# Code Interface Report for Inverter_001

### Table of Contents

- Entry-Point Functions
- Inports
- Outports
- Interface Parameters
- Data Stores

### Entry-Point Functions

Function: Inverter_001_initialize

Prototype | void Inverter_001_initialize(void)
Description | Initialization entry point of generated code
Timing | Must be called exactly once
Arguments | None
Return value | None
Header file | Inverter_001.h

Function: Inverter_001_step0

Prototype | void Inverter_001_step0(void)
Description | Output entry point of generated code
Timing | Must be called periodically, every 5e-05 seconds
Arguments | None
Return value | None
Header file | Inverter_001.h

Function: Inverter_001_step1

Prototype | void Inverter_001_step1(void)
Description | Output entry point of generated code
Timing | Must be called periodically, every 0.0001 seconds
Arguments | None
Return value | None
Header file | Inverter_001.h

Function: Inverter_001_step2

Prototype | void Inverter_001_step2(void)
Description | Output entry point of generated code
Timing | Must be called periodically, every 0.0002 seconds
Arguments | None
Return value | None
Header file | Inverter_001.h

Function: Inverter_001_step3

Prototype | void Inverter_001_step3(void)
Description | Output entry point of generated code
Timing | Must be called periodically, every 0.1 seconds
Arguments | None
Return value | None
Header file | Inverter_001.h

Function: Inverter_001_terminate

Prototype | void Inverter_001_terminate(void)
Description | Termination entry point of generated code
Timing | Must be called exactly once
Arguments | None
Return value | None
Header file | Inverter_001.h

### Inports

No Inports in model.

### Outports

No Outports in model.

### Interface Parameters

[-]

Parameter Source | Code Identifier | Data Type | Scaling | Dimension
--- | --- | --- | --- | ---
Control | Inverter_001_P.Control | struct_LAUrP08Nl5w42cAMHTmYgH |  | 1
CC_Tci | Inverter_001_P.CC_Tci | int32_T | sfix32_En10 | 1
CC_Tci0 | Inverter_001_P.CC_Tci0 | int32_T | sfix32_En10 | 1
CC_Tcr | Inverter_001_P.CC_Tcr | int32_T | sfix32_En10 | 1
Kcp | Inverter_001_P.Kcp | int32_T | sfix32_En10 | 1
Kcp0 | Inverter_001_P.Kcp0 | int32_T | sfix32_En10 | 1
Kvp | Inverter_001_P.Kvp | int32_T | sfix32_En10 | 1
Kvp0 | Inverter_001_P.Kvp0 | int32_T | sfix32_En10 | 1
VC_Tci | Inverter_001_P.VC_Tci | int32_T | sfix32_En10 | 1
VC_Tci0 | Inverter_001_P.VC_Tci0 | int32_T | sfix32_En10 | 1
VC_Tcr | Inverter_001_P.VC_Tcr | int32_T | sfix32_En10 | 1
<S6>/Float to IQN2 | Inverter_001_P.FloattoIQN2_P1 | real_T |  | 1
<S6>/Float to IQN | Inverter_001_P.FloattoIQN_P1 | real_T |  | 1
<S6>/Float to IQN1 | Inverter_001_P.FloattoIQN1_P1 | real_T |  | 1
<S33>/Float to IQN | Inverter_001_P.FloattoIQN_P1_j | real_T |  | 1
<S5>/Float to IQN1 | Inverter_001_P.FloattoIQN1_P1_i | real_T |  | 1
<Root>/Float to IQN4 | Inverter_001_P.FloattoIQN4_P1 | real_T |  | 1
<S18>/Float to IQN | Inverter_001_P.FloattoIQN_P1_o | real_T |  | 1
<S19>/Float to IQN | Inverter_001_P.FloattoIQN_P1_l | real_T |  | 1
<S20>/Float to IQN | Inverter_001_P.FloattoIQN_P1_g | real_T |  | 1
<S17>/Float to IQN | Inverter_001_P.FloattoIQN_P1_gu | real_T |  | 1
<S3>/Float to IQN4 | Inverter_001_P.FloattoIQN4_P1_f | real_T |  | 1
<Root>/Saturation4 | Inverter_001_P.Saturation4_UpperSat | int32_T | sfix32_En10 | 1
<Root>/Saturation4 | Inverter_001_P.Saturation4_LowerSat | int32_T | sfix32_En10 | 1
<Root>/Constant8 | Inverter_001_P.Constant8_Value | int32_T | sfix32_En10 | 1
<Root>/Saturation5 | Inverter_001_P.Saturation5_UpperSat | int32_T | sfix32_En10 | 1
<Root>/Saturation5 | Inverter_001_P.Saturation5_LowerSat | int32_T | sfix32_En10 | 1
<Root>/Constant3 | Inverter_001_P.Constant3_Value | int32_T | sfix32_En10 | 1
<S1>/Constant2 | Inverter_001_P.Constant2_Value | int32_T | sfix32_En10 | 1
<S7>/Unit Delay | Inverter_001_P.UnitDelay_InitialCondition | int32_T | sfix32_En10 | 1
<S7>/Unit Delay1 | Inverter_001_P.UnitDelay1_InitialCondition | int32_T | sfix32_En10 | 1
<S8>/Unit Delay | Inverter_001_P.UnitDelay_InitialCondition_e | int32_T | sfix32_En10 | 1
<S8>/Unit Delay1 | Inverter_001_P.UnitDelay1_InitialCondition_g | int32_T | sfix32_En10 | 1
<S9>/Unit Delay | Inverter_001_P.UnitDelay_InitialCondition_i | int32_T | sfix32_En10 | 1
<S9>/Unit Delay1 | Inverter_001_P.UnitDelay1_InitialCondition_b | int32_T | sfix32_En10 | 1
<S10>/Unit Delay | Inverter_001_P.UnitDelay_InitialCondition_n | int32_T | sfix32_En10 | 1
<S10>/Unit Delay1 | Inverter_001_P.UnitDelay1_InitialCondition_a | int32_T | sfix32_En10 | 1
<S11>/Unit Delay | Inverter_001_P.UnitDelay_InitialCondition_c | int32_T | sfix32_En10 | 1
<S11>/Unit Delay1 | Inverter_001_P.UnitDelay1_InitialCondition_l | int32_T | sfix32_En10 | 1
<S12>/Unit Delay | Inverter_001_P.UnitDelay_InitialCondition_cr | int32_T | sfix32_En10 | 1
<S12>/Unit Delay1 | Inverter_001_P.UnitDelay1_InitialCondition_l1 | int32_T | sfix32_En10 | 1
<S13>/Unit Delay | Inverter_001_P.UnitDelay_InitialCondition_k | int32_T | sfix32_En10 | 1
<S13>/Unit Delay1 | Inverter_001_P.UnitDelay1_InitialCondition_f | int32_T | sfix32_En10 | 1
<S14>/Unit Delay | Inverter_001_P.UnitDelay_InitialCondition_d | int32_T | sfix32_En10 | 1
<S14>/Unit Delay1 | Inverter_001_P.UnitDelay1_InitialCondition_m | int32_T | sfix32_En10 | 1
<S15>/Unit Delay | Inverter_001_P.UnitDelay_InitialCondition_p | int32_T | sfix32_En10 | 1
<S15>/Unit Delay1 | Inverter_001_P.UnitDelay1_InitialCondition_e | int32_T | sfix32_En10 | 1
<S30>/Unit Delay3 | Inverter_001_P.UnitDelay3_InitialCondition | int32_T | sfix32_En10 | 1
<S30>/Unit Delay2 | Inverter_001_P.UnitDelay2_InitialCondition | int32_T | sfix32_En10 | 1
<S30>/Unit Delay1 | Inverter_001_P.UnitDelay1_InitialCondition_b1 | int32_T | sfix32_En10 | 1
<S29>/Unit Delay3 | Inverter_001_P.UnitDelay3_InitialCondition_g | int32_T | sfix32_En10 | 1
<S29>/Unit Delay2 | Inverter_001_P.UnitDelay2_InitialCondition_h | int32_T | sfix32_En10 | 1
<S29>/Unit Delay1 | Inverter_001_P.UnitDelay1_InitialCondition_gr | int32_T | sfix32_En10 | 1
<S23>/w5 | Inverter_001_P.w5_Value | int32_T | sfix32_En10 | 1
<S28>/Unit Delay3 | Inverter_001_P.UnitDelay3_InitialCondition_o | int32_T | sfix32_En10 | 1
<S28>/Unit Delay2 | Inverter_001_P.UnitDelay2_InitialCondition_m | int32_T | sfix32_En10 | 1
<S28>/Unit Delay1 | Inverter_001_P.UnitDelay1_InitialCondition_lk | int32_T | sfix32_En10 | 1
<S28>/Unit Delay | Inverter_001_P.UnitDelay_InitialCondition_ck | int32_T | sfix32_En10 | 1
<S24>/Unit Delay3 | Inverter_001_P.UnitDelay3_InitialCondition_j | int32_T | sfix32_En10 | 1
<S24>/Unit Delay2 | Inverter_001_P.UnitDelay2_InitialCondition_k | int32_T | sfix32_En10 | 1
<S24>/Unit Delay1 | Inverter_001_P.UnitDelay1_InitialCondition_h | int32_T | sfix32_En10 | 1
<S24>/Unit Delay | Inverter_001_P.UnitDelay_InitialCondition_ph | int32_T | sfix32_En10 | 1
<S16>/w2 | Inverter_001_P.w2_Value | int32_T | sfix32_En10 | 1
<S29>/Unit Delay | Inverter_001_P.UnitDelay_InitialCondition_f | int32_T | sfix32_En10 | 1
<S25>/Unit Delay3 | Inverter_001_P.UnitDelay3_InitialCondition_p | int32_T | sfix32_En10 | 1
<S25>/Unit Delay2 | Inverter_001_P.UnitDelay2_InitialCondition_b | int32_T | sfix32_En10 | 1
<S25>/Unit Delay1 | Inverter_001_P.UnitDelay1_InitialCondition_fy | int32_T | sfix32_En10 | 1
<S25>/Unit Delay | Inverter_001_P.UnitDelay_InitialCondition_g | int32_T | sfix32_En10 | 1
<S30>/Unit Delay | Inverter_001_P.UnitDelay_InitialCondition_nv | int32_T | sfix32_En10 | 1
<S26>/Unit Delay3 | Inverter_001_P.UnitDelay3_InitialCondition_d | int32_T | sfix32_En10 | 1
<S26>/Unit Delay2 | Inverter_001_P.UnitDelay2_InitialCondition_f | int32_T | sfix32_En10 | 1
<S26>/Unit Delay | Inverter_001_P.UnitDelay_InitialCondition_e3 | int32_T | sfix32_En10 | 1
<S26>/Unit Delay1 | Inverter_001_P.UnitDelay1_InitialCondition_n | int32_T | sfix32_En10 | 1
<S16>/w1 | Inverter_001_P.w1_Value | int32_T | sfix32_En10 | 1
<S23>/w2 | Inverter_001_P.w2_Value_n | int32_T | sfix32_En10 | 1
<S6>/Constant11 | Inverter_001_P.Constant11_Value | int32_T | sfix32_En29 | 1
<S6>/Constant8 | Inverter_001_P.Constant8_Value_e | int32_T | sfix32_En29 | 1
<S6>/Constant9 | Inverter_001_P.Constant9_Value | int32_T | sfix32_En29 | 1
<S34>/Unit Delay | Inverter_001_P.UnitDelay_InitialCondition_pq | int32_T | sfix32_En29 | 1
<S36>/1 | Inverter_001_P.u_Value | int32_T | sfix32_En29 | 1
<S36>/-1 | Inverter_001_P.u_Value_e | int32_T | sfix32_En29 | 1
<S37>/1 | Inverter_001_P.u_Value_f | int32_T | sfix32_En29 | 1
<S37>/-1 | Inverter_001_P.u_Value_c | int32_T | sfix32_En29 | 1
<S16>/Gain6 | Inverter_001_P.Gain6_Gain | int32_T | sfix32_En29 | 1
<S16>/Gain7 | Inverter_001_P.Gain7_Gain | int32_T | sfix32_En29 | 1
<S5>/Gain | Inverter_001_P.Gain_Gain | int32_T | sfix32_En31 | 1
<S19>/Gain | Inverter_001_P.Gain_Gain_g | int32_T | sfix32_En31 | 1
<S19>/Gain1 | Inverter_001_P.Gain1_Gain | int32_T | sfix32_En31 | 1
<S18>/Gain | Inverter_001_P.Gain_Gain_b | int32_T | sfix32_En31 | 1
<S18>/Gain1 | Inverter_001_P.Gain1_Gain_g | int32_T | sfix32_En31 | 1
<S20>/Gain | Inverter_001_P.Gain_Gain_n | int32_T | sfix32_En31 | 1
<S20>/Gain1 | Inverter_001_P.Gain1_Gain_f | int32_T | sfix32_En31 | 1
<S31>/Gain | Inverter_001_P.Gain_Gain_j | int32_T | sfix32_En32 | 1
<S31>/Gain1 | Inverter_001_P.Gain1_Gain_o | int32_T | sfix32_En32 | 1
<S23>/Gain12 | Inverter_001_P.Gain12_Gain | int32_T | sfix32_En42 | 1
<S23>/Gain13 | Inverter_001_P.Gain13_Gain | int32_T | sfix32_En42 | 1
<Root>/Constant62 | Inverter_001_P.TmpRTBAtConstant62Outport1_Init | real32_T |  | 1
<S2>/Add11 | Inverter_001_P.TmpRTBAtAdd11Inport2_InitialCon | real32_T |  | 1
<Root>/Constant2 | Inverter_001_P.Constant2_Value_p | real32_T |  | 1
<S4>/Constant14 | Inverter_001_P.Constant14_Value | real32_T |  | 1
<S4>/Constant13 | Inverter_001_P.Constant13_Value | real32_T |  | 1
<Root>/Rate Transition1 | Inverter_001_P.RateTransition1_InitialConditio | real32_T |  | 1
<S6>/Gain3 | Inverter_001_P.Gain3_Gain | real32_T |  | 1
<S6>/Constant13 | Inverter_001_P.Constant13_Value_c | real32_T |  | 1
<S6>/Constant14 | Inverter_001_P.Constant14_Value_p | real32_T |  | 1
<S6>/Constant10 | Inverter_001_P.Constant10_Value | real32_T |  | 1
<S6>/Gain2 | Inverter_001_P.Gain2_Gain | real32_T |  | 1
<S33>/Constant | Inverter_001_P.Constant_Value | real32_T |  | 1
<S4>/Constant15 | Inverter_001_P.Constant15_Value | real32_T |  | 1
<S2>/Add10 | Inverter_001_P.TmpRTBAtAdd10Inport2_InitialCon | real32_T |  | 1
<S2>/Add9 | Inverter_001_P.TmpRTBAtAdd9Inport2_InitialCond | real32_T |  | 1
<Root>/Constant12 | Inverter_001_P.TmpRTBAtConstant12Outport1_Init | real32_T |  | 1
<S2>/Add16 | Inverter_001_P.TmpRTBAtAdd16Inport2_InitialCon | real32_T |  | 1
<S2>/Add5 | Inverter_001_P.TmpRTBAtAdd5Inport2_InitialCond | real32_T |  | 1
<S2>/Add4 | Inverter_001_P.TmpRTBAtAdd4Inport2_InitialCond | real32_T |  | 1
<S2>/Add3 | Inverter_001_P.TmpRTBAtAdd3Inport2_InitialCond | real32_T |  | 1
<S2>/Add7 | Inverter_001_P.TmpRTBAtAdd7Inport2_InitialCond | real32_T |  | 1
<S2>/Add2 | Inverter_001_P.TmpRTBAtAdd2Inport2_InitialCond | real32_T |  | 1
<Root>/Gain2 | Inverter_001_P.Gain2_Gain_f | real32_T |  | 1
<S3>/Constant10 | Inverter_001_P.Constant10_Value_j | real32_T |  | 1
<S3>/Constant13 | Inverter_001_P.Constant13_Value_cs | real32_T |  | 1
<S3>/Constant14 | Inverter_001_P.Constant14_Value_o | real32_T |  | 1
<S18>/Constant | Inverter_001_P.Constant_Value_h | real32_T |  | 1
<S19>/Constant | Inverter_001_P.Constant_Value_b | real32_T |  | 1
<S20>/Constant | Inverter_001_P.Constant_Value_m | real32_T |  | 1
<S17>/Constant | Inverter_001_P.Constant_Value_br | real32_T |  | 1
<Root>/Bias1 | Inverter_001_P.Bias1_Bias | real32_T |  | 1
<Root>/Bias2 | Inverter_001_P.Bias2_Bias | real32_T |  | 1
<Root>/Constant12 | Inverter_001_P.Constant12_Value | real32_T |  | 1
<Root>/Constant14 | Inverter_001_P.Constant14_Value_m | real32_T |  | 1
<Root>/Constant55 | Inverter_001_P.Constant55_Value | real32_T |  | 1
<Root>/Constant57 | Inverter_001_P.Constant57_Value | real32_T |  | 1
<Root>/Constant58 | Inverter_001_P.Constant58_Value | real32_T |  | 1
<Root>/Constant61 | Inverter_001_P.Constant61_Value | real32_T |  | 1
<Root>/Constant62 | Inverter_001_P.Constant62_Value | real32_T |  | 1
<Root>/Constant63 | Inverter_001_P.Constant63_Value | real32_T |  | 1
<Root>/Constant65 | Inverter_001_P.Constant65_Value | real32_T |  | 1
<Root>/Constant68 | Inverter_001_P.Constant68_Value | real32_T |  | 1
<Root>/Constant72 | Inverter_001_P.Constant72_Value | real32_T |  | 1
<Root>/Constant89 | Inverter_001_P.Constant89_Value | real32_T |  | 1

### Data Stores

No data stores in the model; note that this report lists only data stores with non-auto storage class and global data stores