statistics

11 Mar 2005

      Hi,

Still I can't get any statistics. Centerline data is not imported, but
in therion's format

There are my thconfig and .th files. Hope somebody will see what is
wrong.

Regards,
Roman

##################### thconfig ################################
# thconfig template file

# INPUT PART
# We set source files here.

source template_basic.th

# LAYOUT PART
# Anything between a layout/endlayout pair of lines is part
# of the same layout. Layouts must have a name so we can call
# them when needed. We can have as many layouts as needed.
# In this example we have 2 layouts. We will use first one
# for xvi image export to 1:1000 scale (default value:
# 1:200 scale)

layout xviexport

#set output map's scale
scale 1 1000

endlayout

# We will use second one to set pdf map export

layout normal

# Scale used to draw. By default Therion uses 1:200 scale
# We will use 1:1000 because it is what we used to export
# centerline, so draws will be 1:1000 too.

base-scale 1 1000

# Scale of output map. Relation between base-scale and
# scale is used by Therion to set width of lines, etc.
# To get true scale, be sure that printer does not use
# any "fit on page" or similar options.

scale 1 1000

# symbol set to use: UIS, ASF, CCNP, SKBB
symbol-set UIS

# This will set map's background color to 85% black

color map-bg 85

# Wether to use transparency (on/off). When on, underlying
# passages will be also visible (but dimmed). Default value
# is "on" so we really don't need to set it here.

transparency on

# Opacity value is used when transparency is on. Default
# value is 70, so underliying passages will be printed
# 30% black

opacity 70

# Map's header (title,legend, etc) position.
# 0 0 => lower left corner of survey's "box"
# 100 100 => upper right corner of survey's "box"
# Third parameter are cardinal points assigned to header's
# "box" nw => upper left corner, se => lower right corner
# Possible values: n, s, e, w, ne, nw, se, sw.

# "map-header 0 100 ne" means that upper left corner
# of survey's box will coincide with upper right corner
# of header's box

# We want some distance between boxes, so we don't use 0 100,
# but -20 100 (accepted range: -100 200)

map-header -20 100 ne

# Wether to use legend. (on/off/all) When on, only used
# symbols are used on legend. all shows all symbols on
# legend, used or not. Defaul value off

legend on

# Legend width default value is 14 cm

legend-width 7 cm

# Scale bar by default displays to-scale 100 m

scale-bar 50 m

# Map's language (used in automatically created texts, as
# legend symbol names, etc)

language en

# We use comments to give some more information

map-comment "City, State<br>UTM 30T X: 545988 Y: 4476879 Z: 468"

statistics topo all
statistics topo-length on

# We want to have a grid under our survey

grid bottom

# grid size default value in X Y Z directions is 10 m

grid-size 10 10 10 m

# Now we will set some layout options that apply to atlas

# size sets map size to be used on atlas. 15 x 20 fits well
# on A4. So basically our atlas will be made in
# 15 x 20 cm rectangles.

size 15 20 cm

# Set amount of overlapping (default 1 cm). 1-cm border
# overlapping next "squares" will be used. Note this adds
# to previos value "size"

overlap 1 cm

# page-setup sets paper size, page size,
# page margins (left and upper) and units. In this example
# paper size is A4 (21 x 29.7), page size is 17 x 28.2,
# left margin is 3, upper margin is 1.5 and units are
# centimeters.

# To get good margins you should be aware that:
# page width (17) = size (15) + overlap (1+1)
# paper width (21) = page width (17) + left-rigth margins (3+ )

page-setup 21 29.7 17 28.2 3 1.5 cm

endlayout

# EXPORT PART
# here we will set what we want to get: xvi images, map,
# atlas, 3D model or centerline data in SQL file.

# centerline in plan projection, format xvi using layout
# xviexport. File will be called cave_plan.xvi

export map -proj plan -fmt xvi -layout xviexport -o cave_plan.xvi

# The same but now projection is extended
export map -proj extended -fmt xvi -layout xviexport -o
cave_extended.xvi

# Final map in plan projection, using layout normal. It will
# be called cave_plan.pdf. No need to use -fmt pdf to get
# a pdf document

export map -proj plan -layout normal -o cave_plan.pdf

# The same but projection is now extended

export map -proj extended -layout normal -o cave_extended.pdf

# Now the atlases

export atlas -proj plan -layout normal -o atlas_plan.pdf
export atlas -proj extended -layout normal -o atlas_extended.pdf

# 3D model. therion is the default format. It can be seen
# in 3D viewer window. Other formats: 3dmf, wrml. You'll
# need adequate software to see them.

export model -fmt therion -o 3Dmodel.thm

# Database. Creates an SQL file with centerline data.
export database -o cave.sql

############# end thconfig #######################################

############ template_basic.th ###################################

# template_basic.th  -.th template file-

# FAST DESCRIPTION

# This file contains centerline data. We need to define some
# things: units, instruments, declination, etc, that apply.
# This is done simply writing some instructions using keywords
# as "units" "compass" "clino", etc. A dozen lines could work
# perfectly for a simple cave like this.

# Lines such this, begginning with "#" are comments. Therion
# will ignore them. They are used to explain what each line
# is for. Also, they can be used to activate or disable lines.
# Write "#" at the beginning of a line to disable it. Remove
# it to get the line active again

# OK? Go...

# SURVEY

# Anything between a survey/endsurvey pair of lines is part of
# the same survey. A survey can have a lot of things into it.
# First of all, other surveys. So each survey must have
# a name. This leads to a hierarchyc structure wich is useful
# to add new passages or new caves.

# The -title <Title> option sets <Title> to be printed on
# final .pdf map

# For now, in this simple case, the only important thing is
# centerline.

survey template -title "Example Cave"

  # CENTERLINE
  # Anything between a centerline/endcenterline pair of lines
  # apply to accompanying survey readings. So if you have
  # two teams with different styles, you should create two
  # centerline objects. This is, two centerline/endcenterline
  # pair of lines, each with different data definition lines
  # and respective survey readings.

  centerline

    # DATE
    # Format: YYYY.MM.DD
    # Interval (years) YYYY.MM.DD - YYYY.MM.DD
    # Want more precision? YYYY.MM.DD@HH.MM.SS.SS

    date 2000.10.15

    # SURVEY TEAM MEMBERS
    # Add as many similar lines as you need

    team "Mack Theknife"
    team "Juxe Euskalduna"

    # DECLINATION
    # For a small cave like this, magnetic declination
    # can be specified on centerline itself.

    # You can also set two declination values for two
    # different years and get al centerline data corrected
    # automatically for given interval. But for this to work
    # it must be specified in a survey, not here in centerline.

    # So we use the simple method for now.
    # degrees = 360º, grades = 400º

    declination -3 deg

    # UNITS
    # Default units are 360 degrees and meters

    # If these are your units, you don't need to do anything
    # here. If you use other units, uncomment appropiate
    # line(s)

    # You use 400 grades compass & clino
    #units compass clino grad

    # Compass = 400º, clino = 360º
    # This IS the case with this example data, but we will
    # process it as both 360º for easier use as template.
    #units compass grad

    # Compass = 360º, clino = 400º
    #units clino grad

    # (grump) Where are my old good yards?
    #units lenght yards

    # VERTICALS
    # This line identifies as verticals readings of 90º and
    # -90º (so no clino correction will be done)

    # If clino units are set as 400 grades, readings of 100º
    # and -100º will be identified as verticals.

    # If you write UP and DOWN for verticals instead, you
    # don't need this line.

        infer plumbs on

    # DATA STYLE-AND-ORDER
    # If you use compass, clino and tape, set "normal" style.
    # If you have a topofil set "topofil" instead.
    # If you are a diver you can use "diving"

    # Keywords order must be the same that data order.
    # Adapt line order as needed. If you take inverse
    # readings you can add keywords as "backcompass". If you
    # are a diver you can use keywords as "depth". See
    # thbook.pdf for more information about keywords that
    # apply

    data normal from to length compass clino left right up down

    # Alternative settings
    # If you dont take LRUD data, comment previous line and
    # uncomment this:
    #data normal from to length compass clino

    # Use this if lenght is last reading onyour notes
    #data normal from to compass clino length

    #######        YOUR CENTERLINE DATA HERE         #######

    # In this example station 0 has fixed UTM coordinates.
    # It could be any other station, even more than one. The
    # more fixed points, the better. Note also that station 0
    # is not the entrance, but a surface, GPS-taken point,
    # so we use flags surface/flags not surface to point it
    # out. Surface shots are not computed for cave statistics.

    fix 0 546413 4774838 233
    flags surface
    0       1       7.60    360.00  -3.00   0.50    0.80    0.80    1.00
    flags not surface
    1       2       7.00    359.00  -31.00  0.30    0.80    1.20    0.80
    2       3       18.00   42.00   -2.00   1.20    1.80    1.55    0.25
    3       4       6.00    36.00   -17.00  1.25    2.50    2.20    0.80
    4       5       6.50    92.00   -6.00   1.50    3.00    0.80    1.20
    5       6       8.70    92.00   2.00    0.50    4.00    3.00    1.00
    6       7       9.60    31.00   -4.00   1.00    2.00    4.00    1.00
    7       8       13.30   345.00  -2.00   1.50    3.50    3.00    1.00
    8       9       7.30    56.00   10.00   0.50    1.50    2.00    1.00
    9       10      3.10    45.00   25.00   1.00    2.50    1.00    1.00
    10      11      9.30    139.00  -2.00   0.20    0.40    2.00    1.00
    11      12      9.90    36.00   -2.00   1.80    2.00    0.80    0.00
    12      13      5.70    32.00   0.00    1.00    1.00    0.50    0.80
    13      14      3.00    3.00    -3.00   2.50    0.50    1.20    0.80
    14      15      3.80    44.00   -7.00   4.00    3.00    3.00    1.00
    15      16      21.30   38.00   -4.00   1.00    2.00    4.00    1.00
    16      17      5.90    130.00  12.00   3.00    5.00    4.00    1.00
    17      18      5.90    34.00   18.00   1.00    3.00    2.00    1.00
    18      19      8.10    380.00  2.00    1.50    0.75    0.45    0.40
    19      20      11.00   34.00   -2.00   1.50    0.75    0.40    0.40
    20      21      4.90    360.00  -8.00   3.00    3.00    1.05    0.80
    21      22      3.50    321.00  9.00    1.50    0.20    1.05    0.80
    22      23      3.30    23.00   6.00    0.25    0.35    0.25    0.25
    23      24      10.20   73.00   2.00    0.25    1.00    2.20    0.80
    24      25      6.00    34.00   -3.00   5.00    0.50    1.20    0.80
    25      26      4.90    40.00   -3.00   1.00    3.00    0.25    0.25
    26      27      12.60   73.00   -2.00   0.75    3.50    3.20    0.80
    27      28      6.40    93.00   -3.00   4.00    2.00    1.20    0.80
    28      29      10.60   36.00   8.00    0.25    2.50    2.20    2.00
    29      30      9.70    20.00   2.00    0.25    3.00    1.50    1.00
    30      31      7.00    96.00   4.00    1.00    2.00    1.00    1.00
    31      32      2.80    50.00   29.00   0.40    0.50    0.40    0.40
    32      33      4.40    116.00  3.00    3.00    6.00    1.40    0.80

    # Stations 34 to 40 are on 2nd passage, wich we would to
    # extend to reverse direction

    extend reverse
    34      35      8.50    20.00   -5.00   1.00    2.00    1.25    0.25
    35      36      3.70    45.00   4.00    0.80    2.00    0.25    0.25
    36      37      3.60    51.00   13.00   0.25    0.25    0.25    0.15
    37      38      2.00    41.00   16.00   0.00    2.50    2.00    0.20
    38      39      4.60    115.00  20.00   1.50    1.00    2.00    1.00
    39      40      4.00    393.00  -32.00  1.20    2.00    1.00    0.80
    40      2       3.80    133.00  15.00   0.30    0.50    1.20    0.80

    # Now we could write "extend normal" to get following
    # stations extended as usual.
    # But the only remainig stations are for two very short
    # shots. We think they don't apport nothing and are only
    # visually annoying.
    # So we want them ignored. They will not be on extended
    # centerline.

    extend ignore
    41      10      3.10    159.00  6.00    1.00    2.50    1.20    0.80
    11      42      4.00    137.00  0.00    0.20    0.80    2.50    1.00

    #######    END OF DATA    ###################

    endcenterline

    # THE DRAW
    # It is possible to write here draw data. However, usually
    # they are keep on a .th2 file.

    # You create .th2 files and its data by drawing on map
    # editor window. This line calls .th2 file so the effect
    # is the same that would be achieved writing draw data
    # directly on this file.

    # For now it's commented since we have not create it yet.
    # Uncomment it after tou create it.
    # Of course you should edit the name to fit your needs.

    #input template_basic.th2

# With centerline and draw data, work is done

endsurvey

####################end template_basic.th #####################

statistics

Roman Muñoz