**, **SVG**, etc.

In these software, you also get various analyzing tools to analyze the *graphs* and *output values*. Plus, fully-fledged scientific calculators to perform complex calculations are also present in some scientific graph software. Go through the list to know more about these scientific graph software.

### My Favorite Scientific Graph Software For Windows:

**SciDAVis** is my favorite software because it lets you create both coordinate and equation based scientific graphs. Plus, its ability to generate various types of **3D** graphs using the *same coordinate and equations* is also impressive. In addition to plot graphs, it can also be used to *analyze output graphs and values*.

You can also check out lists of best free Line Graph Maker, Graphing Software, and Quadratic Equation Grapher software for Windows.

## SciDAVis

**SciDAVis **is a free **scientific data analysis and graphing software** for Windows. Using it, you can easily plot scientific graphs of various types like **Line Graph**, **Scatter Graph**, **Vertical Bar Graph**, **Horizontal Bar Graph**, etc. In it, you can also plot 3D graphs of four types namely **Ribbons**, **Trajectory**, **Bars**, and **Scatter**.

In order to plot graphs, you need to create a table with *two columns for 2D graphs* and *three columns for 3D graphs*. After that, enter the coordinates values in the table. In the table, you also get a *Type menu* from where you can change the coordinate format to **Scientific (E)** or **Scientific (e)** values. A **Formula Menu** is also present in the Table to enter scientific formulas. Now, to plot graph, just go to **Plot menu** and select a graph from various available ones to plot the desired graph. To get a proper look at the graph, you can use **Zoom In/Out** and **Best-Fit tools**. After viewing the scientific graph, you can save the graph as **BMP**, **EPS**, **GIF**, **PDF**, **JPG**, etc. formats.

In this software, you also get various *analysis tools* like **Interpolate**, **FFT**, **Differentiate Integrate**, etc. Plus, for 3D graphs, it provides various additional tools to change the orientation of the 3D graph such as *front grid*, *back grid*, *floor grid*, *reset rotation*, etc.

## Veusz

**Veusz** is a **free open source scientific graph software** for Windows. In this software, you can produce production-ready **2D** and **3D** graphs. The process of creating a 2D or 3D scientific graph is pretty simple as you just need to import a coordinate file of **CSV**, **TXT**, **HDF5**, or **FITS** format to generate graphs. In it, you cannot directly add graph coordinates to this software which is a small drawback of this software. To convert coordinates to a graph, you need to add **X**, **Y**, and **Z** coordinates of the graph with the columns of the imported coordinates’ file using its **Properties field**. After that, select the type of graph that you want to plot from its toolbar such as **Points**, **Bar Chart**, **Function To Data**, **Function**, **Vector Field**, **Box Plots**, etc. As soon as values of coordinate columns get attached with the coordinates (X, Y, and Z), you can immediately view the resultant graph. The resultant graph can easily be exported as **SVG**, **PDF**, **EMF**, **PNG**, **JPG**, **BMP**, etc. formats.

In this software, you cannot only create simple graphs with *black outlines and white background,* but fully *colored graphs can also be created in it.* You can use its **Color menu** to define different colors to highlight different aspects of the graph. Plus, it also lets you *add 3D elements*, *grid*, *label*, *shapes*, etc. to existing graphs. Overall, it is really good software to create 2D and 3D scientific graphs.

## YoshinoGraph

**YoshinoGraph** is another free scientific graph software for Windows. It is used to create scientific graphs for data analysis. In it, you can quickly create **2D** and **3D** graphs from data files of **TXT** and **CSV** formats. After importing coordinates or data, you can choose the type of *graph plotting method* (Circle, Dot, Symbol, Density, and Vector) from its **Plot section**. In the case of the 3D graph, you can select one of the **three** available 3D graph plotting methods namely **3D circle**, **3D Dot**, and **3D Density**. Besides this, you can also add grid to the background of the graphs to get the classic graph view. To draw scientific graphs, it provides an **Expression option** that allows you to draw graphs according to mathematical or scientific expressions like **y=sin x**, **y= 1/2 cos x**, etc.

This software also comes with a dedicated **Analyze menu** that allows you to *convert plot data*, *set data point*, and *set* *plot range. *Plus, options to manually define *plot lines*, *regression lines*, *Gaussian curve*, and *arbitrary function* for graph analysis is also present in the Analyze menu. After plotting and analyzing the scientific graph, you can save it as **EMF**, **BMP**, and **PNG** formats.

## I See Graphs

**I See Graphs** is yet another free scientific graph software for Windows. This software is specially designed for teachers to teach graph making process to their students. Using it, you can easily create various different types of scientific graphs like **Slider Graphs**, **Function Theory**, **Inequalities**, **Probability**, **3D Graphs**, **Matrices**, and more. For each type of graph, it provides a dedicated section. By going to a specific section, you can input *equations* and *coordinate values* to plot the graph. Within each section, you get the corresponding graph, but you cannot export or save the graph. However, you can still save data and equations as **DAC** and **IC** files respectively. After plotting the graph, you can use *Zoom In*, *Zoom Out*, and *Show Shadows* tools to analyze the graph.

This software also comes with a fully fledged scientific calculator to help you solve equations. Apart from various tools and features, it also provides a really customizable interface that lets you select any combination of *primary* and *secondary colors*.

## fx-Calc

**fx-Calc** is one more free scientific calculator software through which you can also plot scientific graphs. As a scientific calculator, it provides all important *function*, *numerical keys*, and *calculation keys* on its interface to perform mathematical and scientific calculations. Along with standard scientific calculator features, you also get various *graph plotting features* namely **3D surface**, **regression**,** fx graphics**, and **fx analyze**.

**Let’s take a look at all four available graph plotting features:**

**3D Surface:**According to its name, it is used to plot 3D graphs. Using it, you can create a 3D graph from*two variable functions or vector equation*. The 3D graph can be viewed on**OpenGL 3D tab**from where you can also change the orientation of graph through mouse**.****Regression:**It is used to plot**2D graph**of the regression function. In it, you can provide the*whole equation*along with multiple values of*X*and*Y**coordinates*to plot the graph.**fx Graphics:**Using it, you can plot a 2D graph for**Ordinary**and**Parametric Functions**. You just need to provide the appropriate equation to get the graph on its*Plot Area section*.**fx Analyse:**It is used to analyze a single variable function equation by providing its*definite integral graph*,*tangent graph*, and*function plot graph.*

Overall, it is pretty easy to plot scientific graphs in this software, but this software does not allow you to save any of the graphs.

## Dream Calc

**Dream Calc** is a free scientific calculator software that also lets you plot scientific graphs. The main interface of this software is dominated by a *virtual scientific calculator* in which you can perform complex calculations. To access its Graphing feature, you need to press the **F12** hotkey or access it from its **Windows Menu**. Using its graphing section, you can plot **X-Y Graph**, **Scatter Plot**, **Line & Point**, **Bars**, along with advanced **Function graphs**.

To draw coordinate (X and Y) based graphs namely *X-Y graph*, *Scatter Plot*, *Line & Point*, and *Bar graphs*, you need to input coordinates on the *List data tab* of **Graphing Section**. Now, to plot function based graphs, you need to enter equations like **y=sin(x)**, **y=cos(x)**, etc. in the *Graph View tab* of Graphing section. At any time, you can also change the unit of input coordinates to **Degree**, **Radian**, **Grad**, and **Cycle** to get output graph accordingly. The resultant graph can be viewed from the **Graph View** tab that you can also save as **JPG**, **BMP**, and **EMF** image formats.

## RJS Graph

**RJS Graph** is the next free scientific graph software for Windows. This software is used to create *professional 2D scientific graphs*. It also provides various analysis tools to analyze the graph. In it, you can enter both the standard graph values along with equations to plot standard and scientific graphs.

To create a graph, you can either directly enter fresh coordinates or equations to this software or import data files of **TXT** and **CSV** formats to plot graph. After plotting the graph, you can add *horizontal/vertical grid lines*, *fit lines*, *axes*, *borders*, *data lines*, etc. to the graph using the **Options section**. After plotting the desired graph, you can export it as **PS** or **EMF** file. Apart from plotting the graph, you can also use its **inbuilt scientific calculator** to solve problems.

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