Origin is one of the most commonly used data drawing software for every researcher. It has statistical, peak analysis, curve fitting and other analysis functions, and can draw two-dimensional and three-dimensional graphics.

First, draw a line graph.

Second, draw the error bar chart

Third, draw a scatter diagram.

Fourth, draw a vertical map.

Fifth, draw a bubble diagram.

Six, draw a color dot diagram.

Seven, draw a color bubble diagram.

Eight, draw a point map

Nine, draw a column chart

Draw a bar graph

XI。 Draw a floating column diagram

Twelve, draw a floating bar chart

Thirteen, draw a pie chart

Fourteen Draw the y-axis dislocation accumulation curve.

Fifteen, draw a two-dimensional waterfall map

Sixteen, drawing a regional map

Seventeen, draw the heap base area map

Eighteen, draw a map of the filling area.

Nineteen, draw a partial enlargement.

Twenty, draw a map containing data labels.

First, draw a line graph.

Sample preparation:

Import shaft. OAT file data in the graphics folder.

①? Select column B.

②? Click the menu command Drawing → Line → Line or Line in the 2D graphics toolbar.

2D chart toolbar:

As shown in the figure below:

Secondly, draw an error bar chart.

Right-click the blank space of Book 1 and select Add New Column to add two new columns of data cells "C(Y)" and "D(Y)".

As shown in the figure below:

Input the calculated X-axis data, average value and standard deviation of two columns into Book 1 original data table, then select the data in the column where the standard deviation is located, click the right mouse button, select Set as, set the data in column C(Y) as Xerror, and set the data in column D(Y) as Y error, as shown in the following figure:

Third, draw a scatter diagram.

Select data and click "Drawing"-"Symbol".

Or click on the toolbar options below.

Meaning of each option:

Scatter chart; Scatter chart (central scatter chart); Y error (y error); XY error (XY error) Vertical descending line (vertical line); Bubble (bubble) color mapping (color label); Bubble +CM (bubble+color code).

①? Select scatter, the figure is as follows:

② ? Select the scatter center, the figure is as follows:

③ ? Select the vertical drop line, as shown below:

④? Select Bubble, as shown in the figure:

⑤ ? Select color mapping, and the figure is as follows:

⑥? Select Bubble+CM to make the following picture:

Fourth, draw a vertical map.

Sample preparation:

Import shaft. DAT file data in graphics folder.

① Select column B. ..

(2) Click the menu command Drawing → Symbol → Vertical vertical line or the vertical vertical line button in the 2D graphics toolbar.

Fifth, draw a bubble diagram.

Data requirements:

The data used for drawing includes two digital Y columns (the 1 Y column sets the longitudinal position of the bubble, and the second Y column sets the size of the bubble).

Sample preparation:

Import the data of Gaussian.dat file into the curve fitting file.

① Select columns B and C. ..

② Click the menu command Drawing → Symbol → Bubble or the bubble button on the 2D graphics toolbar.

Six, draw a color dot diagram.

Data requirements:

The data used for drawing includes two numerical y columns (the 1 y column sets the vertical position of the point, and the second y column is used to set the color of the point).

Sample preparation:

Import the data of Gaussian.dat file into the curve fitting file.

① Select columns B and C. ..

② Click the menu command Drawing → Symbol → Color Mapping or the color mapping button on the 2D graphics toolbar.

Seven, draw a color bubble diagram.

Data requirements:

The data used for drawing includes two digital Y columns (the 1 Y column sets the longitudinal position of the bubble, and the second Y column sets the size and color of the bubble).

Sample preparation:

Import the data of Gaussian.dat file into the curve fitting file.

① Select columns B and C. ..

② Click the menu command Drawing → Symbol → Bubble+Color Mapping or Bubble+Color Mapping button on the 2D graphics toolbar.

Eight, draw a point map

Data requirements:

The data used for drawing contains one or more Y columns.

Sample preparation:

Import shaft. DAT file data in graphics folder.

① Select column B. ..

② Click the menu command Drawing → Line+Symbol → Line+Symbol or the Line+Symbol button on the 2D graphics toolbar.

Nine, draw a column chart

Data requirements:

The data used for drawing is a number and can contain one or more Y columns.

Sample preparation:

Import shaft. DAT file data in graphics folder.

① Select column B. ..

(2) Click the menu command Drawing → Column Chart/Bar Chart/Pie Chart → Column Chart or Column Chart button in the 2D graphics toolbar.

Draw a bar graph

Data requirements:

The data used for drawing is a number and can contain one or more Y columns.

Sample preparation:

Import shaft. DAT file data in graphics folder.

① Select column B. ..

(2) Click the menu command Drawing → Column Chart/Bar Chart/Pie Chart → Bar Chart or Bar Chart button in the 2D graphics toolbar.

XI。 Draw a floating column diagram

Data requirements:

The data used for drawing is numeric and contains multiple Y columns.

Sample preparation:

Import the data of the group. DAT files in the graphics folder.

① Select all Y columns.

(2) Click the menu command Drawing → Column Chart/Bar Chart/Pie Chart → Floating Column Chart or the floating column chart button in the 2D graphics toolbar.

Twelve, draw a floating bar chart

Data requirements:

The data used for drawing is numeric and contains multiple Y columns.

Sample preparation:

Import the data of the group. DAT files in the graphics folder.

① Select all Y columns.

(2) Click the menu command Drawing → Column Chart/Bar Chart/Pie Chart → Floating Bar Chart or the floating column chart button in the 2D graphics toolbar.

Thirteen, draw a pie chart

Data requirements:

The data used for drawing is numeric and contains multiple Y columns.

Sample preparation:

Import data from a 3-D pie chart. Dat files in the graphics folder.

① Select all B columns.

(2) click the menu command drawing → column chart/bar chart/pie chart → three-dimensional color pie chart.

Fourteen Draw the y-axis dislocation accumulation curve.

Y-axis dislocation stacking diagram stacks multiple curves on a single layer from top to bottom, and appropriately dislocates its longitudinal axis (Y-axis), which is especially suitable for drawing multiple curves with multiple peaks.

Data requirements:

Y column containing multiple numbers.

Sample preparation:

Import Multiple Peaks.dat into the curve fitting folder.

① Select all Y columns.

(2) Click the menu command Drawing → Multiple Curves → Press Y to offset stacked lines or press Y to offset stacked lines button in the 2D graphics toolbar.

In this case, if you draw a line chart, the result is shown in the following figure:

Fifteen, draw a two-dimensional waterfall map.

Two-dimensional waterfall chart arranges multiple curves on a layer in sequence and dislocates them to the upper right, thus clearly showing the nuances of each curve, which is especially suitable for drawing multi-peaks and extremely similar curves of multiple curves.

Data requirements:

Y column containing multiple numbers.

Sample preparation:

Import the data from the Waterfall.dat file into the Graphing folder.

① Select the first six Y columns (you can also select all Y columns, just to show them more clearly).

(2) Click the menu command Drawing → Multi-curve → Waterfall or Waterfall button in the 2D graphics toolbar.

Sixteen, drawing a regional map

Data requirements:

The data used for drawing contains one or more digital Y columns.

Sample preparation:

Import shaft. DAT file data in graphics folder.

① Select all Y columns.

(2) click the menu command drawing → area → area or 2D graphics toolbar area button.

17. Draw the inventory area map.

Data requirements:

The data used for drawing is numeric and contains multiple Y columns.

Sample preparation:

Import the data from the Group.dat file into the Graphing folder.

① Select all Y columns.

② Click the menu command.

Drawing → Area → Inventory Area or Inventory Area button in the 2D graphics toolbar.

Eighteen, draw the fill area (fill area) schematic diagram.

Data requirements:

The data used for drawing is numeric and contains 2 Y columns.

Sample preparation:

Import the data from the Group.dat file into the Graphing folder.

① Select two Y columns.

(2) click the menu command drawing → area → filled area or the filled area button in the 2D graphics toolbar.

(Special 2D drawings)

Nineteen, draw a local zoom map.

Data requirements:

The data used for drawing contains one or more Y columns of the same dependent variable.

Sample preparation:

Import peak data with the Base.dat file in the spectrum folder.

① Select column B. ..

(2) Click the menu command Drawing → Specialty → Zoom, or click the Zoom button on the 2D graphics toolbar, and the preliminary drawing result is as shown in the figure.

③ Drag the zoom-in area selection box in the layer 1 to the area to be zoomed in.

(4) Click the zoom-in area selection box, and the size of the selection box can be adjusted by eight black handles.

(Including the drawing of labels and error lines)

Draw a map with data labels.

If labels (such as data or other tags) need to be added to the graphic data, you need to draw a graphic with data labels.

Data requirements:

The data used for drawing contains Y column and label column.

Sample preparation:

① Import the data of the 3D pie chart. dat file in the graphics folder.

② Add a column, and then copy the data from column B to column C. ..

Drawing steps:

① Select column C and set it as a label column.

② Select column B and column C, and then click the menu command Drawing → Column Chart/Bar Chart/Pie Chart → Bar Chart or Bar Chart button on the 2D graphics toolbar.