try at a more modular recipe architecture.

NOTE: some of this syntax isn't toml i don't think, so this should be
treated more like pseudo-toml

modular-recipes/peristaltic-pump/bearing_roller.toml

@@ -0,0 +1,46 @@
+[[outputs]]
+bearing_roller = {quantity=6}
+
+# inputs list, similar to a cargo.toml file
+[[inputs]]
+bearing_hub_top = {version=0.1, type="printed"}
+bearing_hub = {version=0.1, type="printed"}
+
+# alternate representation of an element of the inputs list
+[[inputs.m4_20_shcs]]
+type = "M4x20 SHCS"
+quantity = 3
+comment = """These will hold the bearing rollers.  Possibly Button Heads
+Cap Screws would be better?  Probably either will work fine."""
+
+[[inputs.m4_washer]]
+type = "M4 washer"
+quantity = 6
+dimensions = "12 mm OD, 4.4 mm ID, 1 mm thick"
+comment = """The upstream repo calls for 12 mm OD but i think that's
+too big, it hits the outer race of the bearings.  Use 8mm OD instead."""
+
+[[inputs.624_bearing]]
+type = "624 bearing"
+quantity = 6
+comments = "13mm OD, 4mm ID, 5mm wide"
+
+[[inputs.m4_nuts]]
+type = "M4 nuts"
+quantity = 3
+
+[[dependencies]]
+tools = [
+    "3 mm hex driver",
+    "7 mm nut driver",
+]
+operator = {skill="assembly"}
+
+
+[[action]]
+process = """Assemble the bearing roller.  Each of the three roller
+stacks will consist of: washer, bearing, bearing, washer.  All three
+roller stacks are clamped between the bearing hub top and bottom, and
+fixed by a screw and nut."""
+
+

modular-recipes/peristaltic-pump/peristaltic_pump.toml

@@ -0,0 +1,33 @@
+[[inputs]]
+pump_housing_front_with_stepper = {version = 0.1, quantity=1}
+bearing_roller = {version=0.1, quantity=1}
+pump_housing_rear_with_stepper = {version=0.1, quantity=1}
+tube_support = {version=0.1, quantity=1}
+
+[[inputs.silicone_tubing]]
+type = "silicone tubing, 6mm OD, 4mm ID"
+quantity = "1 meter"
+comment = "PVC tube isn't flexible enough.  Adjust quantity to suit your application."
+
+[[inputs.m4_25_bhcs]]
+name = "m4_25_bhcs"
+type = "M4x25 BHCS"
+quantity = 4
+comment = """BHCS is preferred over SHCS so the screw heads sit recessed
+below the surface of the pump body."""
+
+[[inputs.m4_nuts]]
+type = "M4 nuts"
+quantity = 4
+
+[[dependencies]]
+tools = [ "3 mm hex driver" ]
+operator = {skill="assembly"}
+
+[[action]]
+process = """Press the bearing roller assembly onto the motor shaft of the
+rear pump housing assembly.  Install the tubing so it goes in one port,
+around the roller, and out the other port.  Press the motor shaft of the
+front pump housing assembly into the other side of the bearing roller.
+Attach with the screws and nuts."""
+

modular-recipes/peristaltic-pump/print/bearing_hub.toml

@@ -0,0 +1,14 @@
+[[outputs]]
+bearing_hub={version=0.1, quantity=1, type="printed"}
+
+[[inputs]]
+filament={}
+
+[[dependencies]]
+printer={type="fdm"}
+
+[[config]]
+model="https://github.com/DerSchultze/Peristaltic-Controller@92a4d9b:stl/bearing-hub.STL"
+
+[[action]]
+print={}

modular-recipes/peristaltic-pump/print/bearing_hub_top.toml

@@ -0,0 +1,14 @@
+[[outputs]]
+bearing_hub_top={version=0.1, quantity=1, type="printed"}
+
+[[inputs]]
+filament={}
+
+[[dependencies]]
+printer={type="fdm"}
+
+[[config]]
+model="https://github.com/DerSchultze/Peristaltic-Controller@92a4d9b:stl/bearing-hub-top.STL"
+
+[[action]]
+print={}

modular-recipes/peristaltic-pump/print/pump_housing_front_untapped.toml

@@ -0,0 +1,14 @@
+[[outputs]]
+pump_housing_front_untapped={version=0.1, quantity=1, type="printed"}
+
+[[inputs]]
+filament={}
+
+[[dependencies]]
+printer={type="fdm"}
+
+[[config]]
+model="https://github.com/DerSchultze/Peristaltic-Controller@92a4d9b:stl/pump-top.STL"
+
+[[action]]
+print={}

modular-recipes/peristaltic-pump/print/tube_support.toml

@@ -0,0 +1,14 @@
+[[outputs]]
+tube_support={version=0.1, quantity=1, type="printed"}
+
+[[inputs]]
+filament={}
+
+[[dependencies]]
+printer={type="fdm"}
+
+[[config]]
+model="https://github.com/DerSchultze/Peristaltic-Controller@92a4d9b:stl/tube-support.STL"
+
+[[action]]
+print={}

modular-recipes/peristaltic-pump/pump_housing_front.toml

@@ -0,0 +1,14 @@
+
+[[outputs]]
+pump_housing_front={quantity=1}
+
+[[inputs]]
+pump_housing_front_untapped={version=0.1, type="printed"}
+
+[[dependencies]]
+tools = [ "M4 tap" ]
+operator = {skill="assembly"}
+
+[[action]]
+process = """Tap the two motor mounting holes."""
+

modular-recipes/peristaltic-pump/pump_housing_front_with_stepper.toml

@@ -0,0 +1,14 @@
+[[outputs]]
+pump_housing_front_with_stepper={quantity=1}
+
+[[inputs]]
+pump_housing_front={version=0.1, quantity=1}
+m4_5_shcs={quantity=2, description="M4x5 SHCS"}
+stepper={quantity=1, type="J8ByJ-48"}
+
+[[dependencies]]
+tools = [ "3 mm hex driver" ]
+operator = {skill="assembly"}
+
+[[action]]
+process = """Screw the stepper to the printed front housing."""

modular-recipes/peristaltic-pump/pump_housing_rear.toml

@@ -0,0 +1,12 @@
+
+[[outputs]]
+pump_housing_rear = {quantity=1}
+
+[[inputs]]
+pump_housing_rear_untapped = {version=0.1, type="printed", quantity=1, model="https://github.com/DerSchultze/Peristaltic-Controller@92a4d9b:stl/CheapPump.STL"}
+
+[[dependencies]]
+tools = [ "M4 tap" ]
+
+[[action]]
+process = """Tap the two motor mounting holes."""

modular-recipes/peristaltic-pump/pump_housing_rear_with_stepper.toml.toml

@@ -0,0 +1,15 @@
+[[outputs]]
+pump_housing_rear_with_stepper = {quantity=1}
+
+[[inputs]]
+pump_housing_rear = {version=0.1, quantity=1}
+m4_5_shcs = {quantity=2}
+stepper = {type="J8BYJ-48", quantity=1}
+
+[[dependencies]]
+tools = [ "3 mm hex driver" ]
+operator = {skill="assembly"}
+
+[[action]]
+process = """Screw the stepper to the printed rear housing."""
+

modular-recipes/purchase/purchase_stepper.toml

@@ -0,0 +1,14 @@
+[[outputs]]
+stepper = {type="J8BYJ-48"}
+
+[[inputs]]
+capital={type="usd"}
+
+[[dependencies]]
+operator = {skill="vendor interaction"}
+
+[[action.purchase]]
+retailers = ["https://www.mouser.com/datasheet/2/758/stepd-01-data-sheet-1143075.pdf",
+            "https://components101.com/motors/28byj-48-stepper-motor"]
+
+process = "contact retailer and provide capital in exchange for vitamins. then think about how you can produce those vitamins for your enclave."