KORE mission simulation

Three strategies, ten thousand journeys

Here the whole mission runs in the model: launch in Earth orbit, almost 300 years of darkness, arrival at Proxima b, landing and first harvest. Disturbances come at random, at the model's rates. Every strategy flies the same journeys, so differences come from the decisions and not from chance.

Every journey starts in year 0 and knows only what is known at launch. Landing sites and growth under Proxima are the model's own values, not those from the book.

The three strategies

Rule-basedLevel of knowledge: Model: Fixed rules and calendar: refresh as soon as germination falls below 50%, check the model every ten years, land at the brightest permitted site.
Forward-planningLevel of knowledge: Model: Plans back from the end: refreshes timed so that at least 50% germinate on arrival. After a germination test it plans again. It lands where little ultraviolet arrives and the light is still enough.
RobustLevel of knowledge: Model: Like the forward-planning strategy, but it reckons with the unfavourable edge of every measurement and holds back a reserve of nutrients.

How success is measured

Level of knowledge: Fiction

On arrival at least three viable archetypes, among them the red light collector.
By year 305 a first harvest with at least 2 kg of usable biomass.
The landing site lies at least 200 km from wet basins.

A journey counts as a success when all three conditions hold. Total loss, the loss of the red light collector, is counted separately. Across all journeys it may be at most 5%.

Stricter than these criteria are KORE's planning goals: at least 50% germination of the red light collector on arrival and a first harvest in at least 95% of journeys.

For release the model only checks the choice of landing site. It does not model leaks in the habitat.

Result with 10,000 journeys per strategy

Level of knowledge: Model

Calculated before the page was built, 10,000 journeys per strategy with the same random numbers.

Share of journeys per strategy, 95% interval in brackets
Strategy	Success	Total loss	Viable on arrival	First harvest	Red light goal
Rule-based	55.4% (54.4 to 56.3)	0.52%	98.8%	55.4%	92.7%
Forward-planning	51.7% (50.8 to 52.7)	0.22%	99.7%	51.7%	90.8%
Robust	52.1% (51.2 to 53.1)	0.23%	99.2%	52.2%	98.3%

With ample nutrients the simple rule wins, because it refreshes more often and the seed arrives fresher. Planning saves nutrients and pays off when they become scarce. Try it below with “Scarce nutrients”.

Difference to the rule-based strategy, calculated over the same journeys: forward-planning -3.6 percentage points (-4.3 to -3.0), robust -3.2 (-3.9 to -2.5).

No strategy reaches the planning goal for the harvest. That would take a first harvest in at least 95% of journeys.

Calculation

Success rate: Rule-based
k: journeys with success, n: all journeys.
$\hat{p} = \frac{k}{n}$ $\hat{p} = \frac{5,536}{10,000}$ $\hat{p} = 55.36 %$
95% interval: Rule-based
Wilson interval with z = 1.96. Centre and half-width of the interval are shown below, the result is the bounds.
$\frac{\hat{p} + \frac{z^{2}}{2 n} \pm z \sqrt{\frac{\hat{p} (1 - \hat{p})}{n} + \frac{z^{2}}{4 n^{2}}}}{1 + \frac{z^{2}}{n}}$ $z = 1.96$ $centre \approx 0.55358$ $half-width \approx 0.00974$ $[54.38 %; 56.33 %]$
Success rate: Forward-planning
k: journeys with success, n: all journeys.
$\hat{p} = \frac{k}{n}$ $\hat{p} = \frac{5,173}{10,000}$ $\hat{p} = 51.73 %$
95% interval: Forward-planning
Wilson interval with z = 1.96. Centre and half-width of the interval are shown below, the result is the bounds.
$\frac{\hat{p} + \frac{z^{2}}{2 n} \pm z \sqrt{\frac{\hat{p} (1 - \hat{p})}{n} + \frac{z^{2}}{4 n^{2}}}}{1 + \frac{z^{2}}{n}}$ $z = 1.96$ $centre \approx 0.51729$ $half-width \approx 0.00979$ $[50.75 %; 52.71 %]$
Success rate: Robust
k: journeys with success, n: all journeys.
$\hat{p} = \frac{k}{n}$ $\hat{p} = \frac{5,214}{10,000}$ $\hat{p} = 52.14 %$
95% interval: Robust
Wilson interval with z = 1.96. Centre and half-width of the interval are shown below, the result is the bounds.
$\frac{\hat{p} + \frac{z^{2}}{2 n} \pm z \sqrt{\frac{\hat{p} (1 - \hat{p})}{n} + \frac{z^{2}}{4 n^{2}}}}{1 + \frac{z^{2}}{n}}$ $z = 1.96$ $centre \approx 0.52139$ $half-width \approx 0.00979$ $[51.16 %; 53.12 %]$
Paired difference: Forward-planning versus Rule-based
a: journeys that succeed only with the first strategy, b: only with the second, n: all journeys. Calculated over the same journeys, so narrower than two separate intervals.
$d = \frac{a - b}{n}$ $v = \frac{a + b - n d^{2}}{n - 1}$ $d \pm 1.96 \sqrt{\frac{v}{n}}$ $d = \frac{352 - 715}{10,000} = - 0.0363$ $d = - 3.63 % [- 4.27 %; - 2.99 %]$
Paired difference: Robust versus Rule-based
a: journeys that succeed only with the first strategy, b: only with the second, n: all journeys. Calculated over the same journeys, so narrower than two separate intervals.
$d = \frac{a - b}{n}$ $v = \frac{a + b - n d^{2}}{n - 1}$ $d \pm 1.96 \sqrt{\frac{v}{n}}$ $d = \frac{465 - 787}{10,000} = - 0.0322$ $d = - 3.22 % [- 3.91 %; - 2.53 %]$

Run it yourself

Change the assumptions and run again. The calculation runs in your browser, each strategy in its own background process. 300 journeys take about five seconds on a current computer and up to about half a minute on a phone.

Level of knowledge: Model

Run it yourself

Nutrient losses (factor on base and flush loss)

1 is the model value. From about 1.3, that is 30% more loss, the forward-planning strategy leads.

Particle streams per year

Strong flares per year

Threshold of the rule (germination in %)

Journeys per strategy300 journeys1,000 journeys (takes about three times as long)

A single journey

One journey in detail, with the seed and strategy of your choice. This is a random run of the model, not the course of the book.

A single journey

Seed

Strategy

Result of this journey (Rule-based, Seed 1): success. First harvest in year 303.5 with 4.68 kg usable biomass. Landing site: day side.

Years since launch. The first almost four years with solar power are not drawn for power.

Values as a table

Year	Power (W)	Water (l)	Nutrients (kg)	Germination of the red light collector (%)
0.0	5,000	119.9	8.00	100
1.0	4,984	118.9	7.60	99
2.0	4,969	118.4	7.35	99
3.0	2,284	118.0	7.68	99
3.9	1,939	117.5	7.54	99
4.9	1,924	117.4	7.67	98
5.9	1,909	117.3	7.67	98
6.9	1,894	117.2	7.66	97
7.9	1,879	117.0	7.66	97
8.9	1,865	116.9	7.65	96
9.9	1,850	116.8	7.64	96
10.8	1,836	116.7	7.45	95
11.8	1,822	116.6	7.44	95
12.8	1,807	116.4	7.44	94
13.8	1,793	116.3	7.43	93
14.8	1,779	116.2	7.42	93
15.8	1,766	116.1	7.42	92
16.8	1,752	116.0	7.41	92
17.7	1,738	115.8	7.41	91
18.7	1,725	115.7	7.40	91
19.7	1,711	115.6	7.39	90
20.7	1,698	115.5	7.20	90
21.7	1,685	115.4	7.19	89
22.7	1,672	115.2	7.19	89
23.7	1,659	115.1	7.18	88
24.6	1,646	115.0	7.17	88
25.6	1,633	114.9	7.17	87
26.6	1,621	114.8	7.16	87
27.6	1,608	114.6	7.16	86
28.6	1,596	114.5	7.15	86
29.6	1,583	114.4	7.14	85
30.6	1,571	114.3	6.95	85
31.5	1,559	114.2	6.94	84
32.5	1,547	114.1	6.94	84
33.5	1,535	113.9	6.93	83
34.5	1,523	113.8	6.92	83
35.5	1,511	113.7	6.92	82
36.5	1,499	113.6	6.91	82
37.5	1,488	113.5	6.91	82
38.4	1,476	113.3	6.90	81
39.4	1,465	113.2	6.89	81
40.4	1,453	113.1	6.73	80
41.4	1,442	112.9	6.71	80
42.4	1,431	112.8	6.70	79
43.4	1,420	112.7	6.70	79
44.4	1,409	112.6	6.69	78
45.3	1,398	112.5	6.69	78
46.3	1,387	112.3	6.68	77
47.3	1,376	112.2	6.67	77
48.3	1,365	112.1	6.67	77
49.3	1,355	112.0	6.66	76
50.3	1,344	111.9	6.47	76
51.3	1,334	111.7	6.46	75
52.2	1,323	111.6	6.45	75
53.2	1,313	111.5	6.45	74
54.2	1,303	111.4	6.44	74
55.2	1,293	111.3	6.44	74
56.2	1,283	111.1	6.43	73
57.2	1,273	111.0	6.42	73
58.2	1,263	110.9	6.42	72
59.1	1,253	110.8	6.41	72
60.1	1,244	110.7	6.22	72
61.1	1,234	110.5	6.21	71
62.1	1,224	110.4	6.20	71
63.1	1,215	110.3	6.20	70
64.1	1,205	110.2	6.19	70
65.1	1,196	109.7	5.86	69
66.0	1,187	109.6	6.07	69
67.0	1,178	109.5	6.07	69
68.0	1,168	109.4	6.06	68
69.0	1,159	109.3	6.05	68
70.0	1,150	109.1	6.05	68
71.0	1,141	109.0	5.85	67
72.0	1,133	108.9	5.85	67
72.9	1,124	108.8	5.84	66
73.9	1,115	108.7	5.83	66
74.9	1,106	108.5	5.83	66
75.9	1,098	108.4	5.82	65
76.9	1,089	108.3	5.82	65
77.9	1,081	108.2	5.81	65
78.9	1,072	108.1	5.80	64
79.8	1,064	107.9	5.80	64
80.8	1,056	107.8	5.60	63
81.8	1,048	107.7	5.58	63
82.8	1,040	107.6	5.58	63
83.8	1,031	107.4	5.57	62
84.8	1,023	107.3	5.57	62
85.7	1,016	107.2	5.56	62
86.7	1,008	107.1	5.55	61
87.7	1,000	107.0	5.55	61
88.7	992	106.8	5.54	61
89.7	984	106.7	5.54	60
90.7	977	106.6	5.34	60
91.7	969	106.5	5.33	60
92.6	962	106.4	5.33	59
93.6	954	106.2	5.32	59
94.6	947	106.1	5.32	59
95.6	939	106.0	5.31	58
96.6	932	105.9	5.30	58
97.6	925	105.8	5.30	58
98.6	918	105.6	5.29	57
99.5	911	105.5	5.29	57
100.5	904	105.4	5.09	57
101.5	897	105.3	5.09	56
102.5	890	105.2	5.08	56
103.5	883	105.0	5.07	56
104.5	876	104.9	5.07	55
105.5	869	104.8	5.06	55
106.4	862	104.7	5.06	55
107.4	856	104.6	5.05	54
108.4	849	104.4	5.04	54
109.4	842	104.3	5.04	54
110.4	836	104.2	4.84	53
111.4	829	104.1	4.84	53
112.4	823	104.0	4.83	53
113.3	817	103.8	4.82	53
114.3	810	103.7	4.82	52
115.3	804	103.6	4.81	52
116.3	798	103.5	4.81	52
117.3	791	103.4	4.80	51
118.3	785	103.2	4.79	51
119.3	779	103.1	4.79	51
120.2	773	103.0	4.59	51
121.2	767	102.9	4.59	50
122.2	761	102.7	4.57	50
123.2	755	101.9	3.95	50
124.2	749	101.8	4.34	100
125.2	744	101.7	4.34	99
126.2	738	101.6	4.39	98
127.1	732	101.4	4.39	98
128.1	726	101.3	4.41	97
129.1	721	101.2	4.41	97
130.1	715	101.0	4.21	96
131.1	710	100.9	4.21	96
132.1	704	100.8	4.21	95
133.1	699	100.7	4.19	95
134.0	693	100.5	4.19	94
135.0	688	100.4	4.19	94
136.0	683	100.3	4.18	93
137.0	677	100.2	4.17	92
138.0	672	100.1	4.17	92
139.0	667	99.9	4.16	91
140.0	662	99.8	4.16	91
140.9	657	99.7	3.96	90
141.9	651	99.6	3.95	90
142.9	646	99.5	3.95	89
143.9	641	99.3	3.94	89
144.9	636	99.2	3.94	88
145.9	631	99.1	3.93	88
146.9	627	99.0	3.92	87
147.8	622	98.9	3.92	87
148.8	617	98.7	3.91	86
149.8	612	98.6	3.91	86
150.8	607	98.5	3.71	85
151.8	603	98.4	3.70	85
152.8	598	98.3	3.70	84
153.8	593	98.1	3.69	84
154.7	589	98.0	3.69	83
155.7	584	97.9	3.68	83
156.7	580	97.8	3.67	83
157.7	575	97.7	3.67	82
158.7	571	97.5	3.66	82
159.7	566	97.4	3.66	81
160.7	562	97.3	3.46	81
161.6	557	97.2	3.45	80
162.6	553	97.0	3.43	80
163.6	549	96.9	3.43	79
164.6	545	96.8	3.42	79
165.6	540	96.7	3.42	78
166.6	536	96.6	3.41	78
167.6	532	96.4	3.40	78
168.5	528	96.3	3.40	77
169.5	524	96.2	3.39	77
170.5	520	96.1	3.20	76
171.5	516	96.0	3.19	76
172.5	512	95.8	3.18	75
173.5	508	95.7	3.18	75
174.5	504	95.6	3.17	74
175.4	500	95.5	3.17	74
176.4	496	95.4	3.16	74
177.4	492	95.2	3.15	73
178.4	488	95.1	3.15	73
179.4	485	95.0	3.14	72
180.4	481	94.9	2.95	72
181.4	477	94.8	2.94	72
182.3	473	94.6	2.93	71
183.3	470	94.5	2.93	71
184.3	466	94.4	2.92	70
185.3	462	94.3	2.92	70
186.3	459	94.2	2.91	70
187.3	455	94.0	2.90	69
188.3	452	93.9	2.90	69
189.2	448	93.8	2.89	68
190.2	445	93.7	2.89	68
191.2	441	93.6	2.88	68
192.2	438	93.4	2.87	67
193.2	434	93.3	2.87	67
194.2	431	93.2	2.86	66
195.2	428	93.1	2.85	66
196.1	424	93.0	2.85	66
197.1	421	92.8	2.84	65
198.1	418	92.7	2.84	65
199.1	415	92.6	2.83	65
200.1	411	92.5	2.84	64
201.1	408	92.3	2.83	64
202.1	405	92.1	2.83	64
203.0	402	92.0	2.81	63
204.0	399	91.9	2.80	63
205.0	396	91.8	2.80	62
206.0	393	91.6	2.79	62
207.0	390	91.5	2.78	62
208.0	387	91.4	2.78	61
209.0	384	91.3	2.77	61
209.9	381	91.2	2.77	61
210.9	378	91.0	2.76	60
211.9	375	90.9	2.75	60
212.9	372	90.8	2.75	60
213.9	369	90.7	2.74	59
214.9	366	90.6	2.74	59
215.9	363	90.4	2.73	59
216.8	360	90.3	2.72	58
217.8	358	90.2	2.72	58
218.8	355	90.1	2.71	58
219.8	352	90.0	2.71	57
220.8	349	89.8	2.70	57
221.8	347	89.7	2.69	57
222.8	344	89.6	2.69	56
223.7	341	89.5	2.68	56
224.7	339	89.4	2.68	56
225.7	336	89.2	2.67	55
226.7	333	89.1	2.66	55
227.7	331	89.0	2.66	55
228.7	328	88.9	2.65	54
229.7	326	88.8	2.65	54
230.6	323	88.7	2.64	54
231.6	321	88.5	2.63	54
232.6	318	88.4	2.63	53
233.6	316	88.3	2.62	53
234.6	313	88.2	2.62	53
235.6	311	88.1	2.61	52
236.6	308	87.9	2.60	52
237.5	306	87.8	2.60	52
238.5	304	87.7	2.59	51
239.5	301	87.6	2.59	51
240.5	299	87.5	2.58	51
241.5	297	87.3	2.57	51
242.5	294	87.2	2.57	50
243.4	292	87.1	2.54	50
244.4	290	86.3	2.15	50
245.4	287	86.0	2.23	100
246.4	285	85.9	2.22	99
247.4	283	85.7	2.22	99
248.4	281	85.6	2.21	98
249.4	279	85.5	2.21	97
250.3	277	85.4	2.20	97
251.3	274	85.3	2.19	96
252.3	272	85.1	2.19	96
253.3	270	85.0	2.18	95
254.3	268	84.9	2.18	95
255.3	266	84.8	2.17	94
256.3	264	84.7	2.17	94
257.2	262	84.5	2.16	93
258.2	260	84.4	2.16	93
259.2	258	84.3	2.15	92
260.2	256	84.2	2.14	92
261.2	254	84.1	2.14	91
262.2	252	83.9	2.13	90
263.2	250	83.8	2.13	90
264.1	248	83.7	2.12	89
265.1	246	83.6	2.11	89
266.1	244	83.5	2.11	88
267.1	242	83.3	2.10	88
268.1	240	83.2	2.10	87
269.1	238	83.1	2.09	87
270.1	237	83.0	2.08	86
271.0	235	82.9	2.08	86
272.0	233	82.7	2.07	85
273.0	231	82.6	2.07	85
274.0	229	82.5	2.06	84
275.0	228	82.4	2.05	84
276.0	226	82.3	2.05	84
277.0	224	82.1	2.04	83
277.9	222	82.0	2.04	83
278.9	221	81.9	2.03	82
279.9	219	81.8	2.02	82
280.9	217	81.7	2.02	81
281.9	215	81.5	2.01	81
282.9	214	81.4	2.01	80
283.9	212	81.3	1.98	80
284.8	211	81.1	1.97	79
285.8	209	81.0	1.97	79
286.8	207	80.9	1.96	78
287.8	206	80.8	1.96	78
288.8	204	80.7	1.95	78
289.8	202	80.6	1.94	77
290.8	201	80.4	1.94	77
291.7	199	80.3	1.93	76
292.7	198	80.2	1.93	76
293.7	196	80.1	1.92	75
294.7	195	80.0	1.91	75
295.7	193	79.8	1.91	75
296.7	192	79.7	1.90	74
297.7	190	79.6	1.90	74
298.6	189	79.5	1.89	73
299.6	187	79.4	1.88	73
300.0	187	79.3	1.88	73
300.1	187	79.3	1.88	73
300.2	186	79.3	1.88	73
300.3	186	79.3	1.88	73
300.4	186	79.3	1.88	73
300.5	186	79.3	1.88	73
300.5	186	79.2	1.88	72
300.6	186	79.2	1.93	72
300.7	186	79.1	1.92	72
300.8	186	79.1	1.91	72
300.9	185	79.0	1.90	72
300.9	185	79.0	1.90	72
301.0	185	78.9	1.89	72
301.1	185	78.9	1.88	72
301.2	185	78.8	1.87	72
301.3	185	78.7	1.86	72
301.4	185	78.7	1.86	72
301.4	185	78.6	1.85	72
301.5	185	78.5	1.84	72
301.6	184	78.5	1.83	72
301.7	184	78.4	1.82	72
301.8	184	78.3	1.81	72
301.8	184	78.3	1.80	72
301.9	184	78.2	1.79	72
302.0	184	78.1	1.78	72
302.1	184	78.0	1.76	72
302.2	184	77.9	1.75	72
302.3	183	77.8	1.74	72
302.3	183	77.8	1.73	72
302.4	183	77.7	1.72	72
302.5	183	77.6	1.70	72
302.6	183	77.5	1.69	72
302.7	183	77.4	1.67	72
302.8	183	77.3	1.66	72
302.8	183	77.2	1.64	72
302.9	183	77.1	1.63	72
303.0	182	77.0	1.61	71
303.1	182	76.8	1.60	71
303.2	182	76.7	1.58	71
303.2	182	76.6	1.56	71
303.3	182	76.5	1.55	71
303.4	182	76.4	1.53	71
303.5	182	76.3	1.57	80
303.6	182	76.2	1.48	80
303.7	181	76.0	1.37	80
303.7	181	75.9	1.24	80
303.8	181	75.7	1.05	80
303.9	181	75.7	1.69	78
304.0	181	75.6	1.69	78
304.1	181	75.6	1.68	78
304.1	181	75.5	1.67	78
304.2	181	75.5	1.67	78
304.3	181	75.4	1.66	78
304.4	180	75.4	1.65	78
304.5	180	75.3	1.65	78
304.6	180	75.3	1.64	78
304.6	180	75.2	1.68	78
304.7	180	75.2	1.68	78
304.8	180	75.1	1.68	78
304.9	180	75.1	1.67	78
305.0	180	75.1	1.67	78

Events (153)

Year	Events
0.3	Culture of Storer failed
0.7	Chamber A out of service (fixed part of the model)
0.7	Refresh of Red-light harvester starts
2.1	Refresh of Red-light harvester ends
2.1	Refresh of Storer starts
3.0	Refresh of Storer ends, target missed
3.0	Refresh of Shadow walker starts
4.4	Refresh of Shadow walker ends
5.5	Sensor failed
10.0	Model check starts
10.2	Parameter copy restored
19.8	Bit error in the parameter copy
20.0	Model check starts
20.2	Sensor failed
20.2	Parameter copy restored
30.1	Model check starts
30.2	Parameter copy restored
40.0	Model check starts
40.1	Refresh of Pioneer starts
40.2	Parameter copy restored
40.3	Culture of Pioneer failed
40.4	Refresh of Pioneer ends, target missed
40.4	Refresh of Pioneer starts
40.8	Refresh of Pioneer ends, target missed
42.7	Bit error in the parameter copy
44.1	Sensor failed
50.0	Model check starts
50.2	Parameter copy restored
60.0	Model check starts
60.2	Parameter copy restored
64.4	Refresh of Shadow walker starts
65.7	Refresh of Shadow walker ends
70.1	Model check starts
70.2	Parameter copy restored
77.6	Bit error in the parameter copy
78.7	Bit error in the parameter copy
80.0	Model check starts
80.2	Parameter copy restored
80.9	Refresh of Pioneer starts
81.3	Refresh of Pioneer ends, target missed
90.0	Model check starts
90.2	Parameter copy restored
99.2	Sensor failed
100.0	Model check starts
100.2	Parameter copy restored
110.1	Model check starts
110.2	Parameter copy restored
120.0	Model check starts
120.2	Parameter copy restored
121.4	Refresh of Pioneer starts
121.7	Refresh of Pioneer ends, target missed
122.1	Refresh of Red-light harvester starts
123.4	Refresh of Red-light harvester ends
125.7	Refresh of Shadow walker starts
125.8	Culture of Shadow walker failed
127.1	Refresh of Shadow walker ends, target missed
127.1	Refresh of Shadow walker starts
127.2	Culture of Shadow walker failed
128.4	Refresh of Shadow walker ends, target missed
128.4	Refresh of Shadow walker starts
128.7	Culture of Shadow walker failed
129.7	Refresh of Shadow walker ends, target missed
129.7	Refresh of Shadow walker starts
130.0	Model check starts
130.2	Parameter copy restored
130.3	Culture of Shadow walker failed
131.0	Refresh of Shadow walker ends, target missed
131.0	Refresh of Shadow walker starts
131.7	Culture of Shadow walker failed
132.3	Refresh of Shadow walker ends, target missed
132.3	Refresh of Shadow walker starts
132.9	Sensor failed
133.6	Refresh of Shadow walker ends
140.0	Model check starts
140.2	Parameter copy restored
149.2	Sensor failed
150.1	Model check starts
150.2	Parameter copy restored
160.0	Model check starts
160.2	Parameter copy restored
161.8	Refresh of Pioneer starts
162.1	Sensor failed
162.1	Sensor failed
162.2	Sensor failed
162.2	Refresh of Pioneer ends, target missed
170.0	Model check starts
170.2	Parameter copy restored
170.6	Bit error in the parameter copy
180.0	Model check starts
180.2	Parameter copy restored
190.1	Model check starts
193.7	Refresh of Shadow walker starts
193.7	Generation of Shadow walker without humidity sensor
194.1	Generation of Shadow walker without humidity sensor
195.0	Refresh of Shadow walker ends
200.1	Refresh of Guardian starts
200.1	Generation of Guardian without humidity sensor
200.4	Culture of Guardian lost without humidity sensor
200.4	Refresh of Guardian ends, target missed
200.4	Refresh of Guardian starts
200.4	Generation of Guardian without humidity sensor
200.8	Refresh of Guardian ends, target missed
202.3	Refresh of Pioneer starts
202.3	Generation of Pioneer without humidity sensor
202.6	Refresh of Pioneer ends, target missed
203.7	Sensor failed
210.3	Bit error in the parameter copy
242.7	Refresh of Pioneer starts
242.7	Generation of Pioneer without humidity sensor
243.1	Refresh of Pioneer ends, target missed
243.5	Refresh of Red-light harvester starts
243.5	Generation of Red-light harvester without humidity sensor
243.9	Generation of Red-light harvester without humidity sensor
243.9	Culture of Red-light harvester failed
243.9	Generation of Red-light harvester without humidity sensor
244.4	Generation of Red-light harvester without humidity sensor
244.8	Refresh of Red-light harvester ends
255.0	Refresh of Shadow walker starts
255.0	Generation of Shadow walker without humidity sensor
255.4	Culture of Shadow walker failed
256.3	Refresh of Shadow walker ends, target missed
256.3	Refresh of Shadow walker starts
256.3	Generation of Shadow walker without humidity sensor
256.6	Culture of Shadow walker failed
257.7	Refresh of Shadow walker ends, target missed
257.7	Refresh of Shadow walker starts
257.7	Generation of Shadow walker without humidity sensor
258.0	Generation of Shadow walker without humidity sensor
258.1	Culture of Shadow walker failed
259.0	Refresh of Shadow walker ends, target missed
259.0	Refresh of Shadow walker starts
259.0	Generation of Shadow walker without humidity sensor
259.2	Culture of Shadow walker failed
260.3	Refresh of Shadow walker ends, target missed
260.3	Refresh of Shadow walker starts
260.3	Generation of Shadow walker without humidity sensor
260.6	Generation of Shadow walker without humidity sensor
261.6	Refresh of Shadow walker ends
277.6	Sensor failed
281.6	Sensor failed
283.1	Refresh of Pioneer starts
283.1	Generation of Pioneer without humidity sensor
283.4	Refresh of Pioneer ends, target missed
300.5	Landing: day side
300.6	Generation of Red-light harvester without humidity sensor
300.6	Sowing of Red-light harvester
303.5	Harvest of Red-light harvester: 4.68 kg usable biomass
303.5	Generation of Red-light harvester without humidity sensor
303.9	Culture of Red-light harvester lost without humidity sensor
303.9	Generation of Red-light harvester without humidity sensor
303.9	Sowing of Red-light harvester
304.6	Particle stream
304.6	Adaptation of Red-light harvester to the light starts again

State of the calculation

Model 0.1.0, parameters 2026-10-23.16, checksum 91f32c2a3d4c.