[1.3.0] Community Database of Module Manager Patches for Stock KSP (2024)

// Add a deploy limiter to service bays// Author: Alshain@PART[ServiceBay_*]:FINAL{@MODULE[ModuleAnimateGeneric]{allowDeployLimit = truerevClampDirection = true}}

// Add staging control to parachutes// Author: Alshain@PART[*]:HAS[@MODULE[ModuleParachute]]:FINAL{@MODULE[ModuleParachute]{stagingEnableText = Parachute: Enable StagingstagingDisableText = Parachute: Disable StagingstagingToggleEnabledEditor = true}}// Add staging control to engines// Author: Alshain, Xyphos, sebi.zzr@PART[*]:HAS[@MODULE[ModuleEngines*]]:FINAL{@MODULE[ModuleEngines*],*{stagingEnableText = Engine: Enable StagingstagingDisableText = Engine: Disable StagingstagingToggleEnabledEditor = true}@MODULE[ModuleJettison],*{stagingEnabled = False}}// Add staging control to launch clamps// Author: Alshain@PART[*]:HAS[@MODULE[LaunchClamp]]:FINAL{@MODULE[LaunchClamp]{stagingEnableText = Clamp: Enable StagingstagingDisableText = Clamp: Disable StagingstagingToggleEnabledEditor = true}}

//Add Class Descriptions to Antenna//Author: tg626@PART[longAntenna]:FINAL {+description ^= :^:<color=orange>Class 1 Antenna.</color> :}@PART[SurfAntenna]:FINAL {+description ^= :^:<color=orange>Class 1 Antenna.</color> :}@PART[HighGainAntenna5]:FINAL {+description ^= :^:<color=orange>Class 2 Antenna.</color> :}@PART[mediumDishAntenna]:FINAL {+description ^= :^:<color=orange>Class 3 Antenna.</color> :}@PART[RelayAntenna5]:FINAL {+description ^= :^:<color=orange>Class 3 Antenna.</color> :}@PART[HighGainAntenna]:FINAL {+description ^= :^:<color=orange>Class 4 Antenna.</color> :}@PART[RelayAntenna50]:FINAL {+description ^= :^:<color=orange>Class 4 Antenna.</color> :}@PART[commDish]:FINAL {+description ^= :^:<color=orange>Class 5 Antenna.</color> :}@PART[RelayAntenna100]:FINAL {+description ^= :^:<color=orange>Class 5 Antenna.</color> :}

// Allows setting a maximum brightness value for cabin lights// Author: Iamsodarncool@PART[Mark1co*ckpit] { @MODULE[ModuleAnimateGeneric] { allowDeployLimit = true revClampDirection = true }}@PART[Mark2co*ckpit] { @MODULE[ModuleAnimateGeneric] { allowDeployLimit = true revClampDirection = true }}@PART[MK1CrewCabin] { @MODULE[ModuleAnimateGeneric] { allowDeployLimit = true revClampDirection = true }}@PART[mk2co*ckpit_Standard] { @MODULE[ModuleAnimateGeneric] { allowDeployLimit = true revClampDirection = true }}@PART[mk2co*ckpit_Inline] { @MODULE[ModuleAnimateGeneric] { allowDeployLimit = true revClampDirection = true }}@PART[mk2CrewCabin] { @MODULE[ModuleAnimateGeneric] { allowDeployLimit = true revClampDirection = true }}@PART[mk3co*ckpit_Shuttle] { @MODULE[ModuleAnimateGeneric] { allowDeployLimit = true revClampDirection = true }}@PART[mk3CrewCabin] { @MODULE[ModuleAnimateGeneric] { allowDeployLimit = true revClampDirection = true }}

// Adjust the rotation alignment of the HECS probe core// Authors: eddiew, Aelfhe1m@PART[probeCoreHex]{-mesh%MODEL{ %model = Squad/Parts/Command/probeCoreHex/model %position = 0.0, 0.0, 0.0 %scale = 1.0, 1.0, 1.0 %rotation = 0, 30, 0}}

// Tweak the stock heat shields to do two things:// - Shroud is disabled by default// - "Direct" attachment node (intended for attaching without shroud) is removed.// - "Bottom" attachment node (intended for use with shroud) is moved to former location of "direct" node.// Author: Snark@PART[HeatShield1] { @node_stack_bottom = 0.0, -0.00, 0.0, 0.0, -1.0, 0.0, 1 -node_stack_direct = nil @MODULE[ModuleJettison] { %shroudHideOverride = True }}@PART[HeatShield2] { @node_stack_bottom = 0.0, -0.00, 0.0, 0.0, -1.0, 0.0, 2 -node_stack_direct = nil @MODULE[ModuleJettison] { %shroudHideOverride = True }}@PART[HeatShield3] { @node_stack_bottom = 0.0, -0.00, 0.0, 0.0, -1.0, 0.0, 3 -node_stack_direct = nil @MODULE[ModuleJettison] { %shroudHideOverride = True }}

// Add deployment limiter to landing gear// Authors: eddiew, Aelfhe1m@PART[landingLeg1]{ !MODULE[ModuleWheelBase]{} !MODULE[ModuleWheelSuspension]{} !MODULE[ModuleWheelDeployment]{} !MODULE[ModuleWheelLock]{} !MODULE[ModuleWheelBogey]{} !MODULE[ModuleWheelDamage]{} !EFFECTS{}MODULE{ name = ModuleAnimateGeneric animationName = Deploy startEventGUIName = #autoLOC_502051 //#autoLOC_502051 = Extend Legs endEventGUIName = #autoLOC_502069 //#autoLOC_502069 = Retract Legs actionGUIName = #autoLOC_502077 //#autoLOC_502077 = Toggle Legs allowDeployLimit = true revClampDirection = false revClampSpeed = true revClampPercent = true }}@PART[landingLeg1-2]{ !MODULE[ModuleWheelBase]{} !MODULE[ModuleWheelSuspension]{} !MODULE[ModuleWheelDeployment]{} !MODULE[ModuleWheelLock]{} !MODULE[ModuleWheelBogey]{} !MODULE[ModuleWheelDamage]{} !EFFECTS{}MODULE{ name = ModuleAnimateGeneric animationName = newlandingleg startEventGUIName = #autoLOC_502051 //#autoLOC_502051 = Extend Legs endEventGUIName = #autoLOC_502069 //#autoLOC_502069 = Retract Legs actionGUIName = #autoLOC_502077 //#autoLOC_502077 = Toggle Legs allowDeployLimit = true revClampDirection = false revClampSpeed = true revClampPercent = true }} @PART[miniLandingLeg]{ !MODULE[ModuleWheelBase]{} !MODULE[ModuleWheelSuspension]{} !MODULE[ModuleWheelDeployment]{} !MODULE[ModuleWheelLock]{} !MODULE[ModuleWheelBogey]{} !MODULE[ModuleWheelDamage]{} !EFFECTS{}MODULE{ name = ModuleAnimateGeneric animationName = probeleg startEventGUIName = #autoLOC_502051 //#autoLOC_502051 = Extend Legs endEventGUIName = #autoLOC_502069 //#autoLOC_502069 = Retract Legs actionGUIName = #autoLOC_502077 //#autoLOC_502077 = Toggle Legs allowDeployLimit = true revClampDirection = false revClampSpeed = true revClampPercent = true }} 

// Empty monopropellant from new pods/co*ckpits// Author: Unknown@PART[*]:HAS[@MODULE[ModuleCommand],@RESOURCE[MonoPropellant]]:FINAL{ @RESOURCE[MonoPropellant] { @amount = 0 }}

// Configure RCS to Translate Only by Default// Author: Snark@PART[*]:HAS[@MODULE[ModuleRCSFX]]{@MODULE[ModuleRCSFX]{%enableYaw = false%enablePitch = false%enableRoll = false}}

// Default fairings to Clamshell// Author: Alshain@PART[*]:HAS[@MODULE[ModuleProceduralFairing]]:FINAL{@MODULE[ModuleProceduralFairing]{useClamshell = true}}

// Change the default number of fairing sides// Author: Alshain@PART[*]:HAS[@MODULE[ModuleProceduralFairing]]:FINAL{@MODULE[ModuleProceduralFairing]{// Change to any whole number between 2 and 6nArcs = 3}}

// Change the default fairing ejection force// Author: Alshain@PART[*]:HAS[@MODULE[ModuleProceduralFairing]]:FINAL{@MODULE[ModuleProceduralFairing]{// Change to any whole number between 0 and 1000ejectionForce = 50}}

// Change the default decoupler, separator, and heat shield ejection force// Author: Alshain@PART[*]:HAS[@MODULE[ModuleDecouple]]:FINAL{@MODULE[ModuleDecouple]{// Change to any whole number between 0 and 100ejectionForcePercent = 50}}

//Default Hibernate in Warp to Auto//Author: Alshain@PART[*]:HAS[@MODULE[ModuleCommand]:HAS[#hasHibernation[True]]]:FINAL{@MODULE[ModuleCommand] {%hibernateOnWarp = true}}

// Fairing nodes default to off// Author: JAFO@PART[*]:HAS[@MODULE[ModuleProceduralFairing]]:FINAL{@MODULE[ModuleStructuralNodeToggle]{showNodes = false}}

// Fairing trusses default to off// Author: JAFO@PART[*]:HAS[@MODULE[ModuleProceduralFairing]]:FINAL{@MODULE[ModuleStructuralNodeToggle]{showMesh = false}}

//New radial decouplers allow crossfeed//Author: Armisael@PART[*]:HAS[@MODULE[ModuleAnchoredDecoupler]]:FINAL{ @MODULE[ModuleToggleCrossfeed] { @crossfeedStatus = true }}@PART[*]:HAS[@MODULE[ModuleDecouple]:HAS[#explosiveNodeID[srf]]]:FINAL{ @MODULE[ModuleToggleCrossfeed] { @crossfeedStatus = true }}

// Command pods have lights on by default// Author: slubman@PART[*]:HAS[@MODULE[ModuleColorChanger]]:FINAL{@MODULE[ModuleColorChanger]{%animState = true}}// co*ckpits and cabins have lights on by default// Author: slubman@PART[*Cabin*|*co*ckpit*]:HAS[@MODULE[ModuleAnimateGeneric]]:FINAL{@MODULE[ModuleAnimateGeneric]{%animSwitch = false%animTime = 1%animSpeed = 1}}

// Command pods have lights on not bound to ActionGroup// Author: slubman@PART[*]:HAS[@MODULE[ModuleColorChanger]]:FINAL{@MODULE[ModuleColorChanger]{%defaultActionGroup = None}}// co*ckpits and cabins not bound to ActionGroup// Author: slubman@PART[*Cabin*|*co*ckpit*]:HAS[@MODULE[ModuleAnimateGeneric]]:FINAL{@MODULE[ModuleAnimateGeneric]{%defaultActionGroup = None}}

// Kerbal have lights on when starting EVA// Author: slubman@PART[*]:HAS[@MODULE[KerbalEVA]]:FINAL{@MODULE[KerbalEVA]{%lampOn = true}}

// Set starting ablator to 20% of max for heatshields// Author: Foxster@PART[HeatShield*]:FINAL{@RESOURCE[Ablator]{ @amount *= 0.2}}

// Default antennas to allow partial// Author: Blackline@PART[*]:HAS[@MODULE[ModuleDataTransmitter]]:FINAL{ @MODULE[ModuleDataTransmitter] { %xmitIncomplete = True }} 

// Turn off flag decals by default// Author: Messy Recipe@PART[*]:HAS[@MODULE[FlagDecal]]:FINAL{@MODULE[FlagDecal]{%flagDisplayed = false}}

//Add 0.625m Fuselage//Author: Psycho_zs+PART[Mk1FuselageStructural]{ @name = Mk0FuselageStructural @rescaleFactor = 0.5 @TechRequired = generalConstruction @entryCost = 1500 @cost = 220 @title = Structural Fuselage (small) @description = A substandard 0.625m fuselage. Derived from the early papier-mache mockup of the full-scale fuselage with added reinforcements. @mass = 0.0125 @node_stack_top = 0.0, 0.9375, 0.0, 0.0, 1.0, 0.0, 0 @node_stack_bottom = 0.0, -0.9375, 0.0, 0.0, -1.0, 0.0, 0 @node_attach[6] = 0 @bulkheadProfiles = size0}

//Add 1.25m Modular Girder//Author: Alshain+PART[trussPiece1x]{ @name = largeTrussPiece1x @rescaleFactor = 2 @TechRequired = specializedConstruction @entryCost = 5200 @cost = 50 @title = Large Modular Girder Segment @mass = 0.25 @node_stack_bottom[6] = 2 @node_stack_top[6] = 2 @node_attach = 0.0, -0.5592728, 0.0, 0.0, -1.0, 0.0, 2 @bulkheadProfiles = size2}//Add 1.25m to 2.5 Modular Girder Adapter//Author: Alshain+PART[trussAdapter]{ @name = largeTrussAdapter @rescaleFactor = 2 @TechRequired = advMetalworks @entryCost = 9600 @cost = 100 @title = Large Modular Girder Adapter @mass = 0.50 @node_stack_bottom[6] = 2 @node_stack_top[6] = 2 @description = This piece allows you to attach Large Modular Girder parts to standard 2.5m attachment points. @bulkheadProfiles = size2}//Add 1.25m Modular Girder XXL//Author: Alshain+PART[trussPiece3x]{ @name = largeTrussPiece3x @rescaleFactor = 2 @TechRequired = metaMaterials @entryCost = 15600 @cost = 125 @title = Modular Girder Segment XXL @mass = 0.75 @node_stack_bottom[6] = 2 @node_stack_top[6] = 2 @node_attach = 0.0, -1.475238, 0.0, 0.0, -1.0, 0.0, 2 @bulkheadProfiles = size2}//Add 1.25m Micronode//Author: Alshain+PART[structuralMiniNode]{ @name = structuralMacroNode @rescaleFactor = 4 @TechRequired = advMetalworks @entryCost = 39200 @cost = 100 @title = The Not-Rockomax Macronode @mass = 0.60 @node_stack_right[6] = 2 @node_stack_left[6] = 2 @node_stack_back[6] = 2 @node_stack_front[6] = 2 @node_stack_top[6] = 2 @node_stack_bottom[6] = 2 @bulkheadProfiles = size2}

//Add 0.313m Modular Girder//Author: Alshain+PART[trussPiece1x]{ @name = smallTrussPiece1x @rescaleFactor = 0.5 @TechRequired = miniaturization @entryCost = 1300 @cost = 12.5 @title = Small Modular Girder Segment @mass = 0.0625 @node_stack_bottom[6] = 0 @node_stack_top[6] = 0 @node_attach = 0.0, -0.5592728, 0.0, 0.0, -1.0, 0.0, 0 @bulkheadProfiles = size0}//Add 0.313m to 0.625m Modular Girder Adapter//Author: Alshain+PART[trussAdapter]{ @name = smallTrussAdapter @rescaleFactor = 0.5 @TechRequired = precisionEngineering @entryCost = 2400 @cost = 25 @title = Small Modular Girder Adapter @mass = 0.125 @node_stack_bottom[6] = 0 @node_stack_top[6] = 0 @description = This piece allows you to attach Small Modular Girder parts to standard 0.625m attachment points. @bulkheadProfiles = size0}//Add 0.313m Modular Girder XS//Author: Alshain+PART[trussPiece3x]{ @name = smallTrussPiece3x @rescaleFactor = 0.5 @TechRequired = precisionEngineering @entryCost = 3900 @cost = 31.25 @title = Modular Girder Segment XS @mass = 0.1875 @node_stack_bottom[6] = 0 @node_stack_top[6] = 0 @node_attach = 0.0, -1.475238, 0.0, 0.0, -1.0, 0.0, 0 @bulkheadProfiles = size0}//Add 0.625m Micronode//Author: Alshain+PART[structuralMiniNode]{ @name = structuralNode @rescaleFactor = 2 @TechRequired = advConstruction @entryCost = 19600 @cost = 50 @title = The Not-Rockomax Node @mass = 0.30 @node_stack_right[6] = 1 @node_stack_left[6] = 1 @node_stack_back[6] = 1 @node_stack_front[6] = 1 @node_stack_top[6] = 1 @node_stack_bottom[6] = 1 @bulkheadProfiles = size1}

//Add 2.5m HubMax connector//Author: Alshain+PART[stationHub]{ @name = stationHubLarge @rescaleFactor = 2 @TechRequired = metaMaterials @entryCost = 21600 @cost = 1800 @title = Rockomax HubExtreme Multi-Point Connector @mass = 3.0 @node_stack_right[6] = 2 @node_stack_left[6] = 2 @node_stack_back[6] = 2 @node_stack_front[6] = 2 @node_stack_top[6] = 2 @node_stack_bottom[6] = 2 @bulkheadProfiles = size2}//Add 0.625m HubMax connector//Author: Alshain+PART[stationHub]{ @name = stationHubSmall @rescaleFactor = 0.5 @TechRequired = metaMaterials @entryCost = 5400 @cost = 450 @title = Rockomax HubMin Multi-Point Connector @mass = 0.75@node_stack_right[6] = 0@node_stack_left[6] = 0@node_stack_back[6] = 0@node_stack_front[6] = 0@node_stack_top[6] = 0@node_stack_bottom[6] = 0 @bulkheadProfiles = size0}

//Add 0.625m - 1.25m Bi-Adapter//Author: Alshain+PART[adapterLargeSmallBi]{ @name = adapterSmallTinyBi @rescaleFactor = 0.5 @TechRequired = advConstruction @entryCost = 3900 @cost = 200 @title = TVR-200S Stack Bi-Adapter @description = After realizing 'larger circles' wasn't a very patentable concept, O.M.B. Enterprises rolled out a new line of ingenious multi-connector adapters to fit Rockomax sized parts. Lawsuit still pending. Converts a single 1.25m stack into two 0.625m stacks. @mass = 0.05 @node_stack_bottom01[6] = 0 @node_stack_bottom02[6] = 0 @node_stack_top[6] = 1 @bulkheadProfiles = size0}//Add 0.625m - 1.25m Tri-Adapter//Author: Alshain+PART[adapterLargeSmallTri]{ @name = adapterSmallTinyTri @rescaleFactor = 0.5 @TechRequired = advConstruction @entryCost = 3200 @cost = 300 @title = TVR-300S Stack Bi-Adapter @description = After realizing 'larger circles' wasn't a very patentable concept, O.M.B. Enterprises rolled out a new line of ingenious multi-connector adapters to fit Rockomax sized parts. Lawsuit still pending. Converts a single 1.25m stack into three 0.625m stacks. @mass = 0.075 @node_stack_bottom01[6] = 0 @node_stack_bottom02[6] = 0 @node_stack_bottom03[6] = 0 @node_stack_top[6] = 1 @bulkheadProfiles = size0}//Add 0.625m - 1.25m Quad-Adapter//Author: Alshain+PART[adapterLargeSmallQuad]{ @name = adapterSmallTinyQuad @rescaleFactor = 0.5 @TechRequired = advConstruction @entryCost = 3500 @cost = 400 @title = TVR-400S Stack Bi-Adapter @description = After realizing 'larger circles' wasn't a very patentable concept, O.M.B. Enterprises rolled out a new line of ingenious multi-connector adapters to fit Rockomax sized parts. Lawsuit still pending. Converts a single 1.25m stack into four 0.625m stacks. @mass = 0.1 @node_stack_bottom01[6] = 0 @node_stack_bottom02[6] = 0 @node_stack_bottom03[6] = 0 @node_stack_bottom04[6] = 0 @node_stack_top[6] = 1 @bulkheadProfiles = size0}

//Add 0.625m Bi-Coupler//Author: Alshain+PART[stackBiCoupler]{ @name = stackTinyBiCoupler @rescaleFactor = 0.5 @TechRequired = specializedConstruction @entryCost = 1600 @cost = 200 @title = TVR-200T Stack Bi-Coupler @description = The TVR-200T Stack Bi-Coupler is a simple method for splitting one rocket into two - WITHOUT the disastrous consequences of doing it the normal (explosive) way. This unit support 0.625m parts. @mass = 0.05 @node_stack_top = 0, 0.2555655, 0, 0.0, 1.0, 0.0, 0 @node_stack_bottom1 = 0.6507622, -0.2681665, 0, 0.0, -1.0, 0.0, 0 @node_stack_bottom2 = -0.6507622, -0.2681665, 0, 0.0, -1.0, 0.0, 0 @bulkheadProfiles = size0}//Add 2.5m Bi-Coupler//Author: Alshain+PART[stackBiCoupler]{ @name = stackLargeBiCoupler @rescaleFactor = 2 @TechRequired = advConstruction @entryCost = 6400 @cost = 800 @title = TVR-200M Stack Bi-Coupler @description = The TVR-200T Stack Bi-Coupler is a simple method for splitting one rocket into two - WITHOUT the disastrous consequences of doing it the normal (explosive) way. This unit support 2.5m parts. @mass = 0.2 @node_stack_top = 0, 0.2555655, 0, 0.0, 1.0, 0.0, 2 @node_stack_bottom1 = 0.6507622, -0.2681665, 0, 0.0, -1.0, 0.0, 2 @node_stack_bottom2 = -0.6507622, -0.2681665, 0, 0.0, -1.0, 0.0, 2 @bulkheadProfiles = size2}//Add 3.75m Bi-Coupler//Author: Alshain+PART[stackBiCoupler]{ @name = stackJumboBiCoupler @rescaleFactor = 3 @TechRequired = advMetalworks @entryCost = 9600 @cost = 1200 @title = TVR-200J Stack Bi-Coupler @description = The TVR-200T Stack Bi-Coupler is a simple method for splitting one rocket into two - WITHOUT the disastrous consequences of doing it the normal (explosive) way. This unit support 3.75m parts. @mass = 0.3 @node_stack_top = 0, 0.2555655, 0, 0.0, 1.0, 0.0, 3 @node_stack_bottom1 = 0.6507622, -0.2681665, 0, 0.0, -1.0, 0.0, 3 @node_stack_bottom2 = -0.6507622, -0.2681665, 0, 0.0, -1.0, 0.0, 3 @bulkheadProfiles = size3}//Add 0.625m Tri-Coupler//Author: Alshain+PART[stackTriCoupler]{ @name = stackTinyTriCoupler @rescaleFactor = 0.5 @TechRequired = specializedConstruction @entryCost = 1050 @cost = 340 @title = TVR-1180B Mk0 Stack Tri-Coupler @description = The Stack Tricoupler! If your stack is lacking in awesomeness, this is the tool for you! Just remember that this is not a decoupler, and won't separate stages. This unit supports 0.625m parts. @mass = 0.075 @node_stack_top = 0.0, 0.5349199, 0.0, 0.0, 1.0, 0.0, 0 @node_stack_bottom01 = 0, -0.4361493, -0.7233048, 0.0, -1.0, 0.0, 0 @node_stack_bottom02 = -0.6264005, -0.4361493, 0.3616524, 0.0, -1.0, 0.0, 0 @node_stack_bottom03 = 0.6264006, -0.4361493, 0.3616522, 0.0, -1.0, 0.0, 0 @bulkheadProfiles = size0}//Add 2.5m Tri-Coupler//Author: Alshain+PART[stackTriCoupler]{ @name = stackLargeTriCoupler @rescaleFactor = 2 @TechRequired = advConstruction @entryCost = 4200 @cost = 1360 @title = TVR-1180D Stack Tri-Coupler @description = The Stack Tricoupler! If your stack is lacking in awesomeness, this is the tool for you! Just remember that this is not a decoupler, and won't separate stages. This unit supports 2.5m parts. @mass = 0.3 @node_stack_top = 0.0, 0.5349199, 0.0, 0.0, 1.0, 0.0, 2 @node_stack_bottom01 = 0, -0.4361493, -0.7233048, 0.0, -1.0, 0.0, 2 @node_stack_bottom02 = -0.6264005, -0.4361493, 0.3616524, 0.0, -1.0, 0.0, 2 @node_stack_bottom03 = 0.6264006, -0.4361493, 0.3616522, 0.0, -1.0, 0.0, 2 @bulkheadProfiles = size2}//Add 3.75m Tri-Coupler//Author: Alshain+PART[stackTriCoupler]{ @name = stackJumboTriCoupler @rescaleFactor = 3 @TechRequired = advMetalworks @entryCost = 6300 @cost = 2040 @title = TVR-1180E Stack Tri-Coupler @description = The Stack Tricoupler! If your stack is lacking in awesomeness, this is the tool for you! Just remember that this is not a decoupler, and won't separate stages. This unit supports 3.75m parts. @mass = 0.45 @node_stack_top = 0.0, 0.5349199, 0.0, 0.0, 1.0, 0.0, 3 @node_stack_bottom01 = 0, -0.4361493, -0.7233048, 0.0, -1.0, 0.0, 3 @node_stack_bottom02 = -0.6264005, -0.4361493, 0.3616524, 0.0, -1.0, 0.0, 3 @node_stack_bottom03 = 0.6264006, -0.4361493, 0.3616522, 0.0, -1.0, 0.0, 3 @bulkheadProfiles = size3}//Add 0.625m Quad-Coupler//Author: Alshain+PART[stackQuadCoupler]{ @name = stackTinyQuadCoupler @rescaleFactor = 0.5 @TechRequired = specializedConstruction @entryCost = 2100 @cost = 1000 @title = TVR-2160B Stack Quad-Coupler @description = What could be more awesome than a Tricoupler? Why, a quadcoupler, of course. Just remember that this is not a decoupler, and will not separate stages. This unit supports 0.625m parts. @mass = 0.0875 @node_stack_top[6] = 0 @node_stack_bottom01[6] = 0 @node_stack_bottom02[6] = 0 @node_stack_bottom03[6] = 0 @node_stack_bottom04[6] = 0 @bulkheadProfiles = size0}//Add 2.5m Quad-Coupler//Author: Alshain+PART[stackQuadCoupler]{ @name = stackLargeQuadCoupler @rescaleFactor = 2 @TechRequired = advConstruction @entryCost = 8400 @cost = 4000 @title = TVR-2160D Stack Quad-Coupler @description = What could be more awesome than a Tricoupler? Why, a quadcoupler, of course. Just remember that this is not a decoupler, and will not separate stages. This unit supports 2.5m parts. @mass = 0.35 @node_stack_top[6] = 2 @node_stack_bottom01[6] = 2 @node_stack_bottom02[6] = 2 @node_stack_bottom03[6] = 2 @node_stack_bottom04[6] = 2 @bulkheadProfiles = size2}//Add 3.75m Quad-Coupler//Author: Alshain+PART[stackQuadCoupler]{ @name = stackJumboQuadCoupler @rescaleFactor = 3 @TechRequired = advMetalworks @entryCost = 12600 @cost = 6000 @title = TVR-2160E Stack Quad-Coupler @description = What could be more awesome than a Tricoupler? Why, a quadcoupler, of course. Just remember that this is not a decoupler, and will not separate stages. This unit supports 3.75m parts. @mass = 0.525 @node_stack_top[6] = 3 @node_stack_bottom01[6] = 3 @node_stack_bottom02[6] = 3 @node_stack_bottom03[6] = 3 @node_stack_bottom04[6] = 3 @bulkheadProfiles = size3}

// Add additional launch clamp sizes// Author: maculator+PART[launchClamp1]{ @name = [launchClamp2]@title = TT18-B Launch Stability Enhancer @rescaleFactor = 2 //1 = 100% @TechRequired = specializedConstruction @entryCost = 3600 @cost = 400 @mass = 0.2 @node_attach = 0.0, 1.354437, 0.8069194, 0.0, 0.0, -1.0, 2}+PART[launchClamp1]{ @name = [launchClamp0] @title = TT18 Launch Stability Enhancer @rescaleFactor = 0.5 //1 = 100% @TechRequired = start @entryCost = 0 @cost = 100 @mass = 0.05 @node_attach = 0.0, 1.354437, 0.8069194, 0.0, 0.0, -1.0, 0}+PART[launchClamp1]{ @name = [launchClamp3]@title = TT18-C Launch Stability Enhancer @rescaleFactor = 3 //1 = 100% @TechRequired = composites @entryCost = 5400 @cost = 600 @mass = 0.3 @node_attach = 0.0, 1.354437, 0.8069194, 0.0, 0.0, -1.0, 3}

// Add a delayed action sepatron// Author: Enceos+PART[sepMotor1]:Final{@name = delayedRetro @title = Sepratron I-D@description = Same as the Sepratron I but with a delayed fuse.@MODULE[ModuleEngine*]{%useThrustCurve = true%thrustCurve{key = 0.00 0.01key = 0.05 1.00 0 0key = 0.93 1.00 0 0key = 0.98 0.10 0 0key = 1.00 0.10}}}

// Add a 5m Fairing// Author: Enceos+PART[fairingSize3]{ %name = fairingSize4 @MODEL { %scale = 1.33,1,1.33 }%title = AE-FF4 Airstream Protective Shell (5m)%description = While the Kerbals at Mission Control were still figuring out how to get their rockets back down to Kerbin safely, the research engineers at FLOOYD were quickly realising that protecting parts on ascent was just as important. Heavy research into two-dimensional-input driven procedural construction was then funded with the hopes of making protective shells for important payloads and interstage areas of the crafts. The protective shells also have the benefit of making the craft more aerodynamic, hopefully saving on precious rocket fuel! The AE-FF4 is the experimental prototype from FLOOYD. It is designed for the largest rockets which come from private companies from various parts of Kerbin.%mass = 0.64%bulkheadProfiles = size4 @MODULE[ModuleProceduralFairing] { %baseRadius = 2.5 %maxRadius = 8 %xSectionHeightMax = 7 }}// Add a 7m Fairing// Author: Stone Blue+PART[fairingSize3]{ %name = fairingSize5 @MODEL { %scale = 2,1,2 }%title = AE-FF5 Airstream Protective Shell (7.5m)%description = While the Kerbals at Mission Control were still figuring out how to get their rockets back down to Kerbin safely, the research engineers at FLOOYD were quickly realising that protecting parts on ascent was just as important. Heavy research into two-dimensional-input driven procedural construction was then funded with the hopes of making protective shells for important payloads and interstage areas of the crafts. The protective shells also have the benefit of making the craft more aerodynamic, hopefully saving on precious rocket fuel! The AE-FF5 is the experimental prototype from FLOOYD. It is designed for the largest rockets which come from private companies from various parts of Kerbin.%mass = 1.1%bulkheadProfiles = size5 @MODULE[ModuleProceduralFairing] { %baseRadius = 3.75 %maxRadius = 10.5 %xSectionHeightMax = 7 }}

//this patch makes the atmopheric sensor smaller//Author: samamstar@PART[sensorAtmosphere]:FINAL{//set this factor bigger to make the part bigger, smaller to shrink it@rescaleFactor = 0.3//I suggest 0.3, that puts it right around the scale of the thermometer & accelerometer}

//this adds new fuel filled adapters for ksp. should be decently balanced//Author: samamstar//new 1.25 to 0.625 fueled adapter+PART[adapterSmallMiniTall]:FINAL{@name = adapterSmallMiniTallFueled@TechRequired = advFuelSystems@entryCost = 3000@cost = 200@category = FuelTank@title = FL-A10 Fuel Tank@description = We had some engineers installing a FL-A10 adapter when they came to the sudden realization that we were packing all that extra empty space for no reason!@mass = 0.70RESOURCE{name = LiquidFuelamount = 45maxAmount = 45}RESOURCE{name = Oxidizeramount = 55maxAmount = 55}}//2.5 meter adapter fuel tank+PART[largeAdapter]:FINAL{@name = largeAdapterFueled@TechRequired = advFuelSystems@entryCost = 7000@cost = 3500@category = FuelTank@title = Rockomax Brand Adapter@manufacturer = Rockomax Conglomerate@description = When C7 designed an adapter for rockomax rocketry parts we immediately took legal action against them, but it is aparently perfectly legal to design periferals for someone else's product. So we beat them at their own game.@mass = 0.5RESOURCE{name = LiquidFuelamount = 360maxAmount = 360}RESOURCE{name = Oxidizeramount = 440maxAmount = 440}}//3.75 meter adapter fuel tank+PART[Size3to2Adapter]:FINAL{@name = Size3to2AdapterFueled@TechRequired = highPerformanceFuelSystems@entryCost = 10000@cost = 2750@category = FuelTank@title = Kerbodyne ADTP-2-3 Fuel Tank@manufacturer = Kerbodyne@description = After Jeb's junkyard filled the FL-A10 adapter with fuel, some eggheads at kerbodyne came up with a great idea! Fill our adapter with fuel!@mass = 1.75RESOURCE{name = LiquidFuelamount = 1296maxAmount = 1296}RESOURCE{name = Oxidizeramount = 1584maxAmount = 1584}}

// Adds a small and large airbrake part// Author: Errol+PART[airbrake1]{ @name = miniairbrake1 @rescaleFactor = 0.5 @TechRequired = stability @entryCost = 5000 @cost = 250 @title = A.I.R.B.R.A.K.E.S (M.I.N.I) @description = After several complaints from our brave pilots that the standard A.I.R.B.R.A.K.E.S were too powerful for smaller craft, the engineers at C7 Aerospace came up with a simple solution. A smaller airbrake. @mass = 0.0125 @MODULE[ModuleAeroSurface] { @deflectionLiftCoeff = 0.1 @ctrlSurfaceArea = 0.25 }}+PART[airbrake1]{ @name = largeairbrake1 @rescaleFactor = 1.5 @TechRequired = heavyAerodynamics @entryCost = 15000 @cost = 1000 @title = A.I.R.B.R.A.K.E.S (L.A.R.G.E) @description = After several complaints from our brave pilots that the standard A.I.R.B.R.A.K.E.S were too wimpy for larger craft, the engineers at C7 Aerospace came up with a simple solution. A larger airbrake. @mass = 0.1 @MODULE[ModuleAeroSurface] { @deflectionLiftCoeff = 0.85 @ctrlSurfaceArea = 2.25 }}

// Repurposes the Stratus-V Cylindrified Monopropellant Tank as an LFO tank.+PART[rcsTankRadialLong] {@name = squadLFOTankRadialLong@title = Stratus-LFO Cylindrified Fuel Tank@description = After years of disappointing sales, the hard-working engineers of Stratus Corporation finally realized that nobody has any use for a medium-large radial monopropellant tank. So they boldly ventured into new markets with this line of conveniently attachable, moderately-sized LFO tanks. -RESOURCE[MonoPropellant] {}RESOURCE {name = LiquidFuelamount = 54maxAmount = 54}RESOURCE {name = Oxidizeramount = 66maxAmount = 66}}

// Adds and internal combustion wheel.// Author: KerbMav+PART[wheelMed]{@name = wheelMedFuel@TechRequired = aviation@entryCost = 2000@cost = 200@title = Combustion Ruggedized Wheel@description = An extremely tough wheel made for mobilizing medium sized vehicles across a large variety of terrain. Will need air intakes to feed the motor oxygen for fuel combustion.@mass = 0.3@maxTemp = 800@MODULE[ModuleWheelMotor]{@wheelSpeedMax = 59 // kph@driveResponse = 2RESOURCE{name = LiquidFuelrate = 0.01}RESOURCE{name = IntakeAirrate = 0.1}@idleDrain = 0.0-RESOURCE[ElectricCharge] {}}-MODULE[ModuleTestSubject]{}}@PART[wheelMedFuel]:NEEDS[WheelSounds]{MODULE{name = WheelSoundswheelSoundVolume = 1.5wheelSoundPitch = 0.5wheelSoundFile = WheelSounds/Sounds/RoveMaxXL3skidSoundVolume = 0.2skidSoundPitch = 1skidSoundFile = WheelSounds/Sounds/gravelSkiddamageSoundVolume = 1damageSoundFile = WheelSounds/Sounds/wheelDamagesoundInVacuum = false}}@PART[*]:HAS[@MODULE[WheelSounds],!@MODULE[ModuleWheelMotorSteering]]:NEEDS[WheelSounds]:FINAL{ @MODULE[WheelSounds] { skidSoundVolume = 0.3soundInVacuum = true }}

// Change the mass of the Mk1-2 and Mk2 Lander for better balance// Author: Alshain@PART[Mark1-2Pod]:FINAL{@mass = 2.4}@PART[mk2LanderCabin]:FINAL{@mass = 1.4}

// Reduced mass for structural parts// Author: Psycho_zs@PART[structuralIBeam2|structuralIBeam3]{ @mass *= 0.5}@PART[trussAdapter|trussPiece1x|trussPiece3x]{ @mass *= 0.2}

// Add torque to all probes// Author: Alshain@PART[probeCoreOcto2]:FINAL{MODULE{name = ModuleReactionWheelPitchTorque = 0.3YawTorque = 0.3RollTorque = 0.3RESOURCE{name = ElectricChargerate = 0.03}}}@PART[probeCoreCube]:FINAL{MODULE{name = ModuleReactionWheelPitchTorque = 0.1YawTorque = 0.1RollTorque = 0.1RESOURCE{name = ElectricChargerate = 0.03}}}@PART[probeCoreSphere]:FINAL{MODULE{name = ModuleReactionWheelPitchTorque = 0.1YawTorque = 0.1RollTorque = 0.1RESOURCE{name = ElectricChargerate = 0.03}}}

// Reduce the effective torque of all reaction wheels// Author: Psycho_zs@PART[*]:HAS[@MODULE[ModuleReactionWheel]]:FINAL {@MODULE[ModuleReactionWheel] {@PitchTorque *= 0.1@YawTorque *= 0.1@RollTorque *= 0.1}}

//Allow deflating inflatable heat sheield//Author: Chris97b@PART[InflatableHeatShield]:AFTER[Squad] { @MODULE[ModuleAnimateGeneric] { @allowAnimationWhileShielded = true @disableAfterPlaying = false } }

// Allows all deployable panels to retract// Author: Alshain@PART[*]:HAS[@MODULE[ModuleDeployableSolarPanel]]:FINAL{@MODULE[ModuleDeployableSolarPanel]{@retractable = true}}

// Add a Power Generator to All Command Pods// Author: Foxster@PART[*]:HAS[@MODULE[ModuleCommand]]{MODULE{name = ModuleGeneratorisAlwaysActive = trueOUTPUT_RESOURCE{name = ElectricChargerate = 0.75}}}

// Add angle snapping to Squad Docking ports (12 increments as on textures)// Author: Psycho_zs@PART[dockingPortLateral|dockingPort2|dockingPort3|mk2DockingPort|dockingPortLarge|dockingPort1]:FINAL{@MODULE[ModuleDockingNode]{// If you want X degrees margin, use cos(0.5*X) as captureMinRollDot// 0.5 degrees = 0.99999048// 1 degree = 0.99996192// 2 degrees = 0.9998477// 3 degrees = 0.99965732captureMinRollDot = 0.99996192snapRotation = truesnapOffset = 30}}

//Move all science to starting tech tree node//Author: maculator@PART[*]:HAS[#category[Science],!MODULE[ModuleScienceLab],!MODULE[ModuleResourceScanner],!MODULE[ModuleOrbitalSurveyor],!MODULE[ModuleDataTransmitter]]:FINAL{ %TechRequired = start} 

//More electric power for launchclamps//Author: maculator@PART[*]:HAS[@MODULE[LaunchClamp]]{ @MODULE[ModuleGenerator] { @OUTPUT_RESOURCE[ElectricCharge] { @rate = 100 //1 is normal } }}

//Add Crew Reports to Scienc Lab//Author: maculator@PART[Large_Crewed_Lab]{ MODULE { name = ModuleScienceExperiment experimentID = crewReport experimentActionName = Crew Report resetActionName = Discard Crew Report reviewActionName = Review Report useStaging = False useActionGroups = True hideUIwhenUnavailable = True rerunnable = True xmitDataScalar = 1.0 usageReqMaskInternal = 5 usageReqMaskExternal = -1 }}

// Increase range of Lab// Author: Warzous@PART[science_module]{ @MODULE[ModuleScienceExperiment] { @interactionRange = 3 }}// Increase range of Goo// Author: Warzous@PART[GooExperiment]{ @MODULE[ModuleScienceExperiment] { @interactionRange = 3 }}

// Recieve 100% Science when Transmitting// Author: maculator@PART[*]:HAS[MODULE[ModuleScienceExperiment]]{@MODULE[ModuleScienceExperiment]{@xmitDataScalar = 1.0}}

//ISRU Generator //FuelCells produce 900EC/1LF now the ISRU can do this too but slower compared to the mass/EC ratio.//But it's boostable through engineers.// Author: maculator@PART[ISRU]{MODULE{ name = ModuleResourceConverter ConverterName = Generator StartActionName = Start ISRU [Generator Mode] StopActionName = Stop ISRU [Generator Mode] AutoShutdown = trueTemperatureModifier{key = 0 100000key = 750 50000key = 1000 10000key = 1250 500key = 2000 50key = 4000 0}GeneratesHeat = trueDefaultShutoffTemp = .8ThermalEfficiency {key = 0 0 0 0key = 500 0.1 0 0key = 1000 1.0 0 0key = 1250 0.1 0 0key = 3000 0 0 0 }UseSpecialistBonus = trueSpecialistEfficiencyFactor = 0.2SpecialistBonusBase = 0.05ExperienceEffect = ConverterSkillEfficiencyBonus = 1 INPUT_RESOURCE{ResourceName = LiquidFuelRatio = 0.22222FlowMode = STAGE_PRIORITY_FLOW}INPUT_RESOURCE{ResourceName = OxidizerRatio = 0.27160FlowMode = STAGE_PRIORITY_FLOW}OUTPUT_RESOURCE{ResourceName = ElectricChargeRatio = 200DumpExcess = false}}}//MiniISRU Generator //FuelCells produce 900EC/1LF now the MiniISRU can do this too but slower compared to the mass/EC ratio.//But it's boostable through engineers..// Author: maculator@PART[MiniISRU]{MODULE{ name = ModuleResourceConverter ConverterName = Generator StartActionName = Start ISRU [Generator] StopActionName = Stop ISRU [Generator]AutoShutdown = trueTemperatureModifier{key = 0 50000key = 750 25000key = 1000 5000key = 1250 2500key = 2000 2500key = 4000 0}GeneratesHeat = trueDefaultShutoffTemp = .8ThermalEfficiency {key = 0 0 0 0key = 500 0.9 0 0key = 1000 1.0 0 0key = 1250 0.9 0 0key = 1500 0.5 0 0key = 3000 0.0 0 0 }UseSpecialistBonus = trueSpecialistEfficiencyFactor = 0.2SpecialistBonusBase = 0.05ExperienceEffect = ConverterSkillEfficiencyBonus = 1 INPUT_RESOURCE{ResourceName = LiquidFuelRatio = 0.06667FlowMode = STAGE_PRIORITY_FLOW}INPUT_RESOURCE{ResourceName = OxidizerRatio = 0.08148FlowMode = STAGE_PRIORITY_FLOW}OUTPUT_RESOURCE{ResourceName = ElectricChargeRatio = 60DumpExcess = false}}}

// Stop solar panel from sun tracking// Author: tg626, Alshain@PART[*]:HAS[@MODULE[ModuleDeployableSolarPanel]]:FINAL{@MODULE[ModuleDeployableSolarPanel]{//%sunTracking = false //v1.1 and earlier%isTracking = false // v1.2+}}

// Add attachment nodes to solar panels// Author: Enceos@PART[*]:HAS[#node_attach[*],@MODULE[ModuleDeployableSolarPanel]]{ %node_stack_root = #$node_attach$ @attachRules = 1,1,1,1,1 @bulkheadProfiles = size0, srf}// Add attachment nodes to wheels// Author: Enceos@PART[*]:HAS[#node_attach[*],@MODULE[ModuleWheelBase]]{ %node_stack_root = #$node_attach$ @attachRules = 1,1,1,1,1 @bulkheadProfiles = size0, srf}// Add attachment nodes to RCS// Author: Enceos@PART[*]:HAS[#node_attach[*],@MODULE[ModuleRCSFX]]{ %node_stack_root = #$node_attach$ @attachRules = 1,1,1,1,1 @bulkheadProfiles = size0, srf}@PART[*]:HAS[#node_attach[*],@MODULE[ModuleRCS]]{ %node_stack_root = #$node_attach$ @attachRules = 1,1,1,1,1 @bulkheadProfiles = size0, srf}// Add attachment nodes to radiators// Author: Enceos@PART[*]:HAS[#node_attach[*],@MODULE[ModuleDeployableRadiator]]{ %node_stack_root = #$node_attach$ @attachRules = 1,1,1,1,1 @bulkheadProfiles = size0, srf

// Add electric resource consumption to co*ckpit lights// Author: Alshain@PART[Mark1co*ckpit] {@MODULE[ModuleAnimateGeneric]{@name = ModuleLight%useAnimationDim = true%lightBrightenSpeed = 2.5%lightDimSpeed = 2.5%resourceAmount = 0.01%useResources = true}}@PART[Mark2co*ckpit] {@MODULE[ModuleAnimateGeneric]{@name = ModuleLight%useAnimationDim = true%lightBrightenSpeed = 2.5%lightDimSpeed = 2.5%resourceAmount = 0.01%useResources = true}}@PART[MK1CrewCabin] {@MODULE[ModuleAnimateGeneric]{@name = ModuleLight%useAnimationDim = true%lightBrightenSpeed = 2.5%lightDimSpeed = 2.5%resourceAmount = 0.01%useResources = true}}@PART[mk2co*ckpit_Standard] {@MODULE[ModuleAnimateGeneric]{@name = ModuleLight%useAnimationDim = true%lightBrightenSpeed = 2.5%lightDimSpeed = 2.5%resourceAmount = 0.01%useResources = true}}@PART[mk2co*ckpit_Inline] {@MODULE[ModuleAnimateGeneric]{@name = ModuleLight%useAnimationDim = true%lightBrightenSpeed = 2.5%lightDimSpeed = 2.5%resourceAmount = 0.01%useResources = true}}@PART[mk2CrewCabin] {@MODULE[ModuleAnimateGeneric]{@name = ModuleLight%useAnimationDim = true%lightBrightenSpeed = 2.5%lightDimSpeed = 2.5%resourceAmount = 0.01%useResources = true}}@PART[mk3co*ckpit_Shuttle] {@MODULE[ModuleAnimateGeneric]{@name = ModuleLight%useAnimationDim = true%lightBrightenSpeed = 2.5%lightDimSpeed = 2.5%resourceAmount = 0.01%useResources = true}}@PART[mk3CrewCabin] {@MODULE[ModuleAnimateGeneric]{@name = ModuleLight%useAnimationDim = true%lightBrightenSpeed = 2.5%lightDimSpeed = 2.5%resourceAmount = 0.01%useResources = true}}

//Add Science Transfer to the Science Lab and Command Pods//Author: steve_v@PART[*]:HAS[@MODULE[ModuleScienceContainer]]:HAS[@MODULE[ModuleScienceLab|ModuleCommand]]{@MODULE[ModuleScienceContainer]{ %canBeTransferredToInVessel = True %canTransferInVessel = True %showStatus = True}}

// full science for each experiment the first time the experiment is performed// Author: MalevolentNinja@EXPERIMENT_DEFINITION[*]{%baseValue = #$scienceCap$}

// Change the Convert-O-Tron 125 to Allow Continuous Work and Improve Efficiency// Author: Raphaello@PART[MiniISRU]{@mass *= 1@entryCost *= 5@cost *= 5@MODULE[ModuleResourceConverter],*{@INPUT_RESOURCE:HAS[#ResourceName[Ore]]{@Ratio *= 0.2}}@MODULE[ModuleCoreHeat]{@MaxCoolant *= 2}}

// Set anomaly detection rate to 100% for high tech probes// Author: slubman@PART[probeStackLarge|probeStackSmall]:HAS[@MODULE[ModuleKerbNetAccess]]:FINAL{@MODULE[ModuleKerbNetAccess]{%AnomalyDetection = 1}}

// Swap Crew report and EVA report biome-dependence in space low// Author: pwhk@EXPERIMENT_DEFINITION[*]:HAS[#id[crewReport]]:FINAL { @biomeMask = 23 }@EXPERIMENT_DEFINITION[*]:HAS[#id[evaReport]]:FINAL { @biomeMask = 7 }

// Change the impact tolerance of all engines// Author: TheRagingIrishman@PART[*]:HAS[@MODULE[ModuleEngines*]]:FINAL{ @crashTolerance = 0.1}

// unmanned command pods// by Aelfhe1m@PART[*]:HAS[@MODULE[ModuleCommand],#CrewCapacity[>0]]:FINAL{@MODULE[ModuleCommand]{@minimumCrew = 0RESOURCE // remove resource section if using a life-support mod.{name = ElectricChargerate = 0.020}hasHibernation = True}%MODULE[ModuleSAS] {}}

//All engines surface attachable, except SRBs.@PART[*]:HAS[#category[Engine],!RESOURCE[SolidFuel]]:FINAL{@attachRules = 1,1,1,0,0}

// Disable kerbal rescue contracts, for players who prefer to hire kerbals.// AllowKerbalRescue controls contracts where you rescue just the kerbal.// AllowCompoundRecovery controls contracts where you must recover the derelict vessel too.// Contracts to recover parts *without* kerbals in them are still allowed.@Contracts{ @Recovery { @AllowKerbalRescue = False @AllowCompoundRecovery = False }}

// LY-01 Landing Gear Improved// Makes the LY-01 basic landing gear (the side one) as stiff as (front wheel from same techlevel) - LY-05.// That significantly reduces amount of re-loads, crashes and it usability goes up.// Author: Kerbal101@PART[GearFixed]{@crashTolerance = 325@MODULE[ModuleWheelSuspension] { @springRatio = 25 @damperRatio = 1.0 }} 

// Add brakes to LY-05 Landing Gear// Author: Kerbal 101@PART[GearFree]{@MODULE[ModuleWheelBase]{@TooltipPrimaryField = Steerable} MODULE {name = ModuleWheelBrakesbaseModuleIndex = 0maxBrakeTorque = 1.5brakeResponse = 1 }} 

// Make the Stayputnik Available Earlier// Author: Kerbal101@PART[batteryBankMini]{ @TechRequired = engineering101}@PART[probeCoreSphere]{ @TechRequired = engineering101}

// Give pilots fuel efficiency as a skill// Author: theshepherd@EXPERIENCE_TRAIT[Pilot]:Needs[SQUAD]:Final{%EFFECT[FuelUsage]{%modifiers = 0.99, 0.97, 0.94, 0.90, 0.85}}

// Add in-vessel transfer support to all parts that can hold science, unless// explicitly disabled by the part. This is the same ability that the stock// Experiment Storage Unit has; it doesn't really make sense for it to be// limited to just the that part.// Author: Wyzard@PART[*]:HAS[@MODULE[ModuleScienceContainer],!MODULE[KerbalEVA]]{@MODULE[ModuleScienceContainer]{// Allow "Container: Collect All" and "Container: Transfer// Data" by default.&canTransferInVessel = True// Allow targeting by "Container: Transfer Data" on other// parts by default.&canBeTransferredToInVessel = True}}

//Add engine response time to engines that pump fluids but have no engine spooling.//Author: Aelfhe1m & Aquilux//////////////////////////////////////////////////////////////////////This script adds engine spooling delay to engines that pump at least one liquid for a chemical reaction.//Engine spooling delay is dependent on the momentum of the turbines in the engine.//This script assumes that turbine mass is an average fraction of engine mass, thus delay is derived from engine mass.////equations for accel/decel/mass relationships loosely derived from KW rocketry values:////engineAccelerationSpeed = -1.16878m + 0.0875252m^2 + -0.00253789m^3 + 0.0000260111m^4 + 5.74868////engineDecelerationSpeed = 1.14632m + 0.0856818m^2 + -0.00246803m^3 + 0.0000251029m^4 + 5.82994////values and derived trend lines can be found here: https://goo.gl/733mKw (published google sheets chart)////////////////////////////////////////////////////////////////////Spooling for engines with oxidiser (to account for hybrid and other exotic chemical engines using oxidiser)@PART[*]:HAS[@MODULE[ModuleEngines*]:HAS[@PROPELLANT[Oxidizer],~useEngineResponseTime[True]]]//find parts containing ModuleEngines* that uses Oxidiser, but does not have useEngineResponseTime{@MODULE[ModuleEngines*]{useEngineResponseTime = True //create useEngineResponseTime//////////////////////////////////////////////////begin polynomial math for engineAccelerationSpeedMATHa = #$/mass$ //start first component temp variable@MATHa *= -1.16878 //complete first component//MATHb = #$/mass$//start second component temp variable@MATHb != 2//incorporate exponent@MATHb *= 0.0875252//complete second component//MATHc = #$/mass$//start third component temp variable@MATHc != 3//incorporate exponent@MATHc *= -0.00253789//complete third component//MATHd = #$/mass$//start fourth component@MATHd != 4//incorporate exponent@MATHd *= 0.0000260111//complete fourth component//engineAccelerationSpeed = #$MATHa$//combine first component@engineAccelerationSpeed += #$MATHb$//combine second component@engineAccelerationSpeed += #$MATHc$//combine third component@engineAccelerationSpeed += #$MATHd$//combine fourth component@engineAccelerationSpeed += 5.74868//combine fifth component //keep variables initialised//////////////////////////////////////////////////begin polynomial math for engineDecelerationSpeed@MATHa = #$/mass$ //start first component temp variable@MATHa *= 1.14632 //complete first component//@MATHb = #$/mass$//start second component temp variable@MATHb != 2//incorporate exponent@MATHb *= 0.0856818//complete second component//@MATHc = #$/mass$//start third component temp variable@MATHc != 3//incorporate exponent@MATHc *= -0.00246803//complete third component//@MATHd = #$/mass$//start fourth component@MATHd != 4//incorporate exponent@MATHd *= 0.0000251029//complete fourth component//engineDecelerationSpeed = #$MATHa$//combine first component@engineDecelerationSpeed += #$MATHb$//combine second component@engineDecelerationSpeed += #$MATHc$//combine third component@engineDecelerationSpeed += #$MATHd$//combine fourth component@engineDecelerationSpeed += 5.82994//combine fifth component//!MATHa = clear//clear temp variable!MATHb = clear//clear temp variable!MATHc = clear//clear temp variable!MATHd = clear//clear temp variable//////////////////////////////////////////////////end polynomial math}}//Spooling for engines with MonoPropellant@PART[*]:HAS[@MODULE[ModuleEngines*]:HAS[@PROPELLANT[MonoPropellant],~useEngineResponseTime[True]]]//find parts containing ModuleEngines* that uses MonoPropellant, but does not have useEngineResponseTime{@MODULE[ModuleEngines*]{useEngineResponseTime = True //create useEngineResponseTime//////////////////////////////////////////////////begin polynomial math for engineAccelerationSpeedMATHa = #$/mass$ //start first component temp variable@MATHa *= -1.16878 //complete first component//MATHb = #$/mass$//start second component temp variable@MATHb != 2//incorporate exponent@MATHb *= 0.0875252//complete second component//MATHc = #$/mass$//start third component temp variable@MATHc != 3//incorporate exponent@MATHc *= -0.00253789//complete third component//MATHd = #$/mass$//start fourth component@MATHd != 4//incorporate exponent@MATHd *= 0.0000260111//complete fourth component//engineAccelerationSpeed = #$MATHa$//combine first component@engineAccelerationSpeed += #$MATHb$//combine second component@engineAccelerationSpeed += #$MATHc$//combine third component@engineAccelerationSpeed += #$MATHd$//combine fourth component@engineAccelerationSpeed += 5.74868//combine fifth component //keep variables initialised//////////////////////////////////////////////////begin polynomial math for engineDecelerationSpeed@MATHa = #$/mass$ //start first component temp variable@MATHa *= 1.14632 //complete first component//@MATHb = #$/mass$//start second component temp variable@MATHb != 2//incorporate exponent@MATHb *= 0.0856818//complete second component//@MATHc = #$/mass$//start third component temp variable@MATHc != 3//incorporate exponent@MATHc *= -0.00246803//complete third component//@MATHd = #$/mass$//start fourth component@MATHd != 4//incorporate exponent@MATHd *= 0.0000251029//complete fourth component//engineDecelerationSpeed = #$MATHa$//combine first component@engineDecelerationSpeed += #$MATHb$//combine second component@engineDecelerationSpeed += #$MATHc$//combine third component@engineDecelerationSpeed += #$MATHd$//combine fourth component@engineDecelerationSpeed += 5.82994//combine fifth component//!MATHa = clear//clear temp variable!MATHb = clear//clear temp variable!MATHc = clear//clear temp variable!MATHd = clear//clear temp variable//////////////////////////////////////////////////end polynomial math}}

// Change the amount of science the mobile lab holds// Author: juanml82@PART[Large_Crewed_Lab]:final{@MODULE[ModuleScienceConverter]{ @scienceCap = 5000} }

// Extend the Range of the Struts// Author: Xyphos@PART[*]:HAS[@MODULE[CModuleStrut]]{%maxLength = 1000 // default = 10}