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Advanced Liftoff Control

This script allows for automated override management for planetary liftoff to save hydrogen and power.
Capable of controlling arbitrary set of thrusters, it will by default automatcally find thrusters that make sense to be controlled together and use those to lift off.
Requires a programmable, a ship controller and of course thrusters

Normally, if you just press, lets say "Up" to ascend, all thrusters will always burn at their maximum output, regardless of whether you need that power or not.

The script uses the override feature to precisely set thrust output. It has multiple "stages":
It will try to use/optimize Atmospherics, Hydrogens and Ions in that order. So it will use Atmospheric thrust as long as possible, joining in Hydrogen as late as possible. Then it will start using Ions as soon as possible to reduce hydrogen consumption.

Example Ship
note: This example might not run the most up to date version of the script

Basic: (autogenerate==1, default)

1. Build Your ship.
   
2. Claim ownership on all blocks
   
3. Take control of a ship controller that contains the "controlBlockName" string, defined below (default "_liftoff") in its name. Make sure this controller is the MAIN COCKPIT
   
4. Have more than 0 hydrogen thrusters, make sure their display names contain directions (e.g. 'Up'). This is ensured by correctly following step 3.
   Note that the direction tag is relative to the seat/control you are in.
   
5. (Run script to start.)

To manually stop, run the script with the argument "STOP" (case sensitive).
Note that if dont have it set to (re)enable Inertias when doing that your ship might make a uncomfortable landing.

To reset the script, run it with the argument "INIT" (case sensitive). This will reset all data and generate all listings again, just like a recompile would.

Setup LCDs
LCD setup is done via two ways. The first is a group that is named as specified in the script. The second and more precise way is block custom data.
The below code example will write the main information to screen 0, so the first screen, of the block this data is set on. Note that LCDs only have one screen to begin with. Cockpits however have multiple.
This code example would write the main output to the 2nd screen, and thelog to the 3rd. Note that the log wont fit on cockpit screens, this is just for demonstration.


Additional setup (neither required nor dependent)

1. do all the steps from the basic setup (except for the run xD)
   
2. Put thrusters you want to control in a group whichs name is specified below (see ascentHydroGroup, ascentAtmosphericGroup,...)
   
3. If you have more than one control block and want to use a specific one, set its name below.
   
4. Have blocks named as specified in TriggerOnStart, TriggerOnFinish and TriggerMidFlight, which will be trigger at specific stages.
   
5. have a display named as specified below, have which text the script should write to,
   and have the display set to display the correct text(probably)
   
6. adjust all settings to your linkings. (no warranties at all if settings are changed)

Additional Information for gravity drive users:
if you want to use your gravity drive after some height has been reached (aka artificial gravity is a thing again)

• set the gravityTreshold to a value where your gravity drive can lift the ship
  
• set enableDampenersOnStop to false (otherwise your ship will start braking)
  
• set TriggerOnStop to the name of a Timer block which you use as a relay to enable your gravity drive.
  
• set said timer block to turn both generators and masses on)
  
• fly using magic.

none?

• remove the requirement of hydrogen thrusters, so you could build a atmo and/or ion only ship.
  
• add the option to have different ion and hydro/atmo thrust vectors, and setup the script so it will automatically turn if ions are present and could be used instead
  
• let the script control the angle, so we get maximum efficiency.
  (lower prio)