Field book format for Wild (Leica) total station.
The same rules are used for coordinate file (function Leica).
11 point number
21 horizontal angle
22 vertical angle
31 slope distance
41 point number or control code ( less than 100 )
42 info, depends on control code
43 info, depends on control code
44 info, depends on control code
51 prism constant
81 point coordinate y (east)
82 point coordinate x (north)
83 point coordinate z
84 station point coordinate y (east)
85 station point coordinate x (north)
86 station point coordinate z
Line starting with 11 has measured data (observations, coordinates) and lines starting with 14 are used for coding. If it is less than 100, it is used as control code otherwise as feature code (T3).
10 job date job number operator
11 project project job number
12 instrument instr.number operator
13 climate temperature pressure
20 station point number instr.height code
21 known station number instr.height code
22 free station number instr.height code
29 end of station definition (also 31 and 32 )
31 single point measurementcode ( T3 )
32 breakline measurementline ( T2 )code ( T3 )
33 codes surface ( T1 )line ( T2 )code ( T3 )
40 target height target height
-40 temporary target height target height (for next measurement)
41 a-distance a b dz
42 b-distance b dz
43 dz-distance dz
44 prism constant prism constant
-44 temporary prism constant prism constant (for next measurement)
45 slope offset S-distance
-45 temporary slope offset S-distance (for next measurement)
50 remove last measurement
51 close line
52 close rectangle
60 breakline
61 spline
62 arc with two points
63 arc with three points
64 arc with three points (middle point has T6=64)
65 continuous arc for the whole line
66 continuous arc begins
67 continuous arc ends
81 attribute data (true)codevalue
82 attribute data (index)codeindex
89 attribute data indexvaluevalue
Control codes 51 - 64 are stored in code field T6 and will be handled later in calculation.
In format settings, you can select whether to connect lines having same line number (T2). If not, you can use only line numbers 1 and 2 without worrying next free line number.
Attribute data for a single point is given before the observation line, but after possible code line.
Attribute data can be given either as real value or index value. Attribute id can be either text or numeric. If a number is used, the attribute name searched from the code file (code.dat). If number is zero, a comment attribute is created.
One point can have several attributes. If the same attribute is given twice (or more) to a point, the previous one is replaced. Attribute for a line is given to the first point of the line.
Use control code 81 to input attributes in real values.
Use control code 82 to input attributes in index values.
Control code 89 is reserved for trees. Input
tree type (index)
diameter of the tree (real value)
diameter of the crown or height of the tree (real value)
Define attribute names in CONV.CNV-file:
TreeCode=code, attr1, attr2, attr3
Example files for attribute handling :
Measured file: ATTR1.WLD
410006+00000031 42....+00000272 410006+00000082 42....+00000001 43....+00000002 410006+00000081 42....+00000002 43....+000000.3 410006+00000081 42....+00000003 43....+000007.0 110016+00000083 21.102+02252800 22.102+09219000 31..00+00082216 51..1.+0000+000 410006+00000031 42....+00000272 410006+00000089 42....+00000004 43....+000000.5 44....+000005.3 110016+00000084 21.102+04261200 22.102+09252000 31..00+00073415 51..1.+0000+000
Code file: CODE_42.DAT
272 Big tree
327,4,4.0,0.3,0
1,4,0.0,0.0,32
1,4,0.0,0.0,0
0,4.0,0.0,0.0
0
ATTR
TYPE,1=Type,1=Birch,2=Aspen,3=Oak,4=Alder,5=Rowan,9=Other
DIA,2=Diameter (base),*<0.05<1.5<
HEIGHT,3=Height,*<0.5<15.0<
Control file: CONC.CNV
[3381] Name=Wild Dll=wild.3dl Extension=*.wld Function=ObsInWild3d CodeFile= ScandFile= CodeDat=D:\Program Files\3D-system\local\code_42.dat TreeCode=272,TYPE,DIA,HEIGHT
Output file: ATTR1.ASC
9 0 272 320806 6697225.507 3444438.919 15.747
!A TYPE=3=Oak
!A DIA==0.4
!A HEIGHT==8.5
9 0 272 321006 6697172.745 3444405.990 4.523
!A TYPE=2=Alder
!A DIA==0.500
!A HEIGHT==11.000
410001+00000011 42....+00000GFK 410002+00000010 42....+00960202 410003+00000012 42....+000T1600 43....+000HARRY 410004+00000021 42....+00063131 110006+00051273 21.102+39999980 22.102+10112170 31..00+00000000 51....+0000+000 410007+00000032 410008+00000118 110009+00000001 21.102+00805430 22.102+10108370 31..00+00044688 51....+0000+000 110010+00000002 21.102+01018430 22.102+10105360 31..00+00044867 51....+0000+000 110011+00000003 21.102+01006880 22.102+10105390 31..00+00045499 51....+0000+000 110012+00000004 21.102+00890710 22.102+10104990 31..00+00046152 51....+0000+000 110013+00000005 21.102+00794770 22.102+10107120 31..00+00045332 51....+0000+000 410014+00000051 410014+00000032 42....-00000001 110015+00000006 21.102+00776740 22.102+10108140 31..00+00039645 51....+0000+000 110016+00000007 21.102+00763910 22.102+10106400 31..00+00038599 51....+0000+000 110017+00000008 21.102+00791180 22.102+10104950 31..00+00038241 51....+0000+000 110018+00000009 21.102+00876170 22.102+10106510 31..00+00038062 51....+0000+000
See also: Common special settings