Synopsis
		sfscale < in.rsf > out.rsf axis=0 rscale=0. pclip=100. dscale=1.

To scale by a constant factor, you can also use sfmath.

Parameters
		int axis=0 Scale by maximum in the dimensions up to this axis.   float dscale=1. Scale by this factor (works if rscale=0)   float pclip=100. data clip percentile   float rscale=0. Scale by this factor.

Used In
		BEI          dwnc/sigmoid krch/sep73 trimo/all vela/stack vela/strat   CUP          rna3d/shot   CWP          geo2006TimeShiftImagingCondition/flat geo2006TimeShiftImagingCondition/zicig geo2007StereographicImagingCondition/flat4 geo2007StereographicImagingCondition/gaus1 geo2007StereographicImagingCondition/sigsbee2 geo2008InterferometricImagingCondition/sact1 geo2008InterferometricImagingCondition/sigs2 geo2008IsotropicAngleDomainElasticRTM/marm2allA geo2008IsotropicAngleDomainElasticRTM/marm2oneA geo2008NumericWEMVAoperators/flatWEMVA geo2008NumericWEMVAoperators/saltWEMVA geo2009TTIModeSeparation/fold geo2009TTIModeSeparation/marmousi2 geo2009TTIModeSeparation/tti3 geo2009VTIModeSeparation/aniopsize geo2009VTIModeSeparation/oporder geo2009VTIModeSeparation/separate2 geo2009VTIModeSeparation/separate3 geo2009VTIModeSeparation/separate5 geo2009VTIModeSeparation/sigsbee geo2011WideAzimuthAngleDecomposition/flatEICangle geo2011WideAzimuthAngleDecomposition/seam357 jse2006RWEImagingOverturningReflections/sigsbee pept2011MicroearthquakeMonitoring/saf1 pept2011MicroearthquakeMonitoring/saf2 pept2011MicroearthquakeMonitoring/saf3   DATA          alaska/line31-81-m8r amoco/fdmod amoco/model amoco/shots bptti/modl