def measure(color):
print "Color:" + str(color)
teststim.setColor(eizoGS320.encode_color(color, color))
teststim.draw()
mywin.flip()
time.sleep(imi)
# Trigger measurement
if(eyeone.I1_TriggerMeasurement() != constants.eNoError):
print("Measurement failed.")
# retrieve Color Space
if(eyeone.I1_GetTriStimulus(colorspace, 0) != constants.eNoError):
print("Failed to get color space.")
else:
print("Color Space " + str(colorspace[:]) + "\n")
color_list.append(colorspace[:])
# Write justmeasure color file containing the data
# f2.write(str(colorspace[:])[1:-1])
#f2.write("\n")
# retrieve spectrum
if(eyeone.I1_GetSpectrum(spectrum, 0) != constants.eNoError):
print("Failed to get spectrum.")
else:
print("Spectrum: " + str(spectrum[:]) + "\n")
spec_list.append(spectrum[:])
# write data to file
file.write_data_txt(grayvals=[color, color], rgb=None, xyY=colorspace,
voltage=None, spec_list=spectrum, delimiter="\t")
def measure(color):
print "Color:" + str(color)
teststim.setColor(eizoGS320.encode_color(color, color))
teststim.draw()
mywin.flip()
time.sleep(imi)
# Trigger measurement
if eyeone.I1_TriggerMeasurement() != constants.eNoError:
print ("Measurement failed.")
# retrieve Color Space
if eyeone.I1_GetTriStimulus(colorspace, 0) != constants.eNoError:
print ("Failed to get color space.")
else:
print ("Color Space " + str(colorspace[:]) + "\n")
color_list.append(colorspace[:])
# Write justmeasure color file containing the data
# f2.write(str(colorspace[:])[1:-1])
# f2.write("\n")
# retrieve spectrum
if eyeone.I1_GetSpectrum(spectrum, 0) != constants.eNoError:
print ("Failed to get spectrum.")
else:
print ("Spectrum: " + str(spectrum[:]) + "\n")
spec_list.append(spectrum[:])
# write data to file
file.write_data_txt(
grayvals=[color, color], rgb=None, xyY=colorspace, voltage=None, spec_list=spectrum, delimiter="\t"
)
from stimuli import eizoGS320
import Image
color = bg = 621
voltages = (1067, 1590, 1514)
# set tubes (see find_color.R for details)
tub = DevTubes()
eye_one = EyeOne()#dummy=True)
mywin = visual.Window(size=(1024, 1536), monitor='mymon',
color=(1, 0, 0), screen=1, colorSpace='rgb')
mon = Monitor(mywin)
tub.setVoltages(voltages)
bg = visual.GratingStim(mywin, tex=None, mask=None, units="norm", pos=(0, 0),
size=(2, 2), color=eizoGS320.encode_color(color,
color), colorSpace="rgb255")
bg.draw()
mywin.flip()
mouse = event.Mouse(mywin)
show = True
while show:
core.wait(0.01)
left, middle, right = mouse.getPressed()
if left:
core.wait(0.2)
show=False
colorspace = (c_float * constants.TRISTIMULUS_SIZE)()
spectrum = (c_float * constants.SPECTRUM_SIZE)()
spec_list = []
color_list = []
#set monitor color
mywin = visual.Window([1024,1536], monitor="mymon", color=(100,100,0),
screen=1, colorSpace="rgb255", allowGUI=False, units="pix")
# teststim=SquareStim(mywin,color=500, size=1024)
#background = eizoGS320.decode_color((mywin.color[0], mywin.color[1], mywin.color[2]))
#if not(background[0] == background[1]):
#print("WARNING: There is something wrong with the background color")
teststim = visual.GratingStim(mywin, tex=None, units='norm', pos=(0, 0), size=2,
colorSpace=mywin.colorSpace,
color=eizoGS320.encode_color(400, 400))
# while color > 0:
# teststim.draw()
# mywin.flip()
# color-=10
# teststim.setColor(eizoGS320.encode_color(color, color))
# print("something")
# if event.getKeys(keyList='escape'):
# break
# import pdb #@@@
# pdb.set_trace() #@@@
# print 'stop here' #@@@
def measure(color):
print "Color:" + str(color)
mywin = visual.Window([1024, 1536],
monitor='mymon',
color=(155, 155, 17),
screen=1,
colorSpace="rgb255",
allowGUI=False)
calibmonitor = CalibMonitor(eyeone, mywin)
calibtubes = CalibTubes(eyeone)
#calibtubes.is_calibrated = True
calibrate = Calibrate(calibmonitor, calibtubes)
colortable = ColorTable()
color1 = ColorEntry("color850",
patch_stim_value=eizoGS320.encode_color(850, 850))
color2 = ColorEntry("color600",
patch_stim_value=eizoGS320.encode_color(600, 600))
color3 = ColorEntry("color390",
patch_stim_value=eizoGS320.encode_color(390, 390))
color4 = ColorEntry("color621",
patch_stim_value=eizoGS320.encode_color(621, 621))
## MONITOR
#calibrate.calibmonitor.startMeasurement()
#calibrate._measureColorEntryMonitor(color1, n=20)
#calibrate._measureColorEntryMonitor(color2, n=20)
#calibrate._measureColorEntryMonitor(color3, n=20)
#
#with open("measured_colors_monitor.txt", "w") as f:
# for color in (color1, color2, color3):
from achrolab.colorentry import ColorEntry
from achrolab.calibrate import Calibrate
eyeone = EyeOne()
mywin = visual.Window([1024,1536], monitor='mymon', color=(155,155,17),
screen=1, colorSpace="rgb255", allowGUI=False)
calibmonitor = CalibMonitor(eyeone, mywin)
calibtubes = CalibTubes(eyeone)
#calibtubes.is_calibrated = True
calibrate = Calibrate(calibmonitor, calibtubes)
colortable = ColorTable()
color1 = ColorEntry("color850", patch_stim_value=eizoGS320.encode_color(850, 850))
color2 = ColorEntry("color600", patch_stim_value=eizoGS320.encode_color(600, 600))
color3 = ColorEntry("color390", patch_stim_value=eizoGS320.encode_color(390, 390))
color4 = ColorEntry("color621", patch_stim_value=eizoGS320.encode_color(621, 621))
## MONITOR
#calibrate.calibmonitor.startMeasurement()
#calibrate._measureColorEntryMonitor(color1, n=20)
#calibrate._measureColorEntryMonitor(color2, n=20)
#calibrate._measureColorEntryMonitor(color3, n=20)
#
#with open("measured_colors_monitor.txt", "w") as f:
# for color in (color1, color2, color3):
# f.write(str(color.name)+"\n")
# f.write(str(color.patch_stim_value)+"\n")
# f.write(str(color.monitor_xyY)+"\n")
###### (1.2) up ######
col_list = range(ncol)
xyY_list = list()
print("up")
dataFile = open(
'D:/software/achrolabutils/calibdata/measurements/monitor_up_' +
time.strftime("%Y%m%d_%H%M") + '.csv', 'w')
# add headline to files
dataFile.write('color' + ',' + 'x' + ',' + 'y' + ',' + 'Y' + '\n')
for color in col_list:
xyY_list.append(
mon.measureGratingStimColor(eizoGS320.encode_color(color, color)))
print(color)
for i in range(len(col_list)):
dataFile.write(
str(col_list[i]) + ',' + str(xyY_list[i][0][0]) + ',' +
str(xyY_list[i][0][1]) + ',' + str(xyY_list[i][0][2]) + '\n')
# close dataFile
dataFile.close()
###### (1.2) down ######
col_list.reverse()
xyY_list = list()
print("down")
mywin = visual.Window(
[1024, 1536], monitor="mymon", color=(100, 100, 0), screen=1, colorSpace="rgb255", allowGUI=False, units="pix"
)
# teststim=SquareStim(mywin,color=500, size=1024)
# background = eizoGS320.decode_color((mywin.color[0], mywin.color[1], mywin.color[2]))
# if not(background[0] == background[1]):
# print("WARNING: There is something wrong with the background color")
teststim = visual.GratingStim(
mywin,
tex=None,
units="norm",
pos=(0, 0),
size=2,
colorSpace=mywin.colorSpace,
color=eizoGS320.encode_color(400, 400),
)
# while color > 0:
# teststim.draw()
# mywin.flip()
# color-=10
# teststim.setColor(eizoGS320.encode_color(color, color))
# print("something")
# if event.getKeys(keyList='escape'):
# break
# import pdb #@@@
# pdb.set_trace() #@@@
# print 'stop here' #@@@
# for all three methods (up, down, random)
###### (1.2) up ######
col_list = range(ncol)
xyY_list = list()
print("up")
dataFile = open('D:/software/achrolabutils/calibdata/measurements/monitor_up_' +
time.strftime("%Y%m%d_%H%M") + '.csv', 'w')
# add headline to files
dataFile.write('color' + ',' + 'x' + ',' + 'y' + ',' + 'Y' + '\n')
for color in col_list:
xyY_list.append(mon.measureGratingStimColor(eizoGS320.encode_color(color,
color)))
print(color)
for i in range(len(col_list)):
dataFile.write(str(col_list[i]) + ',' + str(xyY_list[i][0][0]) + ',' +
str(xyY_list[i][0][1]) + ',' + str(xyY_list[i][0][2]) + '\n')
# close dataFile
dataFile.close()
###### (1.2) down ######
col_list.reverse()
xyY_list = list()
print("down")
