def run(self, ips, imgs, para=None):
if para['kill']: ips.unit = None
else:
ips.unit = (para['k'], para['unit'])
self.recent.pop(0)
add(self.recent, '%s - %s' % (para['k'], para['unit']))
ConfigManager.set('recent-units', self.recent)
def run(self, ips, imgs, para=None):
if para['kill']:
ips.unit = (1, 'pix')
print('huhuhu')
else:
print('hahaha')
ips.unit = (para['k'], para['unit'])
self.recent.pop(0)
add(self.recent, '%s - %s' % (para['k'], para['unit']))
ConfigManager.set('recent-units', self.recent)
def load(self, ips):
self.recent = ConfigManager.get('recent-units')
if self.recent == None: self.recent = ['Recent']
else: self.recent.insert(0, 'Recent')
self.view[2] = (list, self.recent, str, 'commen', 'recent', '')
if ips.unit == None:
self.para['K'], self.para['unit'] = (1, 'pix')
else:
self.para['k'], self.para['unit'] = ips.unit
return True
def load(self):
Setting.para = para = {}
para['color'] = ConfigManager.get('mark_color') or (255, 255, 0)
para['fcolor'] = ConfigManager.get('mark_fcolor') or (255, 255, 255)
para['fill'] = ConfigManager.get('mark_fill') or False
para['lw'] = ConfigManager.get('mark_lw') or 1
para['size'] = ConfigManager.get('mark_tsize') or 8
para['tcolor'] = ConfigManager.get('mark_tcolor') or (255, 0, 0)
return True
def build_tools(parent, toolspath, extends, bar=None, report=False):
global host
host = parent
## get tool datas from the loader.build_tools(toolspath)
## then generate toolsbar
datas = loader.build_tools(toolspath, report)
extends = glob(extends + '/*/tools')
for i in extends:
tols = loader.build_tools(i, report)
if len(tols) != 0: datas[1].extend(tols[1])
for i in datas[1]:
if i[0].title == ConfigManager.get('tools'):
datas[1].remove(i)
datas[1].insert(1, i)
toolsbar = buildToolsBar(parent, datas, bar)
#gifpath = os.path.join(root_dir, "tools/drop.gif")
#btn = wx.BitmapButton(parent, wx.ID_ANY, wx.Bitmap(gifpath), wx.DefaultPosition, (30,30), wx.BU_AUTODRAW)
#btn.Bind(wx.EVT_LEFT_DOWN, lambda x:menu_drop(parent, toolsbar, datas, btn, x))
return toolsbar #, btn
import os.path as osp
from imagepy import IPy
from imagepy.core.manager import ConfigManager
path = osp.abspath(osp.dirname(__file__))
ConfigManager.set('watermark', osp.join(path, '../../data/watermark.png'))
IPy.curapp.SetTitle('植被定量遥感分析')
# ConfigManager.set('tools', 'Ice Analysis')
catlog = ['GIS Data IO', 'Shape Operater', 'Raster Operater', '-', 'Wheat', '-', 'Update GIS Toolkit']
def run(self, para=None):
ConfigManager.set('mark_color', para['color'])
ConfigManager.set('mark_fcolor', para['fcolor'])
ConfigManager.set('mark_tcolor', para['tcolor'])
ConfigManager.set('mark_lw', para['lw'])
ConfigManager.set('mark_fill', para['fill'])
ConfigManager.set('mark_tsize', para['size'])
def run(self, para=None):
ConfigManager.set('uistyle', 'ij')
IPy.alert('Shown in ImageJ style when next setup!')
from imagepy import IPy
from imagepy import tools
from imagepy.core.manager import ConfigManager
import os.path as osp
path = osp.abspath(osp.dirname(__file__))
ConfigManager.set('watermark', osp.join(path, '../../data/watermark.png'))
IPy.curapp.SetTitle('海冰影像分析')
ConfigManager.set('tools', 'Ice Field')
catlog = ['geotif_plg', '-', 'landedge_plg', '-', 'result_plgs', '-', 'move_plg', '-', 'Difference Demo',
'HD Segment Demo', 'Move Detect Demo', '-', 'Modis Test Data', 'Bohai Landedge', 'HD Ice Image',
'Thunder Sequence', '-', 'Ice Software Instructions', 'Ice Field Workflow']