def set_sweep_shape(self, sweepShape='rectangle', simType='verifier'):
sys.path.append(self.pluginPath)
print self.pluginPath
print os.getcwd()
from Utilities import ini_worker
reload(ini_worker)
if simType == 'verifier':
section_params = ini_worker.get_section_from_ini(
self.INI_CONFIG, 'SIMULATION')
for key, value in section_params.iteritems():
if key == 'sweepShape':
print 'SIMULATION SWEEP SHAPE SWITCHED TO ' + sweepShape
ini_worker.write_to_section(self.INI_CONFIG, 'SIMULATION',
'sweepShape', sweepShape)
elif simType == 'MachSim':
section_params = ini_worker.get_section_from_ini(
self.INI_MachSim, 'startup')
print section_params
for key, value in section_params.iteritems():
if key == 'tpSweepShape':
print 'SIMULATION SWEEP SHAPE SWITCHED TO ' + sweepShape
ini_worker.write_to_section(self.INI_MachSim, 'startup',
'tpSweepShape', sweepShape)
def expandCollapse(self, event, refresh=False):
if not refresh:
section_clicked = event.EventObject.GetName()
if self.section_EC_stat[section_clicked]:
self.section_EC_stat[section_clicked] = 0
ini_worker.write_to_section(self.configFile, section_clicked, 'collapse', 0)
else:
self.section_EC_stat[section_clicked] = 1
ini_worker.write_to_section(self.configFile, section_clicked, 'collapse', 1)
self.GOC.inject_param_changed('collapse')
self.current_y_pxpos_elem = 0
param_indentation = 10
headline_placed = False
# for section, params in self.param_dict.iteritems():
for section in self.section_list:
if section in self.param_dict:
for param, value in self.param_dict[section].iteritems():
if self.section_EC_stat[section]:
# value[0].ShowWithEffect(10, timeout=30)
if not headline_placed:
value[1]['headline'].SetPosition([UI.THEADERSTART['pos'][0],
UI.THEADERSTART['pos'][1] + self.current_y_pxpos_elem])
value[3]['button'].SetPosition([UI.BEXPAND['pos'][0],
UI.THEADERSTART['pos'][1] + self.current_y_pxpos_elem])
headline_placed = True
self.current_y_pxpos_elem += 20
value[0]['ebox'][0].Show()
value[1]['headline'].Show()
value[2]['text'].Show()
value[0]['ebox'][0].SetPosition([UI.EBOX['pos'][0],
UI.THEADERSTART['pos'][1] + self.current_y_pxpos_elem])
value[2]['text'].SetPosition([UI.THEADERSTART['pos'][0] + param_indentation,
UI.THEADERSTART['pos'][1] + self.current_y_pxpos_elem])
self.current_y_pxpos_elem += 20
else:
# value[0].HideWithEffect(10, timeout=30)
if not headline_placed:
value[1]['headline'].SetPosition([UI.THEADERSTART['pos'][0],
UI.THEADERSTART['pos'][1] + self.current_y_pxpos_elem])
value[3]['button'].SetPosition([UI.BEXPAND['pos'][0],
UI.THEADERSTART['pos'][1] + self.current_y_pxpos_elem])
headline_placed = True
self.current_y_pxpos_elem += 20
value[0]['ebox'][0].Hide()
value[2]['text'].Hide()
headline_placed = False
def OnExit(self, event):
self.Destroy()
self.GOC.inject_runstat(False)
self.KST.kill_sheduler()
PG_XY = self.GetScreenPosition()
ini_worker.write_to_section(self.PGconfigFileCore, 'UISETTINGS', 'lastWindowPosition', str(PG_XY))
PG_SIZE = self.GetSize()
PG_SIZE[0] = self.MIN_SIZE_W
ini_worker.write_to_section(self.PGconfigFileCore, 'UISETTINGS', 'lastWindowSize', str(PG_SIZE))
def OnExit(self, event):
self.Destroy()
self.GOC.inject_runstat(False)
self.KST.kill_sheduler()
PG_XY = self.GetScreenPosition()
ini_worker.write_to_section(self.PGconfigFileCore, 'UISETTINGS',
'lastWindowPosition', str(PG_XY))
PG_SIZE = self.GetSize()
PG_SIZE[0] = self.MIN_SIZE_W
ini_worker.write_to_section(self.PGconfigFileCore, 'UISETTINGS',
'lastWindowSize', str(PG_SIZE))
def set_sweep_shape(self, sweepShape='rectangle'):
sys.path.append(self.pluginPath)
print self.pluginPath
print os.getcwd()
from Utilities import ini_worker
reload(ini_worker)
section_params = ini_worker.get_section_from_ini(self.INI_CONFIG, 'SIMULATION')
for key, value in section_params.iteritems():
if key == 'sweepShape':
print 'SIMULATION SWEEP SHAPE SWITCHED TO ' + sweepShape
ini_worker.write_to_section(self.INI_CONFIG, 'SIMULATION', 'sweepShape', sweepShape)
def switch(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
section_params = ini_worker.get_section_from_ini(self.INI_CONFIG, self.feature)
for key, value in section_params.iteritems():
if key == "create":
if int(value) == 0:
print self.feature + " SWITCHED TO ON"
ini_worker.write_to_section(self.INI_CONFIG, self.feature, "create", 1)
else:
print self.feature + " SWITCHED TO OFF"
ini_worker.write_to_section(self.INI_CONFIG, self.feature, "create", 0)
def set_floor_layers(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input('Define number of solid floor layer: ')
try:
num = float(num)
except:
print 'This is not a valid number'
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'solidFloorLayers', num)
except:
raise
def set_rotation_angle(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input('Define rotation angle of pattern [deg]: ')
try:
num = float(num)
except:
print 'This is not a valid number'
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature, 'angle',
num)
except:
raise
def set_first_layer_slicer_height(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input('Define first layer height [mm]: ')
try:
num = float(num)
except:
print 'This is not a valid number'
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'firstLayerHeight', num)
except:
raise
def set_support_overhang_angle(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input('Define overhang angle [deg]: ')
try:
num = float(num)
except:
print 'This is not a valid number'
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'overhangAngleThreshold', num)
except:
raise
def set_distance(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input('Define the distance to object: ')
try:
num = int(num)
except:
print 'This is not a valid number'
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'distance', num)
except:
raise
def set_num(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input("Define the number of perimeter: ")
try:
num = int(num)
except:
print "This is not a valid number"
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature, "perimeterCount", num)
except:
raise
def set_path_width(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input("Define path width: ")
try:
num = float(num)
except:
print "This is not a valid number"
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature, "pathWidth", num)
except:
raise
def set_first_layer_slicer_height(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input("Define first layer height [mm]: ")
try:
num = float(num)
except:
print "This is not a valid number"
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature, "firstLayerHeight", num)
except:
raise
def set_support_overhang_angle(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input("Define overhang angle [deg]: ")
try:
num = float(num)
except:
print "This is not a valid number"
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature, "overhangAngleThreshold", num)
except:
raise
def set_distance(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input("Define the distance to object: ")
try:
num = int(num)
except:
print "This is not a valid number"
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature, "distance", num)
except:
raise
def adjust_abs_folder(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
abs_path_file = self.corePath + '\\' + self.configFile
print abs_path_file
ini_worker.write_to_section(abs_path_file,
'MESH',
'filename',
self.corePath + '\\' + 'Mesh.stl')
ini_worker.write_to_section(abs_path_file,
'GCODE',
'filename',
self.corePath + '\\' + 'Mesh.gcode')
def set_path_width(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input('Define path width: ')
try:
num = float(num)
except:
print 'This is not a valid number'
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'pathWidth', num)
except:
raise
def set_num(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input('Define the number of perimeter: ')
try:
num = int(num)
except:
print 'This is not a valid number'
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'perimeterCount', num)
except:
raise
def set_connection_angle(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input("Define connection angle of pattern [deg]. Set to zero to disable connections: ")
try:
num = float(num)
except:
print "This is not a valid number"
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature, "maxConnectionAngle", num)
except:
raise
def set_floor_layers(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input("Define number of solid floor layer: ")
try:
num = float(num)
except:
print "This is not a valid number"
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature, "solidFloorLayers", num)
except:
raise
def set_min_segment_length(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input('Define min segment length: ')
try:
num = float(num)
except:
print 'This is not a valid number'
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'minLength', num)
print 'DONE'
except:
raise
def set_connection_sparse_onoff(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input('Switch connections to on or off: ')
try:
num = float(num)
except:
print 'This is not a valid number'
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'connectSparse', num)
print 'DONE'
except:
raise
def switch(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
section_params = ini_worker.get_section_from_ini(
self.INI_CONFIG, self.feature)
for key, value in section_params.iteritems():
if key == 'create':
if int(value) == 0:
print self.feature + ' SWITCHED TO ON'
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'create', 1)
else:
print self.feature + ' SWITCHED TO OFF'
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'create', 0)
def set_filter_tolerance(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input('Define filter tolerance: ')
try:
num = float(num)
except:
print 'This is not a valid number'
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'filterTolerance', num)
print 'DONE'
except:
raise
def set_infill_pattern(self, pattern="cross"):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
if pattern == "parallel":
print "Infill pattern set to parallel"
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature, "cross", 0)
except:
raise
elif pattern == "cross":
print "Infill pattern set to cross"
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature, "cross", 1)
except:
raise
def set_minimum_sparse_ratio(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input('Define ratio of sparse to solid: ')
try:
num = float(num)
except:
print 'This is not a valid number'
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'minimumSparseRatio', num)
print 'DONE'
except:
raise
def set_infill_pattern(self, pattern='cross'):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
if pattern == 'parallel':
print 'Infill pattern set to parallel'
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'cross', 0)
except:
raise
elif pattern == 'cross':
print 'Infill pattern set to cross'
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'cross', 1)
except:
raise
def set_feed_rate(self, num=None):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
if num is None:
num = raw_input("Define feed rate [mm\min] > " + self.feature)
try:
num = float(num)
except:
print "This is not a valid number"
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature, "feedrate", num)
except:
raise
return num
def set_feed_rate(self, num=None):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
if num is None:
num = raw_input('Define feed rate [mm\min] > ' + self.feature)
try:
num = float(num)
except:
print 'This is not a valid number'
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'feedrate', num)
except:
raise
return num
def set_support_grid(self, num=None):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
if num is None:
num = raw_input("Define grid square area of support tower (define one side here) [mm]: ")
try:
num = float(num)
except:
print "This is not a valid number"
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature, "baseWidth", num)
except:
raise
return num
def set_support_foot_height(self, num=None):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
if num is None:
num = raw_input('Define foot height of support tower [mm]: ')
try:
num = float(num)
except:
print 'This is not a valid number'
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'footHeight', num)
except:
raise
return num
def set_support_foot_height(self, num=None):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
if num is None:
num = raw_input("Define foot height of support tower [mm]: ")
try:
num = float(num)
except:
print "This is not a valid number"
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature, "footHeight", num)
except:
raise
return num
def set_support_grid(self, num=None):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
if num is None:
num = raw_input(
'Define grid square area of support tower (define one side here) [mm]: '
)
try:
num = float(num)
except:
print 'This is not a valid number'
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'fieldWidth', num)
except:
raise
return num
def run(self):
while self.running:
while self.last_key_stroke == None:
if not self.running:
break
if not self.running:
break
# time.sleep(self.time_interval)
time_delta = 0
while time_delta <= self.time_interval:
time_delta = time.time() - self.last_key_stroke
if str(ini_worker.get_param_from_ini(self.configFile, self.section, self.param)) != str(self.value):
ini_worker.write_to_section(self.configFile,
self.section,
self.param,
self.value)
self.last_key_stroke = None
print '--|X|-- key guard unplugged'
def run(self):
while self.running:
while self.last_key_stroke == None:
if not self.running:
break
if not self.running:
break
# time.sleep(self.time_interval)
time_delta = 0
while time_delta <= self.time_interval:
time_delta = time.time() - self.last_key_stroke
if str(
ini_worker.get_param_from_ini(
self.configFile, self.section, self.param)) != str(
self.value):
ini_worker.write_to_section(self.configFile, self.section,
self.param, self.value)
self.last_key_stroke = None
print '--|X|-- key guard unplugged'
def set_simulation_precision(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input('Define simulation precision [mm]. Press ESC for automated calculation: ')
try:
num = float(num)
except:
print 'Simulation set to automatic solution'
ini_worker.write_to_section(self.INI_CONFIG, self.feature, 'precision', 'auto')
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature, 'precision', num)
except:
ini_worker.write_to_section(self.INI_CONFIG, self.feature, 'precision', 'auto')
def set_simulation_precision(self):
sys.path.append(self.pluginPath)
from Utilities import ini_worker
reload(ini_worker)
num = raw_input(
'Define simulation precision [mm]. Press ESC for automated calculation: '
)
try:
num = float(num)
except:
print 'Simulation set to automatic solution'
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'precision', 'auto')
return
try:
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'precision', num)
except:
ini_worker.write_to_section(self.INI_CONFIG, self.feature,
'precision', 'auto')
def expandCollapse(self, event, refresh=False):
if not refresh:
section_clicked = event.EventObject.GetName()
if self.section_EC_stat[section_clicked]:
self.section_EC_stat[section_clicked] = 0
ini_worker.write_to_section(self.configFile, section_clicked,
'collapse', 0)
else:
self.section_EC_stat[section_clicked] = 1
ini_worker.write_to_section(self.configFile, section_clicked,
'collapse', 1)
self.GOC.inject_param_changed('collapse')
self.current_y_pxpos_elem = 0
param_indentation = 10
headline_placed = False
# for section, params in self.param_dict.iteritems():
for section in self.section_list:
if section in self.param_dict:
for param, value in self.param_dict[section].iteritems():
if self.section_EC_stat[section]:
# value[0].ShowWithEffect(10, timeout=30)
if not headline_placed:
value[1]['headline'].SetPosition([
UI.THEADERSTART['pos'][0],
UI.THEADERSTART['pos'][1] +
self.current_y_pxpos_elem
])
value[3]['button'].SetPosition([
UI.BEXPAND['pos'][0],
UI.THEADERSTART['pos'][1] +
self.current_y_pxpos_elem
])
headline_placed = True
self.current_y_pxpos_elem += 20
value[0]['ebox'][0].Show()
value[1]['headline'].Show()
value[2]['text'].Show()
value[0]['ebox'][0].SetPosition([
UI.EBOX['pos'][0], UI.THEADERSTART['pos'][1] +
self.current_y_pxpos_elem
])
value[2]['text'].SetPosition([
UI.THEADERSTART['pos'][0] + param_indentation,
UI.THEADERSTART['pos'][1] +
self.current_y_pxpos_elem
])
self.current_y_pxpos_elem += 20
else:
# value[0].HideWithEffect(10, timeout=30)
if not headline_placed:
value[1]['headline'].SetPosition([
UI.THEADERSTART['pos'][0],
UI.THEADERSTART['pos'][1] +
self.current_y_pxpos_elem
])
value[3]['button'].SetPosition([
UI.BEXPAND['pos'][0],
UI.THEADERSTART['pos'][1] +
self.current_y_pxpos_elem
])
headline_placed = True
self.current_y_pxpos_elem += 20
value[0]['ebox'][0].Hide()
value[2]['text'].Hide()
headline_placed = False
import sys
sys.path.append(
r'C:\Users\ModuleWoks\Documents\Development\GitRep\gcode2cutsim')
import rhinoscriptsyntax as rs
from Utilities import ini_worker
reload(ini_worker)
INI_CONFIG = r'C:\StoreDaily\Mesh.ini'
section_params = ini_worker.get_section_from_ini(INI_CONFIG, 'BRIM')
for key, value in section_params.iteritems():
if key == 'create':
if int(value) == 0:
print 'BRIM SWITCHED TO ON'
ini_worker.write_to_section(INI_CONFIG, 'BRIM', 'create', 1)
else:
print 'BRIM SWITCHED TO OFF'
ini_worker.write_to_section(INI_CONFIG, 'BRIM', 'create', 0)
import sys
sys.path.append(r'C:\Users\ModuleWoks\Documents\Development\GitRep\gcode2cutsim')
import rhinoscriptsyntax as rs
from Utilities import ini_worker
reload(ini_worker)
INI_CONFIG = r'D:\StoreDaily\Mesh.ini'
section_params = ini_worker.get_section_from_ini(INI_CONFIG, 'INFILL')
for key, value in section_params.iteritems():
if key == 'cross':
if int(value) == 0:
print 'INFILL PATTERN SWITCHHED TO CROSS'
ini_worker.write_to_section(INI_CONFIG, 'INFILL', 'cross', 1)
else:
print 'INFILL PATTERN SWITCHHED TO PARALLEL'
ini_worker.write_to_section(INI_CONFIG, 'INFILL', 'cross', 0)
import sys
sys.path.append(r'C:\Users\ModuleWoks\Documents\Development\GitRep\gcode2cutsim')
import rhinoscriptsyntax as rs
from Utilities import ini_worker
reload(ini_worker)
INI_CONFIG = r'C:\StoreDaily\Mesh.ini'
section_params = ini_worker.get_section_from_ini(INI_CONFIG, 'BRIM')
for key, value in section_params.iteritems():
if key == 'create':
if int(value) == 0:
print 'BRIM SWITCHED TO ON'
ini_worker.write_to_section(INI_CONFIG, 'BRIM', 'create', 1)
else:
print 'BRIM SWITCHED TO OFF'
ini_worker.write_to_section(INI_CONFIG, 'BRIM', 'create', 0)