def gen_bom(m):
md = '## Bill of Materials\n\n'
md += 'Make sure you have all of the following parts before you begin.\n\n'
# vitamins
if len(m['vitamins']) > 0:
m['vitamins'].sort(key=vitamin_call, reverse=False)
md += '### Vitamins\n\n'
md += 'Qty | Vitamin | Image\n'
md += '--- | --- | ---\n'
for v in m['vitamins']:
md += str(v['qty']) + ' | '
md += '['+v['title']+']() | '
md += ' + ') | '
md += '\n'
md += '\n'
# printed parts
if len(m['printed']) > 0:
m['printed'].sort(key=printed_call, reverse=False)
md += '### Printed Parts\n\n'
md += 'Qty | Part Name | Image\n'
md += '--- | --- | ---\n'
for v in m['printed']:
md += str(v['qty']) + ' | '
md += '['+v['title']+'](../printedparts/stl/'+ openscad.stl_filename(v['title']) +') | '
md += ' + ') | '
md += '\n'
md += '\n'
md += '\n'
return md
def gen_cut(m, a):
md = '## '+a['title']
if a['qty'] > 1:
md += ' (x'+str(a['qty'])+')'
md += '\n\n'
# vitamins
if len(a['vitamins']) > 0:
a['vitamins'].sort(key=vitamin_call, reverse=False)
md += '### Vitamins\n\n'
md += 'Qty | Vitamin | Image\n'
md += '--- | --- | ---\n'
for v in a['vitamins']:
md += str(v['qty']) + ' | '
md += '['+v['title']+']() | '
md += ' + ') | '
md += '\n'
md += '\n'
# fabrication steps
if len(a['steps']) > 0:
md += '### Fabrication Steps\n\n'
for step in a['steps']:
md += str(step['num']) + '. '+step['desc'] + '\n'
for view in step['views']:
md += '+'_'+view['title'])+')\n'
md += '\n'
md += '\n'
return md
def gen_cut(m, a):
md = '## '+a['title']
if a['qty'] > 1:
md += ' (x'+str(a['qty'])+')'
md += '\n\n'
# vitamins
if len(a['vitamins']) > 0:
a['vitamins'].sort(key=vitamin_call, reverse=False)
md += '### Vitamins\n\n'
md += 'Qty | Vitamin | Image\n'
md += '--- | --- | ---\n'
for v in a['vitamins']:
md += str(v['qty']) + ' | '
md += '['+v['title']+']() | '
md += ' + ') | '
md += '\n'
md += '\n'
# fabrication steps
if len(a['steps']) > 0:
md += '### Fabrication Steps\n\n'
for step in a['steps']:
md += str(step['num']) + '. '+step['desc'] + '\n'
for view in step['views']:
md += '+'_'+view['title'])+')\n'
md += '\n'
md += '\n'
return md
def gen_bom(m):
md = '## Bill of Materials\n\n'
md += 'Make sure you have all of the following parts before you begin.\n\n'
# vitamins
if len(m['vitamins']) > 0:
m['vitamins'].sort(key=vitamin_call, reverse=False)
md += '### Vitamins\n\n'
md += 'Qty | Vitamin | Image\n'
md += '--- | --- | ---\n'
for v in m['vitamins']:
md += str(v['qty']) + ' | '
md += '['+v['title']+']() | '
md += ' + ') | '
md += '\n'
md += '\n'
# cut parts
if len(m['cut']) > 0:
m['cut'].sort(key=cut_call, reverse=False)
md += '### Cut Parts\n\n'
md += 'Qty | Part Name | Image\n'
md += '--- | --- | ---\n'
for v in m['cut']:
md += str(v['qty']) + ' | '
md += v['title'] + ' | '
md += ' + ') | '
md += '\n'
md += '\n'
# printed parts
if len(m['printed']) > 0:
vol = 0
weight = 0
m['printed'].sort(key=printed_call, reverse=False)
md += '### Printed Parts\n\n'
md += 'Qty | Part Name | Image\n'
md += '--- | --- | ---\n'
for v in m['printed']:
md += str(v['qty']) + ' | '
md += '['+v['title']+'](../printedparts/stl/'+ openscad.stl_filename(v['title']) +') | '
md += ' + ') | '
md += '\n'
if 'plasticWeight' in v:
weight += v['qty'] * v['plasticWeight']
vol += v['qty'] * v['plasticVolume']
md += '\n\n'
md += '**Plastic Required**\n\n'
md += str(round(vol,1))+'cm3, ';
md += str(round(weight,2))+'KG, ';
md += ' approx: '+str(round(weight * 13,2))+' GBP\n\n';
md += '\n'
return md
def gen_bom(m):
md = '## Bill of Materials\n\n'
md += 'Make sure you have all of the following parts before you begin.\n\n'
# vitamins
if len(m['vitamins']) > 0:
m['vitamins'].sort(key=vitamin_call, reverse=False)
md += '### Vitamins\n\n'
md += 'Qty | Vitamin | Image\n'
md += '--- | --- | ---\n'
for v in m['vitamins']:
md += str(v['qty']) + ' | '
md += '['+v['title']+']() | '
md += ' + ') | '
md += '\n'
md += '\n'
# cut parts
if len(m['cut']) > 0:
m['cut'].sort(key=cut_call, reverse=False)
md += '### Cut Parts\n\n'
md += 'Qty | Part Name | Image\n'
md += '--- | --- | ---\n'
for v in m['cut']:
md += str(v['qty']) + ' | '
md += v['title'] + ' | '
md += ' + ') | '
md += '\n'
md += '\n'
# printed parts
if len(m['printed']) > 0:
vol = 0
weight = 0
m['printed'].sort(key=printed_call, reverse=False)
md += '### Printed Parts\n\n'
md += 'Qty | Part Name | Image\n'
md += '--- | --- | ---\n'
for v in m['printed']:
md += str(v['qty']) + ' | '
md += '['+v['title']+'](../printedparts/stl/'+ openscad.stl_filename(v['title']) +') | '
md += ' + ') | '
md += '\n'
if 'plasticWeight' in v:
weight += v['qty'] * v['plasticWeight']
vol += v['qty'] * v['plasticVolume']
md += '\n\n'
md += '**Plastic Required**\n\n'
md += str(round(vol,1))+'cm3, ';
md += str(round(weight,2))+'KG, ';
md += ' approx: '+str(round(weight * 13,2))+' GBP\n\n';
md += '\n'
return md
def gen_assembly(m, a):
if len(a['steps']) == 0:
return ""
md = '## '+a['title']
if a['qty'] > 1:
md += ' (x'+str(a['qty'])+')'
md += '\n\n'
# vitamins
if len(a['vitamins']) > 0:
a['vitamins'].sort(key=vitamin_call, reverse=False)
md += '### Vitamins\n\n'
md += 'Qty | Vitamin | Image\n'
md += '--- | --- | ---\n'
for v in a['vitamins']:
md += str(v['qty']) + ' | '
md += '['+v['title']+']() | '
md += ' + ') | '
md += '\n'
md += '\n'
# printed parts
if len(a['printed']) > 0:
a['printed'].sort(key=printed_call, reverse=False)
md += '### Printed Parts\n\n'
md += 'Qty | Part Name | Image\n'
md += '--- | --- | ---\n'
for v in a['printed']:
md += str(v['qty']) + ' | '
md += '['+v['title']+'](../printedparts/stl/'+ openscad.stl_filename(v['title']) +') | '
md += ' + ') | '
md += '\n'
md += '\n'
# sub-assemblies
if len(a['assemblies']) > 0:
md += '### Sub-Assemblies\n\n'
md += 'Qty | Name \n'
md += '--- | --- \n'
for v in a['assemblies']:
md += str(v['qty']) + ' | '
md += v['title']
md += '\n'
md += '\n'
# assembly steps
if len(a['steps']) > 0:
md += '### Assembly Steps\n\n'
for step in a['steps']:
md += str(step['num']) + '. '+step['desc'] + '\n'
for view in step['views']:
md += '+'/'+views.view_filename(a['title']+'_step'+str(step['num'])+'_'+view['title'])+')\n'
md += '\n'
md += '\n'
return md
def gen_assembly(m, a):
if len(a['steps']) == 0:
return ""
md = '## '+a['title']
if a['qty'] > 1:
md += ' (x'+str(a['qty'])+')'
md += '\n\n'
# vitamins
if len(a['vitamins']) > 0:
a['vitamins'].sort(key=vitamin_call, reverse=False)
md += '### Vitamins\n\n'
md += 'Qty | Vitamin | Image\n'
md += '--- | --- | ---\n'
for v in a['vitamins']:
md += str(v['qty']) + ' | '
md += '['+v['title']+']() | '
md += ' + ') | '
md += '\n'
md += '\n'
# printed parts
if len(a['printed']) > 0:
a['printed'].sort(key=printed_call, reverse=False)
md += '### Printed Parts\n\n'
md += 'Qty | Part Name | Image\n'
md += '--- | --- | ---\n'
for v in a['printed']:
md += str(v['qty']) + ' | '
md += '['+v['title']+'](../printedparts/stl/'+ openscad.stl_filename(v['title']) +') | '
md += ' + ') | '
md += '\n'
md += '\n'
# sub-assemblies
if len(a['assemblies']) > 0:
md += '### Sub-Assemblies\n\n'
md += 'Qty | Name \n'
md += '--- | --- \n'
for v in a['assemblies']:
md += str(v['qty']) + ' | '
md += v['title']
md += '\n'
md += '\n'
# assembly steps
if len(a['steps']) > 0:
md += '### Assembly Steps\n\n'
for step in a['steps']:
md += str(step['num']) + '. '+step['desc'] + '\n'
for view in step['views']:
md += '+'/'+views.view_filename(a['title']+'_step'+str(step['num'])+'_'+view['title'])+')\n'
md += '\n'
md += '\n'
return md
def gen_bom(m):
md = '## Bill of Materials\n\n'
md += 'Make sure you have all of the following parts before you begin.\n\n'
# vitamins
if len(m['vitamins']) > 0:
m['vitamins'].sort(key=vitamin_call, reverse=False)
md += '### Vitamins\n\n'
md += 'Qty | Vitamin | Image\n'
md += '--- | --- | ---\n'
for v in m['vitamins']:
md += str(v['qty']) + ' | '
md += '[' + v['title'] + ']() | '
md += ' + ') | '
md += '\n'
md += '\n'
# cut parts
if len(m['cut']) > 0:
m['cut'].sort(key=cut_call, reverse=False)
md += '### Cut Parts\n\n'
md += 'Qty | Part Name | Image\n'
md += '--- | --- | ---\n'
for v in m['cut']:
md += str(v['qty']) + ' | '
md += v['title'] + ' | '
md += ' + ') | '
md += '\n'
md += '\n'
# printed parts
if len(m['printed']) > 0:
m['printed'].sort(key=printed_call, reverse=False)
md += '### Printed Parts\n\n'
md += 'Qty | Part Name | Image\n'
md += '--- | --- | ---\n'
for v in m['printed']:
md += str(v['qty']) + ' | '
md += '[' + v[
'title'] + '](../printedparts/stl/' + openscad.stl_filename(
v['title']) + ') | '
md += ' + ') | '
md += '\n'
md += '\n'
md += '\n'
return md
def compile_vitamin(v, dom):
temp_name = "temp.scad"
#
# Make the target directories
#
target_dir = "../vitamins/stl"
if not os.path.isdir(target_dir):
os.makedirs(target_dir)
view_dir = "../vitamins/images"
if not os.path.isdir(view_dir):
os.makedirs(view_dir)
# Compile
print(" "+v['title'])
fn = '../' + v['file']
if (os.path.isfile(fn)):
print(" Checking csg hash")
h = openscad.get_csg_hash(temp_name, v['call'], [fn]);
os.remove(temp_name);
hashchanged = ('hash' in v and h != v['hash']) or (not 'hash' in v)
# update hash in json
v['hash'] = h
# STL
print(" STL Parts")
for part in v['children']:
if type(part) is DictType and part['type'] == 'part':
stlpath = target_dir + '/' + openscad.stl_filename(part['title'])
if hashchanged or (not os.path.isfile(stlpath)):
print(" Rendering STL...")
openscad.render_stl(temp_name, stlpath, part['call'], [fn])
else:
print(" STL up to date")
# Views
print(" Views")
for view in v['children']:
if type(view) is DictType and view['type'] == 'view':
print(" "+view['title'])
render_view(v['title'], v['call'], view_dir, view, hashchanged, h, [fn], False)
png_name = view_dir + '/' + view_filename(v['title'] + '_' + view['title'])
view['png_name'] = png_name
node = add_vitamin(v, dom)
else:
print(" Error: scad file not found: "+v['file'])
def compile_vitamin(v, dom):
temp_name = "temp.scad"
#
# Make the target directories
#
target_dir = "../vitamins/stl"
if not os.path.isdir(target_dir):
os.makedirs(target_dir)
view_dir = "../vitamins/images"
if not os.path.isdir(view_dir):
os.makedirs(view_dir)
# Compile
print(" " + v['title'])
fn = '../' + v['file']
if (os.path.isfile(fn)):
print(" Checking csg hash")
h = openscad.get_csg_hash(temp_name, v['call'], [fn])
os.remove(temp_name)
hashchanged = ('hash' in v and h != v['hash']) or (not 'hash' in v)
# update hash in json
v['hash'] = h
# STL
print(" STL Parts")
for part in v['children']:
if type(part) is DictType and part['type'] == 'part':
stlpath = target_dir + '/' + openscad.stl_filename(
part['title'])
if hashchanged or (not os.path.isfile(stlpath)):
print(" Rendering STL...")
openscad.render_stl(temp_name, stlpath, part['call'], [fn])
else:
print(" STL up to date")
# Views
print(" Views")
for view in v['children']:
if type(view) is DictType and view['type'] == 'view':
print(" " + view['title'])
render_view(v['title'], v['call'], view_dir, view, hashchanged,
h, [fn], False)
png_name = view_dir + '/' + view_filename(v['title'] + '_' +
view['title'])
view['png_name'] = png_name
node = add_vitamin(v, dom)
else:
print(" Error: scad file not found: " + v['file'])
def gen_index(jso, index_file, index_template):
# Generate index file
# build object
indexObj = { 'machines': [] };
for m in jso:
if type(m) is DictType and m['type'] == 'machine':
# tack in a view filename
m['viewFilename'] = views.view_filename(m['title'] + '_view')
indexObj['machines'].append(m)
print("Saving index")
with open(index_file,'w') as o:
with open(index_template,'r') as i:
o.write(pystache.render(i.read(), indexObj))
def compile_vitamin(v, dom):
#
# Make the target directories
#
if not os.path.isdir(config.paths['vitaminsimages']):
os.makedirs(config.paths['vitaminsimages'])
# Compile
print(" " + v['title'])
fn = '../' + v['file']
if (os.path.isfile(fn)):
print(" Checking csg hash")
h = openscad.get_csg_hash(config.paths['tempscad'], v['call'], [fn])
os.remove(config.paths['tempscad'])
hashchanged = ('hash' in v and h != v['hash']) or (not 'hash' in v)
# update hash in json
v['hash'] = h
# Views
print(" Views")
for view in v['children']:
if isinstance(view, dict) and view['type'] == 'view':
print(" " + view['title'])
render_view(v['title'],
v['call'],
config.paths['vitaminsimages'],
view,
hashchanged,
h, [fn],
False,
useVitaminSTL=False)
png_name = os.path.join(
config.paths['vitaminsimages'],
view_filename(v['title'] + '_' + view['title']))
view['png_name'] = png_name
node = add_vitamin(v, dom)
else:
print(" Error: scad file not found: " + v['file'])
def gen_index(jso, index_file, index_template):
# Generate index file
# build object
indexObj = {
'machines': [],
'project': ''
}
for m in jso:
if isinstance(m, dict) and m['type'] == 'machine':
# tack in a view filename
m['viewFilename'] = views.view_filename(m['title'] + '_view')
if indexObj['project'] == '':
indexObj['project'] = m['title']
indexObj['machines'].append(m)
print("Saving index")
with open(index_file, 'w') as o:
with open(index_template, 'r') as i:
o.write(pystache.render(i.read(), indexObj))
def gen_sourcing_guide(m, target_dir, guide_template):
print(m['title'])
if len(m['vitamins']) == 0:
return {};
md = ''
md += '# '+m['title'] + '\n'
md += '# Sourcing Guide\n\n'
cost = 0
qty = 0
m['vitamins'].sort(key=vitamin_call, reverse=False)
for v in m['vitamins']:
vn = v['title']
md += '### '+str(v['qty']) + 'x ' + vn+'\n\n'
qty += v['qty']
# table of sources and effective cost for qty required
if vn in sourcing:
md += 'Unit Cost | Source | Notes \n'
md += '--- | --- | --- \n'
# calc cheapest option and add to running total
lc = 0
for src in sourcing[vn]:
tc = float(src['Cost'])
if tc < lc or lc == 0:
lc = tc
md += src['Cost'] + ' | '
link = src['Source']
if link[:7] == 'http://':
md += '[link]('+link+') | '
else:
md += link + ' | '
md += src['Notes'] + '\n'
cost += lc * v['qty']
else:
md += 'No sources found\n'
md += '\n'
md += ' + ') \n'
md += '\n'
if 'markdown' in v and len(v['markdown']) > 0:
md += '**Notes**\n\n'
for note in v['markdown']:
if 'markdown' in note:
md += ' * ' + note['markdown'] + '\n'
md += '\n\n'
md += '\n'
md += '\n\n'
md += '## Summary\n\n'
md += '### Total Costs\n\n'
md += 'Metric | Value \n'
md += '--- | --- \n'
md += 'Total Vitamins | ' + str(qty) + '\n'
md += 'Total Cost (cheapest) | '+str(round(cost,2))+' GBP\n'
md += '\n\n'
print(" Saving markdown")
mdfilename = md_filename(m['title'] +'SourcingGuide')
mdpath = target_dir + '/' +mdfilename
with open(mdpath,'w') as f:
f.write(md)
print(" Generating htm")
htmfilename = htm_filename(m['title'] +'SourcingGuide')
htmpath = target_dir + '/' + htmfilename
with open(htmpath, 'w') as f:
for line in open(guide_template, "r").readlines():
line = line.replace("{{mdfilename}}", mdfilename)
f.write(line)
return {'title':m['title'] + ' Sourcing Guide', 'mdfilename':mdfilename, 'htmfilename':htmfilename}
def gen_printing_guide(m, target_dir, guide_template):
print(m['title'])
if len(m['printed']) == 0:
return {};
md = ''
md += '# '+m['title'] + '\n'
md += '# Printing Guide\n\n'
vol = 0
weight = 0
qty = 0
m['printed'].sort(key=printed_call, reverse=False)
for v in m['printed']:
md += '### '+v['title']+'\n\n'
md += 'Metric | Value \n'
md += '--- | --- \n'
md += 'Quantity | ' + str(v['qty']) + '\n'
qty += v['qty']
md += 'STL | ' + '['+v['title']+'](../printedparts/stl/'+ openscad.stl_filename(v['title']) +')\n'
if 'plasticWeight' in v:
w = v['qty'] * v['plasticWeight']
weight += w
vol += v['qty'] * v['plasticVolume']
md += 'Plastic (Kg) | ' + str(round(w,2)) + '\n'
md += 'Plastic (cm3) | ' + str(round(v['qty'] * v['plasticVolume'],1)) + '\n'
md += 'Approx Plastic Cost | '+str(round(w * 15,2))+' GBP\n';
md += '\n'
md += ' + ')\n'
md += '\n'
if 'markdown' in v and len(v['markdown']) > 0:
md += '**Notes**\n\n'
for note in v['markdown']:
if 'markdown' in note:
md += ' * ' + note['markdown'] + '\n'
md += '\n\n'
md += '\n\n'
md += '## Summary\n\n'
md += '### Statistics\n\n'
md += 'Metric | Value \n'
md += '--- | --- \n'
md += 'Total Parts | ' + str(qty) + '\n'
md += 'Total Plastic (Kg) | ' +str(round(weight,2))+'KG\n'
md += 'Total Plastic (cm3) | ' +str(round(vol,1))+'cm3\n'
md += 'Approx Plastic Cost | '+str(round(weight * 15,2))+' GBP\n'
md += '\n\n'
print(" Saving markdown")
mdfilename = md_filename(m['title'] +'PrintingGuide')
mdpath = target_dir + '/' +mdfilename
with open(mdpath,'w') as f:
f.write(md)
print(" Generating htm")
htmfilename = htm_filename(m['title'] +'PrintingGuide')
htmpath = target_dir + '/' + htmfilename
with open(htmpath, 'w') as f:
for line in open(guide_template, "r").readlines():
line = line.replace("{{mdfilename}}", mdfilename)
f.write(line)
return {'title':m['title'] + ' Printing Guide', 'mdfilename':mdfilename, 'htmfilename':htmfilename}
