Warnings list
When the simulator is launched, checks are made on the schematic to be simulated.
- Blocking warnings: the simulator stops checking at the first error encountered, and prevents simulation until the error has been resolved.
- Non-blocking warnings : the simulator replaces the value of parameters not found or unreadable by default values and authorizes simulation anyway.
Blocking warnings
| BLOCKING | |
|---|---|
| {nb_doublons} objects named {name} are present in the schematic, only one is allowed | |
| the {master} component is missing to control the {slave} | |
| the {slave} object is incompatible with the {master} object | |
| The {name} object that controls steering is not a motor | |
| object {name} that controls steering does not exist | |
| Erroneous API address: Expected format: %{I,Q}m.c with m[0.5] and c[0.31], example: %I1.12 | |
| Erroneous API address: Expected format: %{IW, QW}m.c with m[0.5] and c[0.3], example: %IW1.1 | |
| The parent of the API object does not exist | |
| I/O marker unreadable: must start with % | |
| Parent {name} does not exist | |
| pin {pin} of object {name} is not connected | |
| 'dropped_object' {name} does not exist | |
| 'dropped_object' {name} is not an object of the '_physics'family | |
| object {label_pression} is not a label_pression | |
| object {label_pression} does not exist | |
| the key 'controle1' of {name'} is undefined | |
| key 'controle2' of {name'} is undefined | |
| control object {ctrl} missing for {slave} | |
| the two objects named {name} must be of type SET and RESET | |
| the number of {name} objects must be strictly equal to 2 (SET and RESET) | |
| two objects named {name} have incompatible families: {slave} and {master} | |
| HMI object {name} is incompatible with object {name} | |
| sensor collision identifier {name} doesn't find a match | |
| false connection found: invalid arrival/departure folio | |
| sending {sending} in folio {folio} not connected | |
| object {name} {folio} is not simulatable | |
| the schema to be simulated is too large | |
| serious problem for the component: software bug. Please contact support |
Non-blocking warnings
| {OUT_INTERVAL} | |
|---|---|
| 'alpha' {OFF_INTERVAL} | (0 <= alpha <= 100), value set to 50%" |
| 'hang' {OFF_INTERVAL} | [true,false], value set to false |
| 'etat_init' {HORS_INTERVALLE} | [true,false], value set to false |
| 'delai' {HORS_INTERVALLE} | (0.1 <= delai <= 30), value set to 1s |
| 'mass' {OFF_INTERVAL} | (0.1 <= mass <= 100 kg) |
| 'friction' {OFF_INTERVAL} | (0 <= friction <= 100) |
| 'port' {OFF_INTERVAL} | (500 <= port <= 1000), value set to 502 |
| 'adresse_table_echange' | (0 <= adress <= 1990), value set to 400 |
| 'ID_unite' {OFF_INTERVAL} | (0 <= ID_unite <= 247), value set to 111 |
| 'gravity' {OFF_INTERVAL} | (0 <= gravity <= 10), set value 0 |
| 'damping' {HORS_INTERVALLE} | (0 <= damping <= 10), value set to 0 |
| 'damping' {OFF_INTERVAL} | (0 <= damping <= 10), {VALUE_SET_TO} 0 |
| 'value' {OFF_INTERVAL} | (1pF <= value <= 10000uF), value set to 100uF |
| 'value' {OFF_INTERVAL} | (1e-3 <= value <= 10e6), value set to 100 ohms |
| 'value' {OFF_INTERVAL} | (1e-3 <= value <= 10e6), value set to 100 ohms |
| 'alpha' {OFF_INTERVAL} | (0 <= alpha <= 100), value set to 50% |
| 'pn' {HORS_INTERVALLE} | (10 W <= Pn <= 22 kW), value set to {values['pn']/1000} kW |
| 'vn' {OFF_INTERVAL} | (12 <= vn <= 400 V), value set to {values['vn']} V |
| 'vfrein' {OFF_INTERVAL} | (12 <= v <= 400), value set to {values['vn']} V |
| 'nm' {OFF_INTERVAL} | (700 <= nm <= 3000), value set to {values['nm']} rpm |
| 'nm1' {OFF_INTERVAL} | (700 <= nm1 <= 3000), value set to {values['nm1']} rpm |
| 'nm2' {OFF_INTERVAL} | (700 <= nm2 <= 3000), value set to {values['nm2']} rpm |
| 'cos' {OFF_INTERVAL} | (0.5 <= cos(phi) <= 1), value set to {values['cos']} |
| 'yield' {OFF_INTERVAL} | (0.35 <= yield <= 1), value set to {values['yield']} |
| venroulement' {HORS_INTERVALLE} | (24V <= venroulement <= 400V), value set to 230 V |
| 'venroulement1' {HORS_INTERVALLE} | (24V <= vcoil1 <= 400V), value set to 230 V |
| 'venroulement2' {HORS_INTERVALLE} | (24V <= venroulement2 <= 400V), value set to 230 V |
| vinduit' {OFF_INTERVAL} | (12V <= vinduit <= 320V), value set to 100 V |
| 'coupling' {OFF_INTERVAL} | (star or delta), selected coupling: star |
| 'coupling1' {OFF_INTERVAL} | (star or delta), selected coupling: star |
| 'coupling2' {HORS_INTERVALLE} | (star or delta), selected coupling: star |
| Idn' {OFF_INTERVAL} | (10 mA <= Idn <= 10000 mA), value set to 100 mA |
| 'retard_diff' {OFF_INTERVAL} | (0 ms<= retard_diff <= 10000 ms), value set to 0 ms |
| 'retard_rth' {HORS_INTERVALLE} | (1s<= retard_rth <= 30s ), value set to 10 s |
| 'retard' {HORS_INTERVALLE} | (0 ms<= retard <= 10000 ms), value set to 0ms |
| 'retard_rth' {HORS_INTERVALLE} | (1s<= retard_rth <= 30s ), value set to 10 s |
| 'retard' {OFF_INTERVAL} | (0 ms<= retard <= 10000 ms), value set to 0 ms |
| 'Ith' {OFF_INTERVAL} | (0.1 A<= Ith <= 100 A), value set to 10 A |
| 'In' {OFF_INTERVAL} | (0.5 A<= In <= 100 A), value set to 10 A |
| 'curve' {OFF_INTERVAL} | (B, C or D), value set to C |
| 'typeF' {OFF_INTERVAL} | (gG or aM), type selected: aM |
| 'Pn' {OFF_INTERVAL} | (0.5 VA <= Pn <= 200 VA), value set to {values['pn']} W |
| 'vn' {OFF_INTERVAL} | (12 <= vn <= 400), value set to {values['vn']} V |
| 'Pn' {OFF_INTERVAL} | (0.5 W <= Pn <= 2 kW), value set to {values['pn']} W |
| 'color' {OFF_INTERVAL} | (red, green, blue, orange, white), value set to 'red' |
| 'tone' {OFF_INTERVAL} | (0.5s <= tone <= 30s), value set to 1s |
| 'toff' {OFF_INTERVAL} | (0.5s <= toff <= 30s), value set to 1s |
| 'output_range' {OFF_INTERVAL} | min value = (0, 4) and max value = 20, value set to (4,20) mA |
| 'output_range' {OFF_INTERVAL} | min value = -30 and max value = 30, value set to (0.10) V |
| 'output_scale' {OFF_INTERVAL} | min value = -32768 and max value = 32767, value set to (0.1000) |
| 'input_scale' {OFF_INTERVAL} | min value = -32768 and max value = 32767, value set to (0,1000) |
| 'voltage_range' {OFF_INTERVAL} | min value = -1000 and max value = 1000, value set to (0.10) V |
| 'current_range' {OFF_INTERVAL} | (min,max) = (-1, 1) A, value set to (4,20) mA |
| 'pressure' {OFF_INTERVAL} | (0 <= pressure <= 10.0 bar), value set to 6 bar |
| 've' {OFF_INTERVAL} | (5 <= ve <= 400), value set to {values['vin']} V |
| 'vs' {OFF_INTERVAL} | (5 <= vs <= 400), value set to {values['vout']} V |
| 'vs1' {OFF_INTERVAL} | (5 <= vs1 <= 400), value set to {values['vout1']} V |
| 'vs2' {OFF_INTERVAL} | (5 <= vs2 <= 400), value set to {values['vout2']} V |
| 'vbat' {OFF_INTERVAL} | (0 <= vbat <= 400), value set to {values['vbat']} V |
| {power} {OFF_INTERVAL} | (90 W <= {power} <= 22 kW), value set to {values[{power}]/1000} kW |
| UNREADABLE | |
|---|---|
| 'masse' {UNREADABLE} | value set to 1 kg |
| 'friction' {UNREADABLE} | value set to 1 |
| 'ip_address' {UNREADABLE} | value set to 127.0.0.1 |
| 'port' {UNREADABLE} | value set to 502 |
| 'adresse_table_echange' {UNREADABLE} | value set to 400 |
| 'ID_unite' {UNREADABLE} | value set to 111 |
| 'gravity' {UNREADABLE} | value set to 0 |
| 'damping' {UNREADABLE} | value set to 0 |
| 'damping' {UNREADABLE} | {VALUE_SET_TO} 0 |
| 'value' {UNREADABLE} | value set to 100 uF |
| 'value' {UNREADABLE} | value set to 100 ohms |
| 'value' {UNREADABLE} | value set to 100 ohms |
| 'alpha' {UNREADABLE} | value set to 50% |
| 'Pn' {UNREADABLE} | value set to {values['pn']/1000} kW |
| 'vn' {UNREADABLE} | value set to {values['vn']} V |
| 'v' {UNREADABLE} | value set to {values['vn']} V |
| 'nm' {UNREADABLE} | value set to {values['nm']} rpm |
| 'nm1' {UNREADABLE} | value set to {values['nm1']} rpm |
| 'nm2' {UNREADABLE} | value set to {values['nm2']} rpm |
| 'cos' {UNREADABLE} | value set to {values['cos']} |
| 'rendement' {UNREADABLE} | value set to {values['rendement']} |
| 'venroulement' {UNREADABLE} | value set to {values['venroulement']/0.98:2.0f} V |
| 'venroulement1' {UNREADABLE} | value set to {values['venroulement1']/0.98:2.0f} V |
| 'venroulement2' {UNREADABLE} | value set to {values['venroulement2']/0.98:2.0f} V |
| 'vinduit' {UNREADABLE} | value set to {values['va']/0.98:2.0f} V |
| 'Idn' {UNREADABLE} | value set to {values['idn']} mA |
| 'retard_diff' {UNREADABLE} | {VALUE_SET_TO} {values['retard_diff']} ms |
| 'retard_rth' {UNREADABLE} | value set to {values['retard_rth']} s |
| 'retard' {UNREADABLE} | value set to {values['retard']} ms |
| 'Ith' {UNREADABLE} | {VALUE_SET_TO} {values['ith']} A |
| 'In' {UNREADABLE} | value set to {values['in']} A |
| 'pn' {UNREADABLE} | value set to {values['pn']} W |
| 'vn' {UNREADABLE} | value set to {values['vn']} V |
| 'color' {UNREADABLE} | value set to 'red' |
| 'vn' {UNREADABLE} | value set to 24 V |
| 'ton' {UNREADABLE} | value set to 1s |
| 'toff' {UNREADABLE} | value set to 1s |
| output_type' {UNREADABLE} | (output_type = V or I), 'output_type' set to 'V' |
| 'output_type' {UNREADABLE} | (output_type = V or I), 'output_type' set to 'V' |
| 'output_range' {UNREADABLE} | value set to (4.20) mA |
| 'output_range' {UNREADABLE} | value set to (0.10) V |
| 'output_scale' {UNREADABLE} | value set to (0,1000) |
| input_type' {UNREADABLE} | (input_type = V or I), 'input_type' set to 'V' |
| 'input_type' {UNREADABLE} | (input_type = V or I), 'input_type' set to 'V' |
| 'input_range' {UNREADABLE} | value set to (4.20) mA |
| 'input_range' {UNREADABLE} | value set to (0.10) V |
| 'input_scale' {UNREADABLE} | value set to (0,1000) |
| 'voltage_range' {UNREADABLE} | value set to (0,10) V |
| 'current_range' {UNREADABLE} | value set to (4.20) mA |
| 'pressure' {UNREADABLE} | value set to {values['pressure']} bar |
| 've' {UNREADABLE} | value set to {values['vin']} V |
| 'vs' {UNREADABLE} | value set to {values['vout']} V |
| 'vs1' {UNREADABLE} | value set to {values['vout1']} V |
| 'vs2' {UNREADABLE} | value set to {values['vout2']} V |
| 'vbat' {UNREADABLE} | value set to {values['vbat']} V |
| 'format' {UNREADABLE} | (format = ac or dc), 'format' set to 'dc' |
| {power} {UNREADABLE} | value set to {values[{power}]/1000} kW |
| parameter {k} {UNREADABLE} | factory value {values[k]} {limits[k][0]} selected |