Curve()

Usage

curve = Curve( x, y,
                        name = None, lineType = "solid",
                        lineWidth = 1, symbol = None,
                        symbolSize= 1, color = "blue" )

Parameters

x (array): The value of the X data of the curve.
y (array): The value of the Y data of the curve.
name (string): The curve's name.
lineType (string): The curve's line types. Valid values are solid(-), dashed(--), dash-dot(-.) and dotted(:).
lineWidth (integer): The curve's line width.
symbol (string): The curve's symbol. Valid values are points(.), pixels(,), circle(o), triangleUp(^), triangleDown(v), triangleLeft(<), triangleRight(>), square(s), plus(+), cross(x), diamond(D), thinDiamond(d), tripodDown(1), tripodUp(2), tripodLeft(3), tripodRight(4), hexagon(h), rotatedHexagon(H), pentagon(p), verticalLine( | ) and horizontalLine( _ ).
symbolSize (integer): The curve's symbol size.
color (string): The curve's color string. Valid values are blue(b), green(g), red(r), cyan(c), magenta(m), yellow(y), black(k) and white(w).

Return Value

curve (dictionary): The created curve information.

Description

This routine creates a curve with the styles provided. The curve x and y data are given by x and y. The curve name, line type, line width, symbol, symbol size and color are given by name, lineType, lineWidth, symbol, symbolSize and color, respectively. For example,

nOsiVars = adb.get( "nOsiVars" )
presId = -1
massId = -1
for i in range( nOsiVars ):
   name = adb.get( "osiVarName", i )
   if name == "pressure": presId = i
   if name == "mass_flux": massId = i
nOsfs = adb.get( "nOsfs" )
inletId = -1
for i in range(nOsfs):
   name = adb.get( "osfName", i )
   if name == "inflow": inletId = i
pres = adb.get( "osiValues", inletId, presId )
mass = adb.get( "osiValues", inletId, massId )
mpCurve = Curve ( pres, mass, name = "Mass Flux",
                  color = "Red" )