import random
import math
import stimulus
#m: no. of stimuli
m = int(random.uniform(1, 3))
img = loadImage("cry.jpg")
D = 600
stim = list()
for i in range(m):
#stim.append(stimulus.stimulus(img, random.uniform(0,2*D), random.uniform(0,D), random.uniform(0,20), random.uniform(0,20)))
stim.append(stimulus.stimulus(img, 600, 300, 0, 0))
class vehicle(object):
# The Constructor is defined with arguments.
def __init__(self, xpos, ypos, L, B, l, b):
#self.c = c
self.xpos = xpos
self.ypos = ypos
self.L = L
self.B = B
self.l = l
self.b = b
# def rotates(self,x,y,cosine,sine):
# return x*cosine-y*sine,x*sine+y*cosine
def display(self):
stroke(0)
c = color(int(255 * (1 - math.exp(-self.total_activation()))))
import random
import math
import stimulus
#m: no. of stimuli
m = int(random.uniform(1, 5))
img = loadImage("cry.jpg")
D = 600
stim = list()
for i in range(m):
stim.append(
stimulus.stimulus(img, random.uniform(0, 2 * D), random.uniform(0, D),
random.uniform(0, 5), random.uniform(0, 5)))
#stim.append(stimulus.stimulus(img, 600, 300, 0, 0))
class vehicle(object):
# The Constructor is defined with arguments.
def __init__(self, xpos, ypos, L, B, l, b):
# self.c = c
self.xpos = xpos
self.ypos = ypos
self.L = L
self.B = B
self.l = l
self.b = b
# def rotates(self,x,y,cosine,sine):
# return x*cosine-y*sine,x*sine+y*cosine
def display(self):
img = loadImage("/home/ankit/Desktop/BV_Project/stimulus_data/cry.jpg")
flag = input(
"\n\n\nPress 1 for single fixed stimuli, \nPress 2 for multiple moving stimuli,\nPress 3 for multiple fixed stimuli. \n\n"
)
if (flag == 2 or flag == 3):
num = input("\nMaximum no. of stimulus allowed: ")
elif (flag == 1):
num = 1
m = int(random.uniform(1, num + 1)) # number of stimuli in the environment
stim = list() # creating an array of stimulus
for i in range(m):
if (flag == 1):
stim.append(stimulus.stimulus(img, 600, 300, 0, 0))
elif (flag == 2):
stim.append(
stimulus.stimulus(img, random.uniform(0, 2 * D),
random.uniform(0, D), random.uniform(0, 10),
random.uniform(0, 10)))
elif (flag == 3):
stim.append(
stimulus.stimulus(img, random.uniform(0, 2 * D),
random.uniform(0, D), 0, 0))
n = int(random.uniform(1, 1000)) # number of vehciles in the environment
objs = list() # creating an array of vehicles
for i in range(n):
objs.append(
vehicle.vehicle(random.uniform(0, 2 * D), random.uniform(0, D), d,
import random
import math
import stimulus
#m: no. of stimuli
m = int(random.uniform(1,3))
img = loadImage("cry.jpg")
D = 600
stim = list()
for i in range(m):
stim.append(stimulus.stimulus(img, random.uniform(0,2*D), random.uniform(0,D), random.uniform(0,20), random.uniform(0,20)))
#stim.append(stimulus(img, 600, 300, 0, 0))
class vehicle(object):
# The Constructor is defined with arguments.
def __init__(self, xpos, ypos, L, B, l, b):
#self.c = c
self.xpos = xpos
self.ypos = ypos
self.L = L
self.B = B
self.l = l
self.b = b
# def rotates(self,x,y,cosine,sine):
# return x*cosine-y*sine,x*sine+y*cosine
def display(self):
stroke(0)
def draw():
global cp5
global start
global stim
global objs
global n
global d
if (frameCount == 1):
background('#004477')
fill(126)
rect(.9 * width, 500, 80, 20)
fill(0)
textSize(16)
text(" Run", .9 * width, 516)
cp5 = ControlP5(this)
nAgent = cp5.addSlider("Agents")
nAgent.setPosition(.9 * width, 400).setSize(80, 20).setRange(
1, 1000).setValue(400).setNumberOfTickMarks(1000).setSliderMode(
Slider.FLEXIBLE)
scale = cp5.addSlider("scale")
scale.setPosition(.9 * width, 450).setSize(80, 20).setRange(
1, 10).setValue(2).setNumberOfTickMarks(10).setSliderMode(
Slider.FLEXIBLE)
l = "zero", "one", "two", "three", "four", "five", "six", "seven"
option = "Fixed", "Moving"
cp5.addScrollableList("Opt for Stimuli Motion").setPosition(
.9 * width,
5).setSize(100,
50).setBarHeight(10).setItemHeight(10).addItems(option)
cp5.addScrollableList("2a stimulus population").setPosition(
.9 * width,
100).setSize(100,
80).setBarHeight(10).setItemHeight(10).addItems(l)
cp5.addScrollableList("2b stimulus population").setPosition(
.9 * width,
200).setSize(100,
80).setBarHeight(10).setItemHeight(10).addItems(l)
cp5.addScrollableList("3a stimulus population").setPosition(
.9 * width,
300).setSize(100,
80).setBarHeight(10).setItemHeight(10).addItems(l)
cp5.get(ScrollableList,
"2a stimulus population").setType(ControlP5.LIST)
cp5.get(ScrollableList,
"2b stimulus population").setType(ControlP5.LIST)
cp5.get(ScrollableList,
"3a stimulus population").setType(ControlP5.LIST)
cp5.get(ScrollableList,
"Opt for Stimuli Motion").setType(ControlP5.LIST)
if mousePressed and (
mouseButton == LEFT) and mouseX > .9 * width and mouseX < (
.9 * width + 80) and mouseY > 500 and mouseY < 520:
stim = list() # creating an array of stimulus
flag = int(cp5.getController("Opt for Stimuli Motion").getValue())
n2a = int(cp5.getController("2a stimulus population").getValue())
n2b = int(cp5.getController("2b stimulus population").getValue())
n3a = int(cp5.getController("3a stimulus population").getValue())
n = int(cp5.getController("Agents").getValue())
for i in range(n2a):
if (flag == 1):
stim.append(
stimulus.stimulus(img1, '2a',
random.uniform(0, .9 * width),
random.uniform(0, D),
random.uniform(0, 10),
random.uniform(0, 10)))
elif (flag == 0):
stim.append(
stimulus.stimulus(img1, '2a',
random.uniform(0, .9 * width),
random.uniform(0, D), 0, 0))
for i in range(n2b):
if (flag == 1):
stim.append(
stimulus.stimulus(img2, '2b',
random.uniform(0, .9 * width),
random.uniform(0,
D), random.uniform(0, 3),
random.uniform(0, 3)))
elif (flag == 0):
stim.append(
stimulus.stimulus(img2, '2b',
random.uniform(0, .9 * width),
random.uniform(0, D), 0, 0))
for i in range(n3a):
if (flag == 1):
stim.append(
stimulus.stimulus(img3, '3a',
random.uniform(0, .9 * width),
random.uniform(0,
D), random.uniform(0, 3),
random.uniform(0, 3)))
elif (flag == 0):
stim.append(
stimulus.stimulus(img3, '3a',
random.uniform(0, .9 * width),
random.uniform(0, D), 0, 0))
objs = list() # creating an array of vehicles
d = int(cp5.getController(
"scale").getValue()) # accessing vehicle scale parameter
for i in range(n):
alpha = 2 * math.pi * random.uniform(0, 1)
objs.append(
vehicle.vehicle(random.uniform(0, .9 * width),
random.uniform(0, D), d, stim, alpha))
start = 1
if (start == 1):
background(0, 100, 100) # background of environment
fill(126)
rect(.9 * width, 0, .1 * width, height)
fill(255)
rect(.9 * width, 500, 80, 20)
fill(0)
textSize(16)
text("Run Again", .9 * width, 516)
textSize(12)
text("Stimulus Provocations", .9 * width + 2, 545)
text("2a: Cowardness", .9 * width + 5, 565)
text("2b: Aggression", .9 * width + 5, 580)
text("3a: Love", .9 * width + 5, 595)
for i in range(len(stim)):
# processing display and movement of stimulus
stim[i].display()
stim[i].move()
for i in range(n):
# processing display and movement of stimulus
objs[i].move()
objs[i].display()
sd.check_output_settings()
print(sd.query_devices())
print("Default input and output device: ", sd.default.device)
print("Sucessfully selected audio devices. Ready to record.")
parse._defaults(args)
elif args.test == True:
deltapeak = stim.test_deconvolution(args)
plt.plot(deltapeak)
plt.show()
else:
# Create a test signal object, and generate the excitation
testStimulus = stim.stimulus('sinesweep', args.fs)
testStimulus.generate(args.fs, args.duration, args.amplitude,
args.reps, args.startsilence, args.endsilence,
args.sweeprange)
# Record
recorded = utils.record(testStimulus.signal, args.fs,
args.inputChannelMap, args.outputChannelMap)
# Deconvolve
RIR = testStimulus.deconvolve(recorded)
# Truncate
lenRIR = 1.2
startId = testStimulus.signal.shape[0] - args.endsilence * args.fs - 1
endId = startId + int(lenRIR * args.fs)
img = img1, img2, img3
flag = input(
"\n\n\nPress 1 to generate moving stimuli,\nPress 2 to generate fixed stimuli. \n\n"
)
num = input("\nMaximum no. of each type of stimulus allowed: ")
m = num # number of each type of stimuli in the environment
print "number of each type of stimuli in the environment = ", m
stim = list() # creating an array of stimulus
for i in range(m):
if (flag == 1):
stim.append(
stimulus.stimulus(img1, '2a', random.uniform(0, 2 * D),
random.uniform(0, D), random.uniform(0, 3),
random.uniform(0, 3)))
stim.append(
stimulus.stimulus(img2, '2b', random.uniform(0, 2 * D),
random.uniform(0, D), random.uniform(0, 3),
random.uniform(0, 3)))
stim.append(
stimulus.stimulus(img3, '3a', random.uniform(0, 2 * D),
random.uniform(0, D), random.uniform(0, 3),
random.uniform(0, 3)))
elif (flag == 2):
stim.append(
stimulus.stimulus(img1, '2a', random.uniform(0, 2 * D),
random.uniform(0, D), 0, 0))
stim.append(
stimulus.stimulus(img2, '2b', random.uniform(0, 2 * D),