#
#Last update: 2006/06/30  SR
#Updated for Version 1.01 
#
#=======================================================
# At startup the program is looking for a ContStimMaster.ini file in the directories:
# C:\WINNT
# C:\WINDOWS
#  - the first file found is used
#
# Example of ContStimMaster.ini:
# == Begin ==
#[contstim]
#IniFile=C:\users\rebrik\contstim.ini
# == End ==
# IniFile is a complete path to the file with contstim parameters. 
# If the file specified in IniFile is not found, ContStimMaster.ini is used,
# so it can contain all contstim.ini parameters if needed
# Warning: ContStimMaster.ini is read only ONCE at the program start, so if 
# ContStimMaster.ini is changed, the program has to be restarted 
# for the changes to take effect
#=======================================================
#contstim.ini file
#
#SECTIONS: [Setup] [Log] [GammaCorrection]
#          [contstim] [EpisodicGratings][Bitmap]  
#          [Sync] [TTL] [Trigger]
#
#-------------------------------------------------------
[Setup]
#Note: paramters in this section are read only once at
#the program startup, they are not reloaded on parameter
#initialization

#"iSetupDIO","1",iSetupDIO
# Initialize DIO board. Note: should be set to 1 for TTL or DIO use
iSetupDIO = 1

#"iSetupUDP","1",iSetupUDP
# Initialize DIO board. Note: should be set to 1 for UDP sync use
iSetupUDP = 1

#-------------------------------------------------------
[Log]
#"blnIgnoreMissedFrames", "0",z_blnIgnoreMissedFrames
# Ignore missing frames, do not stop when there are too many.
# Useful for debugging on slow computers
blnIgnoreMissedFrames = 0

#"blnWriteLogFiles", "1",z_blnWriteLogFiles
# Save ini files on every stimulus run
blnWriteLogFiles = 1

#"strLogFilesDir", "c:\\Temp",z_szLogFilesDir
# Directory where to save the log. It should exist
strLogFilesDir = "c:\temp\constimlog"
  
#-------------------------------------------------------
[GammaCorrection]
#"MonitorIntensitiesFile", "", str
# File containing output intensities versus color index
# It has 256 lines in the format:
#ColorIndex  MonitorIntensity
#Example:
#123 45.78
#Lines are ordered by color index (0 to 255)
#If no file is specified a default identity dependency is used
#resulting in no gamma-correction
MonitorIntensitiesFile = "Y:\work\Stryker\ContStim\MonitorCalibration\Nokia445X_HSE839_2.txt"

#-------------------------------------------------------
[contstim]
#---> Monitor settings

#"monitorwidthcm", "40", monitorwidthcm
# Screen width in centimeters. If specified, is used to calculate pixelwidthum
monitorwidthcm = 40

#"monitorheightcm", "30", monitorheightcm
# Screen height in centimeters, not used. 
# All angles are calculated from the horizontal dimensions, 
# pixels are considered to be square
monitorheightcm = 30

#"MonitorResolutionWidth", "1024", display_width
# Horizontal number of pixels. Used to set videomode,
# also used to calculate pixelwidthum 
MonitorResolutionWidth = 1024

#"MonitorResolutionHeight", "768", display_height
# Vertical number of pixels. Used to set videomode.
MonitorResolutionHeight = 768

#"screendistancecm", "40.0", screendistancecm
# Distance from the monitor in centimeters
screendistancecm = 40

#"refreshratehz", "60.0", refreshratehz
# Monitor refresh rate in Hz  
# NOTE: In versions <0.002 2005/07/07> and higher it DOES set the refresh rate!
refreshratehz = 60

#"blnSetRefreshRate", "1", blnSetRefreshRate
# When blnSetRefreshRate = 0 refresh rate is not set by contstim. Default is 1 (Do Set)
# If blnSetRefreshRate = 0 double check that <refreshratehz> is set to actual refresh rate.
blnSetRefreshRate = 1

#"contrastpct", "80.0", contrastpct
#"backgroundpct", "50.0", backgroundpct
# Contrast in percent and background in percent
# Background and foreground brightnesses are calculated from 
# these parameters as follows:
#	fore=((backgroundpct+backgroundpct*contrastpct)*2.55);
#	back=((backgroundpct-backgroundpct*contrastpct)*2.55);
# Brightness is clipped in software to fit in 0-255 range
contrastpct = 100
backgroundpct = 50

#"BoundBoxCenterXDeg", "0.0", dBoundBoxCenterXDeg
#"BoundBoxCenterYDeg", "0.0", dBoundBoxCenterYDeg
# Center of the box (in degrees) in which stimulus is displayed
# 0,0 corresponds to the screen center
# X -axis: right shift - positive, left shift - negative
# Y- axis: down shift - positive, up shift - negative
BoundBoxCenterXDeg = 0
BoundBoxCenterYDeg = 0

#"BoundBoxCenterWidthDeg", "20", dBoundBoxCenterWidthDeg
#"BoundBoxCenterHeightDeg", "15", dBoundBoxCenterHeightDeg
# Size of the box (in degrees) in which stimulus is displayed
#BoundBoxCenterWidthDeg = 57.3
#BoundBoxCenterHeightDeg = 42.97

BoundBoxCenterWidthDeg = 40
BoundBoxCenterHeightDeg = 40

#---> Phase settings

#"iniangle", "0", z_dPhase0_Beg
# Starting phase of a sequence in cycles.
# Meaning of sequence is stimuls-specific, see below.
iniangle = 0.0

#"finangle", "5", z_dPhase0_End
# Final phase of a sequence in cycles.
# Meaning of sequence is stimuls-specific, see below.
finangle = 50

#"anglecycle_min", "0.2", anglecycle_min
# Rate of orientation sweep in orientation cycles (360deg. each) per minute
# e.g. anglecycle_min = 0.1 is 360 degrees in 10 minutes
anglecycle_min = 120

#"tfcycle_min", "1.0", z_dTF_CyclesPerMinute
# Rate of temporal frequency sweep, cycles per minute
tfcycle_min = 2

#"sfcycle_min", "1.0", z_dSF_CyclesPerMinute
# Rate of spatial frequency sweep, cycles per minute
sfcycle_min = 2

#"BitmapPeriodSec", "8.0", dBitmapPeriodSec
# Duration of display of one sequence of bitmaps in seconds.
# Each bitmap is displayed for BitmapPeriodSec/N_Bitmaps
BitmapPeriodSec = 10.0

# Note: in drifting gratings, phase rate is controlled by
# the temporal frequency: tfcycle_sec
# Temporal frequency of a grating in Hz (cycles per second)


#---> Gratings settings

#"blnSineGratings", "0", blnSineGratings
# Selects whether to use square grating (0) or 
# sine grating (1)
blnSineGratings = 1;

#"striperatio", "0.5", striperatio
# Fraction of the spatial period occupied by a stripe (bright part of the grating)
striperatio = 0.4

#"direction_deg", "0.0", direction_deg
# Direction of movement in degrees. 0 is from left to right, 90 is from bottom to top
direction_deg = 0

#"sfcycle_deg", "0.2", sfcycle_deg
# Spatial frequency of grating in cycles/degree
# 0.017453302 =  1 cycle of 1024 pixels on 40cm wide screen viewd from 40 cm
#sfcycle_deg = 0.217453302
sfcycle_deg = 0.05

#"tfcycle_sec", "2.0", tfcycle_sec
# Temporal frequency of a grating or drifting circles in Hz (cycles per second)
tfcycle_sec = 0.01

#"blnOldStripePhaseCompatibility", "1",blnOldStripePhaseCompatibility
# In old compatibility mode Phase = 0 when the stripe is in the center,
# otherwise Phase = 0 when the down-up transition is in the center
# ( 0 degree direction, moving left-to-right, dark left, bright right)
blnOldStripePhaseCompatibility = 1

# Rotating gratings
#"clockwise", "1.0", clockwise
# Rotation direction. Should be +1 or -1
# -1 corresponds to counterclockwise direction
clockwise = -1

# Variable spatial frequency gratings
#"minsfcycle_deg", "0.2", minsfcycle_deg
#"maxsfcycle_deg", "0.4", maxsfcycle_deg
# In Variable SF gratings, minsfcycle_deg specifies the SF displayed at the 
# start of a cycle, and maxsfcycle_deg specifies the SF displayed at the end 
# of a cycle.  If minsfcycle_deg < maxsfcycle_deg, stimuli go low -> high SF.
# If maxsfcycle_deg < minsfcycle_deg, stimuli go high -> low SF.
minsfcycle_deg=0.1
maxsfcycle_deg=0.5

# Variable temporal frequency gratings
#"mintfcycle_sec", "1", mintfcycle_sec
#"maxtfcycle_sec", "4", maxtfcycle_sec
# In Variable TF gratings, mintfcycle_deg specifies the TF displayed at the 
# start of a cycle, and maxtfcycle_deg specifies the TF displayed at the end 
# of a cycle.  If mintfcycle_deg < maxtfcycle_deg, stimuli go low -> high TF.
# If maxtfcycle_deg < mintfcycle_deg, stimuli go high -> low TF.
mintfcycle_sec = 0.5
maxtfcycle_sec = 5.0

# Bar fields
#"barPhasesFilename", "C:\ContStim\BarPhases.txt", szBarPhasesFilename
#"barLengthDeg", "3.0", barLengthDeg
#"barSpacingDeg", "6.0", barSpacingDeg

barPhasesFilename = "C:\ContStim\BarPhases.txt"
barLengthDeg = 3.0
barSpacingDeg = 6.0

# Multiple spatial frequency stripes
#"stripesizedeg", "10.0", stripesizedeg
# Size of stripe in degrees for drifting multiple spatial frequency stripes.
stripesizedeg = 6.0
#"speeddeg_sec", "1.0" speeddeg_sec;
# Speed of multiple spatial frequency stripes, degrees per second
speeddeg_sec = 0.5

# Old Val's stuff, used in bitmaps and stripes
#"originx_deg", "0.0", originx_deg
# Used in drifting stripes and in bitmaps
# Relative to the screen center
originX_deg = 0.0

# Old Val's stuff, used in bitmaps and stripes
#"originy_deg", "0.0", originy_deg
# Used in drifting circles, drifting square grating and in bitmaps
# Relative to the screen center
originY_deg = 0.0

#-------------------------------------------------------
[EpisodicGratings]
# Square wave gratings.

#"EpisodicSequenceCommonDisplayTimeSec", "0.0", dEpisodicSequenceCommonDisplayTimeSec
#if "EpisodicSequenceCommonDisplayTimeSec" is bigger then 0, all gratings
# are displayed for the specified duration in seconds regardless of the duration
# specified in the EpisodicSequence string (see below)
#EpisodicSequenceCommonDisplayTimeSec="4"

#"EpisodicSequence", "0,2|90,2|180,2|270,2|blank,2"
# Sequence of parameter sets divided by "|"
# Parameter set format: X,Y,Z 
# X-direction of grating, 
# Y-duration in seconds, 
# Z-keep the phase constant if possible
#
# if X is "blank" , then background is shown: Y is the duration, Z is not used.
#Examples:
#EpisodicSequence= "0,1.0,0|45,1.0,0|blank,2|90,1.0,0|blank,2|135,1.0,0 "
# 8 conditions - direction
#EpisodicSequence="0,1.0,0|45,1.0,0|90,1.0,0|135,1.0,0|180,1.0,0|225,1.0,0|270,1.0,0|315,1.0,0"
#EpisodicSequence="0,1.0,0|blank,2|45,1.0,0|blank,2|90,1.0,0|135,1.0,0|180,1.0,0|225,1.0,0|270,1.0,0|315,1.0,0"
#EpisodicSequence= "0,1.0,0|blank,2|90,1.0,0|blank,2|180,1.0,0|blank,2|270,1.0,0|blank,2"
#EpisodicSequence= "0,2,0|180,2,1|0,2,1|180,2,1|blank,1"
EpisodicSequence= "blank,2|0,2,1|180,2,1|45,2,0|225,2,1|90,2,0|270,2,1|135,2,0|315,2,1"

#-------------------------------------------------------
[Bitmap]
#---> Bitmap settings
#"BitmapDirectory", ".", pcBitmapDirectory
# The directory where bitmaps are stored
BitmapDirectory = "Y:\work\Stryker\ContStim\bmp\"

#BitmapFileNameMask", "*.bmp", pcBitmapFileNameMask
# Mask to select bitmaps e.g. movie01_frame*.bmp
BitmapFileNameMask = frame*.bmp

#"BitmapStretchCoeff", "1.0", fBitmapStrechCoeff
# Scale of the bitmap.
# Bug: if the value is not 1.0, 
# the sequence is displayed behind the application window. S.R.
BitmapStretchCoeff = 1.0

#"BitmapBackground", "0", iBitmapBackground
# Int value = 0,1,2 Selects method of setting the background
# 0 = use 0 color
# 1 - RGB value, specified in BitmapBackgroundRGB
# 2 - Pixel value, pixel is specified in BitmapBackgroundPixel
BitmapBackground = "0"

#"BitmapBackgroundRGB", "0,0,0", crBitmapBackgroundRGB
# if BitmapBackground == 1, use this value for the background
BitmapBackgroundRGB="128,0,0"

#"BitmapBackgroundPixel", "0,0", stBitmapBackgroundPixel
# if BitmapBackground == 2,  go to specified pixel and use its color as the background.
BitmapBackgroundPixel="3,3"

#"BitmapColorKey", "0", iBitmapColorKey
# Int value = 0,1,2 Selects method of setting the transparent color
# 0 = do not use 0 transparency
# 1 - RGB value, transparent color specified in BitmapColorKeyRGB
# 2 - transparent color is taken from the pixel specified in stBitmapColorKeyPixel
# If BitmapColorKey !=0, all pixels that have the transparent color 
# are rendered transparent.
BitmapColorKey="0"

#"BitmapColorKeyRGB", "0,0,0", crBitmapColorKeyRGB
# if BitmapColorKey == 1, use this value for the transparent color
BitmapColorKeyRGB="128,128,128"

#"BitmapColorKeyPixel", "0,0" stBitmapColorKeyPixel
# if BitmapColorKey == 2,  go to specified pixel and use its color as transparent.
BitmapColorKeyPixel="100,100"

#-------------------------------------------------------
[Sync]

# DIO sync signal is output on Channel B. 
# It varies between 0 and 255 and indicates the phase of the 
# stimulus cycle.

# UDP sync signal varies between 0 and 65535
# and indicates the phase of the stimulus cycle.

#"SyncDIOYes","0", iUseSynchDIO - int value
# Use Digital IO Card for synchronization 0 = do not use
#SyncDIOYes = 1

#"SyncUDPYes","0", iUseSynchUDP - int value 
# Use Network Card for synchronization 0 = do not use
#SyncUDPYes = 1

# Note: DIO and UDP syncs can be used simultaneously

#"SyncUDPHost","", g_szUDP_Host - default is DEFAULT_UDP_HOST = "localhost"
# computer name where to send network synchronization packets
# SyncUDPHost = "mps-pc99.ucsf.edu"
SyncUDPHost = "mccoy.ucsf.edu"

#"SyncUDPPort","", g_nUDP_Port  - default is DEFAULT_UDP_PORT = 8936
# Port to use for the network synchronization

#"OutputVideoSyncEvery","8", iOutputVideoSyncEvery 
# Int value. 1 = output sync on every frame, 2 = output sync on every second frame, etc
OutputVideoSyncEvery = 2

#-------------------------------------------------------
[TTL] 
# Used to control devices (e.g. shutters) via port C, upper 4 bits
#"TTLOn", "0", iUseTTL - numeric value
TTLOn = 1
#Period of the TTL sequence is TTLPeriodFactor times longer than
#the period of the stimulus
#"TTLPeriodFactor", "1.0", dTTLPeriodFactor
TTLPeriodFactor = 4.0
#Digital sequence of 4 values is output to port C (high 4 bits). 
#Period of the whole sequence is period of the stimulus multiplied by TTLPeriodFactor
#"TTLSequence", "0,0,0,0"  - string of 4 ints, comma-separated, 
#each value should be within [0,15] range
TTLSequence = "1,2,1,2"
#-------------------------------------------------------
[Trigger]	

#"TriggerOn", "0", iUseTrigger 
# Wait for an external trigger on port C (low part) 
# before starting the stimulus
# TriggerOn = 0   - don't use the trigger (don't wait)
# TriggerOn = 1   - use the trigger (wait)
TriggerOn = 1
#"TriggerMask", "1", iTriggerMask - should be between 0 and 15
TriggerMask = 1


# NOTE: Parameters are NOT case-sensitive.