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\ p None B a = c @ = Z ?N*8 X" 1 Arial1 Arial1 Arial1 Arial1 Arial1 Arial1 Arial General ` e Table 1 5 5 Input variables/ Function (variable name used in program) rows
# rows (rows) columns # columns (columns)
time steps5 # time iterations used for the simulation (timesteps) starting pressureK initial pressure used to calculate the initial activities (initialpressure) minimum pressure0 minimum pressure within the uterus (minpressure) maximum burst duration4 maximum # time iterations for each burst (timeburst) refractory durationC maximum # time iterations of the refractory period (timerefractory) Action potential multiplierK factor that increases act(i,j) during an action potential (burstmultiplier) refractory multiplierJ multiplier used when tissue is in refractory period (refractorymultiplier) weibullvar1G shape of the Weibull distribution for anatomy sensitivity (anatomysens) weibullvar29 scope of the Weibull distribution for anatomy sensitivity weibullvar39 start of the Weibull distribution for anatomy sensitivity weibullvar4Q shape of the Weibull distribution for action potential threshold (burstthreshold) weibullvar5@ scope of the Weibull distribution for action potential threshold weibullvar6@ start of the Weibull distribution for action potential threshold# Calculation/output variables pressure' intrauterine pressure at each time step act(i,j)6 contractile activity of the i,j region at a given time activity(i,j,t); the tensor of act(i,j), remembers all act(i,j) at all times anatomysens(i,j)7 sensitivity of the i,j region because of physical shape anatomysenstensor(i,j,t)&