FLIR Systems reserves the right to gather anonymous usage statistics to help maintain
and improve the quality of our software and services.
1.3 Quality assurance
The Quality Management System under which these products are developed and manufactured has been certified in accordance with the ISO 9001 standard.
FLIR Systems is committed to a policy of continuous development; therefore we reserve
the right to make changes and improvements on any of the products without prior notice.
The documentation must not, in whole or part, be copied, photocopied, reproduced,
translated or transmitted to any electronic medium or machine readable form without prior consent, in writing, from FLIR Systems.
Names and marks appearing on the products herein are either registered trademarks or
trademarks of FLIR Systems and/or its subsidiaries. All other trademarks, trade names
or company names referenced herein are used for identification only and are the property of their respective owners.
Our manuals are continuously updated and published online.
To access the latest FLIR Thermal Studio user manual, go to
.
To access the latest releases of manuals for our other products, as well as manuals for
our historical and obsolete products, go to the Download tab at
2.2Customer support
Do not hesitate to contact our Customer Support Center if you experience problems or
have any questions.
For customer help, go to
2.3Training
For training resources and courses, go to
2.4Additional license information
For each purchased software license, the software may be installed, activated, and used
on two devices, e.g., one laptop computer for on-site data acquisition, and one desktop
computer for analysis in the office.
2.5Software updates
FLIR Systems regularly issues software updates. Depending on the software, the location of the update service will vary. Refer to the documentation of the software your are
using.
2.6Note about generic manuals
FLIR Systems issues generic manuals that cover several software variants within a software suite. This means that this manual may contain descriptions and explanations that
do not apply to your software variant.
2.7Note about authoritative versions
The authoritative version of this publication is English. In the event of divergences due to
translation errors, the English text has precedence. Any late changes are first implemented in English.
FLIR Thermal Studio is a powerful, flexible, and efficient software for creating thermal inspection reports and automation of editing tasks with large amounts of thermal images.
The software supports images and videos in standard FLIR format from all modern FLIR
thermography cameras, including the C-, T-, E- and GF-series, as well as FLIR One and
the P6-series.
FLIR Thermal Studio provides features where the user can:
• Use report templates
Instead of manually creating an inspection report, design your own template and include the information your need for this particular report. Working with templates
makes the work easier especially when you handle a large number of images.
• Customize overlay and palettes
Select what information you want to see in the image, for example measurements,
emissivity, compass (when applicable), and date/time. Import palettes and apply colorization from other thermographers.
• Correct thermal fusion alignment
Respond to any alignment issues caused by thermal cameras.
• Use batch processing
Automate the tasks that need to be repeated for each thermal image such as normalization, modifying measurements, changing palettes, and customizing image overlay.
• Automate data collection and reporting
Create routes you can download to an enabled FLIR T-Series camera as well as customize report templates.
3.1Standard versus Pro
The table summarizes the limitations of the standard version of FLIR Thermal Studio
compared to the more advanced FLIR Thermal Studio Pro.
FLIR Thermal Studio standard
ReportingUp to 5 custom templates
No profile
No histogram
No formulas/formula editor
Image editorNo Magic Wand, no Polygon
Batch processing
Live streamingNo radiometric video recording, no Dual streaming (IR and visual))
Plug-insNo support for plug-ins
Output target: Radiometric JPEG and Default Overlay
This chapter describes the system requirements of the FLIR Thermal Studio application,
and how the application is installed and activated.
4.1System requirements
Operating systemMicrosoft Windows 8 or higher.
Thermal Studio 1.7 and higher versions support 64-bit, only.
Hardware requirements
Additional requirements
4.2Installation
Note To complete the installation of FLIR Thermal Studio, the computer might need to
be restarted. Follow the instructions.
To install FLIR Thermal Studio, follow this procedure:
1. Download the FLIR Thermal Studio Installer package from the product page,
• RAM: Minimum 4 GB
• Disk space: Minimum 250 MB
• .NET Framework 4.6 needs to be installed
• Recommended screen resolution is 1024 × 768
2. To start the installation, double-click the executable file FLIR_Thermal_Studio_
Installer.
3. Read and accept the license terms and conditions of the End User Software License
Agreement.
4. Click Install.
5. Click Finish.
6. Run the application from the Start menu or by double-clicking the desktop icon.
7. The FLIR Thermal Studio dialog box appears where you can activate your license key.
4.3License activation
The first time you start FLIR Thermal Studio you will be prompted to activate your license
key. Do this either as an Online activation (internet access) or as an Offline activation (no
internet access).
4.3.1 Online activation
1. Run the application from the Start menu or by double-clicking the desktop icon. The
FLIR Thermal Studio dialog box appears.
2. Click Online activation.
3. In the Software license key text box, type the license key obtained at the time of
purchase.
4. Type your contact details in the Customer name and Customer e-mail text boxes.
5. Click Validate.
6. The activation is completed and FLIR Thermal Studio is started.
4.3.2 Offline activation
1. Run the application from the Start menu or by double-clicking the desktop icon. The
FLIR Thermal Studio dialog box appears.
2. Click Offline activation - no internet access.
3. Copy the information in the Machine identifier text box.
This chapter describes the available application pages in FLIR Thermal Studio. It also
describes the different settings that can be configured.
5.1Application pages
When the FLIR Thermal Studio application is started, the user is presented with tabs representing the Home, Library, Reporting, Batch processing, Live, and Routing pages.
5.1.1 Home
The Home page represents the start page of FLIR Thermal Studio. To the left you will find
shortcuts to some of the available reporting and batch processing tasks. To the right you
will find shortcuts to the most recent files that you have been working with. Note that the
tasks and the files can also be accessed from the toolbars.
5.1.2 Library
The Library page shows the File Explorer of the computer your are working on. Here you
can navigate to any folder where you have saved your thermal images, both locally on
your computer and on any connected network shares.
When you click a folder, the images in that folder are presented in the center pane. When
you click an image in the center pane, information about that image is shown in the pane
to the right.
5.1.3 Reporting
The Reporting page is the page where you create your reports. Create them from scratch
or by using templates.
5.1.4 Batch processing
The Batch processing page is the page where you create and run jobs in batches. Create
a batch by selecting and combining the jobs in the Job toolbox pane to the left. Note that
the jobs are also available in the toolbar.
5.1.5 Live
The Live page is the page where you can live stream and control USB connected
cameras.
5.1.6 Routing
The Routing page is the page where you can build an asset list for routing and create inspection reports using an asset list.
The Routing functionality is available as a plug-in for FLIR Thermal Studio Pro. For information on how to activate the Routing plug-in, see 4.4 Plug-in activation.
5.2Settings
Go to the Settings page to change, for example, settings for the user interface or how to
manage updates of the FLIR Thermal Studio application. Note that some settings require
a restart of the FLIR Thermal Studio application before a change goes into effect.
You access the Settings page via the toolbar on the Home page. To exit the Settings
page, click Close in the bottom right corner of the page.
Change the file path to the folder where you want to store the result files. Click Browse
and then select the folder.
When the Open output folder when done check box is selected, the folder with the result
files will open when the task is completed.
5.2.3 Reporting
Select the Reporting options and the Default fonts to be used in your reports.
5.2.4 Editor
Change the file path to the folder where your custom palettes are located. Click Browse
and then select the folder.
5.2.5 Overlay-File Explorer and -Batch processing
Select if and how you want to use an image overlay when editing images manually in File
Explorer and when running batch processing. When you select or deselect a check box
in the list of settings, the result is immediately presented in the example image. Note that
the Overlay enabled check box must be selected before the settings can be changed.
5.2.6 Regional settings
Select the language and units to be used in the user interface.
5.2.7 Updates
Select how you want to manage updates of the FLIR Thermal Studio application.
• Check if updates are available (check box)
With this option enabled, a check for updates will automatically be performed every
time the application is started.
• Prompt to install updates
With this option enabled, the user will be asked to install any available updates if the
Check if updates are available option is enabled.
• Check if updates are available (button)
Click to manually check if any updates are available for download.
• Proxy settings
If updates need to be downloaded via a proxy service, configuration is needed. In the
Proxy settings dialog box, select the Use proxy check box, and then enter the requested information. Click OK to save.
5.2.8 Theme
Change the theme of the user interface.
5.2.9 Plugins
Plug-ins are supported by FLIR Thermal Studio Pro.
Click License to activate a plug-in. For more information, see 4.4 Plug-in activation.
5.2.10 General
Select the Enable analytics check box to collect data on how the FLIR Thermal Studio
application is used. This data can be sent to FLIR for analysis and troubleshooting.
1. Toolbar
The toolbar includes options for creating, saving, exporting, and printing reports, and
for editing the reports by inserting images and other items.
2. Image library
Navigate to image files in folders both locally on your computer and on any connected network shares, and then insert them into the report. Use the icons at the bottom of the pane to change the size of the image icons, to add any selected image
files to a report, or to add all image files in a selected folder to a report.
3. Pages
See all pages included in the report. Use the icons at the bottom of the pane to add
or remove pages. Change the order of the pages by right-clicking a page, and then
clicking Move up or Move down.
Reporting
This chapter describes the screen elements of the Reporting page.
6.1General
The Reporting page is the page where you create your report. Create it from scratch or
by using a template—either select one of the available templates or create a new one.
Reports are saved in the .atr (advanced thermal report) file format and report templates
are saved in the .att (advanced thermal template) file format. Both formats can be exported to Adobe PDF or Microsoft XPS.
Note When images are added to a report, copies of the images are made. This means,
when changes are made to an image that has been added to a report, the original image
stays unchanged.
6.2Navigation
This image shows what the user interface looks like when you have selected to Create
blank report. The user interface looks similar when you have selected to Generate report
using template and selected the template, and then added the images.
4. Report workspace
This is the workspace where you create and edit the report. Use the toolbar to insert
images, tables, plots, fields, thermal fields, and formulas into the report. To move the
items around on a page, click and hold an item and then place it where you want it to
go. Note the page navigation, the page zoom, and the Visibility settings like Show rul-er and Show mesh at the bottom of the pane.
5. Properties and settings
Click an item in the report workspace to see and change settings such as position on
the page (Left and Top) and image size (Width and Height). Click Overlay... to open
the image in the overlay view and make changes for this particular image. When you
select or deselect a check box in the list of settings, the result is immediately presented in the image. To close the overlay view and return to the Reporting page, click
OK or Cancel.
This chapter describes step by step how a reporting template is created and edited, in
general. For details on how to add objects such as images, tables, plots, fields, thermal
fields, and formulas to the template, refer to chapter 9 Edit reports.
7.1General
The FLIR Thermal Studio application comes with a set of predefined reporting templates.
If these templates do not meet your requirements, you can create your own custom
templates.
7.2Create a new reporting template
On the Reporting page:
1. Click New, and then click Create a new reporting template. A blank report page is
added to the Pages pane.
2. Use the toolbar to insert images, tables, plots, fields, thermal fields, and formulas into
the report.
3. To save the template, click Save as template.
4. In the dialog box that appears, type a name for the template, and then click OK. The
template will now be visible in the Available templates list.
7.3Edit a reporting template
On the Reporting page:
1. Click New, and then click Generate report using template. A page with the Availabletemplates and Template preview panes appears.
2. In the Available templates pane, right-click the template you want to edit, and then
click Edit. The template is opened.
This chapter describes step by step how a report is created, in general. For details on
how to add objects such as images, tables, plots, fields, thermal fields, and formulas to
the report, refer to chapter 9 Edit reports.
8.1Create a blank report
On the Reporting page:
1. Click New, and then click Create blank report. A blank report page is added to the Pa-ges pane.
2. In the Image library pane, navigate to the folder where you have stored the images
you want to create a report on.
3. Add the images:
• To add a single image, click the image and then click Add selected to report (plus
button).
• To add multiple images, click the images while pressing the CTRL key on your key-
board, and then click the Add selected to report (plus button).
• To add all images in the folder, click the Add folder to report (folder button).
The selected images are added to the blank report.
4. Use the toolbar to insert images, tables, plots, fields, thermal fields, and formulas in
the report.
5. To save the report, click Save as report.
6. In the Save as dialog, browse to the folder where you want to store the report, type a
name for the report, and then click Save.
8.2Generate a report using a template
On the Reporting page:
1. Click New, and then click Generate report using template. A page with the Availabletemplates and Template preview panes appears.
2. Click the template you want to use, and then click Select.
3. In the Image library pane, navigate to the folder where you have stored the images
you want to create a report on.
4. Add the images:
• To add a single image, click the image and then click the To report (plus button),
or drag the image to the Pages pane.
• To add multiple images, click the images while pressing the CTRL key on your key-
board, and then click the To report (plus button), or drag the images to the Pages
pane.
• To add all images in the folder, click the To report (folder button).
The selected images are added to the report template in the Pages pane.
5. Click Next screen.
6. Review the report.
7. To save the report, click Save as report.
8. In the Save as dialog, browse to the folder where you want to store the report, type a
name for the report, and then click Save.
8.3Generate a report using Rapid Report
With the Rapid Report functionality, you can create a shortcut to a FLIR Thermal Studio
report on your computer desktop, and then drop images or a folder of images on the
shortcuttocreateareport.YoucancreateoneormultipleRapidReportshortcutson
1. In the Available templates pane, right-click the template you want to create a shortcut
to, and then click Create RapidReport shortcut. The Shortcut created on desktop
message appears in the upper right corner of the page.
2. Navigate to the images (or to the folder of images) that you want to create a report on.
3. Drag the images (or the folder of images) and drop them on the newly created shortcut on the desktop. The Open with FLIR Thermal Studio message appears.
4. The report is created and then opened in FLIR Thermal Studio.
This chapter describes how to add objects such as images, tables, plots, and fields to
the report. Note that these objects and the thermal images they refer to must be on the
same page in the report. The exception is the Summary table, which is normally placed
at the end of the report.
9.1Images
Several types of images are available like Thermogram (thermal image), Photo (visual
image), Scale (temperature), and Shared image (e.g., a logotype image).
9.1.1 Add an image
1. In the Pages pane, click the report page where the images are to be added.
2. Click Thermogram. A placeholder for a thermal image is added to the report page.
3. Click Photo. A placeholder for a visual image is added next to the placeholder for the
thermal image.
4. In the Image library pane, click an image and drag it to the Thermogram placeholder.
The corresponding visual image is shown in the visual image placeholder.
5. To verify that the visual image is referencing the correct thermal image, click the visual image (Source). Its Reference is then shown in the properties pane.
9.1.2 Add a temperature scale
By default, a temperature scale is visible in the thermal image. To add a scale and place
it anywhere on the report page, follow this procedure:
1. In the report, click the thermal image for which a temperature scale is to be added.
2. Click Scale. A scale is added to the report page.
3. Click and hold the scale, and then move it into position.
4. To verify that the scale is referencing the correct thermal image, click the scale. Its
Reference is then shown in the properties pane.
9.1.3 Remove or hide a temperature scale
To hide the temperature scale in the thermal image, follow this procedure:
1. In the report, click the thermal image with the scale to be hidden.
2. In the properties pane, deselect the Show scale check box.
3. To bring back the scale, select the Show scale check box.
To remove an added temperature scale, follow this procedure:
1. In the report, click the scale to be removed.
2. Right-click the scale, and then click Remove.
9.2Tables
A table can show any type of information such as measurements, parameters, and camera information. Add a table and reference it to one of the thermal images on the report
page. Modify the table by adding or removing table rows and columns, or by changing
row and column order.
Several types of tables are available.
9.2.1 Add a table
1. In the report, click the image for which a table is to be added.
2. Click to insert the preferred type of table. The table is added to the report page.
3. Click and hold the table, and then move it into position.
4. To verify that the table is referencing the correct thermal image, click the table. Its
This chapter describes how to create, import, and export formulas in the Formula editor
of the FLIR Thermal Studio application. For more information, see the appendix Workingwith formulas in FLIR Thermal Studio.
10.1General
By using formulas, the user can carry out advanced calculations in the reports based on
information from the thermal images. A formula can include all mathematical operators
and functions, and it is possible to export formulas from one report and then import them
into another report.
The FLIR Thermal Studio application comes with a set of predefined formulas. If these
formulas do not meet your requirements, you can create your own. Create them from
scratch or use one of the predefined formula as a basis.
The formulas are created, edited, imported, and exported in the Formula editor.
10.2Create a formula
On the Reporting page:
1. Click Tools, and then click Formula editor. A separate window appears.
2. Click Create. A formula named Formula [X] is created and listed in the Stored formu-las list.
3. Click the new formula. The Editor section appears at the bottom of the window.
4. In the Title text box, type the name of the formula.
5. In the Expression text box, define the expression of the formula.
6. In the Precision text box, type the number of decimal places to be used for accuracy.
7. To save the formula, click Save and exit.
10.3Import a formula
On the Reporting page:
1. Click Tools, and then click Formula editor. A separate window appears.
2. Click Import.
3. In the Open window, browse to the formula file (.json) that you want to import, and
then click Open.
4. The imported formulas are listed in the Stored formulas list.
10.4Export a formula
On the Reporting page:
1. Click Tools, and then click Formula editor. A separate window appears.
2. Click Export.
3. In the Save as window, browse to the folder were you want to store the exported formula file (.json), and then click Save.
10.5Delete a formula
On the Reporting page:
1. Click Tools, and then click Formula editor. A separate window appears.
2. In the Stored formulas list, point to the formula to be deleted, and then click the trash
binthatappearsontherow.TheformulaisremovedfromtheStoredformulaslist.
The difference between the maximum temperature and the minimum temperature of
the first thermal image on the current report page. The calculated temperature is
shown in blue text.
• Difference in temperature from second image
The difference between the maximum temperature and the minimum temperature of
the second thermal image (Img2) on the current report page.
• Difference in temperature between two spotmeters
The difference in temperature between spotmeter 1 (Sp1) and spotmeter 2 (Sp2) of
the first thermal image (Img1) on the current report page.
• Difference in average temperature between boxes from two thermal images
The difference in average temperature between box 1 (Bx1) of the first thermal image
(Img1) and box 1 (Bx1) of the second thermal image (Img2) on the current report
page.
• Default rating formula
The formula compares the maximum temperature of box 1 (Bx1.Max) and the temperature of spotmeter 1 (Sp1). By using the temperature differences defined in the formula, one of the texts Normal (lime green text), Investigate (orange text), Repair next
time (orange text), or Repair immediately (red text) will appear on the report page.
10.7Reset the predefined formulas
The predefined formulas are editable. If you change (e.g., by mistake) and need to reset
them, follow this procedure.
Note Any custom formulas need to be removed. Make sure that you have exported
them so that you can reimport them afterwards.
On the Reporting page:
1. Click Tools, and then click Formula editor. A separate window appears.
2. In the Stored formulas list, delete all listed formulas.
3. Click Save and exit.
4. On the Reporting page, click Formula editor.
5. The predefined formulas are now restored to the Stored formulas list.
1. Image editor toolbar
The toolbar includes options such as zooming, adding measurements, changing palettes, and controlling isotherms and the color distribution. For more information on
these features, see 12 Edit images manually.
2. Temperature scale
3. Properties pane
4. Temperature span and level control
Image editor
This chapter describes the screen elements of the image editor included in the FLIR
Thermal Studio application.
11.1General
The FLIR Thermal Studio application includes an embedded image editor where the user
can edit thermal images and sequences (videos). To edit an image in a report, either
double-click the image or right-click the image and then click Edit.
11.2Navigation
This image shows what the image editor looks like when you have selected an image to
edit.
11.3Temperature span and levels
At the bottom of the infrared image you have two sliders. By dragging these sliders to the
left or to the right, you can change the top and bottom levels of the temperature span. If
you change the span to temperatures closer to the temperature of the object you are analyzing, it will be easier to analyze any temperature anomalies.
• To move the temperature span, click and hold the temperature span and then move it
into position.
• To change the bottom and top levels of the temperature span, click and drag the left
(bottom level) and the right (top level) sliders into position.
This chapter describes how to use the embedded image editor included in the FLIR
Thermal Studio application.
12.1Measurement tool
You can add one or more measurement tools to the image, such as Spotmeter, Rectangle, and Polygon. Each measurement tool has its own settings, which are shown in the
Measurements section of the properties pane.
12.1.1 Add a measurement tool
1. In the image editor, click Add measurement, and then click the preferred tool.
2. Move the tool pointer over the image and into position. Note that the pointer shows
the temperature as it is moved around the image.
3. Click to place the tool in the image. Click to place the start point, drag the pointer to
the desired size, and then click to place the end point. For the Polygon shape, click to
place the start point, and then drag the pointer to the next point. Continue until you
have the desired shape. Finish by right-clicking the shape.
4. Click the measurement tool. The properties for the tool are shown in the Measure-
ments section of the properties pane.
12.1.2 Edit a measurement tool
To move the measurement tool, follow this procedure:
1. In the image editor, move the pointer to the center of the measurement tool.
2. Click and hold the measurement tool, and then move it into position.
To change size of the measurement tool, follow this procedure:
1. In the image editor, move the pointer to the outline of the measurement tool.
2. Click and hold the outline, and move it to the desired size and shape.
12.1.3 Change settings of a measurement tool
1. In the image editor, move the pointer to the center of the measurement tool.
2. Right-click the tool. A dialog box appears with the current settings of the tool.
3. Change the settings by selecting and deselecting the available check boxes. Any
changes are immediately presented in the Measurements section of the properties
pane.
4. To close the settings dialog box, click anywhere on the screen.
12.1.4 Delete a measurement tool
1. In the image editor, move the pointer to the measurement tool.
2. Right-click the tool, and then click Remove.
12.1.5 Use the Magic wand
Use the Magic wand to capture an area in the image based on pixel temperature. This is
similar to the Polygon measurement tool but more advanced and easier to use when you
want to capture and measure more complex shapes.
1. In the image editor, click Add measurement, and then click Magic wand.
2. Move the tool pointer over the image and into position. Note that the pointer shows
the temperature as it is moved around the image.
3. Click to place the tool in the image. An area that has the same temperature as the se-
lected point appears in the image.
4. In the Measurements section of the properties pane, move the Tolerance slider to ad-
just the area and include pixels that are close in temperature to the selected point.
Use the Export to csv functionality to export detailed temperature information. The export
will include the temperature values of every pixel within the selected measurement tool.
1. In the image editor, right-click the measurement tool. A dialog box appears with the
current settings of the tool.
2. Click Export to csv.
3. In the Save as dialog, browse to the folder where you want to store the exported file,
and then click Save.
12.1.7 Use coverage
Use the Coverage functionality to see, as a percentage, the number of pixels in the image that are above or below a certain temperature.
1. In the image editor, right-click the measurement tool. A dialog box appears with the
current settings of the tool.
2. Click the Use coverage check box. Use the Above and Below boxes to change the
temperature. Any changes are immediately presented in the Measurements section
of the properties pane.
3. To close the settings dialog box, click anywhere on the screen.
12.2Palette
You can change the palette that is used to display the temperatures within an image. A
different palette can make it easier to analyze the image. The FLIR Thermal Studio application comes with a set of predefined palettes, but custom palettes can also be used.
To change the palette, follow this procedure:
1. In the image editor, click Select palette.
2. Select one of the predefined palettes, or click From file to select a custom palette.
To export a palette, follow this procedure:
1. In the image editor, click Select palette.
2. Click Export palette.
3. In the Save as dialog, browse to the folder where you want to store the exported pa-
lette, and then click Save.
12.3Isotherms control
Use the isotherm tool to apply a contrasting color to all pixels with a temperature Above
or Below a certain temperature, or within a certain temperature Interval. Using isotherms
is a good method to easily discover anomalies in a thermal image.
To add an isotherm, follow this procedure:
1. In the image editor, click Isotherms control.
2. Select one of the options Above, Interval, or Below.
3. Select a color that will be applied to the areas that meet the temperature settings.
4. In the Isotherms section of the properties pane, either set the temperature Limit for
the Above and Below options, or set the High and Low temperatures for the Interval
option.
12.4Color distribution
Use the Color distribution option to change the distribution of colors in the image. A differentcolordistributioncanmakeiteasiertoanalyzetheimagemorethoroughly.Thefol-lowingdistributionsareavailable:
The color information is distributed over the existing temperatures of the image. This
method of distributing the information is especially successful when the image contains few peaks at very high temperature values.
• Signal linear
The color information in the image is distributed linearly with respect to the signal values of the pixels.
• Temperature linear
The color information in the image is distributed linearly with respect to the temperature values of the pixels.
• Digital Detail Enhancement (DDE)
The high-frequency content in the image, such as edges and corners, are enhanced
to increase the visibility of details.
To change the color distribution, follow this procedure:
1. In the image editor, click Color distribution.
2. Click one of the available color distributions.
12.5Auto-adjust control
When you auto-adjust a thermal image, you adjust it for the best image brightness and
contrast. This means that the color information is distributed over the existing temperatures of the image.
In some situations the image may contain very hot or very cold areas outside your area
of interest. In such cases you might want to exclude those areas and use the color information only for the temperatures in your area of interest. You can do so by defining an
auto-adjust region. Note that the defined regions will not be saved in the image.
To auto-adjust an image, follow this procedure:
1. In the image editor, click Auto-adjust control.
2. Select the Enable scale auto-adjust check box.
To define an auto-adjust region, follow this procedure:
1. In the image editor, click Auto-adjust control.
2. Select the Enable scale auto-adjust using defined rectangle check box. A dotted rec-
tangle is added to the image.
3. Move and change the size of the rectangle to suit your area of interest. Note how the
image changes as you make your changes.
4. To exit, click one of the icons in the bottom right corner of the rectangle:
• To confirm the change, click the check mark.
• To cancel the change, click the cross.
12.6Crop an image
Use the Crop image option to trim the image. Provided that the cropped image has not
been saved, it is possible to revert to the original image size.
To crop an image, follow this procedure:
1. In the image editor, click Crop image.
2. Select the Show crop rectangle check box. A dotted rectangle is added to the center
of the image.
3. Move the pointer to the outline of the rectangle; to either one of the sides or one of
the corners.
4. Click and hold the outline, and then change the shape of the rectangle to the desired
5. To exit, click one of the icons in the bottom right corner of the rectangle:
• To confirm the change, click the check mark.
• To cancel the change, click the cross.
To revert to the uncropped image, follow this procedure:
1. In the image editor, click Crop image.
2. Click Reset image.
12.7Image rotation
To rotate an image, follow this procedure:
1. In the image editor, click Image rotation.
2. Move the Image rotation slider to rotate the image to the desired angle, or click one
of the available predefined angles.
As an alternative, type the desired angle in the Angle text box.
12.8Fusion mode
Use the Fusion mode feature to mix a visual image with its corresponding thermal image.
The following fusion modes are available:
• MSX (Multi Spectral Dynamic Imaging)
Displays a thermal image where the edges of the objects are enhanced. The thermal–
visual balance can be adjusted.
• Thermal only
Displays a fully thermal image.
• Thermal fusion
Displays a visual image with some parts displayed as a thermal image, depending on
the temperature limits.
• Blending
Displays a blended image that uses a mix of thermal image pixels and visual image
pixels. The thermal–visual balance can be adjusted.
• Picture in picture
Displays a thermal image frame on top of a visual image.
This chapter describes the screen elements of the Batch processing page.
13.1General
The Batch processing page is the page where you create and run batches of jobs. Use
the batch processing feature for automation of repetitive tasks when editing and normalizing thermal images. Operations that can be automated are, for example:
• Set parameters.
• Change settings.
• Modify measurements.
• Apply isotherms.
• Change the palette.
• Add a logo.
When processing batches of jobs, the following outputs are available:
• Radiometric images (.jpeg) for further processing.
• Plain overlay images for sharing online or with customers.
• Transcoder from a radiometric sequence to an AVI video file.
• Radiometric data exported to CSV files.
Go to Settings to configure if and how you want to use an image overlay for batch
processing.
Batch jobs are saved in the .atb (advanced thermal batch) file format.
13.2Navigation
The FLIR Thermal Studio application guides the user through the batch processing steps,
which can be summarized as:
• Select which jobs to run.
• Place the jobs in the correct order, and set values where applicable.
• Select which images to be processed in the batch.
1. Toolbar
The toolbar includes options for creating, opening, saving, and exporting batches,
and for selecting and adding available jobs to a batch. The jobs are grouped in menus, such as the Output targets, Image, and Parameters menus.
2. Job toolbox
The toolbox lists all the jobs that can be run in a batch. The jobs are grouped into categories, such as the Output targets, Image, and Parameters categories.
3. Batch jobs workspace
This is the workspace where you create the batch by adding jobs and setting values.
As more jobs are added, a batch execution list is created.
A new job is normally added at the end of list. Use the icons at the bottom of the pane
to move the jobs up or down the list, to reverse the execution order of the jobs, to remove jobs from the list, or to clear the list of all jobs.
Note All jobs can be selected from both the Insert jobs toolbar and from the Job
toolbox.
This image shows what the user interface looks like when you have selected to run the
predefined batch Normalize temperature scale.
13.3Predefined batches
The FLIR Thermal Studio application comes with a set of predefined batches of jobs:
2. In the Job toolbox pane, click the jobs you want to add to the batch. Point to a job to
see a short description. The jobs are added to the Batch jobs workspace pane.
3. Use the icons at the bottom of the pane to:
• Move a selected job up or down the list.
• Remove a selected job from the list.
• Reverse the order of the selected jobs.
• Remove all jobs and clear the list.
4. Verify that you have added an Output target job as the last job in the batch.
Note At least one Output target job must be run in the batch. If no output target has
been selected, the job Radiometric JPEG will be added automatically and run as the
last job in the batch.
5. Click Next screen.
6. In the Image library pane, navigate to the folder where you have stored the images
you want to run the batch on.
7. Add the images:
• To add a single image, click the image and then click To batch (plus button).
• To add multiple images, click the images while pressing the CTRL key on your key-
board, and then click To batch (plus button).
• To add all images in the folder, click To batch (folder button).
The selected images are added to the Batch files pane.
8. Use the icons at the bottom of the pane to:
• Move a selected file up or down the list.
• Remove a selected file from the list.
• Sort the files by name, or by date and time.
• Reverse the order of the selected files.
• Remove all files and clear the list.
9. Click Next screen.
10. To make changes to the overlay settings or to change the output folder, click Settings.
11. To run the batch, click Start processing.
12. The output files are shown in the Processed files pane. If the Open output folderwhen done check box is selected in Settings, File Explorer will also open and show
the output files in the defined output folder.
13. To take a closer look at a result file and edit it if necessary, right-click the file in the
Processed files pane, and then click Edit.
The image is opened in the image editor. For more information, see 12 Edit imagesmanually.
Note If you conduct two consecutive runs of the same batch, the Start processing icon
will not be displayed to start the second run. Instead, click Start batch execution in the
toolbar.
14.2Save a batch as a template
Create a batch and save it as a template to be used at a later time.
4. Verify that you have added an Output target job as the last job in the batch.
Note At least one Output target job must be run in the batch. If no output target has
been selected, the job Radiometric JPEG will be added automatically and run as the
last job in the batch.
5. Click Export.
6. In the Save as dialog, browse to the folder where you want to store the batch template, type a name for it, and then click Save.
14.3Open a saved batch
To open a previously created and saved batch template, follow this procedure:
1. On the Batch processing page, click Open.
2. In the Open dialog, browse to the folder where you have saved the batch template.
3. Click the batch template, and then click Open.
The jobs included in the batch are listed in the Batch jobs workspace pane.
14.4Create videos from images
Use the predefined batch Create videos from images to create a video (MJPEG format)
from a number of thermal images:
1. On the Home page, click Create video from images.
2. On the Batch processing page, click Next screen.
3. In the Image library pane, navigate to the folder where you have stored the images
you want to create a video of.
4. Add the images:
• To add a single image, click the image and then click To batch (plus button).
• To add multiple images, click the images while pressing the CTRL key on your key-
board, and then click To batch (plus button).
• To add all images in the folder, click To batch (folder button).
The selected images are added to the Batch files pane.
5. Use the icons at the bottom of the pane to:
• Move a selected file up or down the list.
• Remove a selected file from the list.
• Sort the files by name, or by date and time.
• Reverse the order of the selected files.
• Remove all files and clear the list.
6. Click Next screen.
7. To make changes to the overlay settings or to change the output folder, click Settings.
8. To run the batch, click Start processing.
9. The output video file is shown in the Processed files pane. If the Open output folderwhen done check box is selected in Settings, File Explorer will also open and show
the output video file in the defined output folder.
This chapter describes the FLIR Inspection Route solution in general and how to create
inspection routes and inspection route reports on the Routing page.
Note The Routing functionality is available as a plug-in for FLIR Thermal Studio Pro.
For information on how to activate the Routing plug-in, see 4.4 Plug-in activation.
17.1FLIR Inspection Route
FLIR Inspection Route is a solution that streamlines thermal inspections and simplifies
data collection and reporting. The solution includes FLIR software and camera support
for preparation, inspection, and post-processing.
A camera that has Inspection Route enabled guides the operator along a predefined
route of inspection points, where images and data are collected in a structured manner.
FLIR Inspection Route speeds up post-processing and reporting by ensuring that nothing
is missed and that all inspection results are organized right from the start.
The inspection work flow is defined by an inspection route file, with a high degree of flexibility. It is possible to configure an automated work flow, where the camera automatically
sets the status and steps to the next inspection point when an image is saved. The operator can also manually select the status, add comments, and add more images and
videos.
The inspection route work flow typically involves the following steps:
1. Prepare the inspection route file, using one of the following methods:
• FLIR Thermal Studio Pro or other FLIR thermography software that has inspection
route support.
• Your own solution. The FLIR Thermal SDK can be used to build your own export/
import software or to interface your existing asset management system.
• Create a file in the camera.
• Manually edit a file.
2. Put the inspection route file prepared as above onto a memory card.
3. Insert the memory card into a FLIR camera that has Inspection Route enabled.
4. Perform the inspection using the camera.
5. Import the results into FLIR Thermal Studio Pro, other FLIR thermography software,
or your own image management and reporting system.
6. Create an inspection route report.
17.2Create inspection routes
17.2.1 General
The inspection route is defined by an XML file. The inspection route XML file specifies
the route structure, consisting of multiple levels of locations, assets, and inspection
points. The inspection route file also defines the statuses that can be set for an inspection point during the inspection and the configuration of the camera behavior.
You create the inspection route file by using the Route creator on the Routing page. The
procedure can be summarized as:
1. Build an asset list.
2. Define the route properties (statuses and camera behavior).
1. Asset list workspace
This is the workspace where you build the asset list. Use the plus button to insert locations at Level 1. Use the item toolbars to move, duplicate, add, and delete locations, assets, and inspection points. Select the Include asset check box to include
the item when exporting the route or generating a report.
2. Asset properties
Click an item in the asset list workspace to see and change its properties. All properties will be included in the inspection reports. The Name, Description, and Comment
properties will be exported to the inspection route XML file and will be displayed in
the camera user interface.
3. Route properties
Click this option to open a window where you can define the statuses and the camera
behavior. All route properties will be exported to the inspection route XML file and will
be applied in the camera user interface. The defined statuses will be saved to the asset list file (*.act) and will be available when creating a report based on the saved asset list.
Auto next: This setting defines if the camera after saving an image automatically will
set the default status and step to the next inspection point. If most inspection points
will have the default status, you will save inspection time by selecting the check box.
If you often want to set the status or add comments to the inspection points, it may be
more convenient to deselect the check box.
Require image: This setting defines if the operator must save an image before it is
possible to set the status of an inspection point.
Delete empty assets: This setting defines if all empty inspection points (no image
and no status) will be removed from the inspection route file when the operator locks
an inspection.
4. Save
Save the asset list in the .act (asset creator template) file format. You can use a saved
asset list as basis when creating a new inspection route. You can also use a saved
asset list to create a blank inspection route report and manually add data and images.
5. Export to route
Exporttheinspectionroutetoan.xmlfile.Transfertheexported.xmlfiletoacameraandperformaninspection.
1. Open
Open an inspection route file (.xml) or an inspection route report (.aws).
2. Import from camera
Import an inspection route, including all images and inspection data, from the memory card of the camera. First connect the camera to the computer as an external USB
disk or insert the memory card into the computer. Then click Import from camera and
select the inspection route file (.xml) from the disk, memory card, or computer.
3. Open route template
Create a blank inspection route report, using an asset list file (.act) or an inspection
route file (.xml) as template.
17.3Create inspection route reports
17.3.1 General
With the Routing wizard on the Routing page you can do the following:
• Import an inspection route from the camera. The inspection data and images will automatically populate the asset list.
• Create a blank inspection route report using a saved asset list as template. You can
add data and images manually.
• Open a saved inspection route report and continue working with the report.
Inspection route reports are saved in the .aws (asset wizard session) file format. When
the report is completed in the Routing wizard, a report is generated in the .atr (advanced
thermal report) file format. This means that you can modify the report using all the functions on the Routing page.
Note When images are added to an inspection route report, copies of the images are
made. This means, when changes are made to an image that has been added to a report, the original image stays unchanged.
17.3.2 Navigation
This image shows what the user interface looks like on the first page of the Routing
wizard.
1. Asset list
Navigate to locations, assets, and inspection points in the asset list.
2. Associate images workspace
This is the workspace where you can edit the report. Click an item in the asset list to
see and edit its data and images. To open the image editor, double-click the image.
To insert an image, drag-and-drop the image from the image library. To edit the text
annotation dictionary, click the toolbar option Settings.
3. Save
Save the inspection route report in the .aws file format.
4. Generate report
Generate the inspection route report in the .atr file format. When the processing is
completed, the program will open the inspection route report on the Reporting page.
4. Type of inspection
You can compare the report with a previous inspection report. The two reports must
be based on the same inspection route file (.xml) or asset list file (.act). To import a
previous report, select Periodic inspection > Was the previous inspection report fileprovided? > Import the inspection.
5. User data
When you have opened an inspection route, any available user data will automatically
be displayed. There will also be icons you can use to add, import, export, and delete
user data.
6. Next
Click the Next button at the bottom to continue to the next wizard page.
This image shows what the user interface looks like on the second page of the Routingwizard, when an inspection route with images and data has been opened.