def open_modules():
""" Function that will load all modules """
dirs = os.listdir(path + "modules/")
modules = {}
for dir in dirs:
modules[dir] = Module(dir, path)
return modules
def lipo(self, platform, *frameworks):
merged = super(FrameworkModule, self).lipo(platform, *frameworks)
framework_module = FrameworkModule(Module(
merged.name,
merged.library_path,
glob('{}/Headers/*.h'.format(merged.framework_path)),
self.module.umbrella_header,
self.module.submodules
))
framework_module.framework_path = 'Frameworks/{}/{}.framework'.format(
platform.name, self.name)
framework_module.is_created = True
framework_module.abs_path = os.path.abspath(merged.framework_path)
return framework_module
def dice(d, file):
"""Output a Tracery module simulating a given dice roll using NdS notation."""
n, s = d.split('d')
n = int(n)
s = int(s)
possibility_space = itertools.product([i+1 for i in range(s)], repeat=n)
possibility_space = [sum(x) for x in possibility_space]
virtual_name = 'dice({0})'.format(d)
return Module(
name=virtual_name,
file_path='!dice({0})'.format(d),
productions={
virtual_name: ['{0}'.format(x) for x in possibility_space]
},
external=True,
variables=set(),
links=set()
)
if manufacturer is None:
return [
i['inverter'] for i in json.loads(open(SPATH + '/si.json').read())
]
else:
a = []
for i in json.loads(open(SPATH + '/si.json').read()):
if i['inverter'].find(manufacturer) != -1:
a.append(i['inverter'])
return a
if __name__ == "__main__":
from modules import Module, Array
PANEL = Module('Mage Solar : Powertec Plus 245-6 PL *')
INVERTER = Inverter("Enphase Energy: M215-60-SIE-S2x 240V",
Array(PANEL, [{
'series': 1
}]))
print INVERTER.array
print ""
print INVERTER.dump()
# si = sb6000us(s)
print INVERTER.p_ac(950)
print INVERTER.i_ac(960, 240)
INVERTER = Inverter("SMA America: SB7000US-11 277V",
Array(PANEL, [{
'series': 11,
def p_newMod(p):
'modName : MODULE NAME'
nonlocal curentMod
curentMod = Module(p[2])
