Difference between revisions of "GChemPaint/C3/Charts-in-GChemTable/English-timed"

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Latest revision as of 18:08, 27 March 2017

Time Narration
00:01 Hello everyone. Welcome to this tutorial on Charts in GChemTable.
00:07 In this tutorial, we will learn about-
00:09 Elemental Charts and
00:11 How to create Custom Charts
00:15 For this tutorial, I am using:
00:18 Ubuntu Linux OS version 12.04
00:21 GChemPaint version 0.12.10
00:25 GChemTable version 0.12.10.
00:31 To follow this tutorial, you should be familiar with-
00:35 Periodic table of the elements and
00:37 GChemPaint
00:40 For relevant tutorials on GChemPaint, please visit our website.
00:44 Let's open a new GChemTable window.
00:49 Click on Dash Home.
00:51 In the search bar that appears, type “gchemtable”.
00:55 Click on Periodic table of the elements icon.
01:00 Click on View menu, select Elements Charts.
01:05 A sub-menu opens, displaying a list of options.
01:10 Click on Electro-negativity.
01:13 A chart of Pauling Electro-negativity versus Atomic number(Z) is displayed.
01:18 In the chart, highest Electro-negativity value is '4'.
01:23 I will close the Electro-negativity chart.
01:26 Likewise, different charts are available under View menu,
01:29 Element charts.
01:32 I will select Melting Temperature chart.
01:35 A chart of Melting point versus Atomic number(Z) is displayed.
01:41 In this chart, Carbon has highest melting point.
01:46 I will close Melting point chart.
01:50 Now, let's learn how to create a "Custom" chart.
01:54 Go to View, select Element Charts and click on Custom.
02:01 Customize Chart window and GChemTable Graph window appear on the screen.
02:07 Customize Chart window has Graph hierarchy tree on the left and
02:11 Graph preview on the right.
02:13 Graph hierarchy tree displays the current graph components and their hierarchy.
02:20 Hierarchy can be modified using the buttons given in the panel.
02:25 Graph preview displays,a scaled version of the modifications in the graph.
02:31 In the Graph hierarchy tree,you can see Graph and Chart1.
02:36 By default, Graph is selected.
02:39 Now let's move to the panel below.
02:42 Here, there are two tabs: Style and Theme.
02:46 By default, Style tab is selected.
02:51 Here we have two headings: Outline and Fill.
02:55 Outline heading has 3 drop downs, namely,
02:59 Style, Color and Size.
03:04 These drop downs help to change the outline properties of the Graph.
03:09 Click on Style drop down and select any of the line styles shown.
03:15 For eg- I will select Long dash.
03:20 Click on Color drop down arrow to view all the available colours.
03:25 I will select green colour.
03:28 Click on "Size" scroller arrow and increase the size to “3.0” pts.
03:34 All changes can be seen in the Graph preview area.
03:38 Next, let's look at Fill.
03:41 Under Fill, we can see Type drop-down button.
03:45 Click on Type drop-down button and select Pattern.
03:50 Attributes of Pattern appear below.
03:52 These include Pattern, Foreground and Background.
03:58 Each attribute has a drop down that shows options to select from.
04:03 Click on Pattern drop-down,
04:05 to select a pattern of your choice.
04:08 Click on Foreground drop-down to select 'orange' color.
04:13 Click on Background drop-down to select black' color.
04:18 Observe all the changes in the Graph preview area.
04:22 You can explore the Theme tab options on your own.
04:27 Now let us select Chart1 in Graph hierarchy tree.
04:31 Click on Add button.
04:34 Select Title to Chart1 from the options list.
04:39 A new set of tabs open below.
04:42 By default, Data tab is selected.
04:46 In the Text field, type the title of the Chart.
04:49 I will type Atomic mass – Fusion Temperature.
04:55 Click on Font tab.
04:58 Here you can change the Font type, Font style, font Size and font Color.
05:05 I will increase font size to 14 and change the font color to 'maroon'.
05:13 Next click on Text tab.
05:15 Here you can change Orientation of the text.
05:19 This can be done in 2 ways-
05:21 1. One by clicking directly in the preview area.
05:24 2. Two by changing the Angle field using the scroller.
05:31 Click on Position tab.
05:34 I will leave the default values as they are.
05:38 In the Graph hierarchy tree let's go back and
05:41 click on Chart1
05:43 In the panel below, three tabs,
05:46 Style, Position and Plot area are seen.
05:50 By default Style tab is selected.
05:54 Let us go to Fill.
05:56 In the Type drop down, select Unicolor gradient.
06:01 Select Direction drop down and
06:04 select a direction of your choice.
06:08 Select End drop down and select colour of your choice.
06:14 Drag the “Brightness” slider,
06:16 to increase the brightness of the gradient.
06:19 Explore the options in Position and
06:21 Plot area tabs on your own.
06:25 Now let's click on Add button.
06:28 Select Plot to Chart1.
06:31 A sub-menu opens with various types of charts, namely,
06:34 XY, Bubble, ColoredXY and DropBar.
06:40 Each type of Chart has various sub-chart options.
06:45 Let us choose XY and XY Lines chart option.
06:51 A new set of tabs open below. By default, Style tab is selected.
06:58 Go to Interpolation.
07:00 Click on Type scroller and Select “Bezier cubic spline”.
07:06 Go to Fill.In the Type scroller, select “Bicolor gradient”.
07:12 Click on Data tab.Type name of the chart as,
07:15 Atomic-mass Vs Fusion temperature.
07:20 X: I will select Atomic mass on X axis.
07:25 Y: I will select Fusion temperature on Y axis.
07:30 Click on Markers tab.
07:33 'Markers' are used to mark points on the chart.
07:37 Under Marker heading we have
07:40 Shape, Fill, Outline and Size.
07:44 Let's select Shape as circle.
07:48 Select Fill color as 'brown' and
07:51 leave the others as default.
07:54 Now let us click on Apply button.
07:57 The required chart is displayed on
08:00 GChemTable Graph window.
08:03 Let us now save this chart as an image.
08:06 First click on GChemTable Graph window.
08:10 Select File and click on Save As Image option.
08:14 Save As Image dialog box opens.
08:18 Select the File type as PS document.
08:22 Type the file name of your choice.
08:24 I will type “my-custom-chart”.
08:27 I will select Desktop as the location to save my file.
08:32 Click on Save button.
08:35 Here is my saved document.
08:38 Right-click on the file and
08:40 choose the option Open with Document Viewer.
08:44 Here is my graph.
08:47 Let us summarize.In this tutorial, we have learnt about-
08:51 Elemental Charts of

1. Electro-negativity

08:53 2. Melting Point and
08:55 how to create Custom Charts.
08:58 Here is an assignment for you.
09:00 Explore: 1. Different Element charts.
09:02 2. Other XY chart types
09:05 3. "Bubble", "ColoredXY" and "DropBar" chart types and
09:10 4. Save the charts in "SVG" and "PDF" file formats.
09:16 Watch the video available at this URL.
09:20 It summarizes the Spoken Tutorial project.
09:23 If you do not have good bandwidth, you can download and watch it.
09:28 The Spoken Tutorial Project Team:
09:30 Conducts workshops using spoken tutorials.
09:33 Gives certificates to those who pass an on-line test.
09:36 For more details, please write to contact@spoken-tutorial.org.
09:44 Spoken Tutorial Project is a part of the Talk to a Teacher project.
09:48 It is supported by the National Mission on Education through ICT, MHRD, Government of India.
09:55 More information on this Mission is available at this link http://spoken-tutorial.org/NMEICT-Intro]
10:01 This is Madhuri Ganapathi from IIT Bombay, signing off.
10:04 Thank you for joining.

Contributors and Content Editors

PoojaMoolya, Pratik kamble, Sandhya.np14