TPM3dplt: Plot 3d thermal processing-maps

Description Usage Arguments Value Examples

View source: R/TPMplt.R

Description

Return a 3d thermal process result consisted of 3d surfaces for power dissipation efficiency eta and rheological stability coefficient xi respectively.

Usage

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TPM3dplt(x, dvs = 5, etaclr = "heat", xiclr = "cm")

Arguments

x

Regression results from modeling functions such as SVRModel.

dvs

A positive integer to set the divisions for x, y and z labels in two 3d surface plots. The default value is 5.

etaclr

Colour control for eta. Optional value are "rainbow", "heat", "terrain", "topo" and "cm". "heat" is default value.

xiclr

Colour control for xi. Optional value are "rainbow", "heat", "terrain", "topo" and "cm". "cm" is default value.

Value

Two 3d surface plots: the left one denotes power dissipation efficiency factor eta, while the right one is for rheological stability xi. A zero plane, z=0, for xi value is added in the right plots for determining unstable region.

Examples

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epstable <- epsExtract(TPMdata, 0.7, 2, 3)
DMM <- DMMprocess(epstable)
PLTbd <- SVRModel(DMM)
TPM3dplt(PLTbd)

TPMplt documentation built on Oct. 2, 2019, 1:03 a.m.