Quality and Reliability Methods - SAS

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204 Ishikawa Diagrams Chapter 12 Building a Chart Interactively Last moves the highlighted node to the last position under its parent. Other Side moves the highlighted node to the other side of its parent line. For example, telling “Child 2" to move to the other side results in the following chart. Figure 12.16 Move Other Side Force Left Force Right makes all horizontally drawn elements appear to the left of their parent. makes all horizontally drawn elements appear to the right of their parent. Force Up makes all vertically drawn elements appear above their parent. Force Down makes all vertically drawn elements appear below their parent. Force Alternate is the default setting, which draws siblings on alternate sides of the parent line. Figure 12.17 Force Options Force Left Force Alternate Force Right Force Up Force Down
Chapter 12 Ishikawa Diagrams 205 Building a Chart Interactively Other Menu Options Change Type changes the entire chart type to Fishbone, Hierarchy, or Nested. Uneditable disables all other commands except Move and Change Type. Text Wrap Width brings up a dialog that lets you specify the width of labels where text wrapping occurs. Make Into Data Table converts the currently highlighted node into a data table. Note that this can be applied to the whole chart by applying it to the uppermost level of the chart. Close Delete is a toggle to alternately show or hide the highlighted node. deletes the highlighted node and everything below it. Drag and Drop Nodes in a Diagram can be manipulated by drag and drop. Grab any outlined section of a Diagram and drag to a new location. Use the highlighted bar as a guide to tell you where the node will appear after being dropped. For example, the following picture shows the element Setup (initially a child of Temperature) being dragged to a position that makes it a child of Solder Process. Setup is then equivalent to Flux, Splatter, and Chain Speed. Figure 12.18 Dragging an Element The next example shows two ways to make the Inspection tree a child of the Solder Process tree. Note that both drag operations result in the same final result.
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Version 10 Quality and Reliability
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INDIRECT OR CONSEQUENTIAL DAMAGES O
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6 Nelson Rules . . . . . . . . . .
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8 8 Assess Measurement Systems The
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10 Other Menu Options . . . . . . .
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12 Reliability Forecast Platform Op
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Chapter 1 Learn about JMP Documenta
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Chapter 1 Learn about JMP 17 Book C
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Chapter 1 Learn about JMP 19 Book C
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Chapter 1 Learn about JMP 21 Additi
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Chapter 1 Learn about JMP 23 Additi
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Chapter 2 Statistical Control Chart
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Chapter 3 Introduction to Control C
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Chapter 4 Interactive Control Chart
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Chapter 5 Shewhart Control Charts V
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Chapter 7 Multivariate Control Char
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Chapter 8 Assess Measurement System
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Chapter 9 Capability Analyses The C
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Chapter 9 Capability Analyses 145 C
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Chapter 10 Variability Charts Varia
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Chapter 14 Lifetime Distribution II
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Chapter 15 Recurrence Analysis The
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Chapter 16 Degradation Using the De
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Chapter 16 Degradation 279 Overview
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Chapter 16 Degradation 281 The Degr
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Chapter 16 Degradation 291 Inverse
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Chapter 16 Degradation 293 Platform
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Chapter 16 Degradation 299 Destruct
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Chapter 16 Degradation 301 Stabilit
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Chapter 17 Forecasting Product Reli
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Chapter 18 Reliability Growth Using
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Chapter 18 Reliability Growth 343 A
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Chapter 18 Reliability Growth 345 A
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Chapter 18 Reliability Growth 347 S
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Chapter 19 Reliability and Survival
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References Abernethy, Robert B. (19
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References 407 Carroll, R.J., Ruppe
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References 409 Haaland, P.D. (1989)
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References 411 Lawless, J.F. (1982)
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References 413 Nelson, W.B. (2003),
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References 415 Snee, R.D. and Marqu
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Index JMP Quality and Reliability M
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Index 419 Fit SEV 242 Fit Weibull 2
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Index 421 Q Quantiles table 356 R R
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Index 423 Weibull Plot 360 Westgard
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Quality and Reliability Methods - SAS

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