| ReqId | Text | UseCase | Diagram | Id | Link | Link from children | Type | ||
|---|---|---|---|---|---|---|---|---|---|
| MultiBlock_O60 R001 | The environmental impact of the product is neutral | MultiBlock_O60 |
R001 | [G03:MultiBlock_C60 R001
|
Stakeholder need | ||||
| MultiBlock_O60 R002 | environmental regulations are respected | MultiBlock_O60 |
R002 | [G03:MultiBlock_C60 R002
|
Stakeholder need | ||||
| MultiBlock_O60 R003 | The product is integrated in circular economy | MultiBlock_O60 |
R003 | [G03:MultiBlock_C60 R003
|
Stakeholder need | ||||
| MultiBlock_O60 R005 | The product has a recycling rate of xx % | MultiBlock_O60 |
R005 | [G03:MultiBlock_C60 R005
|
Stakeholder need | ||||
| MultiBlock_O10 R001 | Spare parts shall be able to resist during 15 years or 150000km without major failure. | MultiBlock_O10 |
R001 | [G05:MultiBlock_O10 R001
|
Stakeholder Need | ||||
| MultiBlock_O10 R002 | Spare parts shall be able to resist without intermediate failures during 8 years or 75000km | MultiBlock_O10 |
R002 | [G05:MultiBlock_O10 R002
|
Stakeholder Need | ||||
| MultiBlock_O10 R003 | Spare parts shall be able to resist without minor failures during 3 years or 40000km | MultiBlock_O10 |
R003 | [G05:MultiBlock_O10 R003
|
Stakeholder Need | ||||
| SingleBlock_F01 R001 | Output I013 encodes in electronical data the I001 physical signal with a precision of x% | SingleBlock_F01 |
R001 | [G05:MultiBlock_O80 R009] [G05:MultiBlock_OS1 R010] [G05:MultiBlock_OS1 R011] |
LLR | ||||
| SingleBlock_F01 R002 | Output I013 stays below MaxValue | SingleBlock_F01 |
R002 | [G05:MultiBlock_O80 R009] [G05:MultiBlock_OS1 R010] [G05:MultiBlock_OS1 R011] |
LLR | ||||
| SingleBlock_F01 R003 | Output I013 stays above MinValue | SingleBlock_F01 |
R003 | [G05:MultiBlock_O80 R009] [G05:MultiBlock_OS1 R010] [G05:MultiBlock_OS1 R011] |
LLR | ||||
| SingleBlock_F01 R004 | Output I013 is updated every x ms | SingleBlock_F01 |
R004 | [G05:MultiBlock_O80 R009] [G05:MultiBlock_OS1 R010] [G05:MultiBlock_OS1 R011] |
LLR | ||||
| SingleBlock_F01 R005 | Output I013 has a lag time lower than xms | SingleBlock_F01 |
R005 | [G05:MultiBlock_O80 R009] [G05:MultiBlock_OS1 R010] [G05:MultiBlock_OS1 R011] |
LLR | ||||
| SingleBlock_F03 R1 | Output I014 encodes in electronical data the I001 physical signal with a precision of x%. | SingleBlock_F03 |
R1 | [G05:SingleBlock_OS1 R001] [G05:SingleBlock_OS1 R002] [G05:SingleBlock_OS1 R003] |
LLR | ||||
| SingleBlock_F06 R001 | I006 shall be set to 1 if I003 is out of range. | SingleBlock_F06 |
R001 | ||||||
| SingleBlock_F06 R002 | I006 shall be set to 1 if I005 is out of range. | SingleBlock_F06 |
R002 | ||||||
| SingleBlock_F06 R003 | I006 shall be set to 1 if I003 and I005 are inconsistent with model. | SingleBlock_F06 |
R003 | [G05:SingleBlock_OS1 R001] [G05:SingleBlock_OS1 R002] [G05:SingleBlock_OS1 R003] |
LLR | ||||
| SingleBlock_F07 R1 | The control shall consist in a PID with P = xxx, I =yyy, D=zzz. | SingleBlock_F07 |
R1 | [G05:SingleBlock_OS1 R001] [G05:SingleBlock_OS1 R002] [G05:SingleBlock_OS1 R003] |
LLR | ||||
| SingleBlock_F08 R001 | I009 shall be transformed into physical action I011 in less than x seconds. | SingleBlock_F08 |
R001 | [G05:SingleBlock_OS1 R001] [G05:SingleBlock_OS1 R002] [G05:SingleBlock_OS1 R003] |
LLR | ||||
| SingleBlock_F08 R002 | I009 shall be transformed into physical action I011 with a precision better than c %.. | SingleBlock_F08 |
R002 | [G05:SingleBlock_OS1 R001] [G05:SingleBlock_OS1 R002] [G05:SingleBlock_OS1 R003] |
LLR | ||||
| SingleBlock_F09 R001 | The #[SingleBlock_F09] : Function 9 function shall I010 shall be transformed into physical action I012 in less than x seconds. | SingleBlock_F09 |
R001 | [G05:SingleBlock_OS1 R001] [G05:SingleBlock_OS1 R002] [G05:SingleBlock_OS1 R003] |
LLR | ||||
| SingleBlock_F09 R002 | The #[SingleBlock_F09] : Function 9 function shall I010 shall be transformed into physical action I012 with a precision better than c %.. | SingleBlock_F09 |
R002 | [G05:SingleBlock_OS1 R001] [G05:SingleBlock_OS1 R002] [G05:SingleBlock_OS1 R003] |
LLR |