pkglint --only "https instead of http" -r -F
With manual adjustments afterwards since pkglint 19.4.4 fixed a few
indentations in unrelated lines.
This mainly affects projects hosted at SourceForce, as well as
freedesktop.org, CTAN and GNU.
3.20: 2019-12-31
Change README into an asciidoc file and publish HTML from it
Add NED and geoid_sep to gps_fix_t and TPV JSON.
Add "-e NED" to ubxtool to enable NED messages.
gpsdata.separation replaced by gpsdata.fix.geoid_sep.
Remove nofloats build option.
TPV JSON "alt" is now fixed at WGS84. Probably.
xgps now uses XGPSOPTS environment variable.
add health variable to satellite_t
change satellite_t elevation and azimuth to double
satellite_t elevation, azimuth, and ss use NAN for unknown value.
add altMSL, altHAE, and depth, to gps_fix_t
altitude in gps_fix_t is deprecated and undefined
wgs84_separation() now return EGM2008 computed from 5x5 degree base data.
The best results are close to cm, the worst off up to 12m.
Move mag_var from gps_device_t to magnetic_var gps_data_t.
Added mag_var() to interpolate magnetic variation (deviation) from a table.
Remove true2magnetic() as mag_var() improves on it.
Remove TIMEHINT_ENABLE. It only worked when enabled.
Remove NTP_ENABLE and NTPSHM_ENABLE. It only worked when enabled.
Remove PPS_ENABLE and TIMING_ENABLE.
Add dgps_age and dgps_station to gps_fix_t
Convert all timestamp_t to timespec_t.
Remove FIXED_PORT_SPEED and FIXED_STOP_BITS build options.
Add -s [speed] and -f [framing] runtime options to gpsd.
A working CC and termios.h are mandatory.
use the current leap second to determine the current GPS epoch.
leapfetch.py, leapseconds.cache, timebase.h and leapfetch option gone.
See also change histories in gps.h and gpsd.h
2.5.0:
- Add "precision" parameter to GeoJSON Object classes with default precision of 6 (0.1m)
- Fix bug where `map_geometries()` util was not preserving Feature IDs
- Remove `crs` module and features to conform to official WGS84-only GeoJSON spec
- Set up semi-automatic PyPi releases via Travis/Jazzband
19.8.18:
- Fix installation on systems that don't have UTF-8
as default encoding.
- Remove superfluous print debugging output.
19.7.15:
- Update to iso-codes 4.3.
- Add support for ISO 639-5 (Language Families and Groups).
- Drop support for Python 2.
- Add `search_fuzzy()` function to the countries database. This allows
for dealing with user searches that aren't really aware of ISO 3166 (so,
like, actual human beings). A bit of character normalization and prioritizing
matches between multiple criteria allows building somewhat reasonable
suggestion/autocompletion lists.
Caveat emptor: no attention has been paid to performance in this feature.
This project has no functioning upstream and there has been no reason
to think anyone has used it in many years. As maintainer, the only
correspondence I have received about it is a suggestion to delete it.
(Also update py-gdal as it shares the distfile.)
Note that the upgrade to 3.0.x is pending evaluation of impact on
depending packages.
Upstream changes: basically bugfixes.
Changes since 2.18.28:
This release has following new features:
- 3D Features: Animation
- 3D Features: Configuration of field of view angle of camera
- 3D Features: Configuration of lights in 3D map scenes
- 3D Features: Export all frames from QGIS 3d animations as images
- 3D Features: Identification map tool for 3D views
- 3D Features: Improved navigation
- 3D Features: Rule-based 3D renderer
- 3D Features: Simple rendering of 3D linestrings
- 3D Features: Terrain generation from online source
- 3D Features: Terrain shading
- 3D Features: Wide lines and polygon edge highlighting
- Analysis Tools: Hardware acceleration for raster calculator
- Analysis Tools: New aggregate method: concatenate_unique
- Analysis Tools: Raster unique values count for processing
- Application and Project Options: Add support for user profiles
- Application and Project Options: Delete settings from the Advanced tab in options
- Application and Project Options: Mandatory layers in project
- Application and Project Options: New zipped project file format .qgz
- Application and Project Options: Saving and loading projects in Postgresql database
- Browser: Add "export to file" options for raster and vector layers within the browser
- Browser: Directly Create Geopackage and Shapefiles
- Browser: Drag'n'drop layers from layer tree view to browser dock
- Browser: Explore QGS/QGZ project files in the browser
- Browser: Native file/folder properties
- Browser: Open Terminal at Path
- Browser: Preview layers and attributes
- Browser: Project home path can be manually set
- Browser: Save/Load connections for XYZ Tiles
- Data Management: Append raster layer to an existing Geopackage
- Data Management: Auxiliary Storage Support
- Data Management: Comment option in db manager
- Data Management: Map of CRS-extent in Project properties
- Data Management: Metadata for QGIS projects
- Data Management: Metadata overhaul
- Data Management: New locator filter to search across all layers
- Data Management: Non-removable (required) layers highlighted in layer tree
- Data Management: Pan to current feature in attribute table
- Data Management: Refresh a materialized view
- Data Management: Switch Attribute Table dock mode on demand
- Data Management: Translation of QGIS projects
- Data Management: Unified data source manager dialog
- Data Management: Z and M support for offline editing
- Data Providers: Mesh layer: allow render vectors/arrows on the user-defined grid
- Data Providers: Add auto-discovery of relations for PostgresQL
- Data Providers: Add support for arrays
- Data Providers: ArcGIS Feature Server labeling support
- Data Providers: ArcGIS Feature Server picture marker and picture fill support
- Data Providers: Automatically set default style for layers for ArcGIS Feature Server layers
- Data Providers: Binary blob support for OGR providers
- Data Providers: Boolean and binary field support for memory layers
- Data Providers: Create attribute index support for spatialite provider
- Data Providers: Data dependencies between layers
- Data Providers: Detect literal default values for spatialite provider
- Data Providers: ESRI Token Authentication support
- Data Providers: Faster Oracle queries
- Data Providers: GeoNode integration
- Data Providers: GeoPackage
- Data Providers: Improved handling of defaults
- Data Providers: JSON Support for GeoPackage
- Data Providers: JSON/JSONB Type support
- Data Providers: Load/save style in database for GPKG and Spatialite
- Data Providers: Mesh layer: New mesh layer format support
- Data Providers: Mesh layer: add function to identify value on mesh layers
- Data Providers: Mesh layer: allow to choose different vector and scalar dataset
- Data Providers: New unified 'add layer' dialog
- Data Providers: OAuth2 authentication method plugin
- Data Providers: Open service info for ArcGIS Feature Server layers
- Data Providers: Postgres provider: save primary key selection
- Data Providers: Read only support for curved Oracle geometries
- Data Providers: Restrict table list for a Oracle database connection to a preset schema
- Data Providers: SQL Server - Invalid geometry handling
- Data Providers: Support all GDAL writable raster formats for 'Save as' dialog on raster layers
- Data Providers: Support for HStore in PostGIS data provider
- Data Providers: Support for Z/M geometries in spatialite provider
- Data Providers: Support for mesh layer
- Data Providers: Unique and not-null constraint handling
- Data Providers: dxf export: support reprojection
- Data Providers: hstore support to the postgres provider
- Data Providers: support for Z/M geometries in memory provider
- Diagrams: Data definable properties
- Digitising: Add reverse line maptools
- Digitising: Automatically remove duplicate nodes
- Digitising: Chanied add vertex at endpoint
- Digitising: Check for geometry validity
- Digitising: Floating widget for advanced input next to cursor
- Digitising: GPS tracking improvements
- Digitising: Geometry Precision
- Digitising: Georeferencer enhancements
- Digitising: More angle choices in advanced digitizing dock
- Digitising: New option to avoid minimizing georeferencer when adding points
- Digitising: Topology checks while editing
- Digitising: Vertex tool can work on the current layer only
- Digitizing: Add default Z value option
- Digitizing: Move feature now benefits from Advanced Digitizing
- Digitizing: Range vertex selection in node tool
- Digitizing: Tracing with offset
- Digitizing: add functionality to copy/move feature to move feature map tool
- Expressions: Add order by support to expression aggregate and concatenation functions
- Expressions: Code completion for expression builder
- Expressions: Expose @parent variable in aggregate functions
- Expressions: File Information
- Expressions: More helpful expression builder
- Expressions: New Expression Functions
- Expressions: New expression functions
- Expressions: New expression functions and variables
- Expressions: New expression variables
- Expressions: New expression variables for map settings
- Expressions: New map expression variables
- Expressions: Square brackets to easily access map array elements
- Expressions: Support aggregation of geometry in expressions
- Expressions: item_variables expression function inside compositions
- Expressions: new global expression variable @qgis_locale
- Forms and Widgets: Add between/not between to numerical fields in select by form
- Forms and Widgets: Add layer scoped actions
- Forms and Widgets: Add zoom to features and flash features shortcuts in select by form dialog
- Forms and Widgets: Allow browsing feature list
- Forms and Widgets: Allow configuring link/unlink feature buttons on relation editor widget
- Forms and Widgets: Allow controlling labels for individual edit widgets
- Forms and Widgets: Allow using a URL for custom attribute forms (UI file)
- Forms and Widgets: Drill-down (cascading) forms
- Forms and Widgets: Field constraints can be enforced or not
- Forms and Widgets: Multi-column layout for multiselect value relation widget
- Forms and Widgets: New form widget for binary (blob) fields
- Forms and Widgets: Show field values in autocompleter in form filter mode
- Forms and Widgets: Smarter default edit widgets with plugins to pick them
- Forms and Widgets: conditional visibility for tabs and groupboxes
- General: Add a toggle action to vector layer legend items
- General: FULL screen Map via Ctrl-Shift-Tab
- General: Filtering for field values in Query Builder
- General: Flatpak
- General: Improved "missing layer" handling on project load
- General: Migrate Photo, WebView and FileName widgets to Attachment
- General: New zipped project file format .qgz is now the default format
- General: OpenCL based acceleration
- General: Optional setting for disabling version checks
- General: Possibility to configure location of the QGIS help files
- General: Remove dxf2shp converter plugin
- General: Remove orphaned oracle raster plugin
- General: Remove zonal stats plugin
- General: SVG files can be embedded in projects and symbols
- General: remove TauDEM provider from core Processing
- General: removed otb and lidartools providers from processing
- Labeling: Allow label font size in mm/pixels
- Labeling: Custom labeling toolbar is now always enabled
- Layer Legend: Change of ergonomy of the visibility of layers inside groups
- Layer Legend: Copy&Paste Group/Layers from a QGIS project to another.
- Layer Legend: Hide Deselected Layers action
- Layer Legend: Optional text on top of symbols for vector layers
- Map Composer: 3d map items
- Map Composer: Allow choice of CRS for map items
- Map Composer: Allow customization of line spacing for composer legend item labels
- Map Composer: Better formatting for scalebar text
- Map Composer: Control over drawing of composer table grid horizontal & vertical lines
- Map Composer: Control over stacking position of map overview extents
- Map Composer: Data definable controls
- Map Composer: Data defined table source for attribute table items
- Map Composer: Drag qpt to QGIS to create new composer from template
- Map Composer: Expressions inside legend item text
- Map Composer: Grid frame improvements
- Map Composer: Holding shift while drawing polyline/polygon constrains line angles
- Map Composer: Improved handling of text and label export
- Map Composer: Layout items can "block" map labels
- Map Composer: Map Composer Overhaul
- Map Composer: Map labeling improvements
- Map Composer: New expression variables for legend items
- Map Composer: Project metadata embedded in layout exports
- Map Composer: Rework of map item extent/scale shortcuts
- Map Composer: Warnings on exports
- Map Tools: Auto "Zoom to Selection" mode for new map views
- Map Tools: Cartesian areas/lengths/perimeters in identify results
- Map Tools: Choice of simplification method for simplify map tool
- Map Tools: Identify Tool with extra options
- Map Tools: Identify tool supports mesh layers
- Map Tools: Simplify map tool can now also smooth features
- Map Tools: Store also expanded/collapsed state of nodes in map Themes
- Map Tools: Title label decoration
- Map Tools: Top/bottom centering placement for decoration items
- Map Tools: Vertex tool fixes and improvements
- Map Tools: add zoom to related feature in forms
- Notable Fixes: Support for curves in DXF export
- Plugins: Adding query history in DB Manager
- Plugins: DB Manager SQL execution in background
- Plugins: GDALTools moved to Processing
- Plugins: Offline Editing GeoPackage
- Plugins: Offline editing: Add flag to only copy selected features
- Plugins: Remove trusted status from Plugin Manager
- Plugins: Support for encrypted zips in the Plugin Manager
- Plugins: allow installing plugins from local ZIP packages
- Processing: New algorithm for offsetting lines
- Processing: resampling and format options in the gdaladdo algorithm
- Processing: "Array of Translated Features" algorithm
- Processing: "Array of offset (parallel) lines" algorithm
- Processing: "Categorize a layer using a style XML file" algorithm
- Processing: "Drape features to z/m" algorithms
- Processing: "Interpolate point on line" algorithm
- Processing: "Precalculated" values for model algorithm parameters
- Processing: "Raster pixels to points" algorithm
- Processing: 'Project points (Cartesian)' algorithm
- Processing: Add "Save layer styles into GeoPackage" option for Package Layers algorithm
- Processing: Add choice of simplification method to simplify
- Processing: Algorithm log can be saved/cleared/copied
- Processing: Allow rounding values in ExtentFromLayer
- Processing: Angle threshold for smooth algorithm
- Processing: Better support for Z/M dimensions and curved geometries
- Processing: Choice of units for non degree/unknown distances
- Processing: Create attribute index algorithm
- Processing: Download a file from Processing
- Processing: Dynamic parameter values for more algorithms
- Processing: Edit in place
- Processing: Explode HStore algorithm
- Processing: Export processing models as PDF/SVG
- Processing: Extract Binary Field algorithm
- Processing: Extract Z values and Extract M values algorithms
- Processing: Extract by attribute can extract for null/notnull values
- Processing: Feature filter algorithm for processing models
- Processing: Filter Vertices by M and Filter Vertices by Z algorithms
- Processing: Force right-hand-rule
- Processing: Generate raster XYZ tiles
- Processing: Generic centroid algorithm
- Processing: Geodesic line split at antimeridian algorithm
- Processing: Geodesic mode for "Join by Lines (Hub lines)" algorithm
- Processing: Import geotagged photos
- Processing: Improved 'Join by attribute table' algorithm
- Processing: Improved algorithms
- Processing: Improved processing modeler window
- Processing: Indicator for distance parameter units
- Processing: Interpolation algorithms
- Processing: Join attributes by nearest
- Processing: K Means clustering algorithm
- Processing: Line sinuosity in "Add Geometry Attributes"
- Processing: Line substring algorithm
- Processing: Load script from template
- Processing: Multi-ring buffer (constant distance) algorithm
- Processing: Network analysis algorithms
- Processing: New "segmentize" algorithms
- Processing: New 'Raster pixels to polygons' algorithm
- Processing: New 'drop geometries' algorithm
- Processing: New GDAL's rearrange band algorithm
- Processing: New algorithm "Remove duplicates by attribute"
- Processing: New algorithm for single sided buffers
- Processing: New algorithm for translating (moving) points
- Processing: New algorithm to compute geometry by expression
- Processing: New algorithm to extend lines
- Processing: New algorithm to extract specific nodes
- Processing: New algorithm to orthogonalize geometries
- Processing: New algorithm to truncate tables
- Processing: New extract by expression algorithm
- Processing: New input type for expressions
- Processing: New options to autofill batch processing dialog
- Processing: New parameter type for authentication config
- Processing: New raster unique values report algorithm
- Processing: New universal 'basic stats for field' algorithm
- Processing: Optimised points along geometry algorithm
- Processing: Option to create points on all polygon parts
- Processing: Overlap Analysis
- Processing: Port Union, Difference and Intersection algorithms to C++
- Processing: Port heatmap plugin to processing algorithm
- Processing: Python scripts which implement algorithms now execute the algorithm on drag and drop and browser double click
- Processing: Raster Surface Volume algorithm
- Processing: Raster analysis algorithms added to Processing
- Processing: Raster zonal stats algorithm
- Processing: Reclassify raster algorithms
- Processing: Resurrected model to Python script functionality
- Processing: Rotate Features algorithm
- Processing: Sample Raster Values
- Processing: Snap geometries to layer algorithm
- Processing: Sort order option for "Add Incremental Field"
- Processing: Split Lines by Maximum Length algorithm
- Processing: SplitWithLines
- Processing: Store models inside project
- Processing: Swap x/y coordinate values algorithm
- Processing: Variable width buffers
- Processing: Wedge buffer algorithm
- Processing: Zonal histogram
- Processing: add a spatialite execute SQL algorithm
- Processing: add import into spatialite algorithm
- Processing: add search to Get Scripts and Models dialog
- Processing: added ‘invalid feature handling’ option
- Processing: algorithm to fix invalid geometries using native makeValid() implementation
- Processing: dbscan spatial clustering algorithm
- Processing: expose zonal statistics from Zonal statistics plugin in toolbox
- Processing: improved Extract nodes algorithm
- Processing: k-neighbour concave hull
- Processing: pole of inaccessibility algorithm
- Processing: remove TauDEM provider from core Processing
- Processing: support for output geometry types in models
- Programmability: API for calculating Geodesic lines
- Programmability: API to allow drag'n'drop of custom browser items
- Programmability: Add REGEXP SQL syntax support to spatialite provider and python connections
- Programmability: Blocking (non-async) network requests
- Programmability: Custom validity checks on layout exports
- Programmability: Easier Processing algorithm creation via @alg decorator
- Programmability: Geometry class updates
- Programmability: Improved QgsLineString PyQGIS API
- Programmability: Iterate over parts of a QgsGeometry
- Programmability: New class QgsExifTools
- Programmability: New geometry API call to return a curve substring
- Programmability: PyQGIS Geometry Collection API improvements
- Programmability: QgsRasterDataProvider::sample method for efficient sampling of rasters at a given point
- Programmability: QgsSpatialIndexKDBush
- Programmability: Task manager
- Programmability: sip Module API Changes
- QGIS Server: Support QGIS Server logs to stderr
- QGIS Server: Add ability to define min. scale for WMTS
- QGIS Server: Allow configuring size for GetLegendGraphics
- QGIS Server: Possibility to segmentize feature info geometry in server
- QGIS Server: Possibility to set ATLAS_PK in GetPrint request to print atlas sheet(s)
- QGIS Server: QGIS Server overhaul
- QGIS Server: Server Cache can be manage by plugins
- QGIS Server: WMTS 1.0.0 support
- QGIS Server: WMTS tile matrices configuration
- Rendering: Cache labeling result to avoid unnecessary redraws when refreshing canvas
- Rendering: Custom SVG path and size for the north arrow decoration
- Rendering: Grid renderer for points displacement
- Rendering: Improved map Copyright decoration
- Rendering: Live layer support
- Rendering: Main window scale bar font size and family can be customized
- Symbology: New "preset" colors color ramp option
- Symbology: Add Points and Inches to available symbol units
- Symbology: Allow strings for font markers
- Symbology: Allow symbol layers to be temporarily disabled
- Symbology: Annotations can be styled using fill symbol styles
- Symbology: Average line angles for marker and hashed line
- Symbology: Better handling of .XML style libraries
- Symbology: Classify symmetric in graduated renderer
- Symbology: Control over annotation contents margins
- Symbology: Data defined symbol layer visibility
- Symbology: Mesh layer styling
- Symbology: NEW MAP COLORING ALGORITHMS IN QGIS 3.0
- Symbology: New color ramp button widget
- Symbology: Nicer colors for new layers
- Symbology: Offset setting for point pattern fill symbol layer
- Symbology: Option for simple lines and marker lines to only render exterior ring or interior rings
- Symbology: Option to merge categories in categorized renderer
- Symbology: Optionally force right-hand-rule during polygon symbol rendering
- Symbology: Point cluster renderer
- Symbology: Raster fill can have images set to remote URLs or embedded images
- Symbology: Raster image marker
- Symbology: Raster stretch toolbar actions support for pseudocolor renderer
- Symbology: Show Project Colors in color bound data defined buttons
- Symbology: Show an alpha slider in color button drop-down menu
- Symbology: Style management re-work and upgrade
- Symbology: Style manager dialog improvements
- Symbology: Support setting of color and transparency on multiple items for raster renderers
- Symbology: Transparency support for paletted renderer
- Symbology: Use represention values for classified renderers
- Symbology: raster auto-stretching when updating canvas
- Symbology: save and restore color ramp used for singleband pseudocolor rendering
- User Interface: A new grayscale theme, "blend of gray"
- User Interface: Add an option to show user color schemes menus
- User Interface: Add support for fine-resolution mouse wheel zooming
- User Interface: Allow customizing prefix of locator filters
- User Interface: Auto selection of exported files in file manager
- User Interface: Bookmark searching in locator
- User Interface: Close and Revert Project actions
- User Interface: Color setting for map canvas north arrow decoration
- User Interface: Configurable map tips delay
- User Interface: Copy statistics panel content to clipboard button
- User Interface: Enable tabbed floating docks
- User Interface: Hyperlinks to local vector & raster datasets in the information panel
- User Interface: Improved consistency to the user interface
- User Interface: Improved map canvas' save as image
- User Interface: Indicators for embedded layers and groups
- User Interface: Layers panel: indicators for filtered map layers
- User Interface: Locator bar
- User Interface: More non-blocking, inline editing
- User Interface: Move layer or group to top of layer panel
- User Interface: Multiline selections and editing in code/expression editors
- User Interface: New "Open Directory" option for disabled welcome page projects
- User Interface: Opening of vector and raster stored on HTTP(S), FTP, or cloud services
- User Interface: Polished browser panel interface and experience
- User Interface: QML chart and drawings widget
- User Interface: Quick calculator in locator search bar
- User Interface: Save to Template Button
- User Interface: Search Settings, Options, and Project Properties pages from locator
- User Interface: Shortcuts for toggling panels
- User Interface: Style manager improvements
- User Interface: Task manager improvements
- User Interface: Toggle visibility of opened panels in main window
- User Interface: UX Improvements for Temporary Scratch Layers
- User Interface: Unsaved changes indicator in title bar
- User Interface: add search bar to the Configure Shortcuts dialog
pkgsrc change: Switch to new, official upstream, and use official
version numbering scheme
Note that because of this, pkgin fug won't pick up this new version
automatically.
changes since 20190228: portability fixes (which we basically had).
The canonical form [1] of an R package Makefile includes the
following:
- The first stanza includes R_PKGNAME, R_PKGVER, PKGREVISION (as
needed), and CATEGORIES.
- HOMEPAGE is not present but defined in math/R/Makefile.extension to
refer to the CRAN web page describing the package. Other relevant
web pages are often linked from there via the URL field.
This updates all current R packages to this form, which will make
regular updates _much_ easier, especially using pkgtools/R2pkg.
[1] http://mail-index.netbsd.org/tech-pkg/2019/08/02/msg021711.html
The software hasn't been updated since 2002 and is probably full
of security problems. Two packages were using it. (gpsdrive has a
newer version in wip.)
pkgsrc changes:
patches were applied upstream
3.19: 2019-07-01
Rearrange rawdata_t. Bump the API because gps_data_t changed.
Report sequence-ID fields in type 7 and 13 AIS messages.
Preliminary support for SiRFstar V
Improve error modeling.
Update pseudo NMEA to v3.0, with fractional time.
Improve cycle detection, mostly for NMEA.
Move epe from gps_data_t to be near its friends in gps_fix_t.
Preliminary u-blox 9 support.
Add qErr in gps_data_t to store PPS quantization error.
Add Android (AOSP) support
Improved multi gnss and multi signal support.
NMEA 4.10 multi gnss multi signal support.
The arguments to "ubxtool -p P" have been expanded and changed.
New options, -g, -x, -z, added to ubxtool for u-blox 9 support.
18.12.8:
WARNING: This release contains a subtle but important API change that may break integrations!
Looking at 13416 I realized that I made a terrible API design choice with respect to how the get function should behave in Python. Probably under the influence of either too little or too much whiskey I went and implemented get so that it raises a KeyError instead of doing the Pythonic thing and returning None and allowing to customize the default. There was a bit of back-and-forth around this code in previous releases (specifically touching edge cases to have the Subdivision API behave “reasonably”, although there doesn’t seem to be one right way there.)
Anyway, when preparing this release and reviewing 13416 and the other related issues and changes from the past I noticed my mistake an decide to fix it going forward.
So, from now on get will behave as expected in Python and yes, this means you will have to update your integration code carefully now checking for None returns instead of expecting KeyErrors. This is work, but I think it’s worthwhile to uphold this convention within the Python community.
* Switch API from “get + KeyError” to ” get + default=None”. This is a subtle API-breaking change. Please update carefully.
* Update to iso-codes 4.1.
With 37, the build fails with complaints about future and the wrong
version. With 27, it builds. Definitive documentation is scarce, but
signs point to 27 being standard for 2.18, and 3 perhaps working,
perhaps not. Because qgis 2.18 should be updated to 3.x anyway, don't
worry and just set the variables for now.
Version 2.05 May 2019
* The program gama-local for adjustment of local surveying networks
used a C++ class Acord for computing approximate coordinates of
adjusted points, if these were not explicitly given on
input. Acord's computations were based on intersections (and local
transformations if necessary) of the tuples of determining
observations (for example a bearing and a distance). Gama-local
expected input data to be free of blunders, which might be a strong
assumption in practice.
New class Acord2 was introduced as a robust alternative for typical
two dimensional input configurations (Acord2 is not a complete
general solution yet); the idea is to find all (or as many as possible)
solutions of coordinates of a selected point and use their median as
the robust position estimation. Algorithm Acord2 is followed by the
original Acord intersections in gama-local, before the adjustment
solution of the network. Acord2 is based on the master's thesis by
Petra Millarová <petramillarova@gmail.com>
