EIVA Helpdesk Support

SW: NaviPac 3.10 and NaviPac 4

Q: How does the runline file look like? Is there a new runline format in NaviPac 4?

A:You can find the file (HD_RunlineFormats.txt) in the folder C:\EIVA\NaviPac\Runlines.

Yes, in NaviPac4 is a .rlxp that has properties such as color etc. 

********Short description of****************************************************

NaviPac HELMSMAN's DISPLAY (HD)

=RLN============================================================================

Simple runline format: .rln

================================================================================

Row based format.

Optional delimiter: [,],[;],[tab],[space]

Decimal point: always a dot [.]

Comments: [#] (not supported for save, e.g. ignored when loaded and discarded when saved)

Support for:

Straight segments with kp

# Header:[1]"name"

# [1]x,        [2]y,        [3]kp

#--------------------------------------------------------------------------------

"name"

500000.00,    6000000.00,    -1.0

500000.00,    6001000.00,    0.0

500000.00,    6002000.00,    1.0

#--------------------------------------------------------------------------------

{header1:name] [optional]

Name of the runline in quotes

{1:x}

Easting coordinate. Unit: [m]

{2:y}

Northing coordinate. Unit: [m]

{3:kp}  [optional]

Kp for coordinate. May be negative and nonlinear (kpfactor not equal to 1.0)

=End RLN========================================================================

=RLX============================================================================

Complex runline format: .rlx (default)

================================================================================

Column based format.

Optional delimiter: [,],[;],[tab],[space]

Decimal point: always a dot [.]

Comments: [#] (not supported for save, e.g. ignored when loaded and discarded when saved)

Support for:

Straight and curved segments with kp and survey status (recommended format).

#Header:[1]"name";[2]Runline type;[3]Layback Distance/Linespace/Offset/Kp/Angle offset;[4]"unitface"

#[1]start x; [2]start y;   [3]end x;    [4]end y;[5]start kp;  [6]end kp;[7]radius/arc length;[8]Status;[9]Segment type;

#--------------------------------------------------------------------------------

"Area1 Part1"; 64; 0.0; "Meter"

447523.980; 6278437.360; 447506.480; 6278742.360; 0.00000000; 0.30550163; 0.0000; 1; 64; ""

447506.480; 6278742.360; 447446.480; 6278884.860; 0.30550163; 0.46315950; -231.0288; 1; 128; ""

447446.480; 6278884.860; 447390.912; 6278945.750; 0.46315950; 0.54559301; 0.0000; 1; 64; ""

447390.912; 6278945.750; 447411.480; 6278927.360; 0.54559301; 1.37323040; 6.0802; 1; 128; ""

447411.480; 6278927.360; 447230.175; 6279059.006; 1.37323040; 1.59728867; 0.0000; 1; 64; ""

# special case with overlength segment (wave); "Meter"

#Header:[1]"name";[2]Linetype;[3]Linespace/Offset/Kp

#[1]start x; [2]start y;   [3]end x;    [4]end y;[5]start kp;  [6]end kp;[7]radius/arc length;[8]Status;[9]Segmenttype;[10]Overlength filename

"overlength"; 64

447523.980; 6278437.360; 447506.480; 6278742.360; 0.00000000; 0.30550163; 0.0000; 1; 64, "Runlines\Filename[W0001].rlx"

#--------------------------------------------------------------------------------

{header1:name}

Name of the runline, e.g. '+100'

{header2:runline type}  [optional]

Type of runline e.g. reference, parallel, cross, etc. Invisible runline if negative.

Is an or'ed value of one or more of the following constants:

LT_REFERENCE        = 0x00000001,        // center/base/reference

LT_STAR            = 0x00000002,

LT_PARALLEL        = 0x00000008,

LT_CROSS        = 0x00000010,

LT_WAYPOINT        = 0x00000020,

LT_STRAIGHT        = 0x00000040,

LT_CIRCLEARC        = 0x00000080,

LT_WAVE            = 0x00000100,

LT_BARGE        = 0x00000200,

LT_ANCHOR        = 0x00000400,

LT_CLIPPED        = 0x00000800,

LT_GREATCIRCLE        = 0x00002000,

LT_RHUMBLINE        = 0x00004000,

LT_SPLIT        = 0x00008000,

{header3:Layback Distance/Linespace/Offset/Kp/Angle offset}  [optional]

Most recent Layback distance/Linespace/Angle offset    (LT_REFERENCE)

Linespace                        (LT_REFERENCE)

Layback distance when barge runline            (LT_BARGE)

Offset when parallel runline                (LT_PARALLEL)

Kp when cross runline                    (LT_CROSS)

Angle offset when star runline                (LT_STAR)

{header4:unitface}

Unit (string) of coordinates. Default: ["Meter"]

"Meter"

"Kilometer"

"Mile (Nautical Int.)"

"Mile (International)"

"Feet (International)"

"Feet (US Survey)"

"Yard (International)"

"Fathom"

{1:start x}

Start easting coordinate. Unit: [m]

{2:start y}

Start northing coordinate. Unit: [m]

{3:end x}

End easting coordinate. Unit: [m]

{4:end y}

End northing coordinate. Unit: [m]

{5:start kp}

Kp for start coordinate. May be negative and nonlinear (kpfactor not equal to 1)

{6:end kp}

Kp for end coordinate. May be negative and nonlinear (kpfactor not equal to 1)

{7:radius/arc length}  [optional]

0: Straight segment

>2PI (numerical): Radius for arc/curve segment. Negative: anti cw.

<2PI (numerical): Arc length for arc/curve segment. Negative: anti cw. Special case for arcs > 180 degrees.

{8:status} [optional]

Survey status.

Is an or'ed value of one or more of the following constants:

SS_PASSIVE        = 0x00000001,

SS_SURVEYEDPARTIAL    = 0x00000010,

SS_SURVEYED        = 0x00000020,

{9:Segment type} [optional]

Segment type/linetype.

Is an or'ed value of one or more of the following constants:

LT_REFERENCE        = 0x00000001,        // center/base/reference

LT_STAR            = 0x00000002,

LT_PARALLEL        = 0x00000008,

LT_CROSS        = 0x00000010,

LT_WAYPOINT        = 0x00000020,

LT_STRAIGHT        = 0x00000040,

LT_CIRCLEARC        = 0x00000080,        // partial circle

LT_CLIPPED        = 0x00000800,        // automatically generated

=End RLX========================================================================

=RLE============================================================================

Complex runline format: .rle (original, but obsolete runline format)

================================================================================

Column based format.

Optional delimiter: [,],[;],[tab],[space]

Decimal point: always a dot [.]

Comments: [#] (not supported for save, e.g. ignored when loaded and discarded when saved)

Support for:

Straight and curved segments with kp

#header:[1]"name"

#[1]start x; [2]start y;    [3]end x;    [4]end y; [5]center x; [6]center y;  [7]start kp;    [8]length;[9]bearing/arc;  [10]end kp;[11]arc radius;        [12];[13];[14];[15];[16];[17];[18];[19];[20];[21];[22]

#--------------------------------------------------------------------------------

"Transit line"

447591.480; 6278432.360;  447646.480; 6278747.360;       0.000;       0.000;   0.00000000; 319.76553911;   0.17286061;   0.31976553;   0.00000000;   0.00000000;   0.00000000;   0.00000000;   1.00000000;   0.00000000;   0.00000000;   0.00000000;   0.00000000;   0.00000000;   0.00000000; 1

447646.480; 6278747.360;  447756.480; 6278887.360;  447831.740; 6278715.013;   0.31976553; 185.47046216;  -0.98621727;   0.50523599; 188.06247658;   0.00000000;   0.00000000;   0.00000000;   1.00000000;   0.00000000;   0.00000000;   0.00000000;   0.00000000;   0.00000000;   0.00000000; 1

#--------------------------------------------------------------------------------

    HD version 2.0+:

    1.        Start easting

    2.      Start northing

    3.        End easting

    4.      End northing

    5.      Arc: Centre easting

    6.      Arc: Centre northing

    7.      Start Kp [km]

    8.      Length [m]

    9.      Straight: Bearing [rad] (following inversion)

        Arc: Arc length, negative if clockwise [rad]

    10.      End Kp [km]

    11.      Arc: Radius [m]

    12.    Crossline: Line spacing [m]

    13.    Crossline: Length of left side of crossline [m]

    14.      Crossline: Length of right side of crossline [m]

    15.      Kp adjust factor

    16.    Crossline: Kp of (first) crossline [km]

    17.    Bargeline arc: Barge heading correction [rad]

        Star: Angle step (linespace) [rad]

    18.      Parallel: Number of lines left of centerline

    19.      Parallel: Number of lines right of centerline

    20.      Parallel: Line spacing [m]

    21.      Parallel: Start offset from reference [m]

        Star: Start angle offset from reference [rad]

    22.    Generic flag/variable

    HD version -1.5:

    1.        Start easting

    2.      Start northing

    3.        End easting

    4.      End northing

    5.      Centre easting

    6.      Centre northing

    7.      Start Kp [km]

    8.      Length [m]

    9.      Bearing [rad] (following inversion),

        Bearing from centre to start of curve (not used in HD)

    10.      End Kp [km]

    11.      Radius, negative if clockwise [m] (negative radius ignored in HD)

    12.    Easting flip/flop centre (not used in HD)

    13.    Northing flip/flop centre (not used in HD)

    14.      Short distance for flip/flop (not used in HD)

    15.      Kp adjust factor

    16.    Bg flip/flop centre to IP (not used in HD)

    17.    Half flip/flop angle (not used in HD)

    18.      Parallel: Number of lines left of centerline

        Crossline: Length of crossline (if negative)

    19.      Parallel: Number of lines right of centerline

        Crossline: Number of crosslines (if negative)

    20.      Spacing between lines [m]

=End RLE========================================================================

=RL2============================================================================

Complex runline format: .rl2

================================================================================

Column based format.

Optional delimiter: [,],[;],[tab],[space]

Decimal point: always a dot [.]

Comments: [#] (not supported for save, e.g. ignored when loaded and discarded when saved)

Support for:

Straight and curved segments with kp and survey status

#[1]start x; [2]start y;   [3]end x;    [4]end y;[5]start kp;  [6]end kp;[7]radius

#--------------------------------------------------------------------------------

447523.980; 6278437.360; 447506.480; 6278742.360; 0.00000000; 0.30550163; 0.0000;

447506.480; 6278742.360; 447446.480; 6278884.860; 0.30550163; 0.46315950; -231.0288;

447446.480; 6278884.860; 447390.912; 6278945.750; 0.46315950; 0.54559301; 0.0000;

447390.912; 6278945.750; 447411.480; 6278927.360; 0.54559301; 1.37323040; 6.0802;

447411.480; 6278927.360; 447230.175; 6279059.006; 1.37323040; 1.59728867; 0.0000;

#--------------------------------------------------------------------------------

{1:start x}

Start easting coordinate. Unit: [m]

{2:start y}

Start northing coordinate. Unit: [m]

{3:end x}

End easting coordinate. Unit: [m]

{4:end y}

End northing coordinate. Unit: [m]

{5:start kp}

Kp for start coordinate. May be negative and nonlinear (kpfactor not equal to 1)

{6:end kp}

Kp for end coordinate. May be negative and nonlinear (kpfactor not equal to 1)

{7:radius}

0: Straight segment

>0 (numerical): Radius for arc/curve segment. Negative: anti cw.

=End RL2========================================================================

=POI============================================================================

Runline format: .poi

================================================================================

Row based format.

Delimiter: [space]

Decimal point: always a dot [.]

Comments: [#] (not supported for save, e.g. ignored when loaded and discarded when saved)

Support for:

Straight and curved segments

# Segment type string

# start x    start y

# end x        end y

# (center x    center y)

#--------------------------------------------------------------------------------

POI

490410.585 6706828.758

490367.791 6707305.394

CIR NEG            <- clockwise circle/arc

490367.791 6707305.394

490427.062 6707671.684

491114.786 6707372.460    <- circle center

POI

490427.062 6707671.684

490475.931 6707784.001

CIR            <- counter clockwise circle/arc

490475.931 6707784.001

490538.200 6708086.300

489788.207 6708083.228    <- circle center

#--------------------------------------------------------------------------------

=End POI========================================================================

********End of description******************************************************

RLXP 

.rlxp is an extended version of RLX (From Helmsman Classic) introduced in Helmsman 4