def compute_ovb(self):
ovb = long(0)
for j in range(0, gCal.lastindex() + 1):
if self.m_inClose[j] >= 0.0:
pc = self.close(j - 1)
if self.m_inClose[j] >= pc:
ovb = ovb + long(self.m_inVol[j])
else:
ovb = ovb - long(self.m_inVol[j])
self.m_ovb[j] = ovb
def compute_ovb(self):
ovb = long(0)
for j in range(0,gCal.lastindex()+1):
if self.m_inClose[j]>=0.0:
pc = self.close(j-1)
if self.m_inClose[j]>=pc:
ovb = ovb + long(self.m_inVol[j])
else:
ovb = ovb - long(self.m_inVol[j])
self.m_ovb[j] = ovb
def create_array(defval):
n = gCal.lastindex() + 1
a = array([defval] * n)
return a
def create_array(defval):
n = gCal.lastindex()+1
a = array([defval]*n)
return a
