Skip to content
New issue

Have a question about this project? Sign up for a free GitHub account to open an issue and contact its maintainers and the community.

By clicking “Sign up for GitHub”, you agree to our terms of service and privacy statement. We’ll occasionally send you account related emails.

Already on GitHub? Sign in to your account

BDB Delta Configs #2821

Open
wants to merge 14 commits into
base: BDBStagingBranch
Choose a base branch
from
564 changes: 564 additions & 0 deletions GameData/RealismOverhaul/RO_SuggestedMods/Bluedog_DB/Delta/RO_DCSS.cfg

Large diffs are not rendered by default.

Original file line number Diff line number Diff line change
@@ -0,0 +1,69 @@
// -----------------------------------------------------------------------
// FIRST STAGE TANK CONFIGS FOR DELTA II and III ARE LOCATED IN THE THOR FOLDER!!!
// -----------------------------------------------------------------------



// ================================================================================
// Delta II Configs
// ================================================================================


// Engine Mount
@PART[bluedog_Thor_EngineMount]:FOR[RealismOverhaul]
{
%RSSROConfig = true
@rescaleFactor = 1.6
@title = Thor/Delta Engine Mount
@manufacturer = #roMfrDouglas
@mass = 1.1 //guessed
%skinTempTag = Aluminum
%internalTempTag = Aluminum
@MODULE[ModuleB9PartSwitch]
{
@SUBTYPE[Delta]
{
NODE
{
name = vernierNode1
position = -0.294, -0.298, 0.0
}
NODE
{
name = vernierNode2
position = 0.294, -0.298, 0.0
}
}
}
}


// Dual PAF Base
@PART[bluedog_Delta2_dpaf_base]:FOR[RealismOverhaul]
{
%RSSROConfig = true
@rescaleFactor = 1.6
@title = Delta II Dual Payload Adapter Base.
@manufacturer = #roMfrMD
@description = Dual payload adapter system for the Delta II rocket. Attach the first payload to the base and then attach the Dual Payload Adapter to the floating node. The node can be adjusted to match the two sizes of the adapter top half.
@mass = 0.125 //guessed
%skinTempTag = Aluminum
%internalTempTag = Aluminum
}


// Dual PAF Top
@PART[bluedog_Delta2_dpaf_top]:FOR[RealismOverhaul]
{
%RSSROConfig = true
@rescaleFactor = 1.6
@title = Delta II Dual Payload Adapter.
@manufacturer = #roMfrMD
@description = Dual payload adapter system for the Delta II rocket. Attach the first payload to the base and then attach this adapter to the floating node. The adapter is available in 2 sizes.
@mass = 0.150 //guessed
%skinTempTag = Aluminum
%internalTempTag = Aluminum
}

// Depreciated Part, Causing MM and B9PS Errors
!PART[bluedog_Delta2_RS27]:NEEDS[RealismOverhaul] {}
Original file line number Diff line number Diff line change
@@ -0,0 +1,162 @@
// ================================================================================
// Delta IV Configs
// ================================================================================



// Delta IV LOX Tank
@PART[bluedog_DeltaIV_s1_lowerTank]:FOR[RealismOverhaul]
{
%RSSROConfig = true
@rescaleFactor = 1.6
@mass = 12.551 //(226.4t Total - 199.65t prop - 1.32t Interstage - 6.604t engine) * 2/3
@title = Delta IV CBC LH2 Tank
@manufacturer = #roMfrBoeing
@description = Large 5m cryogenic fuel tank designed to be the upper half of the Delta IV rocket's first stage. <#ef7b06> AUTHOR'S NOTE: Includes optional side attach nodes for precise attachment to the heavy configuration booster decoupler. We recommend attaching the decoupler in symmetry and building the booster cores individually out of symmetry so the raceway and pipes all face the same way.</color>
%skinTempTag = Aluminum
%internalTempTag = Aluminum
!RESOURCE[],*{}
MODULE
{
name = ModuleFuelTanks
type = Tank-Iso-AlLi
volume = 401709.859 //28.5214t
basemass = -1
}
}


// Delta IV LH2 Tank
@PART[bluedog_DeltaIV_s1_upperTank]:FOR[RealismOverhaul]
{
%RSSROConfig = true
@rescaleFactor = 1.6
@mass = 6.276 //(226.4t Total - 199.65t prop - 1.32t Interstage - 6.604t engine) * 1/3
@title = Delta IV CBC LOX Tank
@manufacturer = #roMfrBoeing
@description = Large 5m cryogenic fuel tank designed to be the lower half of the Delta IV first stage. Includes a special structural extension at the bottom to attach to attach to the RS-68 engine boattail as well as a more generic option.
%skinTempTag = Aluminum
%internalTempTag = Aluminum
!RESOURCE[],*{}
MODULE
{
name = ModuleFuelTanks
type = Tank-Iso-AlLi
volume = 149981.245 //171.1286t
basemass = -1
}
}


// Delta IV Heavy Booster Nosecone
@PART[bluedog_DeltaIV_noseCone]:FOR[RealismOverhaul]
{
%RSSROConfig = true
@rescaleFactor = 1.6
@title = Delta IV Booster Nosecone
@manufacturer = #roMfrBoeing
@description = Large 5m nose cone with built in separation motors.
%skinTempTag = Steel
%internalTempTag = Aluminum
!RESOURCE,* {}
@MODULE[ModuleEnginesFX]
{
@maxThrust = 180
!PROPELLANT {}
PROPELLANT
{
name = HTPB
ratio = 1
DrawGauge = True
}
thrustCurve // Using Castor 1 Curve
{
key = 1.00000 1.00000 3.04530 0.00000
key = 0.98041 0.93846 3.24502 3.24479
key = 0.96207 0.87692 1.95348 3.47247
key = 0.92803 0.80769 0.70693 2.12062
key = 0.89585 0.78462 -0.01964 0.72771
key = 0.63391 0.78974 -0.01951 -0.01951
key = 0.37025 0.79487 -0.01939 -0.01939
key = 0.10490 0.80000 4.75933 -0.01926
key = 0.08614 0.70513 5.40035 5.39697
key = 0.06975 0.61026 6.24129 6.23522
key = 0.05572 0.51538 7.39346 7.38134
key = 0.04406 0.42051 9.07067 9.04263
key = 0.03476 0.32564 11.74722 11.66525
key = 0.02783 0.23077 5.33132 16.41311
key = 0.01926 0.17949 6.87286 6.82783
key = 0.01283 0.12821 9.72732 9.53333
key = 0.00855 0.07692 4.53459 15.71336
key = 0.00380 0.05128 6.99782 6.69392
key = 0.00095 0.02564 12.41023 12.99596
key = 0.00000 0.01000 0.00000 26.86142
}
}
MODULE
{
name = ModuleFuelTanks
volume = 60.0
type = HTPB
basemass = -1
}
}


// Radial Decoupler
@PART[bluedog_DeltaIV_heavyDecoupler]:FOR[RealismOverhaul]
{
%RSSROConfig = true
@rescaleFactor = 1.6
@title = Delta IV Radial Decoupler
@manufacturer = #roMfrBoeing
@description = Large radial decoupler for separating 5m boosters and core from each other. Includes separation motors at the bottom.
%skinTempTag = Steel
%internalTempTag = Titanium
!RESOURCE,* {}
@MODULE[ModuleEnginesFX]
{
@maxThrust = 180
!PROPELLANT {}
PROPELLANT
{
name = HTPB
ratio = 1
DrawGauge = True
}
thrustCurve // Using Castor 1 Curve
{
key = 1.00000 1.00000 3.04530 0.00000
key = 0.98041 0.93846 3.24502 3.24479
key = 0.96207 0.87692 1.95348 3.47247
key = 0.92803 0.80769 0.70693 2.12062
key = 0.89585 0.78462 -0.01964 0.72771
key = 0.63391 0.78974 -0.01951 -0.01951
key = 0.37025 0.79487 -0.01939 -0.01939
key = 0.10490 0.80000 4.75933 -0.01926
key = 0.08614 0.70513 5.40035 5.39697
key = 0.06975 0.61026 6.24129 6.23522
key = 0.05572 0.51538 7.39346 7.38134
key = 0.04406 0.42051 9.07067 9.04263
key = 0.03476 0.32564 11.74722 11.66525
key = 0.02783 0.23077 5.33132 16.41311
key = 0.01926 0.17949 6.87286 6.82783
key = 0.01283 0.12821 9.72732 9.53333
key = 0.00855 0.07692 4.53459 15.71336
key = 0.00380 0.05128 6.99782 6.69392
key = 0.00095 0.02564 12.41023 12.99596
key = 0.00000 0.01000 0.00000 26.86142
}
}
MODULE
{
name = ModuleFuelTanks
volume = 60.0
type = HTPB
basemass = -1
}
@MODULE[ModuleAnchoredDecoupler]
{
@ejectionForce = 5000
}
}
Loading
Loading