public mode(ConfigNode cn, Part p)
{
maxec = 10;
foreach (ConfigNode.Value cnv in cn.values ?? new ConfigNode.ValueList())
{
switch (cnv.name)
{
case "MaxEC": {
maxec = float.Parse(cnv.value);
break;
}
}
}
ConfigNode.ValueList vl = cn.GetNode("FUELS").values; // No null coalescing intentional here
fuels = new fuel[vl.Count];
for (byte n = 0; n < vl.Count; n++)
{
fuels[n] = new fuel(vl[n]);
}
vl = (cn.GetNode("BYPRODUCTS") ?? new ConfigNode()).values;
bypr = new fuel[vl.Count];
for (byte n = 0; n < vl.Count; n++)
{
bypr[n] = new fuel(vl[n], true);
}
tanks = (cn.GetNode("TANKS") ?? new ConfigNode()).values;
vl = (cn.GetNode("EMITTERS") ?? new ConfigNode()).values;
emttrs = new emttr[vl.Count];
for (byte n = 0; n < vl.Count; n++)
{
emttrs[n] = new emttr(vl[n]);
}
foreach (ConfigNode.Value cnv in (cn.GetNode("EMITSCALE") ?? new ConfigNode()).values)
{
Array.Find(emttrs, x => x.name == cnv.name).scale = float.Parse(cnv.value);
}
vl = (cn.GetNode("LIGHTS") ?? new ConfigNode()).values;
lights = new light[vl.Count];
for (byte n = 0; n < vl.Count; n++)
{
lights[n] = new light(vl[n], p);
}
}
private void uds(states newstate, Double gen, Double max)
{
if (gen != lgen || max != lmax)
{
lgen = gen;
lmax = max;
ecs_t = gen.ToString(FTFMT) + " / " + max.ToString(FTFMT);
}
if (state != newstate)
{
state = newstate;
switch (state)
{
case states.fuelDepr: {
state_t = "Fuel Deprived";
break;
}
case states.noDeman: {
state_t = "No Demand";
break;
}
case states.nominal: {
state_t = "Nominal";
break;
}
case states.deploy: {
state_t = "Deploying";
amfd(-1);
break;
}
case states.retract: {
state_t = "Retracting";
amfd(1);
break;
}
case states.off: {
state_t = "Off";
break;
}
#if DEBUG
default: {
state_t = "ERROR!";
break;
}
#endif
}
}
Double tf = gen / max * ratelmt;
if (tf != ltf || fm != lfm)
{
ltf = tf;
lfm = fm;
foreach (light l in c.ms[fm].lights)
{
foreach (Light lim in part.FindModelComponents <Light>(l.name) ?? new List <Light>())
{
lim.intensity = Convert.ToSingle(l.mmag * tf);
}
}
tf *= c.em;
int min = (state == states.nominal ? 1 : 0);
foreach (KSPParticleEmitter kpe in part.FindModelComponents <KSPParticleEmitter>())
{
emttr e = Array.Find(c.ms[fm].emttrs, x => x.name == kpe.name);
kpe.minEmission = kpe.maxEmission = Math.Max((int)(tf * (e == default(emttr) ? 1 : e.scale)), min);
}
}
}