dylan-sessler

get-backup-filepath() {
    PS3='Pick a file to revert from: '
    select fname in $(head -n 10 <(ls $BACKUP_SAVE_LOCATION --sort=time))
    do
	if [[ $fname = "" ]]; then
	    echo $REPLY is not a valid option
	else
	    echo "${BACKUP_SAVE_LOCATION}$fname"
	    break
	fi

dylan-sessler

;;; Emojis bro
(use-package emojify
  :hook (after-init . global-emojify-mode))

dylan-sessler

;;; Emojis bro
(use-package emojify
  :hook (after-init . global-emojify-mode))

dylan-sessler

  const perPartVolumeRemoved = perPartCostMaterial - partGroup.part.volume
  const roughingTime = partGroup.part.cncRoughingTools.reduce((accumulator, cncRoughingTool) =>
      getRoughingTime(accumulator, cncRoughingTool, materialProductionGroupParams.cncFeedRate, perPartVolumeRemoved)
    , 0)

dylan-sessler

  const perPartVolumeRemoved = perPartCostMaterial - partGroup.part.volume
  const roughingTime = partGroup.part.cncRoughingTools.reduce((accumulator, cncRoughingTool) =>
      cncRoughingToolsToRoughingTime(accumulator, cncRoughingTool, materialProductionGroupParams.cncFeedRate, perPartVolumeRemoved)
    , 0)

dylan-sessler

function cncRoughingToolsToRoughingTime(accumulator, cncRoughingTool, feedRate, perPartVolumeRemoved) {
  const volumeToRemove = perPartVolumeRemoved * cncRoughingTool.volumeRatio
  const widthOfCut = cncRoughingTool.diameter / 4
  const depthOfCut = cncRoughingTool.diameter / 4
  const removalRate = widthOfCut * depthOfCut * feedRate
  const toolRoughingTime = volumeToRemove / removalRate

  return accumulator + toolRoughingTime
}

dylan-sessler

;; This buffer is for text that is not saved, and for Lisp evaluation.
;; To create a file, visit it with <open> and enter text in its buffer.

dylan-sessler

function fixedCostImTooling(partGroup, materialProductionGroupParams) {
  const NUMBER_OF_SETUPS = 2 // This is because there are two parts of a mold

  const fixedPartCostLabor = (
    materialProductionGroupParams.fixedPartReviewLabor +
      materialProductionGroupParams.fixedPartPostProcessingLabor +
      materialProductionGroupParams.fixedPartProgrammingLabor +
      materialProductionGroupParams.productionToolDialInFixed +
      materialProductionGroupParams.productionToolDialInVariable * partGroup.part.surfaceArea +
      materialProductionGroupParams.perPartSetupLabor * NUMBER_OF_SETUPS

dylan-sessler

#!/bin/bash

# This script runs an exercise program with custom intervals and exercises. The
# goal is to make sticking to a recommended program as easy as typing in the
# alias to run the script.

# I expect that this will remove the amount of internal conflict for stopping
# the program early, cheating on the amount of time for each exercise, and just
# generally reduce the amount of internal noise experienced on a daily basis. I
# see this as a decision fatigue reduction technique. People like being told

dylan-sessler

module.exports = async function primitiveCost(productionGroup){...}

// ⚠ CIRCULAR DEPENDENCY WEIRDNESS ⚠
// We truly want a circular dependency in our application because we happen to
// use another manufacturing process (SLA) in order to manufacture the master
// for casted parts. This just requires a specific sequencing of exports and
// requires as outlined in https://stackoverflow.com/a/21264251

// Just make sure your necessary exports (primitiveCost) are defined before you
// require a file with a circular dependency. Node tries to prevent infinite loops and handles circular dependencies as follows: