# Generated by OpenSesame 0.27.4 (Frisky Freud)
# Tue Mar 11 10:36:55 2014 (nt)
# <http://www.cogsci.nl/opensesame>

set mouse_backend "legacy"
set subject_parity "even"
set height "768"
set font_family "mono"
set font_italic "no"
set custom_cursor "no"
set synth_backend "legacy"
set title "New experiment"
set coordinates "relative"
set start "experiment"
set sampler_backend "legacy"
set transparent_variables "no"
set foreground "white"
set font_bold "no"
set description "Default description"
set background "black"
set font_size "20"
set keyboard_backend "legacy"
set canvas_backend "legacy"
set compensation "0"
set subject_nr "0"
set width "1024"

define sketchpad welcome
	set duration "keypress"
	set start_response_interval "no"
	set description "Displays stimuli"
	draw textline 0 0 "OpenSesame 0.27 'Frisky Freud'" center=1 color=white font_family="serif" font_size=32 font_italic=no font_bold=no show_if="always" html="yes"

define inline_script _inline_script
	___run__
	global n_product
	n_product=5
	__end__
	set _prepare ""
	set description "Executes Python code"

define notepad getting_started
	__note__
	Hi,

	Welcome to OpenSesame 0.27 "Frisky Freud"!

	If you are new to OpenSesame, you may wish to follow the tutorial,
	which can be found online.

	There are also many example experiments, which may help you to get
	started with creating your own. These can be found in the "examples"
	folder provided with OpenSesame or, again, online,

	For more information, please refer to OpenSesame documentation area:
	<http://osdoc.cogsci.nl/>

	And feel free to ask for help on the forum:
	<http://forum.cogsci.nl/>

	Have fun with OpenSesame!

	--

	Sebastiaan
	__end__
	set description "Some pointers to help you get started!"

define sequence experiment
	run inline_script "always"
	run logger "always"

define inline_script inline_script
	___run__
	from openexp.canvas import canvas
	from openexp.mouse import mouse
	my_canvas1 = canvas(self.experiment)
	my_mouse = mouse(self.experiment, timeout=20)
	my_canvas2 = canvas(self.experiment)

	#Set Number of products
	n_product=3

	#Set attribute to be rated
	C1 = ("Rate these products on roughness")
	#C2 =  ("Dry")
	#C3 = ("Smooth")

	C1_left= ("Very much")
	C1_right= ("Very less")


	#Set  Product names

	P1= ("Pro1")
	P2= ("Pro2")
	P3= ("Pro3")

	# Set slider dimensions
	slider_w = 700
	slider_h = 10

	#width (1024) and height (768) are dependent on backend settings; make changes to these settings according to number of products

	# Set positions of sliders
	slider_x_P1 = self.get("width")/2-slider_w/2
	slider_y_P1 = self.get("height")/4 -slider_h/2
	slider_x_P2 = self.get("width")/2-slider_w/2
	slider_y_P2 = self.get("height")/2-slider_h/2

	slider_x_P3 = self.get("width")/2-slider_w/2
	slider_y_P3 = self.get("height") * 3/4 -slider_h/2


	while True:

	    # Determine the slider fill based on the mouse position
	    pos, time = my_mouse.get_pos()
	    x, y = pos
	    slider_fill_P1 = min(slider_w, max(0, x-slider_x_P1))
	    slider_fill_P2 = min(slider_w, max(0, x-slider_x_P2))
	    slider_fill_P3 = min(slider_w, max(0, x-slider_x_P3))
	    my_canvas1.set_bgcolor ('white')
	    my_canvas1.set_fgcolor('blue')
	    my_canvas1.clear()

	    # Draw the active text
	    my_canvas1.text((C1), y=slider_y_P1-100)
	    my_canvas1.text((P1), y=slider_y_P1-20)
	    my_canvas1.text(C1_left, x=slider_x_P1 - 100, y=slider_y_P1)
	    my_canvas1.text(C1_right, x=slider_x_P1 + 800, y=slider_y_P1)
	    # Draw the slider frame
	    my_canvas1.rect(slider_x_P1, slider_y_P1, slider_w, slider_h)
	    # Draw the slider fill
	    my_canvas1.rect(slider_x_P1, slider_y_P1, slider_fill_P1, slider_h, fill=True)
	    # Draw the mouse cursor
	    my_canvas1.arrow(x+20, y+10, x, y)


	    # Draw the second slider frame
	    my_canvas1.text((P2), y=slider_y_P2-20)
	    my_canvas1.text(C1_left, x=slider_x_P2 - 100, y=slider_y_P2)
	    my_canvas1.text(C1_right, x=slider_x_P2 + 800, y=slider_y_P2)
	    my_canvas1.rect(slider_x_P2, slider_y_P2, slider_w, slider_h)
	    # Draw the slider fill
	    my_canvas1.rect(slider_x_P2, slider_y_P2, slider_fill_P2, slider_h, fill=True)
	    # Draw the third slider frame
	    my_canvas1.text((P3), y=slider_y_P3-20)
	    my_canvas1.text(C1_left, x=slider_x_P3 - 100, y=slider_y_P3)
	    my_canvas1.text(C1_right, x=slider_x_P3 + 800, y=slider_y_P3)
	    my_canvas1.rect(slider_x_P3, slider_y_P3, slider_w, slider_h)
	    # Draw the slider fill
	    my_canvas1.rect(slider_x_P3, slider_y_P3, slider_fill_P3, slider_h, fill=True)
	    my_canvas1.show()
	    # Poll the mouse for buttonclicks
	    n_click = 0
	    while n_click <= n_product:
	        button, position, timestamp = my_mouse.get_click(timeout=20)
	        n_click = n_click+1
	        #if button != None:
	             #break
	        slider_percent = 100.0*slider_fill_P1/slider_w
	        self.experiment.set('slider_percent_%d' %n_click, slider_percent)
	__end__
	set _prepare ""
	set description "Executes Python code"

define form_base form_base
	widget 0 0 1 1 label text="Is this product good?"
	widget 0 1 1 1 rating_scale var="response" nodes="Agree;Don't know;Disagree"


define logger logger
	set ignore_missing "yes"
	set description "Logs experimental data"
	set auto_log "no"
	set use_quotes "yes"
	log "slider_percent_1"
	log "slider_percent_2"
	log "slider_percent_3"