def generate_cut_summary(self):
self.generate_cut_list()
self.cut_summary = {}
self.cut_summary['boardfeet'] = 0.0
self.cut_summary['pieces'] = {}
self.width_list = {}
for cut_item in self.cut_list :
if str(cut_item.material) == "solid":
if not "solid" in self.cut_summary['pieces'] :
self.cut_summary['pieces']["solid"] = {}
width_rounded = "{0:.3f}".format(cut_item.width)
if not str(width_rounded) in self.cut_summary['pieces'][cut_item.material] :
self.cut_summary['pieces']["solid"][str(width_rounded)] = {}
self.cut_summary['pieces']["solid"][str(width_rounded)]['totallength'] = 0.0
self.cut_summary['pieces']["solid"][str(width_rounded)]['boardfeet'] = 0.0
self.cut_summary['pieces']["solid"][str(width_rounded)]['pieces'] = {}
length_rounded = "{0:.3f}".format(cut_item.length)
if not str(length_rounded) in self.cut_summary['pieces']["solid"][str(width_rounded)]['pieces']:
self.cut_summary['pieces']["solid"][str(width_rounded)]['pieces'][str(length_rounded)] = []
self.cut_summary['pieces']["solid"][str(width_rounded)]['pieces'][str(length_rounded)].append(cut_item)
self.add_label(cut_item)
# Update Totals
self.cut_summary['pieces']["solid"][str(width_rounded)]['totallength'] += cut_item.length
cur_board_feet = (cut_item.length / 12) * (cut_item.width / 12) * cut_item.thickness
self.cut_summary['pieces']["solid"][str(width_rounded)]['boardfeet'] = self.cut_summary['pieces']["solid"][str(width_rounded)]['boardfeet'] + cur_board_feet
self.cut_summary['boardfeet'] = self.cut_summary['pieces']['solid'][str(width_rounded)]['boardfeet'] + cur_board_feet
else :
if not 'sheet' in self.cut_summary['pieces']:
self.cut_summary['pieces']['sheet'] = {}
if not cut_item.material in self.cut_summary['pieces']['sheet']:
self.cut_summary['pieces']['sheet'][cut_item.material] = []
self.cut_summary['pieces']['sheet'][cut_item.material].append(cut_item)
self.add_label(cut_item)
if 'sheet' in self.cut_summary['pieces']:
sheet_set_id = 0
for sheet_material, cut_items in self.cut_summary['pieces']['sheet'].items():
width_sorted_items = sorted(cut_items, key=lambda k: k.width, reverse=True)
sheet_set = SheetSet(sheet_set_id, sheet_material, 48, 96)
if 'wood' in sheet_material:
grain_orientation = True
else:
grain_orientation = False
sheet_set.add_piece_list(width_sorted_items, grain_orientation)
if not sheet_material in self.sheet_layout:
self.sheet_layout[sheet_material] = []
self.sheet_layout[sheet_material].append(sheet_set)
for cut_item in cut_items:
self.add_label(cut_item)
sheet_set_id += 1
# Sheet pieces are now all assigned to shelves. Time to sort.
for cur_material, sheet_sets in self.sheet_layout.iteritems():
if 'wood' in sheet_material:
grain_orientation = True
else:
grain_orientation = False
# Sorts here
# self.use_existing_sheet_space_sort(cur_material, sheet_sets, grain_orientation=grain_orientation)
self.cut_simplification_sort(cur_material, sheet_sets, grain_orientation=grain_orientation)
self.cut_simplification_sort(cur_material, sheet_sets, grain_orientation=grain_orientation)
self.shelf_height_sort(cur_material, sheet_sets)
self.shelf_piece_thickness_sort(cur_material, sheet_sets)
for cur_set in sheet_sets:
cur_set.build_raphael()
def generatePlans(request, project_data_json):
post_base64 = base64.b64encode(project_data_json)
project_data = json.loads(project_data_json)
project = CabinetProject()
project.rail_bit_cut_depth = float(project_data['rail-bit-cut-depth'])
project.stock_thickness = float(project_data['stock-thickness'])
# Loop over all section items:
for section_number in range(1, int(project_data['num-section-counter-input'])+1):
# Door Project
if 'door-opening-overflow_' + str(section_number) in project_data:
# Sections Add
box_sections = []
for section_ratio in str(project_data['box-dividers_' + str(section_number)]).split('|'):
box_sections.append({
'type': CabinetDoor,
'ratio': section_ratio
})
box_section_counter = 0
for cur_box_section in box_sections:
box_section_counter += 1
for _ in xrange(int(project_data['door-number-doors_' + str(section_number)])):
door = CabinetDoor()
door.id = str(project.get_new_door_id())
project.summary['DOOR' + str(door.id)] = str(project_data['door-opening-width_' + str(section_number)]) + '" x ' + str(project_data['door-opening-height_' + str(section_number)]) + '"'
door.panel_material = str(project_data['door-panel-type_' + str(section_number)])
door.panel_undersize = float(project_data['panel-undersize'])
door.rail_bit_cut_depth = float(project.rail_bit_cut_depth)
door.stock_thickness = float(project.stock_thickness)
door.frame_width = float(project_data['door-frame-width_' + str(section_number)])
if str(project_data['door-number-doors_' + str(section_number)]) == "2" :
door.width = (float(project_data['door-opening-width_' + str(section_number)]) + 2 * float(project_data['door-opening-overflow_' + str(section_number)]) - float(project_data['door-split-gap_' + str(section_number)]))/2
else :
door.width = float(project_data['door-opening-width_' + str(section_number)]) + 2 * float(project_data['door-opening-overflow_' + str(section_number)])
door.height = float(project_data['door-opening-height_' + str(section_number)]) + 2 * float(project_data['door-opening-overflow_' + str(section_number)])
project.doors.append(door)
# Compute heights for sections
door_split_gap = float(project_data['door-split-gap_' + str(section_number)])
divisible_height = door.height - ((len(box_sections) - 1) * door_split_gap)
door.height = divisible_height * float(cur_box_section['ratio'])
# Box Project
elif 'box-depth_' + str(section_number) in project_data:
# Determine Ratios
# Special Case : Drawer on Top
box_sections = []
if str(project_data['box-dividers_' + str(section_number)]) == '6" Drawer on Top':
# Find Ratio of 6" to height
drawer_ratio = (6.0 + float(project_data['box-door-reveal-top_' + str(section_number)])) / float(project_data['box-height_' + str(section_number)])
box_sections.append({
'type': CabinetDrawer,
'ratio': drawer_ratio
})
box_sections.append({
'type': CabinetDoor,
'ratio': 1 - drawer_ratio
})
elif str(project_data['box-dividers_' + str(section_number)]) == '6" Drawer on Top With Hamper':
# Find Ratio of 6" to height
drawer_ratio = (6.0 + float(project_data['box-door-reveal-top_' + str(section_number)])) / float(project_data['box-height_' + str(section_number)])
box_sections.append({
'type': CabinetDrawer,
'ratio': drawer_ratio
})
box_sections.append({
'type': CabinetHamper,
'ratio': 1 - drawer_ratio
})
else:
for section_ratio in str(project_data['box-dividers_' + str(section_number)]).split('|'):
box_sections.append({
'type': CabinetDoor,
'ratio': section_ratio
})
num_doors_per_gap = int(project_data['box-number-doors_' + str(section_number)])
door_split_gap = float(project_data['box-door-split-gap_' + str(section_number)])
# Doors / Drawers
box_section_counter = 0
for cur_box_section in box_sections:
box_section_counter += 1
doors_across_gap_counter = 0
for _ in xrange(num_doors_per_gap):
doors_across_gap_counter += 1
door = cur_box_section['type']()
door.id = str(project.get_new_door_id())
door.box_depth = float(project_data['box-depth_' + str(section_number)])
door.box_width = float(project_data['box-width_' + str(section_number)])
door.box_sheet_thickness = float(project_data['box-sheet-thickness_' + str(section_number)])
door.reveal_left = float(project_data['box-door-reveal-left_' + str(section_number)])
door.reveal_right = float(project_data['box-door-reveal-right_' + str(section_number)])
door.reveal_top = float(project_data['box-door-reveal-top_' + str(section_number)])
door.reveal_bottom = float(project_data['box-door-reveal-bottom_' + str(section_number)])
door.panel_material = str(project_data['box-door-panel-type_' + str(section_number)])
door.panel_undersize = float(project_data['panel-undersize'])
door.rail_bit_cut_depth = float(project.rail_bit_cut_depth)
door.stock_thickness = float(project.stock_thickness)
door.frame_width = float(project_data['box-door-frame-width_' + str(section_number)])
# Compute widths for multiple doors across box
if num_doors_per_gap == 2:
door.width = (float(project_data['box-width_' + str(section_number)]) - door_split_gap)/2
else:
door.width = float(project_data['box-width_' + str(section_number)])
# Deal with multiple doors across gap and reveals properly
# Door splits are already considered in door_split_gap
if num_doors_per_gap == 2:
if doors_across_gap_counter == 1:
door.reveal_right = 0.0
if doors_across_gap_counter == 2:
door.hinge_side = "right"
door.reveal_left = 0.0
# Compute heights for sections
divisible_height = float(project_data['box-height_' + str(section_number)]) - ((len(box_sections) - 1) * door_split_gap)
# Since we may have modified the ratios earlier for a drawer on top, force a width here. It usually doesn't matter.
if cur_box_section['type'] == CabinetDrawer and box_section_counter == 1 and str(project_data['box-dividers_' + str(section_number)]) in ['6" Drawer on Top', '6" Drawer on Top With Hamper']:
door.height = 6.0
door.reveal_top = 0.0
else:
door.height = divisible_height * float(cur_box_section['ratio'])
# Deal with sections and reveals properly
# Gaps in sections are already considered in door_split_gap
if len(box_sections) > 1:
if box_section_counter == 1:
door.reveal_bottom = 0.0
elif box_section_counter == len(box_sections):
door.reveal_top = 0.0
else:
door.reveal_bottom = 0.0
door.reveal_top = 0.0
if cur_box_section['type'] == CabinetDoor:
project.doors.append(door)
if cur_box_section['type'] == CabinetDrawer or cur_box_section['type'] == CabinetHamper:
project.drawers.append(door)
# Box Carcass
box = CabinetBox()
box.id = str(project.get_new_box_id())
project.summary['BOX' + str(box.id)] = str(project_data['box-width_' + str(section_number)]) + '" wide x ' + str(project_data['box-height_' + str(section_number)]) + '" high x ' + str(project_data['box-depth_' + str(section_number)]) + '" deep (' + str(project_data['box-dividers_' + str(section_number)]) + ')'
box.material = str(project_data['box-sheet-material_' + str(section_number)])
box.sheet_thickness = float(project_data['box-sheet-thickness_' + str(section_number)])
box.width = float(project_data['box-width_' + str(section_number)])
box.height = float(project_data['box-height_' + str(section_number)])
box.depth = float(project_data['box-depth_' + str(section_number)]) - float(project_data['bumper-thickness']) - float(project_data['stock-thickness'])
box.num_dividers = len(box_sections) - 1
if str(project_data['box-dividers_' + str(section_number)]) == '6" Drawer on Top':
box.divider_is_spreader = True
box.num_shelves = int(project_data['box-number-shelves_' + str(section_number)])
if 'box-counter-on-top_' + str(section_number) in project_data:
box.counter_on_top = True
project.boxes.append(box)
# Freeform Piece
elif 'piece-width_' + str(section_number) in project_data:
if str(project_data['piece-sheet-material_' + str(section_number)]) == 'solid':
material_string = 'solid'
else:
material_string = str(float(project_data['piece-sheet-thickness_' + str(section_number)])) + '-' + str(project_data['piece-sheet-material_' + str(section_number)])
piece = WoodPiece(
str(str(project_data['piece-label-input_' + str(section_number)]) + str(project.get_new_door_id())).upper().replace(' ', '_'),
str(project_data['piece-label-input_' + str(section_number)]),
float(project_data['piece-sheet-thickness_' + str(section_number)]),
float(project_data['piece-height_' + str(section_number)]),
float(project_data['piece-width_' + str(section_number)]),
material_string,
str(project_data['piece-comments-input_' + str(section_number)])
)
project.pieces.append(piece)
project.generate_cut_summary()
stock_length = 96
stock_length = stock_length - 1.5
message_to_print = 'Based on ' + str(stock_length) + '"' + "\n"
# Get Number of Solid Lengths Needed For Each Based on Passed Length
for width, material_pieces in project.cut_summary['pieces']['solid'].items():
solid_set = SheetSet(1, 'solid', float(width), float(stock_length))
for cur_length in material_pieces['pieces']:
for x in range(0, len(material_pieces['pieces'][cur_length])):
solid_set.add_piece( WoodPiece('1', '1', 1, float(width), float(cur_length), '', ''), True)
message_to_print = message_to_print + str(len(solid_set.sheets)) + ' lengths needed for ' + width + "\n"
context = {
'project_summary' : project.summary,
'cut_summary' : project.cut_summary,
'sheet_layouts' : project.sheet_layout,
'banding' : project.banding,
'hardware' : project.hardware,
'project_hash' : post_base64,
'label_hash' : base64.b64encode(json.dumps(project.labels)),
'project_data_json' : project_data_json,
'stock_message' : message_to_print,
}
return render(request, 'cutlist.html', context)