ui.data package

Submodules

ui.data.diagram_structures module

class ui.data.diagram_structures.Area

Bases: object

Initialization area

deserialize(points)

Set inicialization arrea from polygon coordinates

gtpolygon

displaing polygon

serialize(points)

Return inicialization arrea in polygon coordinates

set_area(points)

Set rectangular arrea containing given points.

ymax

boundary rect

class ui.data.diagram_structures.Diagram(topology_idx, global_history)

Bases: object

Layer diagram

Use only class functions for adding new shapes. This function ensure folloving requirements. New class function must ensure this requirements too. requirements:

  • All points are unique

  • All points contains used lines

  • Point is griater if is right or x coordinate is equal and point is below

  • Line.p1<line.p2

add_file(file)

Add new shapefile

add_line(p, x, y, label='Add line', no_history=False)

Add line from point p to [x,y]

add_new_point_to_line(line, x, y, label='Add new point to line')

Add new point to line and split it

add_point(x, y, label='Add point', id=None, not_history=False)

Add point to canvas

add_point_id(x, y, input_id)

Add point to canvas and return index

add_point_to_line(line, point, label='Add point to line')

Add point to line and split it. Return new line and array of lines that should be removed. This lines is released from data, but object is existed, and should be relesed after discarding graphic object.

add_polygon(lines, label=None, not_history=True, copy=None)

Add polygon to list

classmethod add_region(color, name, reg_id, dim, step, boundary=False, not_used=False)

Add region

classmethod add_shapes_to_region(is_fracture, layer_id, layer_name, topology_idx, regions)

Add shape to region

area = <ui.data.diagram_structures.Area object>

diagram area

property bpen

Zoom class intermediary

property brush

Zoom class intermediary

property brush_selected

Zoom class intermediary

dcopy()

My deep copy implementation

del_polygon(polygon, label=None, not_history=True)

Remove polygon from list

delete_line(l, label='Delete line', not_history=False)

remove set line from lines end points

delete_point(p, label='Delete point', not_history=False)
deleted_polygons

list of polygons that should be remove from graphic object

find_line(p1_id, p2_id)

Find line according to points index

find_polygon(line_idxs)

Try find polygon accoding to lines indexes

first_shp_object()

return if is only one shp object in diagram

classmethod fix_topologies(diagrams)

check and fix topologies ordering

get_area_poly(layers, diagram_id)

Return init area as squads intersection

get_area_rect(layers, diagram_id)
get_diagram_all_rect(rect, layers, diagram_id)

Return init area as squads intersection

get_line_by_id(id)

return line or None if not exist

classmethod get_owner_diagram(layer_id)

Find owner diagram for set layer

get_point_by_de_id(id)

return point or None if not exist

get_point_by_id(id)

return point or None if not exist

static get_point_on_line(line, px, py)

Compute point on line

get_polygon_by_id(id)

return line or None if not exist

get_polygon_lines(id)

Return polygon lines ndexes

classmethod get_shapes_from_region(is_fracture, layer_id)

Get shapes from region

import_decomposition(decomposition)

Save decomposition and reload lines and polygons

join()

Add diagram to topologies

join_line(p1, p2, label=None, id=None, not_history=False, copy=None)

Add line from point p1 to p2

join_line_import(p1_id, p2_id, segment)

Import line from point p1 to p2

join_line_intersection(p1, p2, label=None)

As Join line, but try add lines created by intersection return added_points, moved_points, added_lines

lines

list of lines

static make_tmp_line(p1x, p1y, p2x, p2y)

Make temporrary line

map_id = {}

uid, id map

merge_point(point, atached_point, label='Merge Points')

Merge two points. Atached_point will be remove from data and shoud be released after discarding graphic object. Return array of lines that should be removed. This lines is released from data, but object is existed, and should be relesed after discarding graphic object.

classmethod move_diagram_topologies(id, diagrams)

Increase topology index from id, and fix topologies dictionary

move_point(p, x, y, label='Move point', not_history=False)

Add point to canvas

move_point_after(p, x_old, y_old, label='Move point')

Call if point is moved by another way and need save history and update polygons

new_polygons

list of polygons that has not still graphic object

property no_pen

Zoom class intermediary

property pen

Zoom class intermediary

property pen_changed

Zoom class intermediary

po

Help variable for polygons structures

points

list of points

polygons

list of polygons

position_set()

Zoom class intermediary

recount_canvas()

recount canvas size

property recount_zoom

Zoom class intermediary

property rect
region_color_changed()

Layer color is changed, refresh all region colors

regions = None

List of regions

classmethod reinit(layer_heads, history)

Discard all links

release()

Discard this object from global links

shp = <ui.data.shp_structures.ShpFiles object>

Displayed shape files

topologies = {}

List of all diagrams, divided by topologies

topology_idx

Topology index

topology_owner

First diagram in topology is topology owner, and is responsible for its saving

try_delete_point(p, label='Delete point')

Try remove set point, and return it if point is in some line return False

uid

Unique diagram id

update_moving_points(points)

Update moving point for polygon operations

views = []

Not edited diagrams

views_object = {}

Object of not edited diagrams

property x

Get static x-coordinate of left top corner

property y

Get static y-coordinate of left top corner

property zoom

Get static zoom variable

zooming = <ui.data.diagram_structures.Zoom object>

zoom variable

class ui.data.diagram_structures.Line(p1, p2, id=None)

Bases: object

Class for graphic presentation of line

add_polygon(polygon)

Add polygon, that is use this line

count_polygons()

Delete polygon, that was use this line

del_polygon(polygon)

Add polygon, that is use this line

dim = 1
get_color()

Return line color

get_region()

Return polygon regions

get_regions()

Return polygon regions

get_tmp_line(p1, p2)
id

Line history id

object

Graphic object

p1

First point

p2

Second point

polygon1

This line instance is use for these polygon

polygon2

This line instance is use for these polygon

qlinef()

return QLineF object

second_point(p)

return second line point

segment

This line instance is in these polygon

set_default_region()

Set line region to default region

set_region(region, layer_id=None)

Set polygon region to current region

class ui.data.diagram_structures.Point(x, y, id=None)

Bases: object

Class for graphic presentation of point

de_id

Decomposition id

dim = 0
get_color()

Return line color

get_region()

Return polygon regions

get_regions()

Return polygon regions

id

Point history id

lines

This point instance is use for these lines

object

Graphic object

qpointf()

return QPointF coordinates

set_default_region()

Set point region to default region

set_region(region, layer_id=None)

Set point region to current region

x

x coordinate

y

y coordinate

class ui.data.diagram_structures.Polygon(lines, id=None)

Bases: object

Class for graphic presentation of polygon

dim = 2
drawpath

Qt path to be drawn (allows complex shapes as holes in polygons)

get_color()

Return region color

get_region()

Return polygon regions

get_regions()

Return polygon regions

helpid

Id in polygon from decomposition

id

Polygon history id

lines

Lines

object

Graphic object

qtpolygon

Qt polygon for point localization

set_default_region()

Set polygon region to default region

set_region(region, layer_id=None)

Set polygon region to current region

set_regions(diagram, regions, label, not_history)

Set diagram regions in polygon topology

class ui.data.diagram_structures.Zoom

Bases: object

Zooming class

bpen

pen for highlighted object paintings

brush

brush for object paintings

brush_selected

brush for selected object paintings

deserialize(zoom)

Get zoom persistent variable from dictionary

no_pen

pen for object grabbing

pen

pen for object paintings

pen_changed

pen need be changed

position_set

If possition is set

property recount_zoom
serialize(zoom)

Set zoom persistent variable to dictionary

x

x vew possition

y

y viw possition

property zoom

ui.data.history module

class ui.data.history.DiagramHistory(diagram, global_history)

Bases: History

Diagram history

Basic diagram operation for history purpose

add_line(id, p1_id, p2_id, label=None)

Add add line to history operation.

Calling function must ensure, that both points exist. Return invert operation

add_point(id, x, y, label=None)

Add add point to history operation.

delete_line(id, label=None)

Add delete line to history operation.

If outer points contain this line, is removed from list. Return invert operation

delete_point(id, label=None)

Add delete point to history operation.

Calling function must ensure, that any line using this poin is not exist . Return invert operation

move_point(id, x, y, label=None)

Add move point to history operation.

Return invert operation

release()

Set or lins to none

return_op()

return changes maked after last history operation calling and remove old

class ui.data.history.EventLocation(value)

Bases: IntEnum

Location where event happen

diagram = 0
layer = 1
region = 2
surfaces = 3
class ui.data.history.GlobalHistory(cfg)

Bases: object

This static class save history of all histories and display view for displaying this local histories. For undo is displayed changis in this views

add_history(history)

Add history to histories variable, end return its id

add_label(history_id, label)

Add label to global history

cfg

dara structures

get_redo_view()

If current view is different from view that is need for next redo opperation return it, else return None

get_undo_view()

If current view is different from view that is need for next undo opperation return it, else return None

histories

List of local histories

is_changes()

Return if changes is made after saving

labels

List of local labels

last_save_labels

Len of steps list during saving undo operation

last_undo_labels

Len of steps list during last undo operation

remove_all()

Releas all histories

removed_diagrams

Diagram that is removed from history

return_op()

Return changes maked after last history operation calling and remove old. This changes is for refresh display operation and depends to class implementation.

saved()

Save point, where is data saved

try_redo_to_label()

Make all redo opperations, that was done in current view, if is label operation done, return True and ops list. If not, new current view is set and return False

try_undo_to_label()

Make all undo opperations, that was done in current view, if is label operation done, return True and ops list. If not, new current view is set and return False

undo_labels

List of local undo labels

class ui.data.history.History(global_history)

Bases: object

global_history

Link to global history

id

Id for global history opperations

multi

Step is small-grained history operation, multi is use for broad structuring of history steps. Milti ids dictionary of step label:id

redo()

make one redo operation

release()

Set or lins to none

return_op()

Return changes maked after last history operation calling and remove old. This changes is for refresh display operation and depends to class implementation.

steps

history steps

undo()

undo make one undo operation

undo_steps

Returned history steps

class ui.data.history.HistoryStep(operation, params=[], label=None)

Bases: object

process()

process history step restoring

class ui.data.history.LayersHistory(global_history)

Bases: History

Layer history

Basic layer operation for history purpose

add_fracture(fracture, id, position, label=None)

Add add fracture to history operation.

change_fracture_name(name, id, label=None)

Add change fracture name to history operation.

change_group(layers, interfaces, id, old_count, label=None)

Add switching two groups to history

Calling function must ensure that diagram sequence related to new group.

change_interface(interface, id, label=None)

Add change layer to history operation.

Calling function must ensure that diagram sequence related to new interfaces

change_interface_surface(surface_id, elevation, transform_z, id, label=None)

Add change interface surface to history operation.

change_layer_name(name, id, label=None)

Add change layer name to history operation.

delete_diagrams(id, count, oper, label=None)

Add diagram deleting to history

Calling function must ensure that interface sequence related to rest diagrams.

delete_fracture(id, position, label=None)

Add delete fracture to history operation.

delete_interface(id, label=None)

Add delete layer to history operation.

Calling function must ensure that diagram sequence related to rest interfaces

delete_layer(id, label=None)

Add delete layer to history operation.

Calling function must ensure that interface sequence related to rest layers

insert_diagrams(id, oper, label=None)

Add diagram inserting to history

Calling function must ensure that interface sequence related to inserted diagrams.

insert_interface(interface, id, label=None)

Add insert layer to history operation.

Calling function must ensure that diagram sequence related to new interface

insert_layer(layer, id, label=None)

Add insert layer to history operation.

Calling function must ensure that interface sequence related to new layer

return_op()

return nedded check

class ui.data.history.LocalLabel(history_id, label, view)

Bases: object

Class with base history state variables

class ui.data.history.RegionHistory(global_history)

Bases: History

Region history

Basic region operation for history purpose

add_fracture(id, name, is_own, is_bottom, label=None)

Add add fracture to history operation.

add_layer(id, name, insert, label=None)

Add add layer to history operation.

change_data(diagram_to, id, r0D, r1D, r2D, label=None)

Add change layer data operation.

change_region(id, region, label=None)

Add change region to history operation.

change_shape_region(shape_id, layer_id, dim, region_id, label=None)

Add change shapes region to history operation.

Add copy related to history operation.

delete_data(id, label=None)

Add delete related to history operation.

delete_fracture(id, label=None)

Add delete fracture to history operation.

delete_layer(id, label=None)

Add delete layer to history operation.

delete_region(id, label=None)

Add delete region to history operation.

insert_region(id, region, label=None)

Add insert region to history operation.

load_data(id, r0D, r1D, r2D, label=None)

Add load layer data operation.

move_topology(id, label=None)

Add move topology to history operation.

rename_layer(is_fracture, id, name, label=None)

Add rename layer to history operation.

return_op()

return nedded check

save_data(id, r0D, r1D, r2D, label=None)

Add save layer data operation.

unmove_topology(id, label=None)

Add unmove topology to history operation.

class ui.data.history.SurfacesHistory(global_history)

Bases: History

Region history

Basic region operation for history purpose

change_surface(surface, id, label=None)

Add change layer to history operation.

Calling function must ensure that diagram sequence related to new surfaces

delete_surface(id, label=None)

Add delete layer to history operation.

Calling function must ensure that diagram sequence related to rest surfaces

insert_surface(surface, id, label=None)

Add insert layer to history operation.

Calling function must ensure that diagram sequence related to new surface

return_op()

return nedded check

ui.data.layers_structures module

class ui.data.layers_structures.ChangeInterfaceActions(value)

Bases: IntEnum

Interface possible actions

bottom_editable = 5
bottom_interpolated = 2
editable = 3
interpolated = 0
split = 6
top_editable = 4
top_interpolated = 1
class ui.data.layers_structures.ClickedControlType(value)

Bases: IntEnum

Type of control that is clicked

edit = 2
edit2 = 7
fracture = 4
fracture_edit = 9
fracture_view = 8
interface = 3
layer = 5
none = 0
view = 1
view2 = 6
class ui.data.layers_structures.DupDiagramData(insert_id, copy=True, dup1_id=None, dup2_id=None)

Bases: object

Data for duplicating didram description

copy

make only copy

count

Amout of new diagrams

dup1_id

Second diagram id for duplicating

idx

Interface where is created new surface

insert_id

Where will be diagram inserted

class ui.data.layers_structures.Fracture(name, type=FractureInterface.none, fracture_diagram_id=None)

Bases: object

One fracture in panel

edit_rect

Clicable edit check box area (Only or own fracture interface type)

edited

fracture diagram is edited

fracture_diagram_id

Fracture param set id

name

Fracture name

rect

Clicable name area

type

fracture Interface type

view_rect

Clicable view check box area (Only or own fracture interface type)

viewed

fracture diagram is viwed

y

Middle coordinate

class ui.data.layers_structures.FractureInterface(value)

Bases: IntEnum

Fracture interface type

bottom = 1
none = 0
own = 3
top = 2
class ui.data.layers_structures.Interface(surface_id, splited, elevation, transform_z=None, fracture_name=None, diagram_top_id=None, diagram_bot_id=None, fracture_interface=FractureInterface.none, fracture_diagram_id=None)

Bases: object

One interface in panel. Diagram 1 is top and 2 is bottom. If diagram 2 is None

diag_bot_id

Second diagram id (bottom). None if interface has not two independent Note Sets

diag_top_id

First diagram id (top). None if interface is interpolated

edit_rect1

Clicable edit check box area

edit_rect2

Clicable edit check box area

edited1

is first diagram edited (grafic control is set)

edited2

is first diagram edited (grafic control is set)

elevation

Float elevation description

fracture

Fracture object or None if fracture is not on interface

get_fracture_position()

Return dictionry with string description of fracture possitions -> FractureInterface enum if is only one possibility, return None

rect

Clicable name area

splited

Interface have two independent surfaces

property str_elevation

Retuen elevation in string format

surface_id

Surface structure

transform_z

Transformation in Z direction (scale and shift).

view_rect1

Clicable view check box area

view_rect2

Clicable view check box area

viewed1

is second diagram viwed (grafic control is set)

viewed2

is second diagram viwed (grafic control is set)

y

Middle coordinate

y_bottom

Bottom line coordinate

y_top

Top line coordinate

class ui.data.layers_structures.Layer(name, shadow=False)

Bases: object

One layer in panel

name

Layer name, if name is

rect

Clicable name area

shadow

Laier is shadow

y

Middle coordinate

class ui.data.layers_structures.LayerSplitType(value)

Bases: IntEnum

Fracture interface type

editable = 1
interpolated = 0
split = 2
class ui.data.layers_structures.Layers(global_history)

Bases: object

Layers data

class LayersIterData

Bases: object

Data clas for passing between itarion functions get_first_layer_info and get_next_layer_info. This functions is use for layers serialization

block_idx

Block idx, use for topology

diag_bot_id

Second diagram id, None for copy block

diag_top_id

First diagram id

end

Last layer

fracture_after

Fracture after layer. (With same topology as second diagram)

fracture_before

Fracture before layer. (With same topology as first diagram)

fracture_own

Fracture after layer. (With own topology)

is_shadow

Layer type is shadow

layer_idx

Layer idx

stype1

First surface type

stype2

second surface type

surface_id1

First surface id

surface_id2

Second surface id, None for copy block

add_fracture(idx, name, position, dup)

add fracture to interface

Variable dup is returned by get_diagram_dup and new diagrams was added outside this function

add_fracture_history(fracture, idx, position)

add fracture to interface

add_interface(gl_interface, splited, fracture_name=None, diag_top_id=None, diag_bot_id=None, fracture_interface=FractureInterface.none, fracture_id=None)

add new interface

add_layer(name, shadow=False)

add new layer

add_layer_to_shadow(idx, name, interface, elevation, dup)

Append new layer to shadow block, return True if shadow block is replaces

add_surface(surf_in)
append_layer(name)

Append layer to the end

change_interface(interface, idx)

Switch idx layer to set layer

change_to_editable(idx, type, dup)

Change interface type to editable

Variable dup is returned by get_diagram_dup and new diagrams was added outside this function

change_to_interpolated(idx, type)

Change interface type to interpolated

compute_composition()

Compute coordinates for layers elements

delete()
delete_interface(idx)

delete set interface and move diagram indexes, if is needed. Return deleted interface

delete_layer(idx)

delete layer and return object

delete_surface(idx)

Delete surface if is not used or return False

font

Layer diagram font

get_change_interface_actions(idx)

Get list of interface possible actions

get_clickable_idx(x, y, type)

Return number of control below point

get_clickable_type(x, y)

Return control type of below point

get_diagram_dup(idx)

Return first idx for division and if is possible division make

get_diagram_dup_before(idx)

Return first idx for division and if is possible division make

get_diagram_idx(idx, second, fracture=False)

Get diagram (surface) idx from interface idx or none if interface has not diagram

get_diagram_quads(diagram_id)

Find and return list of quads in set diagram

get_first_layer_info()

Get information about first layer. All temporary data is save to returned variable. This variable can be pass on get_next_layer_info function or used for data serialization. return

get_group_copy(idx, count)

Return copy of set interfaces and layers.

get_interface_copy(idx)

Return copy of set interface

get_next_layer_info(data)

Get information about next layer. All temporary data is save to returned variable This variable can be pass on get_next_layer_info function or used for data serialization. This function is use for all layers iteration

get_orig_copy(idx, count)

Return copy of set interfaces and layers.

insert_interface(interface, idx)

insert set layer and move diagram indexes, if is needed

insert_layer(layer, idx)

insert set layer

interfaces

List of interfaces

is_block_removable(idx)

Return if layer can be removed

is_interface_removable(idx)

Return if layer can be removed

is_layer_removable(idx)

Return if layer can be removed

layers

List of layers

load_surfaces(gl_surfaces)

TODO: deserialize directly into the Surface object.

prepend_layer(name)

Prepend layer to the start

remove_block(idx, removed_res)

Remove all block where id idx layer. Variable removed_res is one, that is was returned by remove_block_changes.

remove_block_changes(idx)

Return tuple with count (first layer, removed layers,removed slices, removed fractures)

remove_fracture(idx)

Remove fracture from idx interface. If fracture has surface, return surface idx end move all surfaces idx else return None

remove_fracture_history(idx)

Remove fracture from idx interface and return it

remove_interface(idx, removed_res)

Remove interface and merge layers. Variable removed_res is one, that is was returned by remove_interface_changes.

remove_interface_changes(idx)

Return tuple with count (removed slices, removed fractures)

remove_layer(idx, removed_res, dup)

Remove layer. Variable removed_res is one, that is was returned by remove_layer_changes. Variable dup is returned by get_diagram_dup and new diagrams was added outside this function. Is returned tuple with removed diagrams and count of removed layers

remove_layer_changes(idx)

Return tuple with count (removed slices,added slice, removed fractures , remove first fracture)

set_edited_diagram(diagram_id)

Find interface accoding to diagram id, and set id as edited

set_edited_interface(idx, second, fracture=False)

If interface with set idx is set as edited return False, else change edited interface in data and return True

set_surface(idx, new_surface)
set_viewed_interface(idx, second, fracture=False)

Invert set viewed value and return its value

split_interface(idx, dup)

Split interface. Variable dup is returned by get_diagram_dup and new diagrams was added outside this function

split_layer(idx, name, split_type, dup)

Split set layer by interface with split_type type in set surface

Variable dup is returned by get_diagram_dup and new diagrams was added outside this function

strip_edited(interface)

If some of interface diagram editing is set to true, is set to false and return true, else false

surfaces

Class with list of surfaces

switch_group_copy(idx, old_count, new_layers, new_interfaces)

Switch count of old interfaces and layers to new set and return old interfaces and layers.

property x_edit

edit button x left coordinate

property x_ilabel

elevation label x left coordinate

x_ilabel_width

Coordinate of the longest interface name end

property x_label

layer label x left coordinate

x_label_width

Coordinate of the longest layer name end

property x_view

view button x left coordinate

y_font

Font height

ui.data.le_serializer module

class ui.data.le_serializer.LESerializer(cfg)

Bases: object

Class for diagram data serialization

add_interface(gl_interface, top_layer, fracture, bot_layer)
cfg_reset(cfg)
cfg_to_geometry(cfg, path)

Save diagram data to set file

eq_layer_topology(layer_a, layer_b)
geometry_to_cfg(path, geometry, cfg)

Load diagram data from set file

get_layer_nodesets(layer, top)
Parameters

  • layer –

  • side –

Returns

isec_ns(ns_a, ns_b)
load(cfg, path)
save(cfg, path='')
set_new(cfg)

Set new file

exception ui.data.le_serializer.LESerializerException(message, errors)

Bases: Exception

ui.data.polygon_operation module

class ui.data.polygon_operation.PolygonOperation(line=None)

Bases: object

Class for polygon localization

add_line(diagram, line, label=None, not_history=True)

Add new line to decomposition

add_point(diagram, point)

Add new point to decomposition

get_line_origin_id(line)

Return line id in origin structure

get_point_origin_id(point_id)

Return point id in origin structure

get_polygon_origin_id(polygon)

Return polygon id in origin structure

move_points(diagram, points)

move set point in decomposition, return if all moving is possible

outer_id

Decomposition of the a plane into polygons.

remove_line(diagram, line, label=None, not_history=True)

remove set point from decomposition

remove_point(diagram, point)

remove set point from decomposition

rest_polygon_id

Polygon that will be created during removing splitted line

set_new_decomposition(diagram, decomposition)

set new decomposition

split_line(diagram, line)

remove and move line

tmp_line

Line that will be reuse after line splitting

classmethod try_intersection(diagram, p1, p2, label)

Try look up intersection and split lines. Return new points, and_lines. Points is sorted from p1 to p2.

ui.data.region_structures module

class ui.data.region_structures.Region(color, name, reg_id, dim, step, boundary=False, not_used=False)

Bases: object

Class for graphic presentation of region

boundary

Is boundary region

cmp_shape_dim(layer_id, dim)

Compare real shape dimension on set layer with region dimension and evaluate if dimensions are compatible

color

Region color

dim

dimension (point = 0, well = 1, fracture = 2, bulk = 3)

name

Region name

not_used

is used

reg_id

Region unique id

class ui.data.region_structures.Regions(layer_heads, global_history)

Bases: object

Regions diagram

All regions function for layer panel contains history operation without label and must be placed after first history operation with label. Function that worked with regions value and is not used by layer panel, should contain label.

DEFAULT_REGION = 0
add_fracture(id, name, is_own, is_bottom, to_history=True)

insert layer to structure and copy regions

add_layer(id, name, oper, to_history=True)

insert layer to structure and copy regions

add_layer_history(id, name, insert)

Add layer for reverse history operation

add_new_region(color, name, dim, to_history=False, label=None)

Add region

add_region(color, name, reg_id, dim, step, boundary=False, not_used=False)

Add region

add_regions(dim, shape_id, to_history=False, label=None)

Set Shape region for all layers in current topology is added to current value

add_shapes_to_region(is_fracture, layer_id, layer_name, topology_idx, regions)

Add shapes to region

Call diagram static function make_revert_map before this function

copy_regions(dim, shape_id, copy_id, to_history=False, label=None)

Shape region for all layers in current topology is added to current value

copy data from related structure

property current_layer_id

Id of selected layer in region panel

property current_regions

Map all layers in current topology, and its regions

property current_topology_id

Id of selected topology in region panel

del_regions(dim, shape_id, to_history=False, label=None)

Shape region for all layers in current topology is removed from current value

delete_block(id, layers)

delete block from structure

delete_data(id, to_history=True)

For shadow block delete data, and set topology to -1

delete_fracture(id, to_history=True)

delete fracture from structure

delete_layer(id, to_history=True)

delete layer from structure

delete_region(id, to_history=True, label=None)

Add region

find_top_id(id)

return topology id for set layer id

get_layers(topology_idx)

Prepare layer data for Regions panel. return: OrderedDict{ layer_id: layer_name}

get_region(dim, shape_id)

Get Shape regions for all layers in current topology

get_region_color(dim, shape_id)

Return current region color for set shape

get_region_id(dim, shape_id)

Return current region color for set shape

get_regions(dim, shape_id)

Get Shape regions for all layers in current topology

get_shapes_from_region(is_fracture, layer_id)

Get shapes from region Call diagram static function make_map before this function

get_shapes_of_region(reg_idx)

Get list of shape instances of specific region

get_topology(layer_id)

Get topology id for set layer or fracture

insert_region(id, region, to_history=True, label=None)

Add region

layer_region(dim)
layer_region_0D

Dictionary of indexes lists 1D shapes (points) (layers_id:{point.id:region.id})

layer_region_1D

Dictionary of indexes lists 2D shapes (lines) (layers_id:{line.id:region.id})

layer_region_2D

Dictionary of indexes lists 3D shapes (polygons) (layers_id:[{polygon.id:region.id}])

layers

Dictionary of layers (layers_id:layers_name)

layers_topology

Dictionary of lists layers in topology (topology id:[layers_id])

move_topology(id, to_history=True)

increment layers id topology and bigger.

regions

List of regions

reload_regions(cfg)

Call if data file changed

remap_reg_from

If this variable is set, remap in move topology shapes id from set diagram

remap_reg_to

If this variable is set, remap in move topology shapes id to values in set diagram

remap_region_shapes(top_id, to_history=True)

Remap all shapes id in set topology to new diagram

rename_layer(is_fracture, id, name, to_history=True)

copy data from related structure

set_default(dim, shape_id, to_history=False, label=None)

Shape region for current layer is set to default value. If region is already set to default return False

set_region(dim, shape_id, region, layer_id=None, to_history=False, label=None)

Shape region for current layer is set to current value

set_region_boundary(id, boundary, to_history=False, label=None)

Add region

set_region_color(id, color, to_history=False, label=None)

Add region

set_region_mesh_step(id, step, to_history=False, label=None)

Add region

set_region_name(id, name, to_history=False, label=None)

Add region

set_region_not_used(id, not_used, to_history=False, label=None)

Add region

set_regions_from_list(dim, shape_id, topology_id, region_list, to_history=False, label=None)

Shape region for all layers in current topology is set to current value :param region_list: List of region to assign to the shapes [ region_id, ..].

unmove_topology(id, to_history=True)

decrement layers id topology and bigger.

class ui.data.region_structures.ShapeDim(value)

Bases: IntEnum

Type of shape

line = 1

Line

point = 0

Point

poly = 2

Polygon

class ui.data.region_structures.TopologyOperations(value)

Bases: IntEnum

Type of topology operation

insert = 1

Added diagrams have topology index copy_top_id+1 and next is move about 1

insert_next = 2

First added diagram have topology index copy_top_id, next added diagrams have topology index copy_top_id+1 and next is move about 1

none = 0

Added diagrams have topology index copy_top_id

ui.data.selection module

class ui.data.selection.Selection

Bases: object

Selection operations

delete_selected()

delete selected, returns list of objects to remove from diagram panel, if some objects in selection have associated region only sets all objects to None region

deselect_selected()

deselect all items

get_selected_regions(diagram)

For all layers of set diagram return: - selected region, if selected shapes have same regions and dimensions - previous point return applies to the highest dimension shape in case of mismatch - or None region if regions of the highest dimension are different

is_empty()

returns True if no shape selected

max_selected_dim()
select(shape, select=None)
select_all()

select all items

select_current_region()

select items which have set current region

set_current_region()

Set region of selected shapes to current regions where dimension match. Restrict selection to these shapes

ui.data.shp_structures module

class ui.data.shp_structures.ShpData

Bases: object

Shape file geometric data.

(Only geometric that will be displayed)

clear()

Remove all lines, points ant reset border

lines

List of displayed lines in ShpLine data type

max

right bottom corner in QPoint coordinates

min

left top corner in QPoint coordinates

object

Graphic object

points

List of displayed points in ShpPoint data type

class ui.data.shp_structures.ShpDisp(file)

Bases: object

Shape file displayed settings.

BACKGROUND_COLORS = [<PyQt5.QtGui.QColor object>, <PyQt5.QtGui.QColor object>, <PyQt5.QtGui.QColor object>, <PyQt5.QtGui.QColor object>, <PyQt5.QtGui.QColor object>, <PyQt5.QtGui.QColor object>, <PyQt5.QtGui.QColor object>, <PyQt5.QtGui.QColor object>, <PyQt5.QtGui.QColor object>, <PyQt5.QtGui.QColor object>, <PyQt5.QtGui.QColor object>, <PyQt5.QtGui.QColor object>, <PyQt5.QtGui.QColor object>, <PyQt5.QtGui.QColor object>, <PyQt5.QtGui.QColor object>, <PyQt5.QtGui.QColor object>]
attr

Selected attribute

attrs

File attributes

av_highlight

Highlight shape with this attribute

av_names

Values for selected attribute

av_show

Show shape with this attribute

color

displaing color fir shapes

errors

Parse errors

file

paths to shp file

property file_name

File name without path

classmethod next_color()

File name without path

static parse_attr(value, type, dec)

Return string representation of attribute accoding to type

refresh(attr)

Refresh drawing data after settings changes

refreshed

Data should be repainted

set_attr(attr)

change dislayed attribute

set_color(color)

change displayed color

set_highlight(i, value)

change highlighted attribute value

set_show(i, value)

change dislayed attribute value

shpdata

Datat for drawing

class ui.data.shp_structures.ShpFiles

Bases: object

Shape files, that is displazed in background.

add_file(file)

Add new shapefile

boundrect

shape file bounding rect in QRectF variable or None

datas

Data for shp files

del_file(idx)

Delete existing shapefile according to file index

deserialize(shps)

Get shp persistent variable from dictionary

is_empty()

Is set some shapefile

is_file_open(file)

Is shapefile already opened

serialize()

Set shp persistent variable to dictionary

class ui.data.shp_structures.ShpLine(p1, p2, highlighted=False)

Bases: object

Line from shape file

highlighted

Object is highlighted

p1

First point

p2

Second point

class ui.data.shp_structures.ShpPoint(p, highlighted=False)

Bases: object

Point from shape file

highlighted

Object is highlighted

p

Point

Module contents