| Excerpt |
|---|
| Section |
|---|
| Column |
|---|
|
|
Introduction
The following exercises are just suggested for further training topics, and may not be explained in detail.
| Column |
|---|
width | 30%Exercises
| Panel |
|---|
| borderColor | #404040 |
|---|
| bgColor | #F0F0F0 |
|---|
| borderWidth | 1 |
|---|
| title | Exercise |
|---|
| borderStyle | dashed |
|---|
|
Make a movieUse a workflow or just use a the command Flight Tour to create a movie in avi format. |
| Panel |
|---|
| borderColor | #404040 |
|---|
| bgColor | #F0F0F0 |
|---|
| borderWidth | 1 |
|---|
| title | Exercise |
|---|
| borderStyle | dashed |
|---|
|
Check out "Shared commands"Import and activate our shared commands and see if there are commands you do like. The shared commands are found here: Shared Commands. Just follow the instructions on the page. |
| Panel |
|---|
| borderColor | #404040 |
|---|
| bgColor | #F0F0F0 |
|---|
| borderWidth | 1 |
|---|
| title | Exercise |
|---|
| borderStyle | dashed |
|---|
|
Hello World!Type the following line into the shell and press enter: | Code Block |
|---|
qinformation Information "Hello World"
|
Observe the popup. This is a Geocap GUI (Graphical User Interface). Study the examples in the Reference > QTcl section of the documentation and observe that it is fairly easy to build your own front ends to Geocap. Combined with the internal scripting language and Tcl, this is a very powerful tool. |
| Panel |
|---|
| borderColor | #404040 |
|---|
| bgColor | #F0F0F0 |
|---|
| borderWidth | 1 |
|---|
| title | Exercise |
|---|
| borderStyle | dashed |
|---|
|
Install the script system "Area Generator Mini"Read about the Area generator, download the scripts and follow the step-by-step procedure here: Area Generator Chop out a portion of the world and build the project. |
| Panel |
|---|
| borderColor | #404040 |
|---|
| bgColor | #F0F0F0 |
|---|
| borderWidth | 1 |
|---|
| title | Exercise |
|---|
| borderStyle | dashed |
|---|
|
The function commandTry the function command to time-convert your seabed surface. z = 2000 * z / 1490 |
| Panel |
|---|
| borderColor | #404040 |
|---|
| bgColor | #F0F0F0 |
|---|
| borderWidth | 1 |
|---|
| title | Exercise |
|---|
| borderStyle | dashed |
|---|
|
Composed gridUse two or more grids of different resolution (e.g. Etopo1 and a multibeam grid) and create a composed grid. Do an FOS-analysis across this composed grid. Read more about composed grids in the Article section of the main documentation. |
| Panel |
|---|
| borderColor | #404040 |
|---|
| bgColor | #F0F0F0 |
|---|
| borderWidth | 1 |
|---|
| title | Exercise |
|---|
| borderStyle | dashed |
|---|
|
Combine parts of two bathymetric lines into one single bathymetric profileUse the Outer Limit Tool to do this. - Copy two ore more bathymetric lines into a sub folder of 4. Outer limit. You may prefere to create a new folder.
- Open the Generate Outer Limit Dialog from the 4. Outer limit folder.
- Carefully read the In-panel help under the question mark.
- Use the tool and especially option m to digitize a new bathymetric line.
- Use this new line for an anayysis.
|