def add(env, target):
env.Append(BUILDERS = {'ScriptFile': Builder(action=Action(builder_script_file,
print_builder_script_file))})
prec=""
if env.get('precommand', None):
prec= env['precommand']
if env.get('MODELLER_MODPY', None):
prec=prec+" "+env['MODELLER_MODPY']
if env.get('datapath', None):
externmodules=[x for x in data.get(env).modules.keys()\
if data.get(env).modules[x].external]
externdata= env.get('datapath', "")
else:
externmodules=[]
externdata=""
bin = env.ScriptFile(target,
[env.Value(template),
env.Value(env.Dir('#').abspath),
env.Value(env.get('pythonpath', "")),
env.Value(utility.get_ld_path(env)),
env.Value(prec),
env.Value(env['ENV']['PATH']),
env.Value(":".join([x for x in data.get(env).modules.keys()\
if not data.get(env).modules[x].external])),
env.Value(":".join(externmodules)),
env.Value(externdata)])
return bin
def parse_glyph(map):
ret = []
tzk = data.get(data.load_tree_xmzk)
rzk = data.get(data.load_reverse_pyzk)
xmcode = map["itmmap"][0][0]
intermed = map["itmmap"][0][1]
wordptr = map[0]
mzk = tzk
for k in xmcode:
if mzk.has_key(k):
lzk, mzk = mzk, mzk[k]
if type(mzk).__name__ == "list":
for item in mzk:
if rzk.has_key(item):
ret.append((item+intermed, rzk[item], wordptr))
else:
ret.append((item+intermed, "", wordptr))
break
else:
ret.append((intermed, "", wordptr))
break
else:
# mzk is a dict and we have exhausted the loop, do traverse the tree
xmzk = data.get(data.load_reverse_xmzk)
retlist = traverse_tree(mzk)
if len(retlist) >= data.g_maxoutput:
retlist = retlist[0:data.g_maxoutput]
retlist.sort()
for item in retlist:
start = len(xmcode)
if rzk.has_key(item):
ret.append((item+intermed, xmzk[item][start:]+rzk[item], wordptr))
else:
ret.append((item+intermed, xmzk[item][start:], wordptr))
return ret
def local_parse_quanpin(kbmap, debug):
ret = []
pys = kbmap["pinyinstr"]
pyl = kbmap["pinyinlist"]
if pys == "":
ret.append(("", pyl[0][1]))
return ret
wc = kbmap["word_count"]
zk = data.get(data.load_alpha_pyzk)
if wc >= 3:
zk3 = data.get(data.load_alpha_pyzk3)
if wc >= 4:
zk4 = data.get(data.load_alpha_pyzk4)
try:
userzk = data.get(data.load_alpha_userzk)
ori = kbmap["originput"]
# 按全部解析出的输入判定
index = pyl[wc][1]
key = ori
if userzk.has_key(key):
for item in userzk[key].split(" "):
if item[0] == "#":
break
ret.append((item, index))
# 按带断字符的方式判定
key = pys
if userzk.has_key(key):
for item in userzk[key].split(" "):
if item[0] == "#":
break
ret.append((item, index))
except Exception:
pass
# 分别解析多字词、双字词和单字。
if wc >= 4:
key, index = getquanpin(pyl, 4)
if zk4.has_key(key):
for item in zk4[key].split(" "):
ret.append((item, index))
elif wc == 3:
key, index = getquanpin(pyl, 3)
if zk3.has_key(key):
for item in zk3[key].split(" "):
ret.append((item, index))
if wc > 1:
key, index = getquanpin(pyl, 2)
if zk.has_key(key):
for item in zk[key].split(" "):
ret.append((item, index))
if wc > 0:
key, index = getquanpin(pyl, 1)
if zk.has_key(key):
for item in zk[key].split(" "):
ret.append((item, index))
if len(ret) == 0:
ret.append(("", pyl[0][1]))
return ret
def matrix(request, number, template='about/matrix.html'):
"""Welcome in the matrix!"""
try:
if int(number) == 0:
path = get("Paths of Truth")
except:
path = get(title__startswith="Path of Truth %s:" % number)
return render(request, template, {'path': path, 'number': number})
def index(request, template="alliance/homepage.html"):
about, manifesto, take_action = get('About the Alliance'), get('ILA Manifesto'), get('Take Action')
news = Entry.objects.filter(tags__name='alliance').order_by('-created')[:5]
ctx = {'about': about,
'manifesto': manifesto,
'take_action': take_action,
'news': news}
return render(request, template, ctx)
def matrix(request, number):
"""Welcome in the matrix!"""
try:
if int(number) == 0:
path = get("Paths of Truth")
except:
path = get(title__startswith="Path of Truth %s:" % number)
return render_to_response('about/matrix.html', {'path': path, 'number': number},
context_instance=RequestContext(request))
def add_doc_files(env, files):
#pass
# currently they are all globbed, should fix
for f in files:
#print f
if str(f).endswith(".dox") or str(f).endswith(".dot"):
pass
else:
b=env.Install("#/build/doc/html/", f)
data.get(env).add_to_alias('doc-files', [b])
def _find_python_module(env, modname, dirs):
"""Given a Python module name of the form a.b, return a list of Nodes
for the actual Python files at each level of the hierarchy
(e.g. a/__init__.py, a/b/__init.py)."""
if env['wine'] or env['PLATFORM'] == 'win32':
suffix='.pyd'
elif env['PLATFORM'] == 'darwin':
suffix=".so"
else:
suffix=env.subst(env['LDMODULESUFFIX'])
ret=[]
#print modname
if modname == 'IMP':
if not data.get(env).modules["kernel"].external:
return [File("#/build/lib/_IMP"+env["IMP_PYTHON_SO"])]\
+stp.get_matching_build(env, ["lib/IMP/*.py"])\
+stp.get_matching_build(env, ["data/kernel/*"])
else:
return []
elif modname == "RMF":
if not data.get(env).modules["RMF"].external:
return [File("#/build/lib/_RMF"+env["IMP_PYTHON_SO"]),
File("#/build/lib/RMF/_version_check.py"),
File("#/build/lib/RMF/__init__.py")]
else:
return []
elif modname.startswith("IMP."):
nm=modname[4:]
if nm.find(".") != -1:
nm= nm[:nm.find(".")]
if nm not in data.get(env).modules.keys():
raise RuntimeError("Please import imp like \"import IMP.container\" or \"from IMP import Model\" in import of "+nm)
if not data.get(env).modules[nm].external:
# pull in kernel too
libf=[File("#/build/lib/_IMP_"+nm+env["IMP_PYTHON_SO"])]
pyf= stp.get_matching_build(env, ["lib/IMP/"+nm+"/*.py",
"lib/IMP/"+nm+"/*/*.py",
"lib/IMP/"+nm+"/*/*/*.py"])
df=stp.get_matching_build_files(env, ["data/"+nm+"/*",
"data/"+nm+"/*/*"])
ret=pyf+df+libf
if not data.get(env).modules["kernel"].external:
klibf=[File("#/build/lib/_IMP"+env["IMP_PYTHON_SO"])]
kpyf=stp.get_matching_build(env, ["lib/IMP/*.py"])
kdf=stp.get_matching_build(env, ["data/kernel/*"])
ret+=kpyf
ret+=kdf
ret+=klibf
return ret
else:
return []
else:
return []
def local_parse_shuangpin(kbmap, debug):
ret = []
pys = kbmap["pinyinstr"]
pyl = kbmap["pinyinlist"]
if pys == "":
ret.append(("", pyl[0][1]))
return ret
wc = kbmap["word_count"]
zk = data.get(data.load_alpha_pyzk)
if wc == 3 or wc > 4:
zk3 = data.get(data.load_alpha_pyzk3)
if wc == 4 or wc > 5:
zk4 = data.get(data.load_alpha_pyzk4)
try:
userzk = data.get(data.load_alpha_userzk)
ori = kbmap["originput"]
# 按原始输入来检查用户词库，支持不带断字符的双拼原始码用户词库
index = pyl[wc][1]
key = ori
if userzk.has_key(key):
for item in userzk[key].split(" "):
if item[0] == "#":
break
ret.append((item, index))
except Exception:
pass
# 分别解析多字词、双字词和单字。
if wc == 4 or wc > 5:
key, index = getshuangpin(pyl, 4)
if zk4.has_key(key):
for item in zk4[key].split(" "):
ret.append((item, index))
if wc == 3 or wc > 4:
key, index = getshuangpin(pyl, 3)
if zk3.has_key(key):
for item in zk3[key].split(" "):
ret.append((item, index))
if wc >= 2:
key, index = getshuangpin(pyl, 2)
if zk.has_key(key):
for item in zk[key].split(" "):
ret.append((item, index))
if wc == 1 or wc == 2:
key, index = getshuangpin(pyl, 1)
if zk.has_key(key):
for item in zk[key].split(" "):
ret.append((item, index))
if len(ret) == 0:
ret.append(("", pyl[0][1]))
return ret
def configure(
env,
name,
type,
version,
required_modules=[],
optional_dependencies=[],
optional_modules=[],
required_dependencies=[],
):
"""Returns ok, version, found_optional_modules, found_optional_dependencies"""
if not version:
version = env["IMP_VERSION"]
disabled = [x for x in env.get("disabledmodules", "").split(":")]
if name in disabled:
print type.capitalize(), name, "explicitly disabled "
return (None, None, None, None)
found_required_modules = data.get(env).get_found_modules(required_modules)
for m in required_modules:
if m not in found_required_modules:
msg = "%s" + type.capitalize() + " " + name + " disabled due to disabled module IMP." + m + "%s"
print msg % (env["IMP_COLORS"]["red"], env["IMP_COLORS"]["end"])
return (None, None, None, None)
for m in required_dependencies:
if not data.get(env).dependencies[m].ok:
msg = "%s" + type.capitalize() + " " + name + " disabled due to missing dependency " + m + "%s"
print msg % (env["IMP_COLORS"]["red"], env["IMP_COLORS"]["end"])
return (None, None, None, None)
found_optional_modules = data.get(env).get_found_modules(optional_modules)
found_optional_dependencies = data.get(env).get_found_dependencies(optional_dependencies)
outversion = version
if len(found_optional_dependencies + found_optional_modules) > 0:
outversion = outversion + " with " + ", ".join(found_optional_dependencies + found_optional_modules)
version = outversion
msg = "%sConfiguring " + type + " " + name + "%s version " + version
print msg % (env["IMP_COLORS"]["green"], env["IMP_COLORS"]["end"])
# if len(required_modules+required_dependencies)>0:
# print " (requires " +", ".join(required_modules+required_dependencies) +")"
found_optional_modules.sort()
found_optional_dependencies.sort()
required_modules.sort()
required_dependencies.sort()
return (
environment.get_named_environment(
env, name, required_modules + found_optional_modules, required_dependencies + found_optional_dependencies
),
version,
found_optional_modules,
found_optional_dependencies,
)
def _edit_attributedata(request, data):
stylename = data["stylename"]
entityname = data["entityname"]
entityurl = data["entityurl"]
klass = data["klass"]
aliasklass = data["aliasklass"]
template = data["template"]
common_name = data.get("common_name", False)
items = klass.objects.all()
ret = {"items": items,
"entityn": entityname,
"entitynpl": "%ss" % entityname,
"style": stylename,
"entityurl": entityurl,
"title": "%s editor" % entityname,
"common_name": common_name,
"alias": aliasklass
}
if request.method == 'POST':
# Add aliases
if aliasklass:
for i in items:
isadd = request.POST.get("item-%s-alias" % i.id)
if isadd is not None:
i.aliases.create(name=isadd)
# Delete alias
for a in aliasklass.objects.all():
isdel = request.POST.get("alias-rm-%s" % a.id)
if isdel is not None:
a.delete()
# Add new item
refresh = False
newname = request.POST.get("newname")
newcommon = request.POST.get("newcommon")
if newname is not None and newname != "":
refresh = True
args = {"name": newname}
if common_name and newcommon is not None and newcommon != "":
args["common_name"] = newcommon
klass.objects.create(**args)
# Delete item
for i in items:
isdel = request.POST.get("delete-item-%s" % i.id)
if isdel is not None:
refresh = True
i.delete()
if refresh:
items = klass.objects.all()
ret["items"] = items
else:
newname = request.GET.get("newname")
if newname:
ret["newname"] = newname
return render(request, template, ret)
def choice(request, number, color, template='about/choice.html'):
"""The choice of a path."""
if color == "red":
path = "Truth"
elif color == "blue":
path = "Lie"
print "Path of Truth %s %s" % (number, color)
result = get("Path of Truth %s %s" % (number, color))
ASPECTS = {'I':'rank', 'II':'grade', 'III':'title', 'IV':'role'}
aspect = ASPECTS[number]
if request.user.is_authenticated:
promoted = request.user.profile_set.all()[0].promote(aspect=aspect,
level=1)
if promoted:
messages.add_message(request,
messages.SUCCESS, ugettext("You got promoted!"))
else:
messages.add_message(request,
messages.WARNING, ugettext("You were not further promoted."))
ctx = {'number': number,
'color': color,
'result': result,
'promoted': promoted}
return render(request, template, ctx)
def _add_flags(env, extra_modules=[], extra_dependencies=[]):
if env['IMP_USE_RPATH']:
dylinkflags=[]
for p in env['LIBPATH']:
if p[0] != '#':
env.Prepend(RPATH=[p])
modules=extra_modules+env['IMP_CURRENT_MODULES']
dependencies=env['IMP_CURRENT_DEPENDENCIES']+extra_dependencies
all_dependencies=dependencies
d= data.get(env)
all_modules=[]
for m in modules:
if m not in all_modules:
all_modules= all_modules+[m]+d.modules[m].modules
final_modules=[]
for i,m in enumerate(all_modules):
if not m in all_modules[i+1:]:
final_modules.append(m)
for m in final_modules:
all_dependencies= all_dependencies+d.modules[m].dependencies
final_dependencies=[]
for i,dc in enumerate(all_dependencies):
if not dc in all_dependencies[i+1:]:
final_dependencies.append(dc)
module_libs=[]
for m in final_modules:
module_libs.append(d.modules[m].libname)
_add_dependency_flags(env, final_dependencies)
dependency_libs=[]
for dc in final_dependencies:
dependency_libs+= d.dependencies[dc].libs
env.Append(LIBS=module_libs)
env.Append(LIBS=dependency_libs)
def achievements(request):
entry = get('Achievements')
#achievements = Entry.objects.filter(tags_name='achievement')
achievements = HierarchyType.objects.all()[:3]
ctx = {'entry': entry, 'achievements': achievements}
return render_to_response('aspects/achievements.html', ctx, #achievements
context_instance=RequestContext(request))
def epistasis(request):
entry = get(title="Epistasis of Longevity")
data = entry.text.split("\n")
description = data[0]
pmids = [i for i in data[2:] if i]
ctx = {"entry": entry, "description": description, "pmids": pmids}
return render_to_response("lifespan/epistasis.html", ctx, context_instance=RequestContext(request))
def _make_example_overview(target, source, env):
out= open(target[0].abspath, "w")
print >> out, "/** \\page examples_index Example index"
dta= data.get(env)
for k in dta.examples.keys():
print >> out, " -", dta.examples[k].link
print >> out, "*/"
def _make_applications_overview(target, source, env):
out= open(target[0].abspath, "w")
print >> out, "/** \\page applications_index Application index"
dta= data.get(env)
for k in dta.applications.keys():
if dta.applications[k].ok:
print >> out, " -", dta.applications[k].link
print >> out, "*/"
def balance(recs, total):
avg = total / len(recs)
for rec in recs:
rec.balance -= avg
ori_rec = data.get(rec.recno)
assert(ori_rec)
rec.balance += ori_rec.balance
return
def epistasis(request):
entry = get(title='Epistasis of Longevity')
data = entry.text.split('\n')
description = data[0]
pmids = [i for i in data[2:] if i]
ctx = {'entry': entry, 'description': description, 'pmids': pmids}
return render_to_response('lifespan/epistasis.html', ctx,
context_instance=RequestContext(request))
def shuangpin_parse(keyb, debug):
pinyin_table = data.get(data.get_py_table)
pytype = pinyin_table["__type__"]
map = shuangpin_transform(keyb, pinyin_table)
if debug:
print map
if map["word_count"] == 0:
result = [("",0)]
elif map["word_count"] < 3 and g_gae:
result = local_parse_shuangpin(map, debug)
elif map["word_count"] < 5 and not g_gae:
result = local_parse_shuangpin(map, debug)
else:
# 当远程解析超时或者无结果时，启用本地解析
result = remote_parse(map, debug)
if len(result) <= 1:
result = local_parse_shuangpin(map, debug)
xmcode = map["itmmap"][0][0]
if len(xmcode) > 0 and map["word_count"] == 0:
# 解析纯笔形模式，仅当无任何拼音输入时才进入此模式
ret = parse_glyph(map)
else:
ret = []
rzk = data.get(data.load_reverse_xmzk)
# 解析有拼音输入时的形码过滤
for item,index in result:
if index == -1:
ret.append((item, "_", index))
continue
displayitem, hint = process(item, map, rzk)
if displayitem == "":
continue
if map.has_key(index):
ret.append((displayitem, hint, map[index]))
else:
ret.append((displayitem, hint, index))
if len(ret) >= data.g_maxoutput:
break
if debug:
ret.append((keyb, "_", -1))
if debug:
print " %d 个结果：缺省为 %s => %s，提示信息为 %s" % (len(ret)-1, keyb, ret[0][0], ret[0][1])
return ret
def add_tests(env, source, type, expensive_source=[]):
# Since all of the test scripts involve "import IMP.test", ensure this
# is a source so that any Python dependencies of IMP.test (e.g. IMP.base)
# are automatically picked up by pyscanner
#testpy = "#/build/lib/IMP/test/__init__.py"
dta= data.get(env)
test=UnitTest(env, target="fast-test.results",
source=["#/tools/imppy.sh"]+source+[env.Value(type)])
# bring in kernel and test to make sure kernel python support is there
# and since examples don't tend to import test directly. test will pull
# in kernel
etest=UnitTest(env, target="test.results",
source=["#/tools/imppy.sh"]+source \
+expensive_source+[env.Value(type)])
if "test" in dta.modules.keys():
env.Depends(test, [dta.modules["test"].alias])
env.Depends(etest, [dta.modules["test"].alias])
env.AlwaysBuild("test.results")
#env.Requires(test, env.Alias(environment.get_current_name(env)))
#env.Requires(test, "tools/imppy.sh")
if type.endswith('unit test'):
dta.add_to_alias(environment.get_current_name(env)+"-test-fast", test)
data.get(env).add_to_alias(environment.get_current_name(env)+"-test", etest)
elif type=='example':
data.get(env).add_to_alias(environment.get_current_name(env)+"-test-examples",
test)
elif type=="system":
data.get(env).add_to_alias(environment.get_current_name(env)+"-test", test)
env.Alias(env.Alias('test'), etest)
env.Alias(env.Alias('test-fast'), test)
return test, etest
def titles(request):
entry = get("Titles")
table = TitleTable(Title.objects.all().order_by('level'))
RequestConfig(request).configure(table)
ctx = {'entry': entry,
'hierarchy_name': 'Titles',
'hierarchy': table}
return render_to_response('aspects/hierarchy.html', ctx,
context_instance=RequestContext(request))
def intersections(request, ratio=2., pvalue=0.05, fold_change=None, exp=None, set=None, benjamini=None ):
entry = get("Intersections")
id = 'seq_id'
if request.GET:
if 'ratio' in request.GET and request.GET['ratio']:
ratio = float(request.GET['ratio'])
if 'pvalue' in request.GET and request.GET['pvalue']:
pvalue = float(request.GET['pvalue'])
if 'fold_change' in request.GET and request.GET['fold_change']:
fold_change = float(request.GET['fold_change'])
if 'benjamini' in request.GET and request.GET['benjamini']:
benjamini = float(request.GET['benjamini'])
if 'expression__exp' in request.GET and request.GET['expression__exp']:
exp = request.GET['expression__exp']
print "Expression exp"
if 'set' in request.GET and request.GET['set']:
set = request.GET['set']
if 'id' in request.GET and request.GET['id']:
id = request.GET['id']
filter = TranscriptFilterSet(request.GET, transcripts)
intersections = []
#signatures = Signature.objects.differential(ratio, pvalue) #
if set:
set = Set.objects.get(pk=set)
signatures = set.signatures.all()
else:
set = Set.objects.get(pk=1)
signatures = set.signatures.all()
for signature in signatures: #
signature.differential(ratio, pvalue, fold_change, exp, benjamini, id) # Might a good function for a custom manager.
for a_signature in signatures:
for another_signature in signatures[:len(signatures)]: # Prevents duplicated comparisions the other way around.
if a_signature != another_signature: # Prevent comparision of the same signatures and
intersection = Intersection(a_signature, another_signature)
#print intersection.name, len(intersection.up), len(intersection.down)
intersections.append(intersection)
# Context:
ctx = {'title': 'Intersections',
'entry': entry,
'signatures': signatures,
'intersections': intersections,
'ratio': ratio,
'pvalue': pvalue,
'benjamini': benjamini,
'fold_change': fold_change,
'exp': exp,
'filter': filter,
'sets': Set.objects.all(),
'ids': IDs,
'id': id,
'set': set,
}
return render_to_response('expressions/intersections.html', ctx,
context_instance=RequestContext(request))
def _make_module_example_overview(target, source, env):
module= source[0].get_contents()
out= open(target[0].abspath, "w")
print >> out, "/** \\page "+module+"_all_example_index IMP."+module+" example index"
dta= data.get(env)
for k in dta.examples.keys():
if dta.examples[k].classes.has_key(module) \
or dta.examples[k].methods.has_key(module):
print >> out, " - ", dta.examples[k].link
print >> out, "*/"
def index(request):
aspects = Entry.objects.filter(tags__name="aspect").order_by('id')
aspects_entry = get("Aspects")
#print len(aspects)
hierarchytypes = HierarchyType.objects.all()
ctx = {'aspects_entry': aspects_entry,
'aspects': aspects,
'hierarchytypes': hierarchytypes}
return render_to_response('aspects/index.html', ctx,
context_instance=RequestContext(request))
def get_data(self):
more=['name','length','nsamples']
d=dict.fromkeys(data.get_kwargs(ts[0]).keys())#,[]) <- python gotcha!
for ak in d: d[ak]=[] #<-soln
for am in more: d[am]=[]
for s in ts:
kw=data.get_kwargs(s)
kw[more[0]]=s
kw[more[1]]=data.get_series(s).shape[0]
kw[more[2]]=len(data.get(s))
for ak in kw: d[ak].append(kw[ak])
return pd.DataFrame.from_dict(d)
def get_benchmark_environment(envi, extra_modules=[]):
extra=[]
d= data.get(envi)
if 'benchmark' in d.modules.keys() and d.modules['benchmark'].ok:
if d.dependencies['tcmalloc'].ok:
libs=['tcmalloc']
else:
libs=[]
return get_bin_environment(envi, extra_modules+['benchmark'],
extra_dependencies=libs)
else:
return None
def filter_glyph(input, pt):
global g_double_quote_mode
punctmap = data.get(data.get_punctmap)
imodemap = data.get(data.get_imodemap)
glyph = ""
intmed = ""
mode_u = pt["__uimode__"][0]
mode_i = pt["__uimode__"][1]
mode_o = ""
uimode = mode_o
if len(input) == 1 and input[0] == mode_i:
return "", "一"
for c in input:
if c.isdigit() and uimode == mode_o:
glyph += c
else:
if c == mode_i and uimode == mode_o:
uimode = c
elif c == mode_u and uimode == mode_o:
uimode = c
intmed += c
elif punctmap.has_key(c):
if c == '"':
if g_double_quote_mode:
intmed += punctmap[c][0:3]
else:
intmed += punctmap[c][3:6]
g_double_quote_mode = not g_double_quote_mode
else:
intmed += punctmap[c]
elif uimode == mode_i and imodemap.has_key(c):
intmed += imodemap[c]
elif uimode[:1] == mode_u:
uimode += c
else:
intmed += c
if uimode[:1] == mode_u:
intmed = intmed.replace(mode_u, getunicode(uimode))
return glyph, intmed
def configure_application(
env,
name,
link,
version,
required_modules=[],
optional_dependencies=[],
optional_modules=[],
required_dependencies=[],
):
dta = data.get(env)
if name in dta.applications.keys():
if dta.applications[name].ok:
return environment.get_named_environment(
env, name, dta.applications[name].modules, dta.applications[name].dependencies
)
else:
return None
(nenv, version, found_optional_modules, found_optional_dependencies) = configure(
env,
name,
"application",
version,
required_modules,
optional_dependencies,
optional_modules,
required_dependencies,
)
if nenv:
data.get(env).add_application(
name,
link=link,
dependencies=required_dependencies + found_optional_dependencies,
unfound_dependencies=[x for x in optional_dependencies if not x in found_optional_dependencies],
modules=required_modules + found_optional_modules,
version=version,
)
return nenv
else:
return None
def home(request, template="homepage.html"):
"""The root source of all Denigmas URLs.
Renders a dynamic home site with altered content."""
searchform = SearchForm() # Depricated?
denigma_description = get("Denigma Description")
denigma_rationality = get("Denigma Rationality")
news = (
Entry.objects.filter(Q(tags__name="news") | Q(categories__name="News"))
.order_by("-created", "-id")
.distinct()[:8]
)
# or Post.objects.filter(tags__name='news')
research = get("Research")
programming = get("Programming")
design = get("Design")
dashboard = get("Dashboard")
ctx = {
"searchform": searchform,
"denigma_description": denigma_description,
"denigma_rationality": denigma_rationality,
"news": news,
"dashboard": dashboard,
"research": research,
"programming": programming,
"design": design,
"site": Site.objects.get_current,
"total": Donation.objects.get_total,
"donation_name": settings.DONATION_NAME,
"donation_number": settings.DONATION_NUMBER,
"paypal_id": settings.PAYPAL_ID,
"debug": settings.DEBUG,
}
return render(request, template, ctx)
#https://www.quantstart.com/articles/Backtesting-a-Moving-Average-Crossover-in-Python-with-pandas import pandas_datareader as pdr import datetime import pandas as pd import matplotlib.pyplot as plt import requests import json import urllib2 #import SciPy import numpy as np import data tickers = ["USDT-NEO","USDT-BTC", "USDT-ETH"] all_data = data.get(tickers) i = tickers[1] omg = all_data.loc[i] # Initialize the short and long windows short_window = 40 long_window = 100 # Initialize the `signals` DataFrame with the `signal` column signals = pd.DataFrame(index=omg.index) signals['signal'] = 0.0 # Create short simple moving average over the short window signals['short_mavg'] = omg['C'].rolling(window=short_window, min_periods=1, center=False).mean() # Create long simple moving average over the long window signals['long_mavg'] = omg['C'].rolling(window=long_window, min_periods=1, center=False).mean()
def get_context_data(self, *args, **kwargs):
context = super(TodoList, self).get_context_data(*args, **kwargs)
context['entry'] = get('Todos')
return context
def test_simple_soundwaves(osc=1, duration=30):
""" Play a sine wave for each of the parameters of Madrid in 2014. Depending on the osc parameter
1: Play four sine waves following each of 2t, p, w, c
2: Play two sine waves, modulated in frequency and amplitude, the first by 2t and w, the second by p and c
3: Play two sine waves, each consisting in two oscillators with a base frequency controlled py t or c, where the
second oscillator of the instruments is p or w cycles off the main oscillator
"""
# Get all data
loc = "Madrid"
mad2t = get(td.T, location=loc)
madp = get(td.P, location=loc)
madw = get(td.W, location=loc)
madc = get(td.C, location=loc)
# write orchestra + score
points = 16777216
if osc == 1:
oscillator = orchestra.oscillator1(points, instrument_number=1)
events = [
"i1 0 %s 10000 2 ; " % duration,
"i1 0 %s 5000 3 ; " % duration,
"i1 0 %s 5000 4 ; " % duration,
"i1 0 %s 5000 5 ; " % duration
]
elif osc == 2:
oscillator = orchestra.oscillator2(points, instrument_number=2)
events = [
"i2 0 %s 10000 2 4; " % duration,
"i2 0 %s 10000 3 5; " % duration,
]
elif osc == 3:
oscillator = orchestra.oscillator_dual(points, instrument_number=3)
events = [
"i3 0 %s 10000 2 3 ; " % duration,
"i3 0 %s 10000 5 4 ; " % duration,
]
score = [
"f1 0 8192 10 1 ; Table containing a sine wave.",
gen08(2,
mad2t,
number_of_points=points,
comment="Weather parameter table 2"),
gen08(
3,
madp,
number_of_points=points,
comment="Weather parameter table 3",
),
gen08(4,
madw,
number_of_points=points,
comment="Weather parameter table 4"),
gen08(5,
madc,
number_of_points=points,
comment="Weather parameter table 5")
]
score += events
output.write_and_play(output.get_csd([oscillator], score))
def get_context_data(self, *args, **kwargs):
context = super(ReferenceList, self).get_context_data(*args, **kwargs)
context['form'] = FilterForm(initial={'filter': ReferenceList.query})
context['entry'] = get(title='References')
context['filterset'] = self.filterset
return context
def changes(request):
changes = Change.objects.all()
changes_description = get(title='Biological Changes')
ctx = {'changes': changes, 'changes_description': changes_description}
return render(request, 'datasets/changes.html', ctx)
ax.grid()
fig.show()
fig.savefig("test.png")
l = 0.35
D = np.array([5, 10, 15, 20])
for m in (1, 4):
greedyData = []
geneticData = []
naiveData = []
for d in D:
if l < 0.40:
n = naive(data.get(l, m, delai=d))
naiveData += [n]
g = greedy(data.get(l, m, delai=d))
greedyData += [g]
ge = genetic(data.get(l, m, delai=d))
geneticData += [ge]
naiveData = np.array(naiveData)
greedyData = np.array(greedyData)
geneticData = np.array(geneticData)
fig, ax = plt.subplots()
ax.plot(D[:len(naiveData)], naiveData[:, 0], label='Naive')
ax.plot(D[:len(greedyData)], greedyData[:, 0], label='Glouton')
ax.plot(D[:len(geneticData)], geneticData[:, 0], label="Génétique")
ax.set(xlabel='Le delai maximum [time slot]',
def profiles(request):
profiles = Profile.objects.all()
ctx = {'entry': get("Profiles"), 'profiles': profiles}
return render_to_response('expressions/profiles.html',
ctx,
context_instance=RequestContext(request))
def lme():
df_atual = get(Datafrom='lme')
df_novo = pegaLMEAtual()
df_tosave = unique(df_novo, df_atual)
saveData(df_tosave, colection='lme')
return True
def index(request):
entry = get("Expressions")
return render_to_response('expressions/index.html', {'entry': entry},
context_instance=RequestContext(request))
def save(fig, filename, format):
fig.savefig(f'rapport/{filename}.{format}', format=format)
l = 0.45
lam = np.arange(0.25, 3.001, 0.20)
lam = np.insert(lam, 1, [0.30, 0.35])
for m in (1, 4):
greedyData = []
geneticData = []
naiveData = []
for l in lam:
if l < 0.40:
n = naive(data.get(l))
naiveData += [n]
g = greedy(data.get(l, m))
greedyData += [g]
ge = genetic(data.get(l, m))
geneticData += [ge]
# print(g)
# print(ge)
naiveData = np.array(naiveData)
greedyData = np.array(greedyData)
geneticData = np.array(geneticData)
# Energie vs Lambda
fig, ax = plt.subplots()
ax.plot(lam[:len(naiveData)], naiveData[:, 0], label='Naive')
def profession(request, name):
print name.title()
profession = get(name.title())
ctx = {'profession': profession}
return render_to_response('aspects/profession.html', ctx,
context_instance=RequestContext(request))
def professions(request):
professions_entry = get("Professions")
professions = Entry.objects.filter(tags__name="profession")
ctx = {'professions_entry': professions_entry, 'professions': professions}
return render_to_response('aspects/professions.html', ctx,
context_instance=RequestContext(request))
def programming(request):
aspect = get('Programming')
return render_to_response('aspects/aspect.html', {'aspect': aspect},
context_instance=RequestContext(request))
def index(request, template='annotations/index.html'):
annotations = get("Annotations")
return render(request, template, {'annotations': annotations})
def index(request, template='interactions/index.html'):
entry = get("Interactions")
return render(request, template, {'entry': entry})
print_face([ftl, btl, btr], top, ff)
# bottom
print_face([fbl, fbr, bbr], back, ff)
print_face([fbl, bbr, bbl], back, ff)
print("Welcome to ultrazoid_'s PDB renderer: Mac OS X Edition")
cont = False
while cont == False:
fInput = string.upper(raw_input("Please input the *.pdb file name you would like to render(must be in same directory):"))
if ".PDB" in fInput:
try:
print("*.pdb file recognised")
print("searching for file...")
dart = data.get(fInput)
cont = True
except IOError:
print("File not found...")
print("Did you misspell the name?")
cont = False
elif ".PDB" not in fInput:
print("The filename you entered is not a PDB file...")
print("Did you forget about the extension?")
cont = False
pInput = string.upper(raw_input("File Loaded! Would you like to prepare it for rendering?(y/n)"))
if pInput == 'Y':
cont = False
while cont == False:
numInput = str(raw_input("Please input point size as a float less than 1:"))
from convert import dict_from_node, dict_from_dicts, list_from_dicts
from metadata import now
from stib import ID, IGNORED, BBOX, MODE, DESTCODES, HALT, DESTINATIONS
from geolocation import scanner, creeper
lines = {}
itineraries = {}
stops = {}
# retrieve all lines
_lines = get('lines')
# build line objects and itineraries
for _line in _lines:
line = {tag.tag: tag.text for tag in _line}
id = line[ID]
if id in IGNORED: continue
lines[id] = line
itineraries[id] = {}
for x in DESTCODES:
def intersections(request,
ratio=2.,
pvalue=0.05,
fold_change=None,
exp=None,
set=None,
benjamini=None):
entry = get("Intersections")
id = 'seq_id'
if request.GET:
if 'ratio' in request.GET and request.GET['ratio']:
ratio = float(request.GET['ratio'])
if 'pvalue' in request.GET and request.GET['pvalue']:
pvalue = float(request.GET['pvalue'])
if 'fold_change' in request.GET and request.GET['fold_change']:
fold_change = float(request.GET['fold_change'])
if 'benjamini' in request.GET and request.GET['benjamini']:
benjamini = float(request.GET['benjamini'])
if 'expression__exp' in request.GET and request.GET['expression__exp']:
exp = request.GET['expression__exp']
print "Expression exp"
if 'set' in request.GET and request.GET['set']:
set = request.GET['set']
if 'id' in request.GET and request.GET['id']:
id = request.GET['id']
filter = TranscriptFilterSet(request.GET, transcripts)
intersections = []
#signatures = Signature.objects.differential(ratio, pvalue) #
if set:
set = Set.objects.get(pk=set)
signatures = set.signatures.all()
else:
set = Set.objects.get(pk=1)
signatures = set.signatures.all()
for signature in signatures: #
signature.differential(
ratio, pvalue, fold_change, exp, benjamini,
id) # Might a good function for a custom manager.
for a_signature in signatures:
for another_signature in signatures[:len(
signatures
)]: # Prevents duplicated comparisions the other way around.
if a_signature != another_signature: # Prevent comparision of the same signatures and
intersection = Intersection(a_signature, another_signature)
#print intersection.name, len(intersection.up), len(intersection.down)
intersections.append(intersection)
# Context:
ctx = {
'title': 'Intersections',
'entry': entry,
'signatures': signatures,
'intersections': intersections,
'ratio': ratio,
'pvalue': pvalue,
'benjamini': benjamini,
'fold_change': fold_change,
'exp': exp,
'filter': filter,
'sets': Set.objects.all(),
'ids': IDs,
'id': id,
'set': set,
}
return render_to_response('expressions/intersections.html',
ctx,
context_instance=RequestContext(request))
def signatures(request):
signatures = Signature.objects.all()
ctx = {'entry': get("Signatures"), 'signatures': signatures}
return render_to_response('expressions/signatures.html',
ctx,
context_instance=RequestContext(request))
def references_archive(request):
references = Reference.objects.all()
references_entry = get(title='References')
ctx = {'references': references, 'references_entry': references_entry}
return render_to_response('datasets/reference_archive.html', ctx,
context_instance=RequestContext(request))
def index(request):
datasets = get(title='Datasets')
return render_to_response('datasets/index.html', {'datasets': datasets},
context_instance=RequestContext(request))
def get_context_data(self, **kwargs):
context = super(SetList, self).get_context_data(**kwargs)
if hasattr(self, 'extra_context'):
context.update(self.extra_context)
context['entry'] = get('Sets')
return context
def fetch():
messages = data.get()
index = create_index.create_index(*messages)
prior = priors.get_prior("prior_word_freq.txt")
output = sort.sort(*index, prior_freq=prior)
return output
def what_next(request, template='about/what_next.html'):
"""Presents what's next to do after registration."""
entry = get("What's Next")
return render(request, template, {'entry': entry})
def get(name):
return data.get(name)
def index(request, template='about/index.html'):
entry = get("Denigma")
return render(request, template, {'entry': entry})
def entry(value):
return get(value)
from px_build_doc.util import WikipediaManager, fetch_query
from px_build_doc.image_util import build_cover, get_font, read_image
import data
_, results, _ = data.get()
# an example that can be used with build cover
def test_draw(img,
d,
text=["title", "subtitle"],
locations=[(100, 850), (100, 900)],
sizes=[50, 20],
colour=(255, 255, 255, 255)):
# for txt,loc,size in zip(text,locations,sizes):
# d.text(loc, txt, font=get_font(size), fill=colour)
images = [
im for im in WikipediaManager().query(
# fetch_query()
"mastercard").images() if not im.endswith('svg')
]
url = images[1]
url = 'https://unaavictoria.org.au/wp-content/uploads/2016/08/DFAT-logo.jpg'
#url = 'https://www.google.com/url?sa=i&url=https%3A%2F%2Fsharedvalue.org.au%2Fprofiles%2Fdfat%2F&psig=AOvVaw0aPEl_e3z6EE9N48yMTh7i&ust=1582768657746000&source=images&cd=vfe&ved=0CAIQjRxqFwoTCMj8mu-O7ucCFQAAAAAdAAAAABAI'
rim = read_image(url, (300, 300))
img.paste(rim, (500, 80))
# build_cover('base_cover.png',test_draw)
def aspect(request, aspect):
aspect = get(aspect)
return render_to_response('aspects/aspect.html', {'aspect': aspect},
context_instance=RequestContext(request))
def get_context_data(self, **kwargs):
context = super(TissueList, self).get_context_data(**kwargs)
context['entry'] = get('Tissues')
return context
