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rain: add units to the output properties and explain them

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mfranz 2008-12-15 08:01:33 +00:00
parent d8131d6944
commit cb76be5383
1 changed files with 14 additions and 11 deletions
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25
Nasal/aircraft.nas
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@ -839,9 +839,12 @@ var tyresmoke = {
# =============================================================================
# Provides a property which can be used to control rain. Can be used to turn
# off rain in internal views, and or used with a texture on canopies etc.
# The output is co-ordinated with system precipitation.
# The output is co-ordinated with system precipitation:
#
# see Hawker Seahawk for an example.
# /sim/model/rain/raining-norm rain intensity
# /sim/model/rain/flow-mps drop flow speed [m/s]
#
# See Hawker Seahawk for an example.
#
# SYNOPSIS:
# aircraft.rain.init();
@ -853,25 +856,25 @@ var rain = {
me.dtN = props.globals.getNode("sim/time/delta-sec");
me.enableN = props.globals.initNode("sim/rendering/precipitation-aircraft-enable", 0, "BOOL");
me.precip_levelN = props.globals.initNode("environment/params/precipitation-level-ft", 0);
me.altitudeN = props.globals.initNode("position/altitude-ft", 0);
me.iasN = props.globals.initNode("velocities/airspeed-kt", 0);
me.rainingN = props.globals.initNode("sim/model/rain/raining", 0);
me.flowN = props.globals.initNode("sim/model/rain/flow", 0);
me.precipitation_levelN = props.globals.initNode("environment/params/precipitation-level-ft", 0);
me.rainingN = props.globals.initNode("sim/model/rain/raining-norm", 0);
me.flowN = props.globals.initNode("sim/model/rain/flow-mps", 0);
props.globals.initNode("sim/model/rain/flow-threshold-kt", 15);
props.globals.initNode("gear/canopy/position-norm", 0);
var canopyN = props.globals.initNode("gear/canopy/position-norm", 0);
var thresholdN = props.globals.initNode("sim/model/rain/flow-threshold-kt", 15);
setlistener(canopyN, func(n) me.canopy = n.getValue(), 1, 0);
setlistener(thresholdN, func(n) me.threshold = n.getValue(), 1);
setlistener("sim/rendering/precipitation-gui-enable", func(n) me.enabled = n.getValue(), 1);
setlistener("sim/model/rain/flow-threshold-kt", func(n) me.threshold = n.getValue(), 1);
setlistener("environment/metar/rain-norm", func(n) me.rain = n.getValue(), 1);
setlistener("sim/current-view/internal", func(n) me.internal = n.getValue(), 1);
setlistener("gear/canopy/position-norm", func(n) me.canopy = n.getValue(), 1, 0);
},
update: func {
var altitude = me.altitudeN.getValue();
var precip_level = me.precipitation_levelN.getValue();
var ias = me.iasN.getValue();
var altitude = me.altitudeN.getValue();
var precip_level = me.precip_levelN.getValue();
var elapsed = me.elapsed_timeN.getValue();
var dt = me.dtN.getValue();