Python Math.round方法代码示例

# 需要导入模块: from java.lang import Math [as 别名]
# 或者: from java.lang.Math import round [as 别名]
    def initTabs(self):
        #
        ##  init autorize tabs
        #
        
        self.logTable = Table(self)

        self.logTable.setAutoCreateRowSorter(True)        

        tableWidth = self.logTable.getPreferredSize().width        
        self.logTable.getColumn("ID").setPreferredWidth(Math.round(tableWidth / 50 * 2))
        self.logTable.getColumn("URL").setPreferredWidth(Math.round(tableWidth / 50 * 24))
        self.logTable.getColumn("Orig. Length").setPreferredWidth(Math.round(tableWidth / 50 * 4))
        self.logTable.getColumn("Modif. Length").setPreferredWidth(Math.round(tableWidth / 50 * 4))
        self.logTable.getColumn("Unauth. Length").setPreferredWidth(Math.round(tableWidth / 50 * 4))
        self.logTable.getColumn("Authorization Enforcement Status").setPreferredWidth(Math.round(tableWidth / 50 * 4))
        self.logTable.getColumn("Authorization Unauth. Status").setPreferredWidth(Math.round(tableWidth / 50 * 4))

        self._splitpane = JSplitPane(JSplitPane.HORIZONTAL_SPLIT)
        self._splitpane.setResizeWeight(1)
        self.scrollPane = JScrollPane(self.logTable)
        self._splitpane.setLeftComponent(self.scrollPane)
        self.scrollPane.getVerticalScrollBar().addAdjustmentListener(autoScrollListener(self))
        self.menuES0 = JCheckBoxMenuItem(self._enfocementStatuses[0],True)
        self.menuES1 = JCheckBoxMenuItem(self._enfocementStatuses[1],True)
        self.menuES2 = JCheckBoxMenuItem(self._enfocementStatuses[2],True)
        self.menuES0.addItemListener(menuTableFilter(self))
        self.menuES1.addItemListener(menuTableFilter(self))
        self.menuES2.addItemListener(menuTableFilter(self))

        copyURLitem = JMenuItem("Copy URL");
        copyURLitem.addActionListener(copySelectedURL(self))
        self.menu = JPopupMenu("Popup")
        self.menu.add(copyURLitem)
        self.menu.add(self.menuES0)
        self.menu.add(self.menuES1)
        self.menu.add(self.menuES2)

        self.tabs = JTabbedPane()
        self._requestViewer = self._callbacks.createMessageEditor(self, False)
        self._responseViewer = self._callbacks.createMessageEditor(self, False)

        self._originalrequestViewer = self._callbacks.createMessageEditor(self, False)
        self._originalresponseViewer = self._callbacks.createMessageEditor(self, False)

        self._unauthorizedrequestViewer = self._callbacks.createMessageEditor(self, False)
        self._unauthorizedresponseViewer = self._callbacks.createMessageEditor(self, False)        

        self.tabs.addTab("Modified Request", self._requestViewer.getComponent())
        self.tabs.addTab("Modified Response", self._responseViewer.getComponent())

        self.tabs.addTab("Original Request", self._originalrequestViewer.getComponent())
        self.tabs.addTab("Original Response", self._originalresponseViewer.getComponent())

        self.tabs.addTab("Unauthenticated Request", self._unauthorizedrequestViewer.getComponent())
        self.tabs.addTab("Unauthenticated Response", self._unauthorizedresponseViewer.getComponent())        

        self.tabs.addTab("Configuration", self.pnl)
        self.tabs.setSelectedIndex(6)
        self._splitpane.setRightComponent(self.tabs)

# 需要导入模块: from java.lang import Math [as 别名]
# 或者: from java.lang.Math import round [as 别名]
rt = ResultsTable.getResultsTable()
xindex = rt.getColumnIndex("x")
yindex = rt.getColumnIndex("y") 
zindex = rt.getColumnIndex("z")
xA = rt.getColumn(xindex)
yA = rt.getColumn(yindex)
zA = rt.getColumn(zindex)

neighbornumA = NeighborChecker(xA, yA, zA, True)

for i in range(len(xA)):
	print xA[i], yA[i], zA[i], " .. Neighbor", neighbornumA[i]   
#	if xA[i] > 0:
	if neighbornumA[i] == 0:	
		cslice=Math.round(zA[i])+1
		if cslice > 0 and cslice <= nSlices:
			ip = imp2.getStack().getProcessor(cslice)
			ip.set(Math.round(yA[i]), Math.round(xA[i]), 255)
#imp2.show()


#MEASUREMENT 
#XYpositions is inverted (like the plot) and shift in z position

xyoffset = math.floor(thdist/2)
options = IS.INTEGRATED_DENSITY | IS.AREA | IS.MEAN | IS.STD_DEV
cal = Calibration()
rt = ResultsTable()
ct = 0
for i in range(len(xA)):

# 需要导入模块: from java.lang import Math [as 别名]
# 或者: from java.lang.Math import round [as 别名]
from org.jython.book.chap10_2 import Calculator
from java.lang import Math

class JythonCalc(Calculator):
    def __init__(self):
        pass

    def calculateTotal(self, cost, tip, tax):
        return cost + self.calculateTip(cost, tip) + self.calculateTax(cost, tax)

if __name__ == "__main__":
    calc = JythonCalc()
    cost = 23.75
    tip = .15
    tax = .07
    print "Starting Cost: ", cost
    print "Tip Percentage: ", tip
    print "Tax Percentage: ", tax
    print Math.round(calc.calculateTotal(cost, tip, tax))

# 需要导入模块: from java.lang import Math [as 别名]
# 或者: from java.lang.Math import round [as 别名]
# Set the intensity range
highCut=5.6
lowCut=1e-4
# highCut=0.74
# lowCut=-2
myPlot[0].highCut=highCut
myPlot[0].lowCut=lowCut
#### Coordinate grid ####
# We can draw a coordinate grid on the image. PlotXY doesn't provide a built-in
# way to generate a coordinate grid, so we need to compute in the script the
# positions of a number of meridians and parallels and draw them as LayerXY.
# Parallels every 15", meridians every 1s
deltaDec=15.0/3600.0
deltaRa=1.0*15.0/3600.0*2.0
# Compute the nearest parallel and meridian to the projection center
decCenter=(Math.round(crval2/deltaDec))*deltaDec
raCenter=(Math.round(crval1/deltaRa))*deltaRa
# Estimate how many parallels and meridians shall be drawn on each side
ndec=Integer(Math.round((yrange[1]-yrange[0])/deltaDec)).intValue()
ndec=1+ndec/2
nra=Integer(Math.round((xrange[0]-xrange[1])/deltaRa)).intValue()
nra=1+nra/2
# Draw parallels
dd=10
nn=(2*nra)*dd+1
for i in range(2*ndec+1):
	# Coordinates of parallels in the sky coordinates
	raPara=raCenter+(Float1d.range(nn)-nra*dd)*deltaRa/dd
	decPara=Float1d(nn)+decCenter+(i-ndec)*deltaDec
	# Coordinates of parallels in the pixels coordinates
	xpixPara=Float1d(nn)