Stressometer: Difference between revisions

The Stressometer is used to measure the amount of Stress on a Shaft. This stress is the "load" of the system.

Obtaining[edit | edit source]

Breaking[edit | edit source]

Breaking time^{[Note 1]}
Hardness	2
Tool
Default	3	3
Wooden	1.5	1.5
Stone	0.75	0.75
Iron	0.5	0.5
Diamond	0.4	0.4
Netherite	0.35	0.35
Golden	0.25	0.25

↑ Times are for unenchanted tools as wielded by players with no status effects, measured in seconds. For more information, see Breaking § Speed.

Crafting[edit | edit source]

Name

Ingredients

Crafting Recipe

Speedometer

Compass +
Andesite Casing

Stressometer

Speedometer

When connected to a component, the amount of stress in the system versus the stress capacity is shown by a hand on the face of the Stressometer. The higher the hand is, the more stress there is in the system. It can also output a Redstone Comparator signal, outputting at a strength of 15 when the system is overstressed. You can get more precise information such as current and max stress by using Engineer's Goggles.

Display Link[edit | edit source]

Progress Bar: Solid Squares indicate usage, checkered squares indicate remaining capacity

Percentage: The percentage of full capacity that is in use

Stress in SU: How much SU have been used by attached kinetic mechanisms

Total Capacity: The maximum SU that the attached system can supply

Remaining SU: How much SU is left.

Blocks

Machines

Contraption Blocks	Contraption Anchors Cart Assembler Clockwork Bearing Elevator Pulley Gantry Carriage Mechanical Bearing Mechanical Piston Rope Pulley Windmill Bearing Contraption Controls Linear Chassis Secondary Mechanical Harvester Mechanical Plough Mechanical Roller Radial Chassis Seat Sticker Train Controls Train Station Train Track Windmill Sail

Kinetic Blocks	Adjustable Chain Gearshift Clutch Cogwheel Large Encased Chain Drive Gearbox Vertical Gearshift Mechanical Belt Rotation Speed Controller Sequenced Gearshift Shaft

Item Transportation	Funnel Andesite Brass Tunnel Andesite Brass Chute Smart Creative Depot Item Vault Mechanical Arm Mechanical Belt Portable Storage Interface Smart Observer Threshold Switch Toolbox Weighted Ejector

Generators	Creative Motor Hand Crank Large Water Wheel Steam Engine Valve Handle Water Wheel Windmill Bearing

Redstone Components	Analog Lever Nixie Tube Powered Latch Toggle Pulse Extender Pulse Repeater Redstone Contact Redstone Link Rose Quartz Lamp Train Observer Train Signal

Kinetic Appliances	Crushing Wheel Cuckoo Clock Deployer Display Board Flywheel Encased Fan Mechanical Arm Mechanical Bearing Mechanical Crafter Mechanical Drill Mechanical Mixer Mechanical Press Mechanical Saw Millstone Turntable

Fluid Transportation	Fluid Pipe Mechanical Pump‎‎ Fluid Valve Smart Fluid Pipe Fluid Tank Creative Hose Pulley Item Drain Portable Fluid Interface Spout

Other	Blaze Burner Casing Andesite Copper Block of Industrial Iron Brass Train Shadow Radiant Clipboard Controller Rail Copper Backtank Crafting Blueprint Display Link Metal Scaffolding Andesite Copper Brass Netherite Backtank Nozzle Steam Whistle

Material

Metal Blocks	Block of Andesite Alloy Block of Brass Block of Experience Shingles Tiles Zinc Ore Block of Zinc

Decoration	Bell Peculiar Haunted Copycat Block Metal Bars Andesite Bars Copper Bars Brass Bars Metal Ladders Andesite Ladder Brass Ladder Copper Ladder Metal Girder Sliding Door Andesite Copper Brass Train Glass Train Trapdoor

Glass	Tiled Framed Horizontal Vertical Tiled Pane Framed Pane Horizontal Vertical Framed Glass Trapdoor

Windows	Oak Pane Spruce Pane Birch Pane Jungle Pane Acacia Pane Dark Oak Pane Mangrove Pane Crimson Pane Warped Pane Ornate Iron Pane

Palette Blocks	Andesite Asurine Calcite Crimsite Deepslate Diorite Dripstone File:Cut Granite Bricks.png Granite Limestone Rose Quartz Block Ochrum File:Cut Scorchia Bricks.png Scorchia Scoria Tuff Veridium

Removed Blocks

Removed Machines	Adjustable Crate Adjustable Repeater Adjustable Pulse Repeater Cocoa Jungle Log Copper Ore Copper Block Belt Observer Extractor Linked File:Funnel.png Funnel Furnace Engine File:Transposer.png Transposer Linked

Removed Palettes	Dark Scoria Chiseled Cobblestone Fancy Bricks Paved Dolomite Chiseled Cobblestone Fancy Bricks Paved Gabbro Chiseled Cobblestone Fancy Bricks Paved Limesand Weathered Limestone Chiseled Cobblestone Fancy Bricks Paved

@@ Line 1: / Line 1: @@
-The stressometer is used to measure the amount of [[Stress]] on a shaft. This stress is the "load" of the system.
+{{Block
+|renewable         = Yes
+|stackable         = Yes (64)
+|tool              = pickaxe
+|tool2             = axe
+|blast_resistance  = 2
+|hardness          = 2
+|solid             = Yes
+|full              = No
+|luminant          = No
+|transparent       = Yes
+|flammable         = No
+|lavasusceptible   = No
+|stress_impact     = None
+|speed_requirement = None
+}}
+The '''Stressometer''' is used to measure the amount of [[Stress]] on a [[Shaft]]. This stress is the "load" of the system.
-== Usage ==
+==Obtaining==
-[[File:Stressometer.png|alt=Stressometer submitted to high stress.|thumb|Stressometer submitted to high stress.]]
+===Breaking===
-The stressometer is a block. It need to be placed between a shafts or a shaft and a machine. The amount of stress is shown by a hand on the face of the block. More the hand is lifted, more the stress is high. You can get more precise information by using [[Engineers Goggles|Engineers Goggles.]]
+{{Breaking time|2|any|pickaxe|axe|block=Stressometer}}
+===Crafting===
+{{RecipeTableHead}}
+{{RecipeTable
+|Speedometer
+|{{MC|Compass}} + <br> [[Andesite Casing]]
+|{{Crafting Table|B2=Compass|B3=Andesite Casing|Output=Speedometer}}
+}}
+{{RecipeTable
+|Stressometer
+|[[Speedometer]]
+|{{Crafting Table|shapeless=1|B2=Speedometer|Output=Stressometer}}
+}}
+{{RecipeTableFoot}}
+== Usage==
+When connected to a component, the amount of stress in the system versus the stress capacity is shown by a hand on the face of the Stressometer. The higher the hand is, the more stress there is in the system.  It can also output a {{MC|Redstone Comparator}} signal, outputting at a strength of 15 when the system is overstressed. You can get more precise information such as current and max stress by using [[Engineer's Goggles]].
+=== [[Display Link]] ===
+Progress Bar: Solid Squares indicate usage, checkered squares indicate remaining capacity
+Percentage: The percentage of full capacity that is in use
+Stress in SU: How much [[Kinetic Stress|SU]] have been used by attached kinetic mechanisms
+Total Capacity: The maximum SU that the attached system can supply
+Remaining SU: How much SU is left.{{Blocks}}
 [[Category:Machines]]
+[[Category:Mechanical Components]]

Latest revision as of 21:36, 14 February 2025

Contents

Obtaining[edit | edit source]

Breaking[edit | edit source]

Crafting[edit | edit source]

Usage[edit | edit source]

Display Link[edit | edit source]

Navigation menu

Stressometer: Difference between revisions

Latest revision as of 21:36, 14 February 2025

Obtaining[edit | edit source]

Breaking[edit | edit source]

Crafting[edit | edit source]

Usage[edit | edit source]

Display Link[edit | edit source]

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