/
tutorials_dataset-range-bearing-3d.cfg
63 lines (49 loc) · 2.34 KB
/
tutorials_dataset-range-bearing-3d.cfg
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
// ---------------------------------------------------------------
// An example configuration file for rwt-dataset-simulator
//
// Author: Jose Luis Blanco Claraco, Oct 26 2011.
// ---------------------------------------------------------------
// World definition
// -------------------------------
[world]
// "input": RWL file to load and compile
// Can be an absolute path or a relative path wrt this configuration file
// (this applies to all other file names in this config file).
input = world-rooms-3d.rwl
// In case of having random elements in the map, set the seed to -1 to
// initialize with clock, >=0 for any fixed pseudorandom sequence.
//random_seed = -1
// Path to simulate
// -------------------------------
[path]
// The path is a sequence of 3D way-points, and may come from different sources.
source_node_path_IDs= 0 18
// Maximum length of each step:
max_step_lin = 0.30 // meters
// Show robot moving thru the path as we simulate? (Much slower
// but cool to debug)
show_live_3D = true
show_live_3D_sleep_ms = 5 // Slow down (in milliseconds) while rendering
// ----------------------------------------------------------------------
// Sensors to simulate
// See: http://code.google.com/p/recursive-world-toolkit/wiki/Sensors
// ----------------------------------------------------------------------
[sensor]
// Type of sensor to simulate:
type = range_bearing
minRange = 0 // meters
maxRange = 4.0 // meters
fov_h = 100 // Horizontal Field of View (deg)
fov_v = 140 // Vertical Field of View (deg)
range_noise_std = 0 // One sigma of Gaussian noise (meters)
yaw_noise_std = 0 // One sigma of Gaussian noise (deg)
pitch_noise_std = 0 // One sigma of Gaussian noise (deg)
check_min_features_per_frame = 0 // Raises an error if there are less than these feats in one frame.
//sensor_pose_on_robot (TO DO): Now it's fixed to (yaw,pitch,roll)=(0,0,0)
// -------------------------------
// Output Format
// -------------------------------
[dataset-format]
// Path and prefix of all output files (*_SENSOR.txt, *_GT_PATH.txt, etc.)
output_files_prefix = dataset_tutorials_range_bearing
//observations_as_c_structs = true // Useful for copying the dataset into tutorial code as examples