Custom Airlock IC10 - Revision history

TK421: removed unecessary
tags

2026-02-20T09:39:48Z

removed unecessary tags

TK421: move ICCode template inside collapse template correctly

2026-02-20T09:38:22Z

move ICCode template inside collapse template correctly

← Older revision		Revision as of 09:38, 20 February 2026
Line 40:		Line 40:
	{\| class="mw-collapsible mw-collapsed"		{\| class="mw-collapsible mw-collapsed"
	!Source code:		!Source code:
	~~{{ICCode\|~~
	\|-		\|-
	\|<br>		\|
			{{ICCode\|<br>
	define Int.Pressure 100<br>		define Int.Pressure 100<br>
	define Ext.Pressure 0<br>		define Ext.Pressure 0<br>

TK421: Use new version IC10 template for syntax highlighting.

2026-02-20T09:35:12Z

Use new version IC10 template for syntax highlighting.

← Older revision		Revision as of 09:35, 20 February 2026
Line 40:		Line 40:
	{\| class="mw-collapsible mw-collapsed"		{\| class="mw-collapsible mw-collapsed"
	!Source code:		!Source code:
			{{ICCode\|
	\|-		\|-
	\|<br>		\|<br>
Line 164:		Line 164:
	yield<br>		yield<br>
	j ra<br>		j ra<br>
			}}
	\|}		\|}

Emilgardis: Use proper/better category -> IC10

2024-05-23T18:07:47Z

Use proper/better category -> IC10

← Older revision		Revision as of 18:07, 23 May 2024
Line 1:		Line 1:
	[[Category:~~MIPS~~ Programming]]		[[Category:IC10 Programming]]
	[[File:Airlockscreen.jpg\|thumb]]		[[File:Airlockscreen.jpg\|thumb]]

Vaquinha: /* Usage */

2023-04-18T06:49:41Z

Usage

← Older revision		Revision as of 06:49, 18 April 2023
Line 139:		Line 139:
	dePressurize_end:<br>		dePressurize_end:<br>
	s LedLight On 1<br>		s LedLight On 1<br>
			yield<br>
	j ra<br>		j ra<br>
	<br>		<br>
Line 149:		Line 150:
	pressurize_end:<br>		pressurize_end:<br>
	s LedLight On 1<br>		s LedLight On 1<br>
			yield<br>
	j ra<br>		j ra<br>
	<br>		<br>
Line 160:		Line 162:
	j _monitorTrigger<br>		j _monitorTrigger<br>
	monitorTrigger_end:<br>		monitorTrigger_end:<br>
			yield<br>
	j ra<br>		j ra<br>
	\|}		\|}

Legolegs: Category:MIPS Programming

2020-06-18T20:45:31Z

Category:MIPS Programming

← Older revision		Revision as of 20:45, 18 June 2020
Line 1:		Line 1:
			[[Category:MIPS Programming]]
	[[File:Airlockscreen.jpg\|thumb]]		[[File:Airlockscreen.jpg\|thumb]]

JedBolt at 20:07, 2 March 2020

2020-03-02T20:07:09Z

← Older revision		Revision as of 20:07, 2 March 2020
Line 13:		Line 13:
	= Assembly =		= Assembly =

	Set up a standard airlock for atmosphere on both sides. Configure the pressures in the first two lines of the script. The LED serves as trigger for both cycling the airlock and skipping each phase, hence should be placed inside the airlock. The airlock should be a single frame to avoid leftover atmosphere after depressurization. For larger airlocks place the sensor on the far side from the vents. The script supports [[Blast Doors]], but since they lack a door handle you will need a button on each side (outside) of the airlock. Connect a [[Logic Writer]] to each button and use it to toggle the LED.		Set up a standard airlock for atmosphere on both sides. Configure the pressures in the first two lines of the script. '''Before exporting the script or resetting the IC, make sure the airlock is cycled to the outside (inner door closed, outer open)'''. The LED serves as trigger for both cycling the airlock and skipping each phase, hence should be placed inside the airlock. The airlock should be a single frame to avoid leftover atmosphere after depressurization. For larger airlocks place the sensor on the far side from the vents. The script supports [[Blast Doors]], but since they lack a door handle you will need a button on each side (outside) of the airlock. Connect a [[Logic Writer]] to each button and use it to toggle the LED.

	IC10 pin layout:		IC10 pin layout:

JedBolt at 18:41, 1 March 2020

2020-03-01T18:41:22Z

← Older revision		Revision as of 18:41, 1 March 2020
Line 13:		Line 13:
	= Assembly =		= Assembly =

	~~Standard~~ airlock ~~setup~~ for atmosphere on both sides. The LED serves as trigger for both cycling the airlock and skipping each phase, hence should be placed inside the airlock. The airlock should be a single frame to avoid leftover atmosphere after depressurization. For larger airlocks place the sensor on the far side from the vents. The script supports [[Blast Doors]], but since they lack a door handle you will need a button on each side (outside) of the airlock. Connect a [[Logic Writer]] to each button and use it to toggle the LED.		Set up a standard airlock for atmosphere on both sides. Configure the pressures in the first two lines of the script. The LED serves as trigger for both cycling the airlock and skipping each phase, hence should be placed inside the airlock. The airlock should be a single frame to avoid leftover atmosphere after depressurization. For larger airlocks place the sensor on the far side from the vents. The script supports [[Blast Doors]], but since they lack a door handle you will need a button on each side (outside) of the airlock. Connect a [[Logic Writer]] to each button and use it to toggle the LED.

	IC10 pin layout:		IC10 pin layout:
Line 34:		Line 34:

	The airlock can be cycled by interacting with either door, or turning the LED off. During cycling the doors are locked, and the LED can be used to skip both depressurize (red) and pressurize (yellow) phases.		The airlock can be cycled by interacting with either door, or turning the LED off. During cycling the doors are locked, and the LED can be used to skip both depressurize (red) and pressurize (yellow) phases.

			[https://pastebin.com/62E7BfqY Source Code]

	{\| class="mw-collapsible mw-collapsed"		{\| class="mw-collapsible mw-collapsed"

JedBolt: created the page for a custom airlock

2020-03-01T18:36:22Z

created the page for a custom airlock

New page

[[File:Airlockscreen.jpg|thumb]]

= Contents =
This script controls all functions of an airlock that consists of the following:

* [[Integrated Circuit (IC10) | IC10]]
* [[Kit (IC Housing) | IC Housing]]
* 2X [[Active Vent]]
* [[Gas Sensor]]
* [[Kit (Lights) | LED Light]]
* 2X [[Door]]

= Assembly =

Standard airlock setup for atmosphere on both sides. The LED serves as trigger for both cycling the airlock and skipping each phase, hence should be placed inside the airlock. The airlock should be a single frame to avoid leftover atmosphere after depressurization. For larger airlocks place the sensor on the far side from the vents. The script supports [[Blast Doors]], but since they lack a door handle you will need a button on each side (outside) of the airlock. Connect a [[Logic Writer]] to each button and use it to toggle the LED.

IC10 pin layout:
{| class="wikitable"
|-
| D0|| Interior Door
|-
| D1|| Exterior Door
|-
| D2|| Interior Vent
|-
| D3|| Exterior Vent
|-
| D4|| Gas Sensor
|-
| D5|| LED Light
|}

= Usage =

The airlock can be cycled by interacting with either door, or turning the LED off. During cycling the doors are locked, and the LED can be used to skip both depressurize (red) and pressurize (yellow) phases.

{| class="mw-collapsible mw-collapsed"
!Source code:

|-
| 
define Int.Pressure 100 
define Ext.Pressure 0 
 
alias Int.Door d0 
alias Ext.Door d1 
alias Int.Vent d2 
alias Ext.Vent d3 
alias Sensor d4 
alias LedLight d5 
 
define Color.Red 4 
define Color.Yellow 5 
define Color.Green 2 
define Mode.Out 1 
define Mode.In 0 
 
alias rT r0 
alias rT2 r1 
alias rTarPressure r2 
 
Init: 
s Int.Vent On 0 
s Ext.Vent On 0 
s Ext.Door Mode 1 #Logic mode 
s Int.Door Mode 1 #Logic mode 
s LedLight Color Color.Green 
s LedLight On 1 
s Int.Door Open 0 
s Ext.Door Open 1 
yield 
 
main: 
jal _monitorTrigger 
jal _cycleToInt 
jal _monitorTrigger 
jal _cycleToExt 
j main 
 
_cycleToInt: 
push ra 
s Ext.Door Lock 1 
s Int.Door Lock 1 
s Ext.Door Open 0 
s Ext.Vent Mode Mode.Out 
s Ext.Vent On 1 
s LedLight Color Color.Red 
s LedLight On 1 
jal _dePressurize 
s Ext.Vent On 0 
s Int.Vent Mode Mode.In 
s Int.Vent PressureExternal Int.Pressure 
move rTarPressure Int.Pressure 
s Int.Vent On 1 
s LedLight Color Color.Yellow 
jal _pressurize 
s LedLight Color Color.Green 
s Int.Vent On 0 
s Int.Door Open 1 
s Ext.Door Lock 0 
s Int.Door Lock 0 
pop ra 
j ra 
 
_cycleToExt: 
push ra 
s Int.Door Lock 1 
s Ext.Door Lock 1 
s Int.Door Open 0 
s Int.Vent Mode Mode.Out 
s Int.Vent On 1 
s LedLight Color Color.Red 
s LedLight On 1 
jal _dePressurize 
s Int.Vent On 0 
s Ext.Vent Mode Mode.In 
s Ext.Vent PressureExternal Ext.Pressure 
move rTarPressure Ext.Pressure 
s Ext.Vent On 1 
s LedLight Color Color.Yellow 
jal _pressurize 
s LedLight Color Color.Green 
s Ext.Vent On 0 
s Ext.Door Open 1 
s Int.Door Lock 0 
s Ext.Door Lock 0 
pop ra 
j ra 
 
_dePressurize: 
l rT Sensor Pressure 
beqz rT dePressurize_end 
l rT LedLight On 
beqz rT dePressurize_end 
j _dePressurize 
dePressurize_end: 
s LedLight On 1 
j ra 
 
_pressurize: 
l rT Sensor Pressure 
bge rT rTarPressure pressurize_end 
l rT LedLight On 
beqz rT pressurize_end 
j _pressurize 
pressurize_end: 
s LedLight On 1 
j ra 
 
_monitorTrigger: 
l rT Int.Door Setting 
l rT2 Ext.Door Setting 
beq rT rT2 monitorTrigger_end 
l rT LedLight On 
beqz rT monitorTrigger_end 
yield 
j _monitorTrigger 
monitorTrigger_end: 
j ra 
|}