|
spwmatrix gecon latitude longitude, wn(wbin) wtype(bin) db(0 150) r
> (3958.761) row
N.B.: Elements of 22 rows sum up to zero, weighting matrix was not row-
> standardized
These rows are:
4
5
6
7
8
9
11
12
13
14
16
17
18
19
20
21
22
23
28
29
30
31
You might want to rethink your weights structure criteria.
Use nearstat to obtain distance information and a neighbor count
for your distance-cutoff or distance band.
Binary distance spatial weights matrix calculated successfully and the
> following actions taken:
- Spatial weights matrix created as Stata object(s): wbin.
- N.B.: Stata spatial weights matrix, wbin, can be used as if it was c
> reated by the user-written command spatwmat.
. spwmatrix gecon latitude longitude, wn(wbin) wtype(bin) db(0 100) r
> (3958.761) row
N.B.: Elements of 24 rows sum up to zero, weighting matrix was not row-
> standardized
These rows are:
4
5
6
7
8
9
10
11
12
13
14
16
17
18
19
20
21
22
23
25
28
29
30
31
You might want to rethink your weights structure criteria.
Use nearstat to obtain distance information and a neighbor count
for your distance-cutoff or distance band.
Binary distance spatial weights matrix calculated successfully and the
> following actions taken:
- Spatial weights matrix created as Stata object(s): wbin.
- N.B.: Stata spatial weights matrix, wbin, can be used as if it was c
> reated by the user-written command spatwmat.
. spwmatrix gecon latitude longitude, wn(wbin) wtype(bin) db(0 100) r
> (358.761) row
Binary distance spatial weights matrix calculated successfully and the
> following actions taken:
- Spatial weights matrix created as Stata object(s): wbin.
- N.B.: Stata spatial weights matrix, wbin, can be used as if it was c
> reated by the user-written command spatwmat.
- Spatial weights matrix has been row-standardized.
.
. spwmatrix gecon latitude longitude, wn(wbin) wtype(bin) db(0 100) r
> (1358.761) row
N.B.: Elements of 6 rows sum up to zero, weighting matrix was not row-s
> tandardized
These rows are:
9
11
21
28
29
30
You might want to rethink your weights structure criteria.
Use nearstat to obtain distance information and a neighbor count
for your distance-cutoff or distance band.
Binary distance spatial weights matrix calculated successfully and the
> following actions taken:
- Spatial weights matrix created as Stata object(s): wbin.
- N.B.: Stata spatial weights matrix, wbin, can be used as if it was c
> reated by the user-written command spatwmat.
. spwmatrix gecon latitude longitude, wn(wbin) wtype(bin) db(0 100) r
> (558.761) row
N.B.: Elements of one row sum up to zero, weighting matrix was not row-
> standardized
This row is:
28
You might want to rethink your weights structure criteria.
Use nearstat to obtain distance information and a neighbor count
for your distance-cutoff or distance band.
Binary distance spatial weights matrix calculated successfully and the
> following actions taken:
- Spatial weights matrix created as Stata object(s): wbin.
- N.B.: Stata spatial weights matrix, wbin, can be used as if it was c
> reated by the user-written command spatwmat.
. spwmatrix gecon latitude longitude, wn(wbin) wtype(bin) db(0 100) r
> (158.761) row
Binary distance spatial weights matrix calculated successfully and the
> following actions taken:
- Spatial weights matrix created as Stata object(s): wbin.
- N.B.: Stata spatial weights matrix, wbin, can be used as if it was c
> reated by the user-written command spatwmat.
- Spatial weights matrix has been row-standardized.
. list
+---------------------------------------------------------+
| provid proveng longit~e latitude gdp |
|---------------------------------------------------------|
1. | 1 Anhui 119 31 69.4842 |
2. | 2 Beijing 116.43 39.91 72.8565 |
3. | 3 Chongqing 106.56 29.56 71.73 |
4. | 4 Fujian 118 26 68.5743 |
5. | 5 Gansu 102 38 67.2363 |
|---------------------------------------------------------|
6. | 6 Guangdong 113 23 72.521 |
7. | 7 Guangxi 109 24 68.7223 |
8. | 8 Guizhou 107 27 64.2908 |
9. | 9 Hainan 109.5 19.2 70.0111 |
10. | 10 Hebei 114.3 38.02 70.3524 |
|---------------------------------------------------------|
11. | 11 Heilongjiang 128 48 66.9732 |
12. | 12 Henan 114 34 70.1546 |
13. | 13 Hubei 112 31 67.2547 |
14. | 14 Hunan 112 28 66.9335 |
15. | 15 Jiangsu 120.25 31.75 65.678 |
|---------------------------------------------------------|
16. | 16 Jiangxi 116 28 71.3742 |
17. | 17 Jilin 126.55 43.85 66.1062 |
18. | 18 Liaoning 123 41 67.9495 |
19. | 19 Nei Mongol 111.41 40.48 70.2189 |
20. | 20 Ningxia 106 37 66.9432 |
|---------------------------------------------------------|
21. | 21 Qinghai 96 36 60.5695 |
22. | 22 Shaanxi 109 35 67.4042 |
23. | 23 Shandong 118 36 70.571 |
24. | 24 Shanghai 121.29 31.14 74.9035 |
25. | 25 Shanxi 112 37 68.9713 |
|---------------------------------------------------------|
26. | 26 Sichuan 105 29.83 66.3282 |
27. | 27 Tianjin 117.12 39.02 72.3214 |
28. | 28 Xinjiang 82 38 59.638 |
29. | 29 Xizang Zizhiqu 88 29 62.5905 |
30. | 30 Yunnan 101 24 63.4897 |
|---------------------------------------------------------|
31. | 31 Zhejiang 120 29 71.78 |
+---------------------------------------------------------+
.
|