def valid(self, lon, lat, zvalue):
if equal(lon, 0) or equal(lon, self.defaultvalue):
return False
if equal(lat, 0) or equal(lat, self.defaultvalue):
return False
if equal(zvalue, self.defaultvalue):
return False
return True
def valid(self, lon, lat, zvalue):
if equal(lon, 0) or equal(lon, self.defaultvalue):
return False
if equal(lat, 0) or equal(lat, self.defaultvalue):
return False
if equal(zvalue, self.defaultvalue):
return False
return True
def UpdateData(self, products, micapsfile):
self.UpdateExtents(products)
# micapsfile = products.micapsfiles[0]
self.min = self.Z.min()
self.max = self.Z.max()
self.distance = micapsfile.contour.step
self.min = math.floor(self.min / self.distance) * self.distance
self.max = math.ceil(self.max / self.distance) * self.distance
# 如果自定义了legend的最小、最大和步长值 则用自定义的值更新
self.UpdatePinLegendValue(micapsfile)
from Main import equal
if micapsfile.uv.onspeed and not equal(self.Z.max(), 0):
self.linewidth = 5 * self.Z / self.Z.max()
else:
self.linewidth = micapsfile.uv.linewidth
self.density = micapsfile.uv.density
self.barbsgrid = micapsfile.uv.barbsgrid
if micapsfile.uv.oncolor:
self.color = self.Z
self.cmap = nclcmaps.cmaps(micapsfile.legend.micapslegendcolor)
else:
self.color = micapsfile.uv.color
self.barbs = micapsfile.uv.barbs
self.stream = micapsfile.uv.stream
self.length = micapsfile.uv.length
self.scale = micapsfile.uv.scale
self.wholeclip = micapsfile.uv.wholecilp
self.colorlist = micapsfile.legend.legendcolor
def UpdateData(self, products, micapsfile):
self.UpdateExtents(products)
# micapsfile = products.micapsfiles[0]
self.min = self.Z.min()
self.max = self.Z.max()
self.distance = micapsfile.contour.step
self.min = math.floor(self.min / self.distance) * self.distance
self.max = math.ceil(self.max / self.distance) * self.distance
# 如果自定义了legend的最小、最大和步长值 则用自定义的值更新
self.UpdatePinLegendValue(micapsfile)
from Main import equal
if micapsfile.uv.onspeed and not equal(self.Z.max(), 0):
self.linewidth = 5 * self.Z / self.Z.max()
else:
self.linewidth = micapsfile.uv.linewidth
self.density = micapsfile.uv.density
self.barbsgrid = micapsfile.uv.barbsgrid
if micapsfile.uv.oncolor:
self.color = self.Z
self.cmap = nclcmaps.cmaps(micapsfile.legend.micapslegendcolor)
else:
self.color = micapsfile.uv.color
self.barbs = micapsfile.uv.barbs
self.stream = micapsfile.uv.stream
self.length = micapsfile.uv.length
self.scale = micapsfile.uv.scale
self.wholeclip = micapsfile.uv.wholecilp
self.colorlist = micapsfile.legend.legendcolor
def EqualDefaultValue(self, value):
return equal(self.defaultvalue, value)
def EqualDefaultValue(self, value):
return equal(self.defaultvalue, value)
