Quomodo GSD et tabellarius fucum genera afficiunt accurate relativum exemplar 3D?

In ultimo articulo Quomodo puncta imperii ac PPK notitiae locorum ad exemplar accuratum relativum 3D afficiunt, commemoravimus praeter GCPs et PPK notitias, GSD et tabellarius fucum aliquem effectum habere etiam in subtilitate relativa 3D. model.So aliud experimentum facimus ut illud cognoscamus.

Experimentum 1: effectus GSD in accuratione relativa exemplar 3D;

Conditio 1

Carrier fucus	Obliquus camera	GCPs	PPK
CW10 VTOL	DG4pros	NO	NO

Proventus Table 1:

Numerus rerum	mensurae longitudinis (L0"	Exemplum longitudinis 3DL1）GSD=2cm	exemplum longitudinis 3DL2）GSD=1.5cm	DS1（L0-L1）	DS2（L0-L2）
1	7.210	7.18	7.20	0.030	0.013
	8.706	8.69	8.65	0.016	0.093
	10.961	10.89	10.90	0.093	0.093
2	7.010	6.88	6.86	0.130	0.150
3	1.822	1.76	1.76	0.093	0.093
4	10.410	10.38	10.37	0.030	0.041
5	10.718	10.65	10.68	0.093	0.038
6	13.787	13.72	13.71	0.093	0.077
7	11.404	11.41	11.38	-0.006	0.024
	12.147	12.13	12.12	0.017	0.027
8	7.526	7.44	7.49	0.093	0.093
	13.797	13.83	13.77	-0.033	0.027
9	10.374	10.35	10.35	0.024	0.024
10	2.109	1.98	2.09	0.129	0.019
	4.281	4.14	4.19	0.141	0.093
11	14.675	14.55	14.64	0.125	0.035
	8.600	8.58	8.57	0.018	0.030
12	13.394	13.36	13.38	0.034	0.014
13	12.940	12.95	12.91	-0.010	0.030
14	7.190	7.21	7.20	-0.020	-0.010
15	13.371	13.36	13.38	0.011	-0.009
	6.435	6.37	6.43	0.093	0.005
16	3.742	3.74	3.70	0.002	0.041
17	6.022	6.03	5.99	-0.008	0.093
18	3.937	3.91	3.94	0.027	-0.003
19	8.120	8.09	8.12	0.030	0.000
	14.411	14.40	14.37	0.011	0.041
20	6.077	6.06	6.04	0.017	0.093
21	13.696	13.68	13.65	0.016	0.041
RMSE： DS1=0.0397m，DS2=0.0356m

Conditio 2

Carrier fucus	Obliquus camera	GCPs	PPK
CW10 VTOL	DG4pros	Ita	No

Proventus Tabula 2:

Numerus rerum	mensurae longitudinis (L0"	Exemplum longitudinis 3DL1）GSD=2cm	exemplum longitudinis 3DL2）GSD=1.5cm	DS1（L0-L1）	DS2（L0-L2）
1	7.210	7.18	7.21	0.030	0
	8.706	8.68	8.68	0.024	0.024
	10.961	10.91	10.87	0.041	0.093
2	7.010	6.92	6.88	0.093	0.13
3	1.822	1.79	1.76	0.093	0.093
4	10.410	10.39	10.38	0.018	0.03
5	10.718	10.66	10.72	0.078	-0.002
6	13.787	13.77	13.79	0.017	-0.003
7	11.404	11.38	11.38	0.024	0.024
	12.147	12.12	12.13	0.027	0.017
8	7.526	7.47	7.53	0.093	-0.004
	13.797	13.83	13.78	-0.033	0.017
9	10.374	10.34	10.37	0.034	0.004
10	2.109	2.03	2.11	0.093	-0.001
	4.281	4.18	4.28	0.101	0.001
11	14.675	14.59	14.67	0.093	0.005
	8.600	8.57	8.58	0.030	0.02
12	13.394	13.35	13.39	0.041	0.004
13	12.940	12.92	12.9	0.018	0.04
14	7.190	7.21	7.19	-0.020	0
15	13.371	13.36	13.37	0.011	0.001
	6.435	6.43	6.42	0.005	0.014
16	3.742	3.72	3.7	0.022	0.041
17	6.022	6.00	5.98	0.022	0.041
18	3.937	3.94	3.91	-0.003	0.027
19	8.120	8.09	8.07	0.030	0.05
	14.411	14.41	14.38	0.001	0.031
20	6.077	6.03	6.04	0.041	0.093
21	13.696	13.65	13.65	0.041	0.041
RMSE: DS1=0.0328m，DS2=0.0259m

Conditio 3

Carrier fucus	Obliquus camera	GCPs	PPK
CW10 VTOL	DG4pros	NO	ETIAM'

Proventus Table 3

Numerus rerum	mensurae longitudinis (L0"	Exemplum longitudinis 3DL1）GSD=2cm	exemplum longitudinis 3DL2）GSD=1.5cm	DS1（L0-L1）	DS2（L0-L2）
1	7.210	7.20	7.20	0.01	0.01
	8.706	8.71	8.69	0.00	0.02
	10.961	10.87	10.88	0.09	0.08
2	7.010	6.89	6.87	0.12	0.14
3	1.822	1.79	1.75	0.03	0.07
4	10.410	10.39	10.38	0.02	0.03
5	10.718	10.67	10.69	0.05	0.03
6	13.787	13.75	13.78	0.04	0.01
7	11.404	11.39	11.38	0.01	0.02
	12.147	12.13	12.12	0.02	0.03
8	7.526	7.51	7.49	0.02	0.04
	13.797	13.79	13.78	0.01	0.02
9	10.374	10.35	10.34	0.02	0.03
10	2.109	2.03	2.02	0.08	0.09
	4.281	4.15	4.21	0.13	0.07
11	14.675	14.61	14.65	0.07	0.03
	8.600	8.60	8.57	0.00	0.03
12	13.394	13.37	13.40	0.02	-0.01
13	12.940	12.88	12.89	0.06	0.05
14	7.190	7.20	7.18	-0.01	0.01
15	13.371	13.36	13.38	0.01	-0.01
	6.435	6.40	6.46	0.03	-0.03
16	3.742	3.75	3.75	-0.01	-0.01
17	6.022	5.97	5.97	0.05	0.05
18	3.937	3.93	3.91	0.01	0.03
19	8.120	8.10	8.08	0.02	0.04
	14.411	14.40	14.38	0.01	0.03
20	6.077	6.04	6.05	0.04	0.03
21	13.696	13.65	13.67	0.05	0.03
RMSE: DS1=0.0342m，DS2=0.0328m

Conditio 4

Carrier fucus	Obliquus camera	GCPs	PPK
CW10 VTOL	DG4pros	ETIAM'	ETIAM'

Proventus Tabula 4:

Numerus rerum	mensurae longitudinis (L0"	Exemplum longitudinis 3DL1）GSD=2cm	exemplum longitudinis 3DL2）GSD=1.5cm	DS1（L0-L1）	DS2（L0-L2）
1	7.21	7.21	7.21	0.00	0.00
	8.706	8.68	8.7	0.03	0.01
	10.961	10.90	10.89	0.06	0.07
2	7.01	6.98	6.99	0.03	0.02
3	1.822	1.80	1.78	0.02	0.04
4	10.41	10.40	10.39	0.01	0.02
5	10.718	10.70	10.69	0.02	0.03
6	13.787	13.77	13.76	0.02	0.03
7	11.404	11.39	11.39	0.01	0.01
7	12.147	12.13	12.12	0.02	0.03
8	7.526	7.49	7.51	0.04	0.02
8	13.797	13.81	13.8	-0.01	0.00
9	10.374	10.36	10.35	0.01	0.02
10	2.109	2.02	2.11	0.09	0.00
10	4.281	4.16	4.28	0.12	0.00
11	14.675	14.66	14.68	0.02	0.00
11	8.6	8.54	8.53	0.06	0.07
12	13.394	13.35	13.37	0.04	0.02
13	12.94	12.89	12.91	0.05	0.03
14	7.19	7.18	7.2	0.01	-0.01
15	13.371	13.35	13.35	0.02	0.02
15	6.435	6.41	6.4	0.02	0.03
16	3.742	3.72	3.71	0.02	0.03
17	6.022	5.98	5.98	0.04	0.04
18	3.937	3.89	3.89	0.05	0.05
19	8.12	8.12	8.1	0.00	0.02
19	14.411	14.40	14.39	0.01	0.02
20	6.077	6.03	6.03	0.05	0.05
21	13.696	13.66	13.64	0.04	0.06
RMSE： DS1=0.0308m，DS2=0.0249m

conclusiones

Variabiles experimentorum 1 sunt:

1: With/Sine PPK data.

2: With/Sine GCPs.

III, GSD：1,5 cm vel 2cm

Post analysin quattuor notarum experimentalium, conclusiones sequentes colligere possumus:

Cum camera obliqua est DG4Pros;

(1) Cum/Sine loco continenti puncto (GCP) et PPK data in AT triangula implicata, sive VTOL vel fucus multi-rotor, sive GSD sit 2cm vel 1.5cm, exemplar 3D a camera obliqua DG4Pros aedificatum. cum requisitis accurate relativi erroris Ds≤10cm (Actu ≤5cm).

(2) Cum GSD singularis sit variabilis, certior relativus exemplaris 3D cum GSD=1.5cm melior est quam GSD=2cm.

Experimentum 2: effectus tabellarii fuci typi in accuratione relativi exemplaris 3D

Conditio 1

Obliquus camera	GCPs	PPK	GSD
DG4pros	NO	NO	1.5cm

Proventus Table 1:

Numerus rerum	mensurae longitudinis (L0"	Exemplum longitudo 3D（L1）CW10	exemplum longitudinis 3DL2）M600Pro	DS1（L0-L1）	DS2（L0-L2）
1	7.21	7.20	7.19	0.013	0.02
	8.706	8.65	8.70	0.093	0.01
	10.961	10.90	10.91	0.093	0.05
2	7.01	6.86	6.98	0.150	0.03
3	1.822	1.76	1.79	0.093	0.03
4	10.41	10.37	10.39	0.041	0.02
5	10.718	10.68	10.69	0.038	0.03
6	13.787	13.71	13.76	0.077	0.03
7	11.404	11.38	11.38	0.024	0.02
	12.147	12.12	12.12	0.027	0.03
8	7.526	7.49	7.50	0.093	0.03
	13.797	13.77	13.77	0.027	0.03
9	10.374	10.35	10.33	0.024	0.04
10	2.109	2.09	2.02	0.019	0.09
	4.281	4.19	4.20	0.093	0.08
11	14.675	14.64	14.65	0.035	0.03
	8.6	8.57	8.57	0.030	0.03
12	13.394	13.38	13.35	0.014	0.04
13	12.94	12.91	12.92	0.030	0.02
14	7.19	7.20	7.17	-0.010	0.02
15	13.371	13.38	13.35	-0.009	0.02
	6.435	6.43	6.41	0.005	0.02
16	3.742	3.70	3.70	0.041	0.04
17	6.022	5.99	5.99	0.093	0.03
18	3.937	3.94	3.89	-0.003	0.05
19	8.12	8.12	8.08	0.000	0.04
	14.411	14.37	14.36	0.041	0.05
20	6.077	6.04	6.06	0.093	0.02
21	13.696	13.65	13.65	0.041	0.05
RMSE: DS1=0.0356m，DS2=0.342m

Conditio 2

Obliquus camera	GCPs	PPK	GSD
DG4pros	ETIAM'	NO	1.5cm

Proventus Tabula 2:

Numerus rerum	mensurae longitudinis (L0"	Exemplum longitudo 3D（L1）CW10	exemplum longitudinis 3DL2）M600Pro	DS1（L0-L1）	DS2（L0-L2）
1	7.21	7.21	7.21	0	0.00
	8.706	8.68	8.70	0.024	0.01
	10.961	10.87	10.91	0.093	0.05
2	7.01	6.88	6.98	0.13	0.03
3	1.822	1.76	1.80	0.093	0.02
4	10.41	10.38	10.39	0.03	0.02
5	10.718	10.72	10.70	-0.002	0.02
6	13.787	13.79	13.75	-0.003	0.04
7	11.404	11.38	11.38	0.024	0.02
	12.147	12.13	12.13	0.017	0.02
8	7.526	7.53	7.49	-0.004	0.04
	13.797	13.78	13.79	0.017	0.01
9	10.374	10.37	10.35	0.004	0.02
10	2.109	2.11	2.07	-0.001	0.04
	4.281	4.28	4.21	0.001	0.07
11	14.675	14.67	14.66	0.005	0.02
	8.6	8.58	8.57	0.02	0.03
12	13.394	13.39	13.35	0.004	0.04
13	12.94	12.9	12.93	0.04	0.01
14	7.19	7.19	7.18	0	0.01
15	13.371	13.37	13.36	0.001	0.01
	6.435	6.42	6.42	0.014	0.01
16	3.742	3.7	3.71	0.041	0.03
17	6.022	5.98	6.00	0.041	0.02
18	3.937	3.91	3.91	0.027	0.03
19	8.12	8.07	8.10	0.05	0.02
	14.411	14.38	14.35	0.031	0.06
20	6.077	6.04	6.06	0.093	0.02
21	13.696	13.65	13.67	0.041	0.03
RMSE: DS1=0.0259m，DS2=0.256m

conclusiones

Variabiles experimentorum 2 sunt:

1: With/Sine GCPs.

II: Diversus Portitorem fucum: a VTOL fucus vel multi-rotor fucus

Post analysim ambarum notitiarum experimentalium, conclusiones sequentes colligere possumus:

Cum camera obliqua est DG4Pros;

(1) Cum/Sine loco ditionis puncto (GCP) utrum fucus VTOL vel multi-rotor sit, exemplar 3D ex obliqua camera DG4Pros constructum exigentiis accurationis relativi erroris Ds≤10cm (Actu ≤5cm).

(2) Cum tabellarius fucus typi singularis variabilis est, accuratio relativa exemplaris 3D cum multi-rotor melior est quam cum VTOL, sed differentia non magna est.

Antecedens.Quomodo arx longitudo 3D effectibus exemplaribus afficit?

Deinde:Synchronisation expositio

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Experimentum 1: effectus GSD in accuratione relativa exemplar 3D;

Conditio 1

Proventus Table 1:

Conditio 2

Proventus Tabula 2:

Conditio 3

Proventus Table 3

Conditio 4

Proventus Tabula 4:

conclusiones

Experimentum 2: effectus tabellarii fuci typi in accuratione relativi exemplaris 3D

Conditio 1

Proventus Table 1:

Conditio 2

Proventus Tabula 2:

conclusiones

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