def _toolbarData(self):
"""Toolbar data"""
icons = {
"cmd":
MetaIcon(
img="script-save",
label=_("Generate command for m.nviz.image"),
desc=_(
"Generate command for m.nviz.image based on current state"
),
),
"settings":
MetaIcon(
img="3d-settings",
label=_("3D view mode settings"),
desc=_("Show 3D view mode settings dialog"),
),
"help":
MetaIcon(img="3d-help", label=_("Show 3D view mode manual")),
}
return self._getToolbarData((
("nvizCmd", icons["cmd"], self.OnNvizCmd),
(None, ),
("settings", icons["settings"], self.parent.OnNvizPreferences),
("help", icons["help"], self.OnHelp),
))
def _toolbarData(self):
"""Toolbar data"""
icons = {
"workspaceNew":
MetaIcon(img="create", label=_("Create new workspace (Ctrl+N)")),
"workspaceOpen":
MetaIcon(img="open",
label=_("Open existing workspace file (Ctrl+O)")),
"workspaceSave":
MetaIcon(img="save",
label=_("Save current workspace to file (Ctrl+S)")),
}
return self._getToolbarData((
(
("workspaceNew", _("New workspace")),
icons["workspaceNew"],
self.parent.OnWorkspaceNew,
),
(
("workspaceOpen", _("Open workspace")),
icons["workspaceOpen"],
self.parent.OnWorkspaceOpen,
),
(
("workspaceSave", _("Save workspace")),
icons["workspaceSave"],
self.parent.OnWorkspaceSave,
),
))
def _toolbarData(self):
"""!Toolbar data
"""
icons = {
'newdisplay':
MetaIcon(img='monitor-create', label=_('Start new map display')),
'workspaceNew':
MetaIcon(img='create', label=_('Create new workspace (Ctrl+N)')),
'workspaceOpen':
MetaIcon(img='open',
label=_('Open existing workspace file (Ctrl+O)')),
'workspaceSave':
MetaIcon(img='save',
label=_('Save current workspace to file (Ctrl+S)')),
}
return self._getToolbarData((
('newdisplay', icons["newdisplay"], self.parent.OnNewDisplay),
(None, ),
('workspaceNew', icons["workspaceNew"],
self.parent.OnWorkspaceNew),
('workspaceOpen', icons["workspaceOpen"],
self.parent.OnWorkspaceOpen),
('workspaceSave', icons["workspaceSave"],
self.parent.OnWorkspaceSave),
))
def __init__(self, parent):
BaseToolbar.__init__(self, parent)
self.icons = {
'open': MetaIcon(img='open',
label=_('Open (Ctrl+O)')),
'save': MetaIcon(img='save',
label=_('Save (Ctrl+S)')),
'run': MetaIcon(img='execute',
label=_('Run (Ctrl+R)')),
# TODO: better icons for overwrite modes
'overwriteTrue': MetaIcon(img='locked',
label=_('Activate overwrite')),
'overwriteFalse': MetaIcon(img='unlocked',
label=_('Deactive overwrite')),
}
# workaround for http://trac.wxwidgets.org/ticket/13888
if sys.platform == 'darwin':
parent.SetToolBar(self)
self.InitToolbar(self._toolbarData())
# realize the toolbar
self.Realize()
def __init__(self, parent):
BaseToolbar.__init__(self, parent)
self.icons = {
"open":
MetaIcon(img="open", label=_("Open (Ctrl+O)")),
"save":
MetaIcon(img="save", label=_("Save (Ctrl+S)")),
"run":
MetaIcon(img="execute", label=_("Run (Ctrl+R)")),
# TODO: better icons for overwrite modes
"overwriteTrue":
MetaIcon(img="locked", label=_("Activate overwrite")),
"overwriteFalse":
MetaIcon(img="unlocked", label=_("Deactive overwrite")),
"help":
BaseIcons["help"],
"quit":
BaseIcons["quit"],
}
# workaround for http://trac.wxwidgets.org/ticket/13888
if sys.platform == "darwin":
parent.SetToolBar(self)
self.InitToolbar(self._toolbarData())
# realize the toolbar
self.Realize()
def _toolbarData(self):
"""!Toolbar data
"""
icons = {
'vdigit': MetaIcon(img='edit', label=_('Edit vector maps')),
'attrTable': MetaIcon(img='table',
label=_('Show attribute table')),
}
return self._getToolbarData((
('vdigit', icons["vdigit"], self.parent.OnVDigit),
('attribute', icons["attrTable"],
self.parent.OnShowAttributeTable),
))
def _toolbarData(self):
"""Toolbar data
"""
self.icons = {
'add_class': MetaIcon(img='layer-add',
label=_('Add class')),
'remove_class': MetaIcon(img='layer-remove',
label=_('Remove selected class'))
}
return self._getToolbarData(
(("add_class", self.icons["add_class"],
lambda event: self.cats_mgr.AddCategory()),
("remove_class", self.icons['remove_class'],
lambda event: self.cats_list.DeleteCategory()),))
def _toolbarData(self):
"""Toolbar data"""
icons = {
'gcpSet':
MetaIcon(img='gcp-create',
label=_('Update GCP coordinates'),
desc=_('Update GCP coordinates)')),
'quit':
BaseIcons['quit'].SetLabel(_('Quit georectification tool')),
'settings':
BaseIcons['settings'].SetLabel(_('Georectifier settings')),
'help':
BaseIcons['help'].SetLabel(_('Georectifier manual')),
}
return self._getToolbarData(
(("displaymap", BaseIcons["display"], self.parent.OnDraw),
("rendermap", BaseIcons["render"],
self.parent.OnRender), ("erase", BaseIcons["erase"],
self.parent.OnErase), (None, ),
("gcpset", icons["gcpSet"], self.parent.OnPointer, wx.ITEM_CHECK),
("pan", BaseIcons["pan"], self.parent.OnPan,
wx.ITEM_CHECK), ("zoomin", BaseIcons["zoomIn"],
self.parent.OnZoomIn, wx.ITEM_CHECK),
("zoomout", BaseIcons["zoomOut"], self.parent.OnZoomOut,
wx.ITEM_CHECK), ("zoommenu", BaseIcons["zoomMenu"],
self.parent.OnZoomMenuGCP), (None, ),
("zoomback", BaseIcons["zoomBack"],
self.parent.OnZoomBack), ("zoomtomap", BaseIcons["zoomExtent"],
self.parent.OnZoomToMap), (None, ),
('settings', icons["settings"], self.parent.OnSettings),
('help', icons["help"],
self.parent.OnHelp), (None, ), ('quit', icons["quit"],
self.parent.OnQuit)))
def _toolbarData(self):
"""Toolbar data"""
icons = {
"gcpSet": MetaIcon(
img="gcp-create",
label=_("Update GCP coordinates"),
desc=_("Update GCP coordinates)"),
),
"quit": BaseIcons["quit"].SetLabel(_("Quit georectification tool")),
"settings": BaseIcons["settings"].SetLabel(_("Georectifier settings")),
"help": BaseIcons["help"].SetLabel(_("Georectifier manual")),
}
return self._getToolbarData(
(
("displaymap", BaseIcons["display"], self.parent.OnDraw),
("rendermap", BaseIcons["render"], self.parent.OnRender),
("erase", BaseIcons["erase"], self.parent.OnErase),
(None,),
("gcpset", icons["gcpSet"], self.parent.OnPointer, wx.ITEM_CHECK),
("pan", BaseIcons["pan"], self.parent.OnPan, wx.ITEM_CHECK),
("zoomin", BaseIcons["zoomIn"], self.parent.OnZoomIn, wx.ITEM_CHECK),
("zoomout", BaseIcons["zoomOut"], self.parent.OnZoomOut, wx.ITEM_CHECK),
("zoommenu", BaseIcons["zoomMenu"], self.parent.OnZoomMenuGCP),
(None,),
("zoomback", BaseIcons["zoomBack"], self.parent.OnZoomBack),
("zoomtomap", BaseIcons["zoomExtent"], self.parent.OnZoomToMap),
(None,),
("settings", icons["settings"], self.parent.OnSettings),
("help", icons["help"], self.parent.OnHelp),
(None,),
("quit", icons["quit"], self.parent.OnQuit),
)
)
def _toolbarData(self):
icons = {
'gcpAdd':
MetaIcon(img='gcp-add', label=_('Add new GCP to the list')),
'gcpDelete':
MetaIcon(img='gcp-delete', label=_('Delete selected GCP')),
'gcpClear':
MetaIcon(img='gcp-remove', label=_('Clear selected GCP')),
'gcpRms':
MetaIcon(img='gcp-rms', label=_('Recalculate RMS error')),
'georectify':
MetaIcon(img='georectify', label=_('Georectify')),
'gcpSave':
MetaIcon(img='gcp-save', label=_('Save GCPs to POINTS file')),
'gcpReload':
MetaIcon(img='reload', label=_('Reload GCPs from POINTS file')),
}
return self._getToolbarData(
(('gcpAdd', icons["gcpAdd"], self.parent.AddGCP),
('gcpDelete', icons["gcpDelete"], self.parent.DeleteGCP),
('gcpClear', icons["gcpClear"], self.parent.ClearGCP), (None, ),
('rms', icons["gcpRms"], self.parent.OnRMS),
('georect', icons["georectify"], self.parent.OnGeorect), (None, ),
('gcpSave', icons["gcpSave"],
self.parent.SaveGCPs), ('gcpReload', icons["gcpReload"],
self.parent.ReloadGCPs)))
def _toolbarData(self):
icons = {
"gcpAdd":
MetaIcon(img="gcp-add", label=_("Add new GCP to the list")),
"gcpDelete":
MetaIcon(img="gcp-delete", label=_("Delete selected GCP")),
"gcpClear":
MetaIcon(img="gcp-remove", label=_("Clear selected GCP")),
"gcpRms":
MetaIcon(img="gcp-rms", label=_("Recalculate RMS error")),
"georectify":
MetaIcon(img="georectify", label=_("Georectify")),
"gcpSave":
MetaIcon(img="gcp-save", label=_("Save GCPs to POINTS file")),
"gcpReload":
MetaIcon(img="reload", label=_("Reload GCPs from POINTS file")),
}
return self._getToolbarData((
("gcpAdd", icons["gcpAdd"], self.parent.AddGCP),
("gcpDelete", icons["gcpDelete"], self.parent.DeleteGCP),
("gcpClear", icons["gcpClear"], self.parent.ClearGCP),
(None, ),
("rms", icons["gcpRms"], self.parent.OnRMS),
("georect", icons["georectify"], self.parent.OnGeorect),
(None, ),
("gcpSave", icons["gcpSave"], self.parent.SaveGCPs),
("gcpReload", icons["gcpReload"], self.parent.ReloadGCPs),
))
def _toolbarData(self):
"""Toolbar data"""
icons = {
"newdisplay":
MetaIcon(img="monitor-create", label=_("Start new map display")),
"mapcalc":
MetaIcon(img="raster-calculator",
label=_("Raster Map Calculator")),
"modeler":
MetaIcon(img="modeler-main", label=_("Graphical Modeler")),
"georectify":
MetaIcon(img="georectify", label=_("Georectifier")),
"composer":
MetaIcon(img="print-compose", label=_("Cartographic Composer")),
"script-load":
MetaIcon(img="script-load", label=_("Launch user-defined script")),
"python":
MetaIcon(img="python",
label=_("Open a simple Python code editor")),
}
return self._getToolbarData((
(
("newdisplay", _("New display")),
icons["newdisplay"],
self.parent.OnNewDisplay,
),
(None, ),
(
("mapCalc", icons["mapcalc"].label),
icons["mapcalc"],
self.parent.OnMapCalculator,
),
(
("georect", icons["georectify"].label),
icons["georectify"],
self.parent.OnGCPManager,
),
(
("modeler", icons["modeler"].label),
icons["modeler"],
self.parent.OnGModeler,
),
(
("mapOutput", icons["composer"].label),
icons["composer"],
self.parent.OnPsMap,
),
(None, ),
(
("script-load", icons["script-load"].label),
icons["script-load"],
self.parent.OnRunScript,
),
(
("python", _("Python code editor")),
icons["python"],
self.parent.OnSimpleEditor,
),
))
def _toolbarData(self):
"""Toolbar data
"""
icons = {
'import':
MetaIcon(img='layer-import',
label=_('Import/link raster or vector data')),
'mapcalc':
MetaIcon(img='raster-calculator',
label=_('Raster Map Calculator')),
'modeler':
MetaIcon(img='modeler-main', label=_('Graphical Modeler')),
'georectify':
MetaIcon(img='georectify', label=_('Georectifier')),
'composer':
MetaIcon(img='print-compose', label=_('Cartographic Composer')),
'script-load':
MetaIcon(img='script-load', label=_('Launch user-defined script')),
'python':
MetaIcon(img='python',
label=_('Open a simple Python code editor')),
}
return self._getToolbarData((
('importMap', icons["import"], self.parent.OnImportMenu),
(None, ),
('mapCalc', icons["mapcalc"], self.parent.OnMapCalculator),
('georect', icons["georectify"], self.parent.OnGCPManager),
('modeler', icons["modeler"], self.parent.OnGModeler),
('mapOutput', icons['composer'], self.parent.OnPsMap),
(None, ),
('script-load', icons['script-load'], self.parent.OnRunScript),
('python', icons['python'], self.parent.OnSimpleEditor),
))
def _toolbarData(self):
icons = {
'selectGroup':
MetaIcon(img='layer-group-add', label=_('Select imagery group')),
'settings':
BaseIcons['settings'].SetLabel(_('Settings')),
'help':
MetaIcon(img='help', label=_('Show manual')),
'add_scatt_pl':
MetaIcon(img='layer-raster-analyze', label=_('Add scatter plot')),
'selCatPol':
MetaIcon(img='polygon', label=_('Select area with polygon')),
'pan':
MetaIcon(img='pan', label=_('Pan mode for scatter plots')),
'zoomIn':
MetaIcon(
img='zoom-in',
label=_(
'Zoom mode for scatter plots (left mouse button, wheel)')),
'zoomExtent':
MetaIcon(
img='zoom-extent',
label=
_('Zoom to scatter plot data extend mode (click on scatter plot for zooming to extend)'
)),
'cats_mgr':
MetaIcon(img='table-manager', label=_('Show/hide class manager'))
}
tools = [
('add_scatt', icons["add_scatt_pl"],
lambda event: self.scatt_mgr.AddScattPlot()), (None, ),
("cats_mgr", icons['cats_mgr'],
lambda event: self.parent.ShowCategoryPanel(event.IsChecked()),
wx.ITEM_CHECK), (None, ),
("pan", icons["pan"],
lambda event: self.SetPloltsMode(event, 'pan'), wx.ITEM_CHECK),
("zoom", icons["zoomIn"],
lambda event: self.SetPloltsMode(event, 'zoom'), wx.ITEM_CHECK),
("zoom_extend", icons["zoomExtent"],
lambda event: self.SetPloltsMode(event, 'zoom_extend'),
wx.ITEM_CHECK), (None, ),
('sel_pol_mode', icons['selCatPol'],
self.ActivateSelectionPolygonMode, wx.ITEM_CHECK), (None, ),
('settings', icons["settings"], self.OnSettings),
('help', icons["help"], self.OnHelp)
]
if self.opt_tools and "add_group" in self.opt_tools:
tools.insert(0, ("selectGroup", icons['selectGroup'],
lambda event: self.scatt_mgr.SetData()))
return self._getToolbarData(tools)
def _toolbarData(self):
"""Toolbar data
"""
self.icons = {
'sel_add':
MetaIcon(img='layer-add',
label=_('Include selected area to class'),
desc=_('Include selected area to class')),
'sel_remove':
MetaIcon(img='layer-remove',
label=_('Exclude selected area from class'),
desc=_('Exclude selected area from class')),
'addVertex':
MetaIcon(
img='vertex-create',
label=_('Add new vertex'),
desc=_('Add new vertex to polygon boundary scatter plot')),
'editLine':
MetaIcon(
img='polygon-create',
label=_('Create selection polygon'),
desc=
_('Add new vertex between last and first points of the boundary'
)),
'moveVertex':
MetaIcon(img='vertex-move',
label=_('Move vertex'),
desc=_('Move boundary vertex')),
'removeVertex':
MetaIcon(img='vertex-delete',
label=_('Remove vertex'),
desc=_('Remove boundary vertex')),
'delete':
MetaIcon(
img='polygon-delete',
label=
_("Remove polygon (click on scatter plot for removing it's polygon)"
)),
}
return self._getToolbarData(
(("sel_add", self.icons["sel_add"],
lambda event: self.scatt_mgr.ProcessSelectionPolygons('add')),
("sel_remove", self.icons['sel_remove'],
lambda event: self.scatt_mgr.ProcessSelectionPolygons('remove')),
(None, ), ("add_vertex", self.icons["editLine"],
lambda event: self.SetMode(event, 'add_vertex'),
wx.ITEM_CHECK),
("add_boundary_vertex", self.icons['addVertex'],
lambda event: self.SetMode(event, 'add_boundary_vertex'),
wx.ITEM_CHECK),
("move_vertex", self.icons["moveVertex"],
lambda event: self.SetMode(event, 'move_vertex'), wx.ITEM_CHECK),
('delete_vertex', self.icons['removeVertex'],
lambda event: self.SetMode(event, 'delete_vertex'),
wx.ITEM_CHECK),
('remove_polygon', self.icons['delete'],
lambda event: self.SetMode(event, 'remove_polygon'),
wx.ITEM_CHECK)))
def _toolbarData(self):
"""Toolbar data"""
icons = {
'cmd' : MetaIcon(img = 'script-save',
label = _('Generate command for m.nviz.image'),
desc = _('Generate command for m.nviz.image based on current state')),
'settings' : MetaIcon(img = '3d-settings',
label = _('3D view mode settings'),
desc = _('Show 3D view mode settings dialog')),
'help' : MetaIcon(img = '3d-help',
label = _('Show 3D view mode manual')),
}
return self._getToolbarData((("nvizCmd", icons['cmd'],
self.OnNvizCmd),
(None, ),
("settings", icons["settings"],
self.parent.OnNvizPreferences),
("help", icons["help"],
self.OnHelp))
)
def _toolbarData(self):
"""Toolbar data
"""
icons = {
'workspaceNew':
MetaIcon(img='create', label=_('Create new workspace (Ctrl+N)')),
'workspaceOpen':
MetaIcon(img='open',
label=_('Open existing workspace file (Ctrl+O)')),
'workspaceSave':
MetaIcon(img='save',
label=_('Save current workspace to file (Ctrl+S)')),
}
return self._getToolbarData((
('workspaceNew', icons["workspaceNew"],
self.parent.OnWorkspaceNew),
('workspaceOpen', icons["workspaceOpen"],
self.parent.OnWorkspaceOpen),
('workspaceSave', icons["workspaceSave"],
self.parent.OnWorkspaceSave),
))
def _toolbarData(self):
"""Toolbar data"""
self.icons = {
"add_class":
MetaIcon(img="layer-add", label=_("Add class")),
"remove_class":
MetaIcon(img="layer-remove", label=_("Remove selected class")),
}
return self._getToolbarData((
(
"add_class",
self.icons["add_class"],
lambda event: self.cats_mgr.AddCategory(),
),
(
"remove_class",
self.icons["remove_class"],
lambda event: self.cats_list.DeleteCategory(),
),
))
def _toolbarData(self):
icons = {
'run':
MetaIcon(img='execute', label=_('Execute analysis')),
'undo':
MetaIcon(img='undo', label=_('Go to previous analysis result')),
'redo':
MetaIcon(img='redo', label=_('Go to next analysis result')),
'showResult':
MetaIcon(img='layer-add', label=_("Show analysis result")),
'saveTempLayer':
MetaIcon(img='map-export', label=_('Save temporary result')),
'settings':
BaseIcons['settings'].SetLabel(
_('Vector network analysis settings')),
'help':
MetaIcon(img='help', label=_('Show manual'))
}
return self._getToolbarData(
(("run", icons['run'], self.parent.OnAnalyze), (None, ),
("undo", icons['undo'], self.parent.OnUndo),
("redo", icons['redo'], self.parent.OnRedo), (None, ),
("showResult", icons['showResult'], self.parent.OnShowResult,
wx.ITEM_CHECK), ("saveTempLayer", icons['saveTempLayer'],
self.parent.OnSaveTmpLayer), (None, ),
('settings', icons["settings"],
self.parent.OnSettings), ('help', icons["help"], self.OnHelp),
("quit", BaseIcons['quit'], self.parent.OnCloseDialog)))
def _createMenuItem(
self,
menu,
label,
description,
handler,
command,
keywords,
shortcut="",
icon="",
wxId=wx.ID_ANY,
kind=wx.ITEM_NORMAL,
):
"""Creates menu items
There are three menu styles (menu item text styles).
1 -- label only, 2 -- label and cmd name, 3 -- cmd name only
"""
if not label:
menu.AppendSeparator()
return
if command:
helpString = command + " -- " + description
else:
helpString = description
if shortcut:
label += "\t" + shortcut
menuItem = wx.MenuItem(menu, wxId, label, helpString, kind)
if icon:
menuItem.SetBitmap(MetaIcon(img=icon).GetBitmap(self.bmpsize))
menu.AppendItem(menuItem)
self.menucmd[menuItem.GetId()] = command
if command:
try:
cmd = utils.split(str(command))
except UnicodeError:
cmd = utils.split(EncodeString((command)))
# disable only grass commands which are not present (e.g.
# r.in.lidar)
if (
cmd
and cmd[0] not in globalvar.grassCmd
and re.match("[rvdipmgt][3bs]?\.([a-z0-9\.])+", cmd[0])
):
menuItem.Enable(False)
rhandler = eval("self.parent." + handler)
self.parent.Bind(wx.EVT_MENU, rhandler, menuItem)
def _toolbarData(self):
"""Toolbar data
"""
icons = {
'addMulti': MetaIcon(
img='layer-open',
label=_('Add multiple raster or vector map layers (Ctrl+Shift+L)')),
'addRast': BaseIcons['addRast'].SetLabel(
_("Add raster map layer (Ctrl+Shift+R)")),
'rastMisc': MetaIcon(
img='layer-raster-more',
label=_('Add various raster map layers (RGB, HIS, shaded relief...)')),
'addVect': BaseIcons['addVect'].SetLabel(
_("Add vector map layer (Ctrl+Shift+V)")),
'vectMisc': MetaIcon(
img='layer-vector-more',
label=_('Add various vector map layers (thematic, chart...)')),
'addWS': MetaIcon(
img='layer-wms-add',
label=_('Add web service layer (WMS, WMTS, NASA OnEarth)')),
'addGroup': MetaIcon(
img='layer-group-add',
label=_('Add group')),
'addOverlay': MetaIcon(
img='layer-more',
label=_('Add various overlays')),
'delCmd': MetaIcon(
img='layer-remove',
label=_('Remove selected map layer(s) from layer tree')),
}
return self._getToolbarData((('addMulti', icons["addMulti"],
self.parent.OnAddMaps),
('addrast', icons["addRast"],
self.parent.OnAddRaster),
('rastmisc', icons["rastMisc"],
self.parent.OnAddRasterMisc),
('addvect', icons["addVect"],
self.parent.OnAddVector),
('vectmisc', icons["vectMisc"],
self.parent.OnAddVectorMisc),
('addovl', icons["addOverlay"],
self.parent.OnAddOverlay),
('addWS', icons["addWS"],
self.parent.OnAddWS),
(None, ),
('addgrp', icons["addGroup"],
self.parent.OnAddGroup),
('delcmd', icons["delCmd"],
self.parent.OnDeleteLayer),
))
def _toolbarData(self):
"""!Toolbar data
"""
icons = {
'import':
MetaIcon(img='layer-import',
label=_('Import/link raster or vector data')),
'mapcalc':
MetaIcon(img='calculator', label=_('Raster Map Calculator')),
'modeler':
MetaIcon(img='modeler-main', label=_('Graphical Modeler')),
'georectify':
MetaIcon(img='georectify', label=_('Georectifier')),
'composer':
MetaIcon(img='print-compose', label=_('Cartographic Composer')),
}
return self._getToolbarData(
(('importMap', icons["import"], self.parent.OnImportMenu),
(None, ), ('mapCalc', icons["mapcalc"],
self.parent.OnMapCalculator),
('georect', icons["georectify"], self.parent.OnGCPManager),
('modeler', icons["modeler"], self.parent.OnGModeler),
('mapOutput', icons['composer'], self.parent.OnPsMap)))
def _toolbarData(self):
icons = {
"insertPoint":
MetaIcon(img="pointer", label=_("Insert points from Map Display")),
"snapping":
MetaIcon(img="move", label=_("Activate snapping to nodes")),
"isec_turn_edit":
MetaIcon(img="line-edit",
label=_("Activate mode for turns editing")),
"global_turn_edit":
MetaIcon(img="vector-tools",
label=_("Activate mode for global turns editing")),
"pointAdd":
MetaIcon(img="point-create", label=_("Add new point")),
"pointDelete":
MetaIcon(img="gcp-delete", label=_("Delete selected point")),
}
return self._getToolbarData((
(
("insertPoint", icons["insertPoint"].label),
icons["insertPoint"],
self.OnEditPointMode, # TODO self.list.dialog
wx.ITEM_CHECK,
),
(
("snapping", icons["snapping"].label),
icons["snapping"],
lambda event: self.vnet_mgr.Snapping(event.IsChecked()),
wx.ITEM_CHECK,
),
(None, ),
(
("pointAdd", icons["pointAdd"].label),
icons["pointAdd"],
lambda event: self.vnet_pts_mgr.AddPoint(),
),
(
("pointDelete", icons["pointDelete"].label),
icons["pointDelete"],
self.OnDeletePoint,
),
(None, ) # ,
# ('isec_turn_edit', icons['isec_turn_edit'],
# self.dialog.OnDefIsecTurnCosts,
# wx.ITEM_CHECK),
# ('global_turn_edit', icons['global_turn_edit'],
# self.dialog.OnDefGlobalTurnCosts)
))
def _toolbarData(self):
icons = {
'insertPoint': MetaIcon(
img='pointer',
label=_('Insert points from Map Display')),
'snapping': MetaIcon(
img='move',
label=_('Activate snapping to nodes')),
'isec_turn_edit': MetaIcon(
img='line-edit',
label=_('Activate mode for turns editing')),
'global_turn_edit': MetaIcon(
img='vector-tools',
label=_('Activate mode for global turns editing')),
'pointAdd': MetaIcon(
img='point-create',
label=_('Add new point')),
'pointDelete': MetaIcon(
img='gcp-delete',
label=_('Delete selected point'))}
return self._getToolbarData((('insertPoint', icons['insertPoint'],
self.OnEditPointMode, # TODO self.list.dialog
wx.ITEM_CHECK),
('snapping', icons['snapping'],
lambda event: self.vnet_mgr.Snapping(
event.IsChecked()),
wx.ITEM_CHECK),
(None, ),
('pointAdd', icons["pointAdd"],
lambda event: self.vnet_pts_mgr.AddPoint()),
('pointDelete', icons["pointDelete"],
self.OnDeletePoint),
(None, ) # ,
#('isec_turn_edit', icons['isec_turn_edit'],
# self.dialog.OnDefIsecTurnCosts,
# wx.ITEM_CHECK),
#('global_turn_edit', icons['global_turn_edit'],
# self.dialog.OnDefGlobalTurnCosts)
))
def _toolbarData(self):
icons = {
"run":
MetaIcon(img="execute", label=_("Execute analysis")),
"undo":
MetaIcon(img="undo", label=_("Go to previous analysis result")),
"redo":
MetaIcon(img="redo", label=_("Go to next analysis result")),
"showResult":
MetaIcon(img="layer-add", label=_("Show analysis result")),
"saveTempLayer":
MetaIcon(img="map-export", label=_("Save temporary result")),
"settings":
BaseIcons["settings"].SetLabel(
_("Vector network analysis settings")),
"help":
MetaIcon(img="help", label=_("Show manual")),
}
return self._getToolbarData((
("run", icons["run"], self.parent.OnAnalyze),
(None, ),
("undo", icons["undo"], self.parent.OnUndo),
("redo", icons["redo"], self.parent.OnRedo),
(None, ),
(
"showResult",
icons["showResult"],
self.parent.OnShowResult,
wx.ITEM_CHECK,
),
("saveTempLayer", icons["saveTempLayer"],
self.parent.OnSaveTmpLayer),
(None, ),
("settings", icons["settings"], self.parent.OnSettings),
("help", icons["help"], self.OnHelp),
("quit", BaseIcons["quit"], self.parent.OnCloseDialog),
))
(C) 2016 by the GRASS Development Team
This program is free software under the GNU General Public License
(>=v2). Read the file COPYING that comes with GRASS for details.
@author Martin Landa <landa.martin gmail.com>
"""
import wx
from gui_core.toolbars import BaseToolbar
from gui_core.wrap import SearchCtrl
from icons.icon import MetaIcon
icons = {
"reloadTree":
MetaIcon(img="redraw", label=_("Reload GRASS locations")),
"reloadMapset":
MetaIcon(img="reload", label=_("Reload current GRASS mapset only")),
"unlocked":
MetaIcon(img="edit", label=_("Restrict edits to the current mapset only")),
"locked":
MetaIcon(img="edit", label=_("Allow edits outside of the current mapset")),
"addGrassDB":
MetaIcon(img="grassdb-add",
label=_("Add existing or create new database")),
"addMapset":
MetaIcon(img="mapset-add",
label=_("Create new mapset in current location")),
"addLocation":
MetaIcon(img="location-add",
label=_("Create new location in current GRASS database")),
This program is free software under the GNU General Public License
(>=v2). Read the file COPYING that comes with GRASS for details.
@author Anna Kratochvilova <kratochanna gmail.com>
"""
import wx
from gui_core.toolbars import BaseToolbar, BaseIcons
from gui_core.wrap import Menu
from icons.icon import MetaIcon
swipeIcons = {
"tools": MetaIcon(img="tools", label=_("Tools")),
"addRast": BaseIcons["addRast"].SetLabel(_("Select raster maps")),
"query": MetaIcon(
img="info",
label=_("Query raster/vector map(s)"),
desc=_("Query selected raster/vector map(s)"),
),
}
class SwipeMapToolbar(BaseToolbar):
"""Map toolbar (to control map zoom and rendering)"""
def __init__(self, parent, toolSwitcher):
"""Map toolbar constructor"""
BaseToolbar.__init__(self, parent, toolSwitcher)
import wx
from core import globalvar
from core.debug import Debug
from core.utils import _
from icons.icon import MetaIcon
from collections import defaultdict
from core.globalvar import IMGDIR
from gui_core.wrap import ToolBar, Menu, BitmapButton
from grass.pydispatch.signal import Signal
BaseIcons = {
'display':
MetaIcon(img='show',
label=_('Display map'),
desc=_('Re-render modified map layers only')),
'render':
MetaIcon(img='layer-redraw',
label=_('Render map'),
desc=_('Force re-rendering all map layers')),
'erase':
MetaIcon(img='erase',
label=_('Erase display'),
desc=_('Erase display canvas with given background color')),
'pointer':
MetaIcon(img='pointer', label=_('Pointer')),
'zoomIn':
MetaIcon(img='zoom-in',
label=_('Zoom in'),
desc=_('Drag or click mouse to zoom')),
def _toolbarData(self):
icons = {
"selectGroup": MetaIcon(
img="layer-group-add", label=_("Select imagery group")
),
"settings": BaseIcons["settings"],
"help": BaseIcons["help"],
"add_scatt_pl": MetaIcon(
img="layer-raster-analyze", label=_("Add scatter plot")
),
"selCatPol": MetaIcon(img="polygon", label=_("Select area with polygon")),
"pan": MetaIcon(img="pan", label=_("Pan mode for scatter plots")),
"zoomIn": MetaIcon(
img="zoom-in",
label=_("Zoom mode for scatter plots (left mouse button, wheel)"),
),
"zoomExtent": MetaIcon(
img="zoom-extent",
label=_(
"Zoom to scatter plot data extend mode (click on scatter plot for zooming to extend)"
),
),
"cats_mgr": MetaIcon(
img="table-manager", label=_("Show/hide class manager")
),
}
tools = [
(
("add_scatt", icons["add_scatt_pl"].label),
icons["add_scatt_pl"],
lambda event: self.scatt_mgr.AddScattPlot(),
),
(None,),
(
("cats_mgr", icons["cats_mgr"].label),
icons["cats_mgr"],
lambda event: self.parent.ShowCategoryPanel(event.IsChecked()),
wx.ITEM_CHECK,
),
(None,),
(
("pan", icons["pan"].label),
icons["pan"],
lambda event: self.SetPloltsMode(event, "pan"),
wx.ITEM_CHECK,
),
(
("zoom", icons["zoomIn"].label),
icons["zoomIn"],
lambda event: self.SetPloltsMode(event, "zoom"),
wx.ITEM_CHECK,
),
(
("zoom_extend", icons["zoomExtent"].label),
icons["zoomExtent"],
lambda event: self.SetPloltsMode(event, "zoom_extend"),
wx.ITEM_CHECK,
),
(None,),
(
("sel_pol_mode", icons["selCatPol"].label),
icons["selCatPol"],
self.ActivateSelectionPolygonMode,
wx.ITEM_CHECK,
),
(None,),
(
("settings", icons["settings"].label),
icons["settings"],
self.OnSettings,
),
(
("help", icons["help"].label),
icons["help"],
self.OnHelp,
),
]
if self.opt_tools and "add_group" in self.opt_tools:
tools.insert(
0,
(
("selectGroup", icons["selectGroup"].label),
icons["selectGroup"],
lambda event: self.scatt_mgr.SetData(),
),
)
return self._getToolbarData(tools)
def _toolbarData(self):
"""Toolbar data"""
self.icons = {
"sel_add": MetaIcon(
img="layer-add",
label=_("Include selected area to class"),
desc=_("Include selected area to class"),
),
"sel_remove": MetaIcon(
img="layer-remove",
label=_("Exclude selected area from class"),
desc=_("Exclude selected area from class"),
),
"addVertex": MetaIcon(
img="vertex-create",
label=_("Add new vertex"),
desc=_("Add new vertex to polygon boundary scatter plot"),
),
"editLine": MetaIcon(
img="polygon-create",
label=_("Create selection polygon"),
desc=_("Add new vertex between last and first points of the boundary"),
),
"moveVertex": MetaIcon(
img="vertex-move",
label=_("Move vertex"),
desc=_("Move boundary vertex"),
),
"removeVertex": MetaIcon(
img="vertex-delete",
label=_("Remove vertex"),
desc=_("Remove boundary vertex"),
),
"delete": MetaIcon(
img="polygon-delete",
label=_(
"Remove polygon (click on scatter plot for removing it's polygon)"
),
),
}
return self._getToolbarData(
(
(
("sel_add", self.icons["sel_add"].label),
self.icons["sel_add"],
lambda event: self.scatt_mgr.ProcessSelectionPolygons("add"),
),
(
("sel_remove", self.icons["sel_remove"].label),
self.icons["sel_remove"],
lambda event: self.scatt_mgr.ProcessSelectionPolygons("remove"),
),
(None,),
(
("add_vertex", self.icons["editLine"].label),
self.icons["editLine"],
lambda event: self.SetMode(event, "add_vertex"),
wx.ITEM_CHECK,
),
(
("add_boundary_vertex", self.icons["addVertex"].label),
self.icons["addVertex"],
lambda event: self.SetMode(event, "add_boundary_vertex"),
wx.ITEM_CHECK,
),
(
("move_vertex", self.icons["moveVertex"].label),
self.icons["moveVertex"],
lambda event: self.SetMode(event, "move_vertex"),
wx.ITEM_CHECK,
),
(
("delete_vertex", self.icons["removeVertex"].label),
self.icons["removeVertex"],
lambda event: self.SetMode(event, "delete_vertex"),
wx.ITEM_CHECK,
),
(
("remove_polygon", self.icons["delete"].label),
self.icons["delete"],
lambda event: self.SetMode(event, "remove_polygon"),
wx.ITEM_CHECK,
),
)
)