def yCos(parm, r=0):
"""
parm: (amp,freq,phase,mean)
amp * N.sin(freq*r + phase(deg)) + mean
r: degree (not radian!!)
"""
a, b, c, d = parm
r = U.deg2rad(r)
c = U.deg2rad(c)
return a * N.cos(b * r + c) + d
def yCos(parm, r=0):
"""
parm: (amp,freq,phase,mean)
amp * N.sin(freq*r + phase(deg)) + mean
r: degree (not radian!!)
"""
a, b, c, d = parm
r = U.deg2rad(r)
c = U.deg2rad(c)
return a * N.cos(b*r + c) + d
def zoomToAll(self):
if self.m_nImgs < 1:
return
posA=N.array(self.m_imgPosArr)
sizA=N.array(self.m_imgSizeArr)
a=N.array([N.minimum.reduce(posA),
N.maximum.reduce(posA+sizA),
])
from Priithon.all import U
MC = N.array([0.5, 0.5]) # mosaic viewer's center (0.5, 0.5)
a -= MC
hypot = N.array((N.hypot(a[0][0], a[0][1]),
N.hypot(a[1][0], a[1][1])))
theta = N.array((N.arctan2(a[0][1], a[0][0]),
N.arctan2(a[1][1], a[1][0]))) # radians
phi = theta + U.deg2rad(self.m_rot)
mimXY = N.array((hypot[0]*N.cos(phi[0]), hypot[0]*N.sin(phi[0])))
maxXY = N.array((hypot[1]*N.cos(phi[1]), hypot[1]*N.sin(phi[1])))
a = N.array((mimXY, maxXY))
a.sort(0)
if self.m_aspectRatio == -1:
a = N.array(([a[0][0],-a[1][1]],[a[1][0],-a[0][1]]))
self.zoomToRect(x0=a[0][0], y0=a[0][1],
x1=a[-1][0],y1=a[-1][1])
