Below is a list of commands containing the following symbols:
R - Is one of the registers r0-r15, in direct or indirect addressing
N - Is an alias, a clear name that can be set to a register or data channel
D - Is one of the db input ports, d0-d5 in direct or indirect addressing
S - Is the db port slot number, d0-d5
P - Is the logical parameter of the db port, d0-d5
C - Is a double type constant specified directly or by name
A - Is a line number, a non-negative integer (numbering starts from 0)
T - Is a tag (a constant with its own line number)
O - Offset, an integer indicating the offset in the lines of code relative to the current
RM - Reagent reading mode, one of the Contents, Required or Recipe (can be 0, 1 or 2, respectively)
RC - Reagent code
H - R devices with which the lb batch reading or sb writing operation is performed
BM - Batch reading mode readings, one of Average, Sum, Minimum or Maximum (can be 0, 1, 2 or 3, respectively)
Y - Any text
| command | op1 | op2 | op3 | op4 | op5 | op6 | preview | description | edit |
|---|---|---|---|---|---|---|---|---|---|
| abs | R,N | R,N,C | op1 := |op2| | The absolute value of the number | |||||
| acos | R,N | R,N,C | op1 := acos(op2) | Arccosine* | |||||
| add | R,N | R,N,C | R,N,C | op1 := op2 + op3 | Sum | ||||
| alias | N | R,D | op2 => op1 | Specify an alias for a register or data channel | |||||
| and | R,N | R,N,C | R,N,C | op1 := op2 op3 | Logical AND, one if both op2 and op3 are true, zero otherwise | ||||
| asin | R,N | R,N,C | op1 := asin(op2) | Arcsine* | |||||
| atan | R,N | R,N,C | op1 := atan(op2) | Arctangent* | |||||
| atan2 | R,N | R,N,C | R,N,C | op1 := atan2(op2,op3) | Arc tangent with 2 arguments | ||||
| bap | R,N,C | R,N,C | R,N,C | R,N,A,T | Jump to op4 if op1 op2 with precision op3 | ||||
| bapal | R,N,C | R,N,C | R,N,C | R,N,A,T | Jump to op4 if op1 op2 with precision op3, writing the address of the next line to ra | ||||
| bapz | R,N,C | R,N,C | R,N,A,T | Jump to op3 if op1 0 with precision op2 | |||||
| bapzal | R,N,C | R,N,C | R,N,A,T | Jump to op3 if op1 0 with precision op2, writing the address of the next line to ra | |||||
| bdns | N,D | R,N,A,T | Jump to op2 if op1 channel is not configured | ||||||
| bdnsal | N,D | R,N,A,T | Jump to op2 if channel op1 is not configured, writing next line address to ra | ||||||
| bdse | N,D | R,N,A,T | Jump to op2 if channel op1 is configured | ||||||
| bdseal | N,D | R,N,A,T | Jump to op2 if channel op1 is configured with next line address written to ra | ||||||
| beq | R,N,C | R,N,C | R,N,A,T | Jump to op3 if op1 = op2 | |||||
| beqal | R,N,C | R,N,C | R,N,A,T | Jump to op3 if op1 = op2, writing the address of the next line to ra | |||||
| beqz | R,N,C | R,N,A,T | Jump to op2 if op1 = 0 | ||||||
| beqzal | R,N,C | R,N,A,T | Jump to op2 if op1 = 0, writing the address of the next line to ra | ||||||
| bge | R,N,C | R,N,C | R,N,A,T | Jump to op3 if op1 >= op2 | |||||
| bgeal | R,N,C | R,N,C | R,N,A,T | Jump to op3 if op1 >= op2, writing next line address to ra | |||||
| bgez | R,N,C | R,N,A,T | Jump to op2 if op1 >= 0 | ||||||
| bgezal | R,N,C | R,N,A,T | Jump to op2 if op1 >= 0, writing next line address to ra | ||||||
| bgt | R,N,C | R,N,C | R,N,A,T | Jump to op3 if op1 > op2 | |||||
| bgtal | R,N,C | R,N,C | R,N,A,T | Jump to op3 if op1 > op2, writing next line address to ra | |||||
| bgtz | R,N,C | R,N,A,T | Jump to op2 if op1 > 0 | ||||||
| bgtzal | R,N,C | R,N,A,T | Jump to op2 if op1 > 0, writing the address of the next line to ra | ||||||
| ble | R,N,C | R,N,C | R,N,A,T | Jump to op3 if op1 <= op2 | |||||
| bleal | R,N,C | R,N,C | R,N,A,T | Jump to op3 if op1 <= op2, writing next line address to ra | |||||
| blez | R,N,C | R,N,A,T | Jump to op2 if op1 <= 0 | ||||||
| blezal | R,N,C | R,N,A,T | Jump to op2 if op1 <= 0, writing the address of the next line to ra | ||||||
| blt | R,N,C | R,N,C | R,N,A,T | Jump to op3 if op1 < op2 | |||||
| bltal | R,N,C | R,N,C | R,N,A,T | Jump to op3 if op1 < op2, writing the address of the next line to ra | |||||
| bltz | R,N,C | R,N,A,T | Jump to op2 if op1 < 0 | ||||||
| bltzal | R,N,C | R,N,A,T | Jump to op2 if op1 < 0, writing the address of the next line to ra | ||||||
| bna | R,N,C | R,N,C | R,N,C | R,N,A,T | Jump to op4 if op1 ~= op2 with precision op3 | ||||
| bnaal | R,N,C | R,N,C | R,N,C | R,N,A,T | Jump to op4 if op1 ~= op2 with precision op3, writing next line address to ra | ||||
| bnan | R,N | R,A,T | |||||||
| bnaz | R,N,C | R,N,C | R,N,A,T | Jump to op3 if op1 ~= 0 with precision op2 | |||||
| bnazal | R,N,C | R,N,C | R,N,A,T | Jump to op3 if op1 ~= 0 with precision op2, writing next line address to ra | |||||
| bne | R,N,C | R,N,C | R,N,A,T | Jump to op3 if op1 != op2 | |||||
| bneal | R,N,C | R,N,C | R,N,A,T | Jump to op3 if op1 != op2, writing next line address to ra | |||||
| bnez | R,N,C | R,N,A,T | Jump to op2 if op1 != 0 | ||||||
| bnezal | R,N,C | R,N,A,T | Jump to op2 if op1 != 0, writing the address of the next line to ra | ||||||
| brap | R,N,C | R,N,C | R,N,C | R,N,O | Relative jump to +op4 if op1 op2 with precision op3 | ||||
| brapz | R,N,C | R,N,C | R,N,O | Relative jump to +op3 if op1 0 with precision op2 | |||||
| brdns | N,D | R,N,O | Relative jump to +op2 if channel op1 is not configured | ||||||
| brdse | N,D | R,N,O | Relative jump to +op2 if channel op1 is configured | ||||||
| breq | R,N,C | R,N,C | R,N,O | Relative jump to +op3 if op1 = op2 | |||||
| breqz | R,N,C | R,N,O | Relative jump to +op2 if op1 = 0 | ||||||
| brge | R,N,C | R,N,C | R,N,O | Relative jump to +op3 if op1 >= op2 | |||||
| brgez | R,N,C | R,N,O | Relative jump to +op2 if op1 >= 0 | ||||||
| brgt | R,N,C | R,N,C | R,N,O | Relative jump to +op3 if op1 > op2 | |||||
| brgtz | R,N,C | R,N,O | Relative jump to +op2 if op1 > 0 | ||||||
| brle | R,N,C | R,N,C | R,N,O | Relative jump to +op3 if op1 <= op2 | |||||
| brlez | R,N,C | R,N,O | Relative jump to +op2 if op1 <= 0 | ||||||
| brlt | R,N,C | R,N,C | R,N,O | Relative jump to +op3 if op1 < op2 | |||||
| brltz | R,N,C | R,N,O | Relative jump to +op2 if op1 < 0 | ||||||
| brna | R,N,C | R,N,C | R,N,C | R,N,O | Relative jump to +op4 if op1 op2 with precision op3 | ||||
| brnan | R,N | R,N,C,O | |||||||
| brnaz | R,N,C | R,N,C | R,N,O | Relative jump to +op3 if op1 0 with precision op2 | |||||
| brne | R,N,C | R,N,C | Relative jump to +op3 if op1 != op2 | ||||||
| brnez | R,N,C | R,N,O | Relative jump to +op2 if op1 != 0 | ||||||
| ceil | R,N | R,N,C | op1 := op2 | Round up to nearest integer | |||||
| cos | R,N | R,N,C | op1 := cos(op2) | Cosine* | |||||
| debug | R,N,C,Y | [icX] | [icX] logs passed values in the debugger | ||||||
| define | Y | R,N,C,H | op2 => op1 | Set a name for the constant | |||||
| div | R,N | R,N,C | R,N,C | op1 :=op2 / op3 | Division | ||||
| exp | R,N | R,N,C | op1 := eop2 | Exhibitor | |||||
| floor | R,N | R,N,C | op1 := op2 | Rounding down to nearest integer | |||||
| get | R | N,D | R,C | loads the value of the stack memory adress op3 of the device op2 into register op1 | |||||
| getd | R | R,C | R,C | loads the value of the stack memory adress op3 of the device op2 (referenced by id) into register op1 | |||||
| hcf | Stop work and burn the microprocessor | ||||||||
| j | R,N,A,T | Jump to the specified line | |||||||
| jal | R,N,A,T | Jump to op1, writing the address of the next line to ra | |||||||
| jr | R,N,O | Relative jump to +op1 | |||||||
| l | R,N | N,D | P | op1 := op2.op3 | Reading the value of parameter op3 from port op2 | ||||
| lb | R,N | R,N,C,H | P | BM | op1 := op2.op3.mode(op4) | Batch read in op1 from all devices with hash op2 of parameter op3 in op4 mode | |||
| lbn | R,N | R,N,C,H | R,N,C,H | P | BM | ||||
| lbns | R,N | R,N,C,H | R,N,C,H | R,N,S | P | BM | |||
| lbs | R,N | R,N,H | R,N,S | P | BM | ||||
| ld | R | R,N,C | P | op1 := op2.op3 | Reading the value of parameter op3 from port op2 where op2 is the id of a device | ||||
| log | R,N | R,N,C | op1 := log(op2) | natural logarithm | |||||
| lr | R,N | N,D | RM | R,N,RC,H | op1 := op2.mode(op3).op4 | Read reagent value op4 in op3 mode from port op2 | |||
| ls | R,N | N,D | R,N,S | P | op1 := op2.slot(op3).op4 | Read value op4 from slot op3 of port op2 | |||
| max | R,N | R,N,C | R,N,C | op1 := max(op2, op3) | Maximum of two | ||||
| min | R,N | R,N,C | R,N,C | op1 := min(op2, op3) | Minimum of two | ||||
| mod | R,N | R,N,C | R,N,C | op1 := op2 mod op3 | Remainder of integer division of op2 by op3 (the result is not equivalent to the % operator, and will be positive for any signs of op2 and op3) | ||||
| move | R,N | R,N,C,T,H | op1 := op2 | Value assignment | |||||
| mul | R,N | R,N,C | R,N,C | op1 := op2 * op3 | Multiplication | ||||
| nor | R,N | R,N,C | R,N,C | op1 := ¬(op2 op3) | Inverse OR, one if both op2 and op3 are false, zero otherwise | ||||
| or | R,N | R,N,C | R,N,C | op1 := op2 op3 | Logical OR, zero if both op2 and op3 are false, one otherwise | ||||
| peek | R | loads the value in the stack memory at index sp-1 into register op1 | |||||||
| pop | R | op1 := stack[--sp] | Pop a value from the stack and write to op1 | ||||||
| push | R,N,C,T,H | stack[sp++] := op1 | Push op1 onto the stack | ||||||
| put | N,D | R,C | R,C | stores the value op3 in the setack memory adress op2 of the device op1 | |||||
| putd | R,C | R,C | R,C | stores the value op3 in the setack memory adress op2 of the device op1 (referenced by id) | |||||
| rand | R,N | op1 := rand(0,1) | Random value from 0 to 1 inclusive | ||||||
| return | R,N,C | [icX] return x | [icX] return value from functions | ||||||
| round | R,N | R,N,C | op1 := [op2] | Rounding to nearest integer | |||||
| s | N,D | P | R,N,C | op1.op2 := op3 | Writing a value to the op2 parameter of port op1 | ||||
| sap | R,N | R,N,C | R,N,C | R,N,C | op1 := (op2 op3) | If op2 op3 with precision op4, then one, otherwise zero | |||
| sapz | R,N | R,N,C | R,N,C | op1 := (op2 0) | If op2 0 with precision op3, then one, otherwise zero | ||||
| sb | R,N,C,H | P | R,N,C | op1.op2 := op3 | Batch write to all devices with hash op1 to parameter op2 of value op3 | ||||
| sbn | R,N,C,H | R,N,C,H | P | R,N,C | |||||
| sbs | R,N,H | R,N,S | P | R,N,C | |||||
| sd | R,N,C | P | R,N,C | op1.op2 := op3 | Writing a value to the op2 parameter of port op1 where op1 is the id of the device | ||||
| sdns | R,N | N,D | op1 := ¬isset(op2) ? ten | If channel op2 is not set to one, otherwise zero | |||||
| sdse | R,N | N,D | op1 := isset(op2) ? ten | If channel op2 is set to one, otherwise zero | |||||
| select | R,N | R,N,C | R,N,C | R,N,C | op1 := (op2 ? op3 : op4) | Ternary select. If op2 is true then op1 := op3, otherwise op1 := op4 | |||
| seq | R,N | R,N,C | R,N,C | op1 := (op2 = op3) | If op2 = op3, then one, otherwise zero | ||||
| seqz | R,N | R,N,C | op1 := (op2 = 0) | If op2 = 0, then one, otherwise zero | |||||
| sge | R,N | R,N,C | R,N,C | op1 := (op2 op3) | If op2 op3, then one, otherwise zero | ||||
| sgez | R,N | R,N,C | op1 := (op2 0) | If op2 0, then one, otherwise zero | |||||
| sgt | R,N | R,N,C | R,N,C | op1 := (op2 > op3) | If op2 > op3, then one, otherwise zero | ||||
| sgtz | R,N | R,N,C | op1 := (op2 > 0) | If op2 > 0, then one, otherwise zero | |||||
| sin | R,N | R,N,C | op1 := sin(op2) | Sinus* | |||||
| sla | R,N | R,N,C | R,N,C | op1 := op2 <<$ op3 | Left arithmetic bitshift | ||||
| sle | R,N | R,N,C | R,N,C | op1 := (op2 op3) | If op2 op3, then one, otherwise zero | ||||
| sleep | R,N,C | sleep | Pause the program for op1 seconds | ||||||
| slez | R,N | R,N,C | op1 := (op2 0) | If op2 0, then one, otherwise zero | |||||
| sll | R,N | R,N,C | R,N,C | op1 := op2 << op3 | Left bitshift | ||||
| slt | R,N | R,N,C | R,N,C | op1 := (op2 < op3) | If op2 < op3, then one, otherwise zero | ||||
| sltz | R,N | R,N,C | op1 := (op2 < 0) | If op2 < 0, then one, otherwise zero | |||||
| sna | R,N | R,N,C | R,N,C | R,N,C | op1 := (op2 op3) | If op2 op3 with precision op4, then one, otherwise zero | |||
| snan | R,N | R,N | |||||||
| snanz | R,N | R,N | |||||||
| snaz | R,N | R,N,C | R,N,C | op1 := (op2 0) | If op2 0 with precision op3, then one, otherwise zero | ||||
| sne | R,N | R,N,C | R,N,C | op1 := (op2 op3) | If op2 op3, then one, otherwise zero | ||||
| snez | R,N | R,N,C | op1 := (op2 0) | If op2 0, then one, otherwise zero | |||||
| sqrt | R,N | R,N,C | op1 := o̅p̅2̅ | Square root | |||||
| sra | R,N | R,N,C | R,N,C | op1 := op2 >>$ op3 | Right arithmetic bitshift | ||||
| srl | R,N | R,N,C | R,N,C | op1 := op2 >> op3 | Right bitshift | ||||
| ss | N,D | R,N,S | P | R,N,C | |||||
| stack | R,N,C | [icX] stack 1 2 3 ... | [icX] Populates the stack with argument values | ||||||
| sub | R,N | R,N,C | R,N,C | op1 := op2 - op3 | Difference | ||||
| tan | R,N | R,N,C | op1 := tan(op2) | Tangent* | |||||
| trunc | R,N | R,N,C | op1 := int(op2) | The integer part of number | |||||
| xor | R,N | R,N,C | R,N,C | op1 := op2 op3 | XOR, one if one and only one of op2 and op3 is true, zero otherwise | ||||
| yield | Pausing the program until the next tick |
| param | preview | description | edit |
|---|---|---|---|
| Activate | trigger | -1 - stop, 0 - not working 1 - working | |
| AirRelease | |||
| Bpm | |||
| Charge | float | Battery or accumulator charge, J. Level of electricity generation by a solar panel, W. | |
| ClearMemory | trigger | >=1 - reset counters | |
| CollectableGoods | |||
| Color | 0-blue, 1-grey, 2-green, 3-orange, 4-red, 5-yellow, 6-white, 7-black, 8-brown, 9-khaki, 10-pink, 11-purple | Color of LED lamp, fixed beacon and LED display | |
| Combustion | Bool | 1 - ignition detected, 0 - in all other cases | |
| CombustionInput | |||
| CombustionLimiter | int[0,10,20,30,40,50,60,70,80,90,100] | Sets the combustion limiter of Combustion Centrifuge. | |
| CombustionOutput | |||
| CombustionOutput2 | |||
| CompletionRatio | float | production stage in % | |
| ElevatorLevel | int | For reading - the level at which the elevator cabin is located, or -1 if there is no cabin. On record - sends the elevator to the specified floor. | |
| ElevatorSpeed | float | The speed of the elevator cabin, m / tick. A negative value corresponds to downward movement, 0 to a stationary booth, a positive value to upward movement. | |
| Error | Bool | 0 - normal operation, 1 - error | |
| ExportCount | int | counter of objects passed through the export slot | |
| FilterType | 1-oxygen, 2-nitrogen, 4-carbon dioxide, 8-volatiles, 16-pollutant, 32-water, 64-nitrous oxide | The type of filter inserted in a filtration device's filter slot | |
| Filtration | Bool | Switches the filtration of the spent mixture in a durable suit. | |
| Flush | |||
| ForceWrite | trigger | Forces the write and multiwrite chips to transfer the current value to the hardware. | |
| Fuel | |||
| Harvest | trigger | Activates harvesting in an automatic hydroponic station. | |
| HASH("name") | |||
| Horizontal | float[0 - 360] | angle with respect to the Sun in degrees in the horizontal projection of the Sun onto the sensor plane | |
| Idle | Bool | Loading the arc furnace. 0 - ore is not loaded, 1 - loaded. | |
| ImportCount | int | counter of objects passed through the import slot | |
| InterrogationProgress | |||
| LineNumber | |||
| Lock | Bool | 0 - manual control unlocked, 1 - locked | |
| Maximum | float | The maximum value of some equipment parameter, such as battery charge or pressure at the inlet to the combustion chamber of a jet engine. Very often present but not used. | |
| MineablesInQueue | |||
| MineablesInVicinity | |||
| Minimum | string | ||
| MinimumWattsToContact | |||
| Mode | int | working mode | |
| NextWeatherEventTime | |||
| On | Bool | 0 - disabled 1 - enabled | |
| Open | Bool | 0 - release closed, 1 - open | |
| Output | Int/Trigger | For a sorter - r/w , Int - the next output to which the object will be issued. For a stacker - w, Trigger - unloads the accumulated packing of objects into the export slot. | |
| Plant | trigger | Starts the process of planting a plant from the import slot in an automatic hydroponic station. | |
| PositionX | float | X coordinate of current position | |
| PositionY | float | Y coordinate of the current position | |
| PositionZ | float | Z coordinate of the current position | |
| Power | Bool | 0 - no power or off, 1 - power on | |
| PowerActual | float | Total electricity consumption by all devices in the network, W. | |
| PowerGeneration | float | Current generation of electricity by the generator, W. | |
| PowerPotential | float | Maximum available network power, W. | |
| PowerRequired | float | The total electricity demand of all devices in the network, W. | |
| PrefabHash | |||
| Pressure | |||
| PressureAir | float | Pressure in the cylinder with the breathing mixture of the suit installed in the rack, kPa. | |
| PressureExternal | float | atmospheric pressure in the environment, kPa | |
| PressureInput | |||
| PressureInternal | float | The pressure in the pipeline at which the operation of active ventilation stops, kPa. Installed but not used. | |
| PressureOutput | |||
| PressureOutput2 | |||
| PressureSetting | |||
| PressureWaste | float | Pressure in the cylinder with the spent mixture of the suit installed in the rack, kPa. | |
| Ratio | float | For batteries - Charge/Maximum ratio. For other devices - Setting/Maximum ratio. | |
| RatioCarbonDioxide | float | share of carbon dioxide | |
| RatioCarbonDioxideInput | |||
| RatioCarbonDioxideOutput | |||
| RatioCarbonDioxideOutput2 | |||
| RatioLiquidCarbonDioxide | |||
| RatioLiquidNitrogen | |||
| RatioLiquidNitrousOxide | |||
| RatioLiquidOxygen | |||
| RatioLiquidPollutant | |||
| RatioLiquidVolatiles | |||
| RatioNitrogen | float | proportion of nitrogen | |
| RatioNitrogenInput | |||
| RatioNitrogenOutput | |||
| RatioNitrogenOutput2 | |||
| RatioNitrousOxide | float | share of nitrous oxide | |
| RatioNitrousOxideInput | |||
| RatioNitrousOxideOutput | |||
| RatioNitrousOxideOutput2 | |||
| RatioOxygen | float | fraction of oxygen | |
| RatioOxygenInput | |||
| RatioOxygenOutput | |||
| RatioOxygenOutput2 | |||
| RatioPollutant | float | proportion of toxins | |
| RatioPollutantInput | |||
| RatioPollutantOutput | |||
| RatioPollutantOutput2 | |||
| RatioSteam | |||
| RatioVolatiles | float | fraction of volatile gases | |
| RatioVolatilesInput | |||
| RatioVolatilesOutput | |||
| RatioVolatilesOutput2 | |||
| RatioWater | float | proportion of water vapor | |
| RatioWaterInput | |||
| RatioWaterOutput | |||
| RatioWaterOutput2 | |||
| Reagents | float | total weight of ingredients in grams | |
| RecipeHash | int | hash of the selected recipe | |
| ReferenceId | |||
| RequestHash | float | hash of requested item | |
| RequiredPower | float | The energy required for the operation of the device, W. | |
| ReturnFuelCost | |||
| Rpm | |||
| Setting | Any | The current value of some hardware parameter. The type and possible values depend on the hardware. | |
| SettingOutput | float | Secondary setting | |
| SignalID | |||
| SignalStrength | |||
| SizeX | |||
| SizeZ | |||
| SolarAngle | float | angle relative to the sun in degrees | |
| SolarIrradiance | |||
| SoundAlert | |||
| Stress | |||
| TargetPadIndex | |||
| TargetX | int | target x-coordinate | |
| TargetY | int | target y-coordinate | |
| TargetZ | int | target's z-coordinate | |
| Temperature | |||
| TemperatureExternal | float | temperature of the external atmosphere, K | |
| TemperatureInput | |||
| TemperatureOutput | |||
| TemperatureOutput2 | |||
| TemperatureSetting | float | The specified temperature inside the durable suit, K. | |
| Throttle | int[0,10,20,30,40,50,60,70,80,90,100] | Sets the throttle of Combustion Centrifuge. | |
| Time | |||
| TotalMoles | float | The total amount of gas inside the pipeline, mol. | |
| TotalMolesInput | |||
| TotalMolesOutput | |||
| TotalMolesOutput2 | |||
| VelocityMagnitude | float | bot movement speed module | |
| VelocityRelativeX | float | speed of movement along the X coordinate | |
| VelocityRelativeY | float | Y-axis movement speed | |
| VelocityRelativeZ | float | movement speed along Z coordinate | |
| Vertical | float | angle relative to the sun in degrees | |
| Volume | float | Volume | |
| VolumeOfLiquid | |||
| WattsReachingContact |
| param | preview | description | edit |
|---|---|---|---|
| ChargeRatio | float | The battery level in the slot. | |
| Class | the class of the object in the slot | ||
| Damage | float | object damage level | |
| Efficiency | float | Plant growth efficiency in an automatic hydroponic station. -1 if there is no plant. | |
| Growth | float | Plant growth stage in automatic hydroponic station. -1 if there is no plant. | |
| Health | float | Plant health in an automatic hydroponic station. 0 - dead plant, 1 - completely healthy, -1 - no plant. | |
| Mature | float | Readiness of the plant in the automatic hydroponic station for harvesting. -1 if there is no plant. | |
| MaxQuantity | float | maximum number of items in a slot | |
| OccupantHash | Hash | hash of the object in the slot | |
| Occupied | Bool | 0 - slot free, 1 - occupied | |
| Quantity | float | Quantity of the iten in the slot | |
| Seeding | |||
| SortingClass | |||
| x | x | x |