def overlay(line):
'''
overlay scan1 scan2
display scan1 in the viewport of scan2. The
window limits are defined by scan2
'''
ifc.command( "overlay " + line)
def setPixelImage(line):
'''
setPixelImage nameGqe ix iy val
ix, iy in image coordinated
ix >= 0 and ix < width
iy >= 0 and iy < height
'''
ifc.command( "setPixelImage " + line)
def setPixelWorld(line):
'''
setPixelWorld nameGqe x y val
x, y in physical coordinated
x >= xMin and x <= xMax
y >= yMin and y <= yMax
'''
ifc.command( "setPixelWorld " + line)
def setY(line):
'''
setY nameGqe index y-value
index starts at 0
this function sets the currentIndex
'''
ifc.command( "setY " + line)
def derivative(line):
'''
derivative <scan> [<scanNew>]
calculates the derivative of a scan a la Spectra
Example
-------
derivative s1
creates s1_derivative
'''
ifc.command( "derivative " + line)
def antiderivative(line):
'''
antiderivative <scan> [<scanNew>]
creates the antiderivative of a scan (Stammfunktion) a la Spectra
Example
-------
antiderivative s1
creates s1_antiderivative
'''
ifc.command( "antiderivative " + line)
def y2my(line):
'''
inverts y (y -> -y)
Examples
--------
y2my s1
creates s1_y2my
y2my s1 s2
'''
ifc.command( "y2my " + line)
def create(line):
'''
Create a scan
Examples:
create s1
uses these defaults: xMin = 0., xMax = 10., nPts = 101
create s1 0 1 11
create name s1 xMin 0. xMax 10. nPts 101
'''
ifc.command( "create " + line)
def delete(line):
'''
Delete one or all scans
Parameters
----------
None:
delete all scans
Name: string
a list of scans to be deleted
Example
-------
delete s1 s2
deletes scans s1 and s2
delete
deletes all scans
'''
ifc.command( "delete " + line)
def display_pysp(line):
'''
display one or more or all scans
'_pysp' distinguishes this command from IPython/core/display.py
Parameters
----------
None:
display all scans
Name: string
a list of scans to be displayed
Example
-------
display_pysp s1 s2
display scans s1 and s2
display_pysp
display all scans
'''
ifc.command( "display " + line)
def _execCommand(hsh):
'''
passes PySpectra commands to pysp.ipython.ifc.command()
called from
- toPyspLocal()
List of commands:
hsh = { 'command': ['cls', 'display']}
Single commands
hsh = { 'command': 'display'}
'''
import PySpectra.ipython.ifc as ifc
argout = "n.n."
if type(hsh['command']) == list:
for cmd in hsh['command']:
ret = ifc.command(cmd)
if ret != 'done':
return "zmqIfc._execCommand: '%s' was answered by %s" % (cmd,
ret)
return "done"
argout = ifc.command(hsh['command'])
return argout
def createPDF(line):
'''
Create a pdf file
'''
ifc.command( "createPDF " + line)
def setTitle(line):
'''
setTitle einTitel
'''
ifc.command( "setTitle " + line)
def cls(line):
'''
cls - clear the screen
'''
ifc.command( "cls")
def info(line):
'''
prints information about scans
'''
ifc.command( "info " + line)
def moveStart(line):
'''
moveStart scan1 destination
startes the move of scan1.motorNameList[0] to destination
'''
ifc.command( "moveStart " + line)
def move(line):
'''
move scan1 destination
moves the scan1.motorNameList[0] to destination
'''
ifc.command( "move " + line)
def noop(line):
'''
noop
no operation (except testing)
'''
ifc.command( "noop " + line)
def show(line):
'''
print the list of scans
'''
ifc.command( "show " + line)
def read(line):
'''
print the list of scans
'''
ifc.command( "read " + line)
def write(line):
'''
write a .fio file
'''
ifc.command( "write " + line)
def setWsViewport(line):
'''
setWsViewport DINA4
'''
ifc.command( "setWsViewport " + line)
def setComment(line):
'''
setComment aComment
'''
ifc.command( "setComment " + line)
def setText(line):
'''
setText nameGqe nameText string SomeText x 0.1 y 0.9 hAlign left vAlign top color red
'''
ifc.command( "setText " + line)