preview releases

Preview 2024.1, updates, and spring feedback form results

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Welcome back to this week’s blog post. Last time, we played catch-up and let you know about the spring 2024 feedback form we posted. This week I want to cover a few things, so this post may be a little longer than normal. We are going to cover preview builds, Talking flight monitor updates, project priorities, project restructuring, a new partnership, and results from the spring 2024 feedback form. So, let’s get started!

Preview builds

It has been a little over a year since we posted a preview build. Since then, Talking flight monitor has been going through growing pains in the form of a complete conversion from dotnet 4.8 to dotnet 8.0. We also started converting the windows and dialogs in Talking flight monitor over to a newer, more accessible user interface library. The conversion is going well. However, many people have been anxious, wanting to know when the next preview would be posted. We then posted a poll late last week, asking whether or not we should bring back the preview builds before the conversion was complete. The pole indicated that 99.9% of the respondents wanted the preview builds to return, even if the conversion wasn’t complete. In response to this interest, we brought back the preview builds. Preview 2024.1.503 is available for downloaded, and can be found on this website under the preview releases link. Make sure you read the entire release notes before downloading and using. By using the preview builds, you agree that Talking flight monitor and all of its associates, developers, and partners aren’t responsible for damage caused by the preview. The preview will be released around the 15th of each month.

Updates

After the preview release, the only updates are that the PMDG 737 overhead/anti-ice panel and the main area of the overhead panel are complete.

Project priorities

The BVI pilots communities have been talking about Talking flight monitor project priorities over the past week or so. It has come to our attention that a projected feature, ‘flows and checklists’ be implemented as soon as possible. This is because many of the community members feel that they would lose access to a first officer feature (provided by another developer) if we don’t act fast. Our official position is that we need to finish the PMDG 737 panels before attempting to create flows and checklists for it. Among other things, we are in the middle of a conversion/restructuring project at this time and might find it difficult to respond to the request quickly.

Project restructuring and new partnership

While we go through the conversion process, we will also go through and implement a modular approach to Talking flight monitor development. This means that when portions of source code can be isolated from the rest of the codebase, it should then be isolated and packaged so it can be reused in other projects. Doing this will make the software faster and more reliable. It also gives users the ability to download components or modules they are interested in using. For example, why force everyone to download Talking flight monitor with PMDG 747/777 support when they will never use it? So, while we work through the conversion process and other items on the table, we will work on the modular design for the project. This modular redesign will not require a redesign of what is already finished or planned, so no worries there.
On the restructuring side of things, I recently started a software development company that focuses on supporting other software developers in their journey of becoming a professional software developer, student, or other professional in the field. It develops accessible software tools for those students/professionals so they can independently complete their work tasks. Inspiragon (my company) and Talking flight monitor agreed to a partnership. The terms of the agreement are Inspiragon will provide me at no cost as a three-quarter time contractor to work on Talking flight monitor. It will also cover Talking flight monitor’s development related expenses, if any, in exchange for revenue on paid addons. This also means that Talking flight monitor’s website will change throughout the rest of this year. Inspiragon will add a new feature request form, a new contact form, and potentially a new bug tracker. This way, there is no need to create an account on GitHub. Just fill out the form and submit it, and you are done. Now, coming out of this partnership is the requirement that Talking flight monitor develop paid addons to be sold on Inspiragon’s website. So, at some point in the future, we will start working on those paid addons. At this point, I don’t know much about the paid addons, other than they will be on a monthly or yearly subscription rate. When the time comes, we will release more details. You can visit Inspiragon’s website at www.inspiragon.com. At the time of writing, the website is nearly empty. It is just getting started. Bare with us as we go through growing pains together.

Spring 2024 feedback form results

In the spring 2024 feedback form, we got some interesting results. Some we were expecting, others were a surprise. To start, Most participants use P3D. However, most of them also voted for us to drop support for it. Next, everyone used payware aircraft and voted to consolidate features, preserve the state of the trim toggle, and convert the automatic detection of aircraft into a manual selection process. Finally, most of the participants voted to have the left and right bracket (command keys) separated from the TFM virtual keyboard while providing a way to turn them on and off without affecting the TFM keyboard. There may be follow up polls or feedback forms throughout the year to further narrow down the interest of the communities that use Talking flight monitor.
This has been a long post, so I will end it now. Keep watching YouTube for new videos, the website for new content, and the TFM communities for support in your flying adventures. Until next time…

Future preview builds and current status

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Welcome back. Last time, we covered important info about Flight sim expo, some Talking flight monitor updates, and that there is going to be down time because of my surgery this week. Before that happens, I would like to take a little time to explain what will happen with updates going forward. So, let’s start.

The heartbeat for Talking flight monitor monitors aircraft and simulator state, then announces changes based on some user settings. This heartbeat also gives pilots the ability to press a key command to open dialogs or get aircraft information on demand. We also have some utility or satellite systems to help the heartbeat do its job. The previous version of the user interface library we used forced us into a specific coding pattern, which was less than desirable. In the process of building Talking flight monitor over the past three years, we built its heartbeat into a single block of code that is over 5400 lines of related and unrelated source. All together, our code base has over 25000 lines of source that needs to be sorted out. Our plan is to fix as many current bugs and add as many new features as possible while reorganizing the code base. This may take some time since we also have to convert the existing source into the new framework version and move the dialogs and windows over to the new user interface library. The process may take a decent amount of time. However, the plan is to do an in-place upgrade. This means that pilots will not be interrupted with down times or lack preview builds to test. The entire process is always ongoing, so an estimated time is unknown at this time. Starting today, I will not be actively working on Talking flight monitor until my recovery process allows me the comfortable time to do so. I will keep everyone updated on the process and how things are going, especially with Talking flight monitor.

This will most likely be the last blog post for the week. I will evaluate the ability to write one next week and go from there. I hope everyone is having fun flying with Talking flight monitor. It is always our goal to make more and more systems or simulator features accessible with Talking flight monitor. If you have any ideas, feel free to send them through the contact form, and one of us will get back with you as soon as possible. Good luck on all your flights, and I will see you on the other side of surgery.

TFM rebuild, new user interface

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It has been a while since we last posted. We have been quite busy getting some fun and interesting things done with TFM. The big news: A new user interface! The rest of the blog post will explain.

 

Upgrading to dotnet 7.0

 

TFM currently uses dotnet framework 4.8, which is fairly old. The concern is when Microsoft discontinues support for dotnet 4.8, TFM will no longer get security fixes and critical bug fixes in its underlying libraries. Some time after that, TFM may no longer be safe to use from a security standpoint. Considering this, it would benefit us to upgrade TFM to dotnet 7.0. It is the newest .net framework, is more secure, implements current programming practices, and is generally faster than .net 4.8. We recommend anyone who uses or is interested in TFM, install the dotnet 7.0 runtime.

 

A new user interface

 

Along with the dotnet 7.0 upgrade, we are switching out TFM’s current user interface elements for new ones. As a result, you will notice a few things.

 

  • We have to back track through TFM and rebuild its UI, so new features are currently on hold.
  • The current preview is no longer supported. When we get significant portions of the new TFM done, we will release preview builds as before.
  • Portions of the new TFM are the same as the current version, and other portions are significantly different than before.
  • Any bugs reported on the official and preview builds are held for historical sake, and won’t be fixed in 23.3 releases. They will be carried over to the new TFM, provided they are present going forward.

 

Users should see a significant increase in speed, less errors and bugs, and more stability from the new user interface. We are also increasing TFM’s accessibility with assistive technology such as screen readers, braille displays, and magnifiers.

 

What’s new?

 

There are limitless possibilities with the new user interface elements we are now using. The below list outlines some new features in the new user interface.

 

  • It is generally faster than the old one.
  • If a control has a key command, it can be clearly labeled.
  • Generally, we can fix long standing bugs in the old TFM.
  • New features are easier to build, and will take less time.
  • TFM won’t be as resource intense as the old one.

 

We aren’t putting any deadline on the conversion. We ask everyone be patient and wait until we say that the new user interface is safe to use.

 

New TFM features

 

As already mentioned, TFM can bring you new features with the new dotnet upgrade and user interface rebuild. Here are some of the new features we are working on.

 

FMC new features

 

  • Faster performance. The new FMC is roughly 3 times faster than the old one.
  • Increased refresh rate from 30 seconds to 10 seconds.
  • The caret remains at its current location in the display after an auto refresh.
  • Includes an indicator that displays the current line select keys in use. A = alternate; d = default.
  • Change line select key sets on the fly with CTRL+L while working in the FMC.
  • All controls have clearly labeled names and key commands.
  • Pressing ENTER now types the scratchpad text into the FMC.
  • Pressing the clear button clears the TFM and PMDG scratchpad. When the scratchpad is cleared, TFM announces that it is now clear.
  • The font size increases or decreases as the FMC window size changes.

In general, you will see some of the following new features.

 

  • Controls in a window, especially small ones, will resize as the window resizes.
  • New controls such as a toggle button. Instead of using the words ‘on’ or ‘off’ for on/off controls, TFM can now use the pressed state of a toggle button to indicate the on/off state of an aircraft switch. An example is auto throttle. If TFM announces ‘auto throttle button pressed,’ it means auto throttle is turned on. Otherwise, it is turned off. This eliminates the old indicators which were bulky and time consuming to use.
  • TFM can now indicate the state of an aircraft switch with color. If the switch is on (toggle button pressed), it changes the background color to green and the text on the button to white. This makes it easier for sighted users to spot turned on switches.

 

There is much more possible than what we can put in a blog post. However, we will keep everyone updated on the current status of the new TFM redesign.

 

Flightsim expo

 

Don’t forget FlightSim expo on June 23-25, 2023. We are presenting on Sunday June 25 at 10:00AM EST. The entire weekend of presentations is streamed live if you register for online access. We hope to see you in person. If not, we will see you online!

 

PMDG rebuild series, week 27: Control Stand, MSFS performance, close to the end

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Welcome to week 27 of the PMDG 737 rebuild series. A lot has gone into the past 4 weeks, and we have a lot to cover. The control stand is finished, and we have some bug fixes most people will like. The fall 2022 survey is now closed. Thanks to the people who filled it out. We will post the results on Sunday’s blog post for week 27. Now, on with the new content!

 

MSFS Performance fixes

 

Many users have noticed that TFM will cause MSFS to buffer audio, drop frames in the video, and on occasion crash. The obvious problem is the airports database and its size. The default MSFS airports database is around 780MB on disk. That’s almost 800MB of text files! When loaded into TFM, it expands to around 2GB. For some reason, loading the MSFS airports database caused GPU overloads, dropped frames, and code matrix overloads. We implemented a fix for it. However, our testing is fairly limited to a few users at this point. To check if the problem is fixed for you, do the following.

 

NOTE: The following steps requires Open broadcasting system (OBS). So, make sure you have downloaded, installed, and configured it for an MSFS recording session.

 

  1. Start MSFS and load into a PMDG 737 aircraft.
  2. Start OBS and set up for an MSFS recording.
  3. Start the recording session in OBS.
  4. While recording a video, force TFM to produce problems. A common way to cause problems is open the cockpit panels with left bracket ([), then Ctrl+P.
  5. When done trying to crash MSFS or TFM, stop the OBS recording.
  6. In OBS, go to help>logs>upload and activate the menu item.
  7. In the logs successfully uploaded window, press the analyze button. A webpage appears with the results.
  8. Read through the results. If TFM is not causing problems, you will have no GPU or code matrix overruns.
  9. Close OBS.

 

It would help us if you would send us your OBS analyzer results, especially if it identifies GPU and code matrix problems. You can send the results to info at talkingflightmonitor.com. Note the @ is spelled out with spaces around it.

 

The PMDG 737 FMC slash key

 

The slash (/) key on the PMDG 737 is now fixed. This includes the P3D and MSFS versions of the PMDG 737.

 

Control Stand

 

The control stand is self explanatory, so we wont go into much detail about its operation here. However, we will go over the keyboard commands for each section. Most of these sections are split into groups to accommodate keyboard commands. All of these controls have the ability to be silent. Just go to TFM settings/PMDG/737 speech events/Control Stand to find the sections below. Check the box to have TFM announce the value when it changes, and uncheck the box to have it remain silent when the value changes.

 

CDU

 

  • Has no keyboard commands.

 

Trim

ALT+T – Elevator trim. Use ‘U’ and ‘D’ to change the value.

ALT+A – Aileron trim. Use ‘L’ and ‘R’ to change values. Currently there is no method to center it.

ALT+B – Stab trim. This is a read-only view.

ALT+E – Electrical stab trim switch. Use SPACE or ENTER to change.

ALT+P – Auto pilot stab trim. Use SPACE or ENTER to change.

ALT+S – Stab trim. Use SPACE or ENTER to change.

 

Pedestal

 

ALT+F – Pedestal flood light. Use I and D to change the value.

ALT+P – Pedestal brightness. Use I or D to change the value.

ALT+K – Parking brake lever. Use SPACE or ENTER to change.

ALT+1 – Parking brake indicator.

ALT+2 – Pedestal unlock indicator.

ALT+3 – Unlock failure indicator.

 

Fire protection

 

The keyboard commands are grouped because there are too many controls for individual keyboard commands.

 

ALT+H – Fire handles. For each focused fire handle, press P to pull/push the handle, L to turn it left, and R to turn it right. The focused fire handle must be pulled out to turn I while a fire or fire test is in progress.

ALT+C – Fire alarm cutoff switch. Press SPACE or ENTER to change.

ALT+O – Overheat detector switches. Press SPACE or ENTER to change.

ALT+T – Fire tests. Press SPACE or ENTER to change.

ALT+1 – Fire handle indicators.

ALT+2 – Overheat indicators

ALT+4 – Extinguisher test indicators.

 

 

Cargo fire protection

 

ALT+F – Forward selector switch. Press SPACE or ENTER to change.

ALT+A – AFT selector switch. Press SPACE or ENTER to change.

ALT+W – Forward fire detector switch. Press SPACE or ENTER to change.

ALT+E – AFT fire detector switch. Press SPACE or ENTER to change.

ALT+I – Discharge. Press SPACE or ENTER to change.

ALT+T – Test. Press SPACE or ENTER to change.

ALT+1 – Forward extinguisher test indicator

ALT+2 – Aft extinguisher test indicator

ALT+3 – Forward fire indicator.

ALT+4 – Aft fire indicator.

ALT+5 – Detector fault indicator

ALT+6 – Discharge indicator

 

Transponder

 

Left bracket ([), then Shift+T – Opens the alternate transponder window.

ALT+E – Transponder code. Type a value and press ENTER.

ALT+S – Transponder source switch. Press SPACE or ENTER to change.

ALT+A – Transponder alt source. Press SPACE or ENTER to change.

ALT+M – Transponder mode switch. Press SPACE or ENTER to change.

ALT+I – Ident switch. Press SPACE or ENTER to change.

ALT+T = Transponder test. Press SPACE or ENTER to change.. WARNING: the test feature only works under certain conditions.

ALT+1 – Transponder failure indicator

 

The next update will come in week 29 or 30 when we finish up the PMDG 737 and push it out the door. Have fun with the new release. You can download it by clicking the preview releases at the top of the page. If you need help getting started with TFM, feel free to send us a contact by filling out the form on the contact us page. Have fun flying, and don’t forget the bug reports and feature requests.

PMDG 737 rebuild series, week 22: Forward panel, MSFS test flight, preview 22.11

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Welcome to week 22 of our PMDG 737 rebuild series. We are now 90% complete. This week and most of last week we took time to investigate issues with fs2020 and completed the forward panel. discussion is below. We will also cover The next preview (22.11).

 

The forward panel

 

We had to break the forward panel into different segments because there were over 50 controls on it. Some of them BVI pilots will never use, such as the DU selectors, some are used elsewhere in TFm, such as N1 or speed brakes.

 

Main forward panel area

 

ALT+W – Nose wheel steering. Press to cycle through options.

ALT+C – Capt. Disengage test. Press to cycle through options.

ALT+O – F/O disengage test. Press to cycle through options.

ALT+I – Cockpit lights. Press to cycle through options.

ALT+F – Fuel flow. Press to cycle through options.

ALT+1 – Left Below GS indicator.

ALT+2 – Right below GS indicator.

ALT+3 – Left FMC indicator.

ALT+4 – Right FMC indicator.

ALT+5 – Stab out of trim indicator.

ALT+6 – Anti-skid inop indicator.

 

MCP

 

ALT+1 – Left auto throttle disengage indicator (red).

ALT+2 – Right auto throttle disengage indicator (red).

ALT+3 – Left auto throttle disengage indicator (amber).

ALT+4 – Right disengage indicator (amber).

ALT+5 – Command A disengage indicator (red).

ALT+6 – Command B disengage indicator (red).

ALT+7 – Command A disengage indicator (amber).

ALT+8 – Command B disengage indicator (amber).

 

DU panel

 

ALT+D – Capt. DU. Press to cycle options.

ALT+U – F/O DU. Press to cycle options.

ALT+C – Capt. Lower DU. press to cycle options.

ALT+F – F/O lower DU. press to cycle options.

 

Standby panel

 

ALT+1 – RMI #1. Press to cycle options.

ALT+2 – RMI #2. Press to cycle options.

 

Speed panel

 

ALT+N – N1 selector. Press to cycle options.

ALT+S – Speed ref. Press to cycle options.

 

Brakes panel

 

ALT+T – Auto brake. See the MCP/Speed box for more information.

ALT+B – Brake pressure indicator.

ALT+1 – Speed brake armed indicator.

ALT+2. – Speed brake do not arm indicator.

ALT+3 – Speed brake extended indicator.

ALT+4 – Auto brake disarm indicator.

 

 

Flaps panel

 

ALT+L – Left flaps needle indicator.

ALT+R – Right flaps needle indicator.

ALT+1 – Flaps in transit indicator.

ALT+2 – Flaps extended indicator.

 

 

Gear panel

 

ALT+G – Gear lever. Press to cycle options.

ALT+1 – Nose gear in transit indicator.

ALT+2 – Left gear in transit indicator.

ALT+3 – Right gear in transit indicator.

ALT+4 – Nose gear locked indicator.

ALT+5 – Left gear locked indicator.

ALT+6 – Right gear locked indicator.

 

 

As always, we will include the TFM settings to turn on/off automatic announcements for all supported aircraft controls/states.

 

Preview 22.11

 

We will release preview 22.11 sometime later this week. Most likely, around the middle of the week. Keep an eye out for it, and don’t forget to read the release notes. This preview has a lot of working parts and new features, including MSFS support for the PMDG 737.

 

MSFS test flight follow-up

 

Last week, I tried an MSFS (fs2020) test flight in the PMDG 737-700 cargo aircraft. After some investigation, here are follow-up points from last week.

 

  • MCP controls such as L-Nav, V-Nav, level change, etc always report off. This is only true if you tell First officer next to leave the MCP alone.
  • The speed brake reports a float such as 4.93 instead of a whole number like 103. This is true and we will have to build a fix for it.
  • It takes TFM a longer time to load the MSFS airports database. This is true. In addition, you must point TFM to the FS2020 airports database after you use makerunways.exe. To point TFM to the FS2020 database, open TFM settings, navigate to the airports database setting category, then use the P3D airports database location to browse for the FS2020 database.
  • First officer fails to do auto flows. True if you have AutoFlows = 0 set in the first officer user.config file. Otherwise, it will use auto flows. The only condition is when it tells you to check doors on pushback. In this case, you will have to press the after start flow yourself.
  • Getting to the briefing, ops, and other features is difficult at best. The click points are icons with no alt text or focusable items. We hear he is going to make an accessible user interface by the middle of this week, so we will wait and see.
  • FSO next fails to program the route and other FMC items. We have mixed results with community members, and are trying to sort out the problem. If it doesn’t program the route pages, you can do it yourself.

My landing rate on this trip was -86. A never before seen in the PMDG 737, at least for me. This would prove that LNav and VNav works better in the MSFS versions. Also, auto throttle works much better in the MSFS version. A better part of my descent, the throttle maintained a .08% thrust.

We will close it up for week 22. We hope the TFM upgrades are working for you. Don’t forget to report bugs and new features, especially on the MSFS side of things. As always, if you need help, let us know.

 

PMDG 737 rebuild series, week 20: Vatsim mode, preview builds, finishing the PMDG 737 support

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In week 19 of the PMDG 737 rebuild series, we covered the new Vatsim mode, introduced the forward panel, and launched the 2022 fall survey. If you haven’t gotten a chance to fill it out, it is located in the primary menu. For screen reader and braille display users, it is at the top of every page on the website. It shouldn’t take more than 5 – 10 minutes to complete. This week, we will cover more of the new Vatsim mode, testing preview builds, and ending the PMDG 737 rebuild series over the next few weeks.

 

Vatsim mode

 

Vatsim mode is used when flying on the popular Vatsim ATC network. Vatsim mode replaces the AI traffic window in TFM. Although we will eventually release Vatsim mode to the public, we must mention that it is unstable at times. So, sometimes users might get an error while loading traffic and ATC controllers. Hopefully, we can fix the problem later. The next preview build of TFM will have the controllers, traffic, and distance filter for Vatsim traffic. We will add more features to Vatsim mode as the year progresses.

 

Testing preview builds

 

As of this blog post, TFM preview has only had 6 downloads. There are no issues filed against TFM preview builds. We would like to remind those interested in preview features that reporting issues when detected is important in making a stable release. It is good if there aren’t any bugs. However, if you find a bug or want a feature included, you must fill out the new issue form found on the issues page of the repository. Have fun exploring and testing!

 

PMDG 737 series 80% complete

 

What is left?

 

Through the past 20 weeks, we have rebuilt TFM support for the PMDG 737 series of aircraft. If estimations are correct, we should finish TFM support for the 737 in about 4 or 5 weeks. Here is what is left.

 

  • Forward panel
  • Lower forward panel
  • Console
  • Some random offsets not on any real panel.
  • Minor feature additions/changes
  • Code cleanup.

 

What’s next?

 

Once the 737 has a week or two left to complete, we will start working on the 747 series. It will follow the same format as the 737. At the end of the week, we will publish a blog post covering the new features for the week. Then we will publish videos demonstrating it. Estimated time to finish the 747 series is roughly 52 weeks. We hope to see you there!

PMDG 737 rebuild series week 17: Glare shield, MCP, 22.10 preview

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In week 16 of the PMDG 737 rebuild series, we covered the main premise behind the MCP/auto pilot system and its TFM components, “the MCP boxes”. Most of it was finished at the time. However, a portion of it still had not been developed. In this blog post, we will review the MCP components from last week’s blog post, then cover the remainder of the MCP. At the end of the post, we will briefly let you in on what’s up for next week.

The MCP

 

As mentioned, last week’s blog post covers everything in the MCP except two major parts: The altitude box and the navigation box. We will cover those here.

 

Altitude box

 

The altitude box is self-explanatory. So, we will cover the keyboard shortcuts here. To open the altitude box while TFM is open: Press left bracket ([), then SHIFT+A.

 

ALT+E – Altitude entry. Enter altitude and press enter.

ALT+I – Altitude intervene. Turns altitude intervene on. Turns off when desired altitude is achieved.

ALT+V – V-nav. Turns V-nav on/off.

ALT+L – Level change. Turns level change on/off.

ALT+H – Altitude hold. Turns altitude hold on/off.

ALT+1 – V-nav indicator. Indicates if V-nav is on/off.

ALT+2 – Level change indicator. Indicates if level change is on/off.

ALT+3 – Altitude hold indicator. Indicates if altitude hold is on/off.

 

Navigation box

 

The navigation box is the portion of the MCP that helps the 737 navigate. This includes flight directors, autopilots, autopilot interrupts, and other useful commands. You can open the navigation box while TFM is running by pressing left bracket ([), then SHIFT+F. The keyboard shortcuts are below.

 

ALT+F – Left flight director. Turns FD/L on/off.

ALT+D – Right flight director. Turns FD/R on/off.

ALT+P – Approach mode. Turns approach mode on/off.

ALT+V – Localizer hold. Turns localizer hold on/off.

ALT+A – CMDA. Turns CMDA on/off.

ALT+C – CWSA. Turns CWSA on/off.

ALT+B – CMDB. Turns CMDB on/off..

ALT+W – CWSB. Turns CWSB on/off.

ALT+K – Bank limit selector. Selects maximum bank in degrees.

ALT+I – Disengage bar. Turns the disengage bar on/off.

ALT+1 – ALT+8 – Indicators. Indicates various states of controls in this window.

 

The entire MCP and its components can also be found in the cockpit panels. While TFM is running, do the following.

 

  • Press left bracket ([), then CTRL+P.
  • Navigate the tree until you find Glare Shield, then expand it.
  • Navigate to MCP, then expand it.
  • Choose one of the following tree nodes.
    • Altitude
    • Heading
    • Navigation
    • Speed
    • Vertical speed

 

Either press TAB to navigate the windows, or press each window’s relevant keyboard shortcuts.

Return to tree in Panels and settings

 

A new keyboard shortcut in the cockpit panels and TFM settings windows is the F6 key. Pressing this from anywhere in these dialogs will return you to the main tree. This way, users don’t have to TAB all the way around a large set of controls to return to the tree.

 

Preview 22.10

 

It is time for another preview build. This one is 22.10 preview because it will be at least October before we can get another official release. The 22.10 preview cycle proves to be exciting because we will cover the forward panel, comms/transponder panels, and we will introduce a new feature called “Vatsim mode”. So, stay tuned for more exciting features. Until week 18!

 

PMDG 737 rebuild series, week 15: TFM preview released, glare shield progress, and Navigraph support

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In week 14 of our PMDG 737 rebuild series, we discussed the air systems panel and other life issues that left us behind schedule by 4 weeks. In week 15, we will cover the release of TFM 22.9.1 preview, the upcoming glare shield, and some exciting news everyone has been waiting for a long time to hear.

 

TFM 22.9.1 preview

 

During week 14, we originally thought the air systems panel would be the only topic covered. Unexpected plans had us releasing TFM 22.9.1 earlier than expected. It turns out that the bottom overhead was easier to finish than originally planned. The bottom overhead contains the engines and lights panels. We will cover each one below.

 

Engines panel

 

The engines panel is fairly simple with a limited number of controls. The keyboard shortcuts are below. NOTE: for ease of use, we moved the fuel control switches from the control stand to the engines panel.

 

Alt+A – APU start selector.

ALT+1 p Engine #1 group. Contains engine start switch and fuel control switch.

ALT+2 – Engine #2 group – Contains engine start switch and fuel control switch.

ALT+I – Ignition switch.

 

Lights panel

 

The lights panel is also self explanatory. We will list the keyboard shortcuts below.

 

ALT+L – Landing lights group. Contains left/right retractable and left/right fixed landing lights.

ALT+R – Runway turnoff group – Contains left/right runway turnoff lights.

ALT+T – Taxi lights.

ALT+G – Logo lights.

ALT+A – Anti-collision lights (beacon lights).

ALT+W – Wing lights.

ALT+H – Wheel well lights.

ALT+P – Position lights.

 

 

Glare shield

 

The glare shield is not yet complete. However, there are some points we want to cover in this section. They mainly cover the EFIS, MCP, and HGS panels.

 

  • We will not include the EFIS panel in TFM. The EFIS panel has switches we can use. Unfortunately, we can’t get any data from the panel. Since we can’t get feedback from the controls/displays, we are leaving the EFIS out of TFM.
  • The MCP panel will move from the overhead panel to the glare shield. We will discuss more of the MCP panel later.
  • We will not include some of the HGS (headsup) guidance system panel. Some of the controls such as entering a runway, runway length, and landing altitude are not accessible when it comes to output. Most of this panel includes camera still images of the runway and other areas of the airport, which BVI pilots can’t use. However, there are other items we can use. These include the rollout, takeoff, and landing/Autoland indicators that we will put into TFM.

 

The MCP panel

 

The mode control panel (MCP), or auto flight controls normally live on the glare shield. Ever since TFM supported the PMDG 737 MCP, it has been on the overhead panel. As identified by the PMDG 737 SDK, it is supposed to be on the glare shield. So, we will move it to the glare shield. There are some fundamental design flaws in the current MCP panel, making it difficult to use. The new MCP will have the following changes, making it easier to use.

 

  • The speed box will have a speed entry field, speed intervene, speed hold, auto throttle, spoiler A, spoiler B buttons, and a speed brake input field.
  • There will be indicators (lights) on each MCP box that are easy to access.
  • Some controls not normally on the MCP panel will merge with the MCP panel/boxes to facilitate ease of use. Examples include speed brake and spoilers on the speed box.
  • New flight control boxes
    • Navigation (left bracket, SHIFT+N) – Courses and NAV 1+2, tuned VOR readout.
    • Autopilot (left bracket, SHIFT+P) – Flight directors, autopilot controls, bank angle selectors, barometers, etc.
    • The MCP panel in the glare shield will be broken down into different segments. For instance, each focus area of the MCP/flight control boxes will have their own treeview entry under MCP.

 

Since the MCP is segmented and could get complex, we will continue to cover each segment in different blog posts.

 

Focused areas of need

 

We usually maintain that each panel of the PMDG series of aircraft is added to TFM in the order they appear in the SDK, unless otherwise required. In some cases, it is best to do them out of order, and organized in a way that TFM users best understand them.  We will give a brief overview of the comms panel that is coming to TFM soon.

 

Comms panel

 

The comms panels usually consist of mics, receivers, audio transmitters, and a set of frequency types. TFM will layout the comms panels as follows.

The comms panels which you can access with right bracket, SHIFT+C is a generic comms window that helps you change comms frequencies for any type of aircraft. We are building one specific to the PMDG 737. It will include a comms tab that includes com1/2 frequencies, a tab for audio setup, a tab for transponder, and a tab to setup mics/receivers. This may change as requirements change, but this gives a basic layout.

 

Navigraph support

 

We brought this up in previous WhatsApp messages, email list messages, and blog posts. TFM is applying for Navigraph database support. When we first applied a year or so ago, the Navigraph development team told us it would be a fairly long time before they could get to TFM. We are pleased to let everyone know that we are now up in line, and a person from Navigraph is actively working with us to get TFM into the FMS data manager.

There has been a lot of movement this week with TFM development. From TFM 22.9.1 preview, to starting the glare shield and rebuilding the MCP, and finally to working with Navigraph to get TFM enrolled in their system. We have been fairly busy this week. There aren’t any deliverables for week 15, but as we said, progress is key.

PMDG 737 rebuild series, week 8: Center over head continued, preview releases, Navigraph support

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Welcome to week 8 of our PMDG 737 rebuild series for Talking flight monitor (TFM). Last week, we introduced the main area of the center overhead panel and preview releases of TFM. This week, we will cover anti ice and hydraulics panels. We will also describe when preview releases are provided for download.

 

Anti ice panel

 

The anti ice panel isn’t complicated to use. On the other hand, it has many controls to go through. Since keyboard shortcuts are assigned for groups of controls, we will provide the groups with keyboard shortcuts here, then cover all of the controls in the provided demo video.

 

ALT+W – Group that contains all window heat controls.

ALT+P – Left/right probe heat switches.

ALT+G – Wing anti ice switch.

ALT+E – Group containing engine anti ice switches.

ALT+ 1- 5 – Indicator groups containing all panel indicators.

 

Hydraulics

 

The hydraulics panel isn’t complicated and has few controls on it. The 4 switches have no keyboard shortcut at this time. We want user feedback on whether to include keyboard shortcuts for these switches. The indicator groups do have keyboard shortcuts though. Here are the controls and groups of indicators.

 

Electrical ½ switches

Engine ½ switches

ALT+1 – Electrical indicator group.

ALT+2 – Engine indicator group.

ALT+3 – Electrical pump overheat indicators.

Next week, week 9, we will finish the center overhead panel and provide a new preview build for everyone to take a look at.

 

When are preview builds released?

 

Recently, we have been getting questions about the timing of preview releases. Preview releases are built when a major portion of the 737 is finished. Examples are the forward overhead, aft overhead, center overhead, glare shield, and others. This gives us time to finish a significant portion of work while fixing bugs identified in the previous preview build. If significant work means multiple areas of work, then the preview build may be delayed for a while.

 

Bug reporting and feature requests

 

When reporting bugs or new features, follow the following guidelines.

 

  • When reporting on 737 bugs or features, report them against the preview releases of TFM.
  • Any other aircraft, report bugs and features against the current release.

The above guidelines will change for the 777 and the 747. We are no longer taking bug reports and feature requests for the PMDG 737 series. Again, any new bug reports and feature requests should be reported on the preview releases.

 

Navigraph support in TFM

 

This past week, we discovered that Navigraph owns a public API for downloading the current and past Navigraph cycles. TFM is in the process of applying for access to their APIs. When approved, TFM will have the ability to directly download the Navigraph databases. Implementing the ability to download the databases will take time. When support is finished, TFM will have the following workflow.

 

  • TFM will offer the ability to download a new cycle.
  • The user is directed to a secure Navigraph login page.
  • The user signs in with their Navigraph username/password.
  • Navigraph will request permission to grant TFM access to the Navigraph account.
  • When granted access, TFM will download the current cycle.
  • Once approved, TFM will download the current cycle without intervention.

 

We hope you are enjoying the PMDG 737 rebuild series, and hope to see you next week for some new features and content. To report a bug or new feature request, press right bracket (]), then CTRL+SHIFT+I while TFM is running. To contact us, feel free to fill out the contact us form. One of us will get back to you soon.

Contact us

PMDG 737 rebuild series week 7: Center Overhead/main area

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Welcome to week 7 of the PMDG rebuild series for TFM. Although We only have one panel for this week, there is a new key feature to be aware of when using panels with lighting knobs. We will now take a look at the Center Overhead panel’s main area.

 

Center Overhead main area

 

  • ALT+B – Circuit breaker knob. Use I to increase and D to decrease.
  • ALT+O – Overhead panel knob – I to increase and D to decrease.
  • ALT+E – Emergency lights – Use arrows to change.
  • ALT+U – Equipment cooling supply switch – Use SPACE or ENTER to change.
  • ALT+X – Equipment cooling exhaust switch – Use SPACE or ENTER to change.
  • ALT+C – Chimes – Use arrow keys to change.
  • ALT+S – Seatbelt sign. Use arrow keys to change.
  • ALT+ 1 – ALT+5 – Panel indicators.

 

We would like to remind everyone about a few important points.

  • TFM is owned and developed by Jason Fayre and Andy Borka.
  • The preview versions are ‘use at your own risk.’ Neither of us will take responsibility for its current affect on pilot’s flights.

To report a bug or new issue, press right bracket (, then CTRL+SHIFT+I while TFM is running. If you would like to contact us at TFM, fill out the contact form. We look forward to seeing you during week 8!