# PERCEPTRON SETTINGS FILE
#
# Perceptron reads this file on startup to determine the values of
# key program parameters. You may alter these settings at will, some
# values may cause the program to run out of memory or behave
# unexpectedly. Try to follow the guidelines for each setting.
# Follow the format <variable name> + " " + <value>

# RESOURCE DIRECTORY
#
# The contents of the resource directory are best left untouched,
# because the program cannot start if a file is missing.

image_directory resource/images/


# THE AUDIO INPUT can turn Perceptron into a sound visualizer (testing!)

audio_line 0


# SCREEN SETTINGS
#
# This determines the resolution of Perceptron's screen. Perceptron 
# attempts to set the display size to the smallest possible display
# that supports the resolution listed here. If the screen width and
# height listed here are greater than the maximum resolution of the 
# monitor, then these values default to the maximum monitor resolution.
# Set these to smaller values to increase speed at runtime. 
# possible values : integers greater than 0

# Note: 20230911 youtube size is 1186 666
# 16:9 ratio
# Reccomended
# 426 240
# 640 360
# 854 480
# 1280 720
# 1920 1080
# For 1600 x 720 HD+ low resolution
#SWIDTH=1520
#SHEIGHT=720
# For 2400 x 1080 FHD+ medium resolution
#SWIDTH=2280
#SHEIGHT=1080
# For 3200 x 1440 QHD+ high resolution
#SWIDTH=3040
#SHEIGHT=1440

screen_width  1520
screen_height 720


#screen_width  854
#screen_height 480
#screen_width  1280
#screen_height 720
#screen_width  1920
#screen_height 1080

#TREE SETTINGS
#
# These settings control aspects of the Tree located in the foreground
# This is the largest depth to which to render the tree that is in
# the foreground. Reduce this if the program runs out of memory 
# (which may manifest as the program failing to run at all)
# The number of computations required to draw the tree scales as
# 2^(1 + tree_depth) so the time for rendering the tree grows rapidly 
# as a function of depth.
# possible values : integers greater than 0 and less than 30
max_tree_depth 10
# This is the minimum depth to which to render the tree.
# possible values : integers greater than 0 and less than 30
min_tree_depth 4



# EQUATION DEFINITIONS (maps)
#
#   expressions in terms of z, no spaces please
#
#   Legal constants include:
#   e = 2.71828...
#   i = square-root of -1
#   p = pi = 3.14159...
#   f = golden ratio = 1.618...

map z*z
map z*1.1*e^(0.1*i)
map z*z*z
map z*abs(z)
map sin(z)^2 
map cos(i*z/w*2*p)^2    
map e^(sin(ln(z)*2*i)^2*p/(w*i))
map z/abs(sqrt((abs(z))^2-1.5))
map e^z+e^(iz)
map e^z+e^(z*e^(i*p/4))eryy[y
map 1/(z*e^(i*2*p/3)+1.4)+1/(z*e^(i*-2*p/3)+1.4)+1/(z+1.4)
map abs(z)*e^(i*arg(z)*2)*2
map z*z*e^(i*abs(z))
map z*z*z*e^(i*abs(z))
map z*e^(i*abs(z))*abs(z)/f
map acos(z*z)*asin(z*z)*e^(i*abs(z))
map acos(z*z)*asin(z*z)
map f/z+i*z
map (z+1)/(z-1)+(z-1)/(z+1)
map (z+i)/(z-i)+(z-i)/(z+i)
map z-((z^3-e^z-1)/(3*z^2-e^z))
map z-((z^3-1)/(3*z^2))
map 4*sqrt(w*w+h*h)/(2*p)*(arg(z)*exp(i*atan(h/w))+ln(abs(z))*exp(i*(p-atan(h/w))))
map 2*sqrt(w*w*4+h*h)/(2*p)*(arg(z)*exp(i*atan(h/w/2))+ln(abs(z))*exp(i*(p-atan(h/w*2))))