Custom uz_GUI for ParameterID#

Since controlling the ParameterID only via the debugger windows is cumbersome and not very practical, a custom-made uz_GUI is shipped. This page details the additional steps needed and how to use the uz_GUI.

Usage#

This section gives an overview of how to use the ParameterID tab in the uz_GUI.

../../../../_images/GUI_overview.png

  1. The ParameterID is organized in its own panel, which can be selected via the ParameterID button. Each individual ID-state is further organized in its own sub-panel and can be selected in the top left corner.

  2. Visible on the right side is the GlobalControl for the UltraZohm. The Enable System, Enable Control and STOP buttons are mirrored to the ones in the UltraZohm-Gui Control tab.

  3. The button ParameterID enables or disables the ParameterID. The status indicator to the right signals the current state of the ParameterID (on/off).

  4. Here all individual ID-states can be turned on or off. The current state of the ID-state is signaled via the status indicators next to the buttons. The possible states are:

    • Disabled, for when the state is disabled and not requested for future use. As long as this status is active, the controls for this ID-state are locked.

    • Requested, for when a ID-state is supposed to be executed but has not started yet. In this state, the config values should be changed.

    • Active. for when this state is currently executing.

    • Finished, for when the state is finished and another ID-state can be started.

  5. The State Control buttons are used for general control of the ParameterID.

    • The ACCEPT button is used to transition the ParameterID into a different state. This is mostly used to enable the ID-states after requesting them. Other uses can be to continue one ID-state, after some operations have to be done, i.e., start up the load machine.

    • The RESET button resets the entire ParameterID.

  6. Each ID-state has a unique activeState variable for each substate. This is displayed here to give further information to the user that the state is running and what it’s doing.

  7. Selection for control method after every Offline-state is finished. The selection can only be changed if the Control state of the UltraZohm is disabled.

    • If CurrentControl is selected, \(i_d\) and \(i_q\) reference values can be entered in the appropriate field in the JavaScope panel.

    • If SpeedControl is selected, a \(n_{ref}\) reference value can be entered in the appropriate field in the JavaScope panel.

    • If Disable Control is selected, every previous control method selection is disabled, and nothing happens.

  8. Each ID-state has its own individual panel, where the individual config values can be configured, and the identified values can be displayed. They have to be configured before entering the ID-state. Standard values for the config values are displayed, which proved appropriate in the past. They can be used as an introductory baseline.

Setup#

  1. In the properties.ini file change the value of the ParameterID variable to 1.

  2. Replace the appropriate code in the javascope.h file with the following:

    Listing 113 Changes to the JS_SlowData enum in the javascope.h file. Only add the new entries at the end.#
     1// slowData Naming Convention: Use JSSD_FLOAT_ as prefix
 2// Do not change the first (zero) and last (end) entries.
 3enum JS_SlowData {
 4    ....
 5    JSSD_FLOAT_Rs_Offline,
 6    JSSD_FLOAT_Ld_Offline,
 7    JSSD_FLOAT_Lq_Offline,
 8    JSSD_FLOAT_PsiPM_Offline,
 9    JSSD_FLOAT_J,
10    JSSD_FLOAT_activeState,
11    JSSD_FLOAT_ArrayCounter,
12    JSSD_FLOAT_measArraySpeed,
13    JSSD_FLOAT_measArrayTorque,
14    JSSD_FLOAT_ArrayControlCounter,
15    JSSD_FLOAT_Stribtorque,
16    JSSD_FLOAT_Coulombtorque,
17    JSSD_FLOAT_Viscotorque,
18    JSSD_FLOAT_Rs_online_FMID,
19    JSSD_FLOAT_Wtemp_FMID,
20    JSSD_FLOAT_TrainInertia,
21    JSSD_FLOAT_LoadInertia,
22    JSSD_FLOAT_c_est,
23    JSSD_FLOAT_d_est,
24    JSSD_FLOAT_MapCounter,
25    JSSD_FLOAT_psidMap,
26    JSSD_FLOAT_psiqMap,
27    JSSD_FLOAT_FluxTemp,
28    JSSD_FLOAT_MapControl,
29    JSSD_FLOAT_I_rated,
30    JSSD_FLOAT_Ld_Online,
31    JSSD_FLOAT_Lq_Online,
32    JSSD_FLOAT_PsiPM_Online,
33    JSSD_FLOAT_Rs_Online,
34    JSSD_FLOAT_n_FluxPoints,
35    JSSD_FLOAT_totalRotorInertia,
36    JSSD_FLOAT_MapControlCounter,
37    JSSD_FLOAT_polePairs,
38    JSSD_ENDMARKER
39}
    Listing 114 Changes to the gui_button_mapping enum in the javascope.h file. Only add the new entries at the end.#
     1// Determination of Button IDs via enum. When a button in the GUI is pressed,
 2// the GUI sends an ID and a value. IDs of the buttons are the respective enum
 3// numbers in the following enum.
 4// Do not change the first (zero) and last (end) entries.
 5// Do not change names! They are hard coupled within the GUI!
 6enum gui_button_mapping {
 7    GUI_BTN_ZEROVALUE=0,
 8    ....
 9    ParaID_Enable_System,
10    ParaID_Enable_Control,
11    ParaID_Enable_ParameterID,
12    ParaID_Disable_ParameterID,
13    ParaID_Enable_ElectricalID,
14    ParaID_Disable_ElectricalID,
15    ParaID_Enable_FrictionID,
16    ParaID_Disable_FrictionID,
17    ParaID_Enable_TwoMassID,
18    ParaID_Disable_TwoMassID,
19    ParaID_Enable_FluxMapID,
20    ParaID_Disable_FluxMapID,
21    ParaID_Enable_OnlineID,
22    ParaID_Disable_OnlineID,
23    ParaID_Enable_Current_Control,
24    ParaID_Enable_Speed_Control,
25    ParaID_Disable_FOC_Control,
26    ParaID_ACCEPT,
27    ParaID_RESET,
28    ParaID_EID_sampleTimeISR,
29    ParaID_EID_n_ref_meas,
30    ParaID_EID_goertzl_Torque,
31    ParaID_EID_goertzl_Freq,
32    ParaID_EID_DutyCyc,
33    ParaID_EID_MaxContinousCurrent,
34    ParaID_EID_Enable_IdentLQ,
35    ParaID_EID_Disable_IdentLQ,
36    ParaID_EID_Admit_Params,
37    ParaID_FID_max_speed,
38    ParaID_FID_N_Brk,
39    ParaID_FID_N_Visco,
40    ParaID_FID_s_step,
41    ParaID_FID_Brk_Count,
42    ParaID_FID_eta_speed,
43    ParaID_FID_Array_Control_counter,
44    ParaID_TMID_Scale_PRBS,
45    ParaID_TMID_d_TMS_start,
46    ParaID_TMID_n_ref,
47    ParaID_TMID_f_min,
48    ParaID_TMID_f_max,
49    ParaID_TMID_Admit_Params,
50    ParaID_FMID_i_d_start,
51    ParaID_FMID_i_d_stop,
52    ParaID_FMID_i_d_step,
53    ParaID_FMID_i_q_start,
54    ParaID_FMID_i_q_stop,
55    ParaID_FMID_i_q_step,
56    ParaID_FMID_Rs_ref,
57    ParaID_FMID_Temp_ref,
58    ParaID_FMID_identRAmp,
59    ParaID_FMID_enable_ident_R,
60    ParaID_FMID_disable_ident_R,
61    ParaID_FMID_enable_AMM,
62    ParaID_FMID_disable_AMM,
63    ParaID_OID_Refresh_Flux_Maps,
64    ParaID_OID_Reset_OnlineID,
65    ParaID_OID_Enable_AutoCurrentControl,
66    ParaID_OID_Disable_AutoCurrentControl,
67    ParaID_OID_d_current_steps,
68    ParaID_OID_q_current_steps,
69    ParaID_OID_max_current,
70    ParaID_OID_ref_temp,
71    ParaID_OID_ref_Rs,
72    ParaID_OID_max_speed,
73    ParaID_OID_min_speed,
74    ParaID_OID_Ident_range_factor,
75    ParaID_OID_max_ident_pause,
76    ParaID_OID_identR_Amp,
77    ParaID_OID_Fluxmap_Control_counter,
78    GUI_BTN_ENDMARKER
79};
    Listing 115 Changes to the send fiels in the javascope.h file. Only replace the first three entries.#
     1/* Visualization Config for GUI*/
 2// LEAVE IT COMMENTED OUT AS IT IS, the plain text below is parsed by the GUI!
 3// Change entries according to your needs.
 4/*
 5// Description (printed text) for the send_fields top to bottom
 6// Do not change the first (zero) and last (end) entries.
 7
 8SND_FLD_ZEROVALUE=0,
 9n_ref,
10i_d_ref,
11i_q_ref,
12....
13SND_FLD_ENDMARKER
14
15
16// Physical unit label (printed text) for the send_fields top to bottom
17// Do not change the first (zero) and last (end) entries.
18
19SND_LABELS_ZEROVALUE=0,
20RPM,
21A,
22A,
23....
24SND_LABELS_ENDMARKER
    Listing 116 Changes to the receive fiels in the javascope.h file. Only replace the first six entries.#
     1// Description (printed text) for the receive_fields top to bottom
 2// Do not change the first (zero) and last (end) entries.
 3
 4RCV_FLD_ZEROVALUE=0,
 5speed,
 6torque,
 7i_d,
 8i_q,
 9u_d,
10u_q,
11....
12RCV_FLD_ENDMARKER
13
14
15// Physical unit label (printed text) for the receive_fields top to bottom
16// Do not change the first (zero) and last (end) entries.
17
18RCV_LABELS_ZEROVALUE=0,
19RPM,
20Nm,
21A,
22A,
23V,
24V,
25....
26RCV_LABELS_ENDMARKER
27
28
29// Slow Data values that are displayed in the receive_fields top to bottom
30// Do not change the first (zero) and last (end) entries.
31// Make sure that the signal names below are also present in the JS_SlowData enum!
32
33SLOWDAT_DISPLAY_ZEROVALUE=0,
34JSSD_FLOAT_speed,
35JSSD_FLOAT_torque,
36JSSD_FLOAT_i_d,
37JSSD_FLOAT_i_q,
38JSSD_FLOAT_u_d,
39JSSD_FLOAT_u_q,
40JSSD_FLOAT_Error_Code,
41....
42SLOWDAT_DISPLAY_ENDMARKER
43*/

  3. Add the following code to the ipc_ARM.c file.

    Listing 117 Changes to the ipc_ARM.c file. (Breaks in the code are marked with ....).#
      1// slowData Naming Convention: Use JSSD_FLOAT_ as prefix
  2// Do not change the first (zero) and last (end) entries.
  3extern uz_ParameterID_Data_t ParaID_Data;
  4//If FOC is used
  5extern uz_CurrentControl_t* CC_instance;
  6extern uz_SetPoint_t* SP_instance;
  7
  8void ipc_Control_func(uint32_t msgId, float value, DS_Data *data)
  9{
 10    // HANDLE RECEIVED MESSAGE
 11    if (msgId != 0)
 12    {
 13        // GENERAL VARIABLES
 14        switch (msgId)
 15        {
 16        ....
 17        //Change Send_Field 1-3
 18        case (Set_Send_Field_1):
 19            ParaID_Data.GlobalConfig.n_ref = value;
 20            break;
 21
 22        case (Set_Send_Field_2):
 23            ParaID_Data.GlobalConfig.i_dq_ref.d = value;
 24            break;
 25
 26        case (Set_Send_Field_3):
 27            ParaID_Data.GlobalConfig.i_dq_ref.q = value;
 28            break;
 29        ....
 30        //After all My_Button cases add the following
 31        //ParameterID
 32
 33        case (ParaID_Enable_System):
 34            ultrazohm_state_machine_set_enable_system(true);
 35            break;
 36
 37        case (ParaID_Enable_Control):
 38            ultrazohm_state_machine_set_enable_control(true);
 39            break;
 40
 41        case (ParaID_Enable_ParameterID):
 42            ParaID_Data.GlobalConfig.enableParameterID = true;
 43            break;
 44
 45        case (ParaID_Disable_ParameterID):
 46            ParaID_Data.GlobalConfig.enableParameterID = false;
 47            ParaID_Data.GlobalConfig.ElectricalID = false;
 48            ParaID_Data.GlobalConfig.TwoMassID = false;
 49            ParaID_Data.GlobalConfig.FrictionID = false;
 50            ParaID_Data.GlobalConfig.FluxMapID = false;
 51            ParaID_Data.GlobalConfig.OnlineID = false;
 52            ParaID_Data.FluxMapID_Config.start_FM_ID = false;
 53        break;
 54
 55        case (ParaID_Enable_Current_Control):
 56            if (ultrazohm_state_machine_get_state() != control_state) {
 57                ParaID_Data.ParaID_Control_Selection = Current_Control;
 58            }
 59            break;
 60
 61        case (ParaID_Enable_Speed_Control):
 62            if (ultrazohm_state_machine_get_state() != control_state) {
 63                ParaID_Data.ParaID_Control_Selection = Speed_Control;
 64            }
 65            break;
 66
 67        case (ParaID_Disable_FOC_Control):
 68            ParaID_Data.ParaID_Control_Selection = No_Control;
 69            break;
 70
 71        case (ParaID_Enable_ElectricalID):
 72            ParaID_Data.GlobalConfig.ElectricalID = true;
 73            break;
 74
 75        case (ParaID_Disable_ElectricalID):
 76            ParaID_Data.GlobalConfig.ElectricalID = false;
 77            break;
 78
 79        case (ParaID_Enable_FrictionID):
 80            ParaID_Data.GlobalConfig.FrictionID = true;
 81            break;
 82
 83        case (ParaID_Disable_FrictionID):
 84            ParaID_Data.GlobalConfig.FrictionID = false;
 85            break;
 86
 87        case (ParaID_Enable_TwoMassID):
 88            ParaID_Data.GlobalConfig.TwoMassID = true;
 89            break;
 90
 91        case (ParaID_Disable_TwoMassID):
 92            ParaID_Data.GlobalConfig.TwoMassID = false;
 93            break;
 94
 95        case (ParaID_Enable_FluxMapID):
 96            ParaID_Data.GlobalConfig.FluxMapID = true;
 97            break;
 98
 99        case (ParaID_Disable_FluxMapID):
100            ParaID_Data.GlobalConfig.FluxMapID = false;
101            ParaID_Data.FluxMapID_Config.start_FM_ID = false;
102            break;
103
104        case (ParaID_Enable_OnlineID):
105            ParaID_Data.GlobalConfig.OnlineID = true;
106            break;
107
108        case (ParaID_Disable_OnlineID):
109            ParaID_Data.GlobalConfig.OnlineID = false;
110            ParaID_Data.AutoRefCurrents_Config.enableCRS = false;
111            break;
112
113        case (ParaID_ACCEPT):
114            ParaID_Data.GlobalConfig.ACCEPT = true;
115            break;
116
117        case (ParaID_RESET):
118            ParaID_Data.GlobalConfig.Reset = true;
119            ParaID_Data.GlobalConfig.ElectricalID = false;
120            ParaID_Data.GlobalConfig.TwoMassID = false;
121            ParaID_Data.GlobalConfig.FrictionID = false;
122            ParaID_Data.GlobalConfig.FluxMapID = false;
123            ParaID_Data.GlobalConfig.OnlineID = false;
124            ParaID_Data.AutoRefCurrents_Config.enableCRS = false;
125            ParaID_Data.ParaID_Control_Selection = No_Control;
126            ParaID_Data.ElectricalID_Config.identLq = false;
127            ParaID_Data.FluxMapID_Config.start_FM_ID = false;
128
129            break;
130
131        case (ParaID_EID_sampleTimeISR):
132            ParaID_Data.GlobalConfig.sampleTimeISR = value * 0.000001f;
133            break;
134
135        case (ParaID_EID_n_ref_meas):
136            ParaID_Data.ElectricalID_Config.n_ref_measurement = value;
137            break;
138
139        case (ParaID_EID_goertzl_Torque):
140            ParaID_Data.ElectricalID_Config.goertzlTorque = value;
141            break;
142
143        case (ParaID_EID_goertzl_Freq):
144            ParaID_Data.ElectricalID_Config.goertzlFreq = value;
145            break;
146
147        case (ParaID_EID_DutyCyc):
148            ParaID_Data.ElectricalID_Config.dutyCyc = value;
149            break;
150
151        case (ParaID_EID_MaxContinousCurrent):
152            ParaID_Data.GlobalConfig.PMSM_config.I_max_Ampere = value;
153            break;
154
155        case (ParaID_EID_Enable_IdentLQ):
156            ParaID_Data.ElectricalID_Config.identLq = true;
157            break;
158
159        case (ParaID_EID_Disable_IdentLQ):
160            ParaID_Data.ElectricalID_Config.identLq = false;
161            break;
162
163        case (ParaID_EID_Admit_Params):
164            //If FOC is used
165            uz_CurrentControl_set_PMSM_parameters(CC_instance, ParaID_Data.ElectricalID_Output->PMSM_parameters);
166            uz_SetPoint_set_PMSM_config(SP_instance, ParaID_Data.ElectricalID_Output->PMSM_parameters);
167            break;
168
169        case (ParaID_FID_max_speed):
170            ParaID_Data.FrictionID_Config.n_eva_max = value;
171            break;
172
173        case (ParaID_FID_N_Brk):
174            ParaID_Data.FrictionID_Config.N_Brk = value;
175            break;
176
177        case (ParaID_FID_N_Visco):
178            ParaID_Data.FrictionID_Config.N_Visco = value;
179            break;
180
181        case (ParaID_FID_s_step):
182            ParaID_Data.FrictionID_Config.StepScale = value;
183            break;
184
185        case (ParaID_FID_Brk_Count):
186            ParaID_Data.FrictionID_Config.BrkCount = value;
187            break;
188
189        case (ParaID_FID_eta_speed):
190            ParaID_Data.FrictionID_Config.eta = value;
191            break;
192
193        case (ParaID_TMID_Scale_PRBS):
194            ParaID_Data.TwoMassID_Config.ScaleTorquePRBS = value;
195            break;
196
197        case (ParaID_TMID_d_TMS_start):
198            ParaID_Data.TwoMassID_Config.d_TMS_start = value;
199            break;
200
201        case (ParaID_TMID_n_ref):
202            ParaID_Data.TwoMassID_Config.n_ref_measurement = value;
203            break;
204
205        case (ParaID_TMID_f_min):
206            ParaID_Data.TwoMassID_Config.f_min = value;
207            break;
208
209        case (ParaID_TMID_f_max):
210            ParaID_Data.TwoMassID_Config.f_max = value;
211            break;
212
213        case (ParaID_FMID_i_d_start):
214            ParaID_Data.FluxMapID_Config.IDstart = value;
215            break;
216
217        case (ParaID_FMID_i_d_stop):
218            ParaID_Data.FluxMapID_Config.IDstop = value;
219            break;
220
221        case (ParaID_FMID_i_d_step):
222            ParaID_Data.FluxMapID_Config.IDstepsize = value;
223            break;
224
225        case (ParaID_FMID_i_q_start):
226            ParaID_Data.FluxMapID_Config.IQstart = value;
227            break;
228
229        case (ParaID_FMID_i_q_stop):
230            ParaID_Data.FluxMapID_Config.IQstop = value;
231            break;
232
233        case (ParaID_FMID_i_q_step):
234            ParaID_Data.FluxMapID_Config.IQstepsize = value;
235            break;
236
237        case (ParaID_FMID_Rs_ref):
238            ParaID_Data.FluxMapID_Config.R_s_ref = value;
239            break;
240
241        case (ParaID_FMID_Temp_ref):
242            ParaID_Data.FluxMapID_Config.Temp_ref = value;
243            break;
244
245        case (ParaID_FMID_identRAmp):
246            ParaID_Data.FluxMapID_Config.identRAmp = value;
247            break;
248
249        case (ParaID_FMID_enable_ident_R):
250            ParaID_Data.FluxMapID_Config.identR = true;
251            break;
252
253        case (ParaID_FMID_disable_ident_R):
254            ParaID_Data.FluxMapID_Config.identR = false;
255            break;
256
257        case (ParaID_FMID_enable_AMM):
258            ParaID_Data.FluxMapID_Config.start_FM_ID = true;
259            break;
260
261        case (ParaID_FMID_disable_AMM):
262            ParaID_Data.FluxMapID_Config.start_FM_ID = false;
263            break;
264
265        case (ParaID_OID_Refresh_Flux_Maps):
266            ParaID_Data.calculate_flux_maps = true;
267            break;
268
269        case (ParaID_OID_Reset_OnlineID):
270            ParaID_Data.OnlineID_Config.OnlineID_Reset = true;
271            ParaID_Data.AutoRefCurrents_Config.Reset = true;
272            ParaID_Data.AutoRefCurrents_Config.enableCRS = false;
273            break;
274
275        case (ParaID_OID_Enable_AutoCurrentControl):
276            ParaID_Data.AutoRefCurrents_Config.enableCRS = true;
277            break;
278
279        case (ParaID_OID_Disable_AutoCurrentControl):
280            ParaID_Data.AutoRefCurrents_Config.enableCRS = false;
281            break;
282
283        case (ParaID_OID_d_current_steps):
284            ParaID_Data.AutoRefCurrents_Config.id_points = value;
285            break;
286
287        case (ParaID_OID_q_current_steps):
288            ParaID_Data.AutoRefCurrents_Config.iq_points = value;
289            break;
290
291        case (ParaID_OID_max_current):
292            ParaID_Data.AutoRefCurrents_Config.max_current = value;
293            break;
294
295        case (ParaID_OID_ref_temp):
296            ParaID_Data.OnlineID_Config.Temp_ref = value;
297            break;
298
299        case (ParaID_OID_ref_Rs):
300            ParaID_Data.GlobalConfig.PMSM_config.R_ph_Ohm = value;
301            break;
302
303        case (ParaID_OID_max_speed):
304            ParaID_Data.OnlineID_Config.max_n_ratio = value;
305            break;
306
307        case (ParaID_OID_min_speed):
308            ParaID_Data.OnlineID_Config.min_n_ratio = value;
309            break;
310
311        case (ParaID_OID_Ident_range_factor):
312            ParaID_Data.OnlineID_Config.nom_factor = value;
313            break;
314
315        case (ParaID_OID_max_ident_pause):
316            ParaID_Data.OnlineID_Config.Rs_time = value;
317            break;
318        case (ParaID_OID_identR_Amp):
319            ParaID_Data.OnlineID_Config.identRAmp = value;
320            break;
321
322        case (ParaID_OID_Fluxmap_Control_counter):
323            ParaID_Data.FluxMap_Control_counter = value;
324            break;
325
326        case (ParaID_FID_Array_Control_counter):
327            ParaID_Data.Array_Control_counter = value;
328            break;
329        ....
330        }
331    }
332
333    ....
334    //Replace Bit 13-19 with the following
335    /* Bit 13 - Ident_Lq */
336    if (ParaID_Data.ElectricalID_Config.identLq == true) {
337        js_status_BareToRTOS |= (1 << 13);
338    } else {
339        js_status_BareToRTOS &= ~(1 << 13);
340    }
341
342    /* Bit 14 - FluxMapID R-Online */
343    if (ParaID_Data.FluxMapID_Config.identR == true) {
344        js_status_BareToRTOS |= (1 << 14);
345    } else {
346        js_status_BareToRTOS &= ~(1 << 14);
347    }
348
349    /* Bit 15 - FluxMapID start */
350    if (ParaID_Data.FluxMapID_Config.start_FM_ID == true) {
351        js_status_BareToRTOS |= (1 << 15);
352    } else {
353        js_status_BareToRTOS &= ~(1 << 15);
354    }
355
356    /* Bit 16 - ParaID_FOC_CC */
357    if (ParaID_Data.ParaID_Control_Selection == Current_Control) {
358        js_status_BareToRTOS |= (1 << 16);
359    } else {
360        js_status_BareToRTOS &= ~(1 << 16);
361    }
362
363    /* Bit 17 - ParaID_FOC_SC */
364    if (ParaID_Data.ParaID_Control_Selection == Speed_Control) {
365        js_status_BareToRTOS |= (1 << 17);
366    } else {
367        js_status_BareToRTOS &= ~(1 << 17);
368    }
369
370    /* Bit 18 -ParaID_FOC_no_control */
371    if (ParaID_Data.ParaID_Control_Selection == No_Control) {
372        js_status_BareToRTOS |= (1 << 18);
373    } else {
374        js_status_BareToRTOS &= ~(1 << 18);
375    }
376
377    /* Bit 19 -ParameterID active */
378    if (ParaID_Data.GlobalConfig.enableParameterID == true) {
379        ultrazohm_state_machine_set_userLED(true);
380        js_status_BareToRTOS |= (1 << 19);
381    } else {
382        js_status_BareToRTOS &= ~(1 << 19);
383        ultrazohm_state_machine_set_userLED(false);
384    }
385    ....
386}

  4. Change the code of js_slowDataArray in the javascope.c file.

    Listing 118 Changes to the javascope.c file. (Breaks in the code are marked with ....).#
     1//ParameterID
 2extern uz_ParameterID_Data_t ParaID_Data;
 3float activeState = 0.0f;
 4float FluxMapCounter = 0.0f;
 5float ArrayCounter = 0.0f;
 6
 7int JavaScope_initalize(DS_Data* data)
 8{
 9    ....
10    // Store slow / not-time-critical signals into the SlowData-Array.
11    // Will be transferred one after another
12    // The array may grow arbitrarily long, the refresh rate of the individual values decreases.
13    // Only float is allowed!
14    js_slowDataArray[JSSD_FLOAT_u_d]                    = &(ParaID_Data.ActualValues.v_dq.d);
15    js_slowDataArray[JSSD_FLOAT_u_q]                    = &(ParaID_Data.ActualValues.v_dq.q);
16    js_slowDataArray[JSSD_FLOAT_i_d]                    = &(ParaID_Data.ActualValues.i_dq.d);
17    js_slowDataArray[JSSD_FLOAT_i_q]                    = &(ParaID_Data.ActualValues.i_dq.q);
18    js_slowDataArray[JSSD_FLOAT_speed]                  = &(data->av.mechanicalRotorSpeed);
19    js_slowDataArray[JSSD_FLOAT_torque]                 = &(data->av.mechanicalTorqueObserved);
20    js_slowDataArray[JSSD_FLOAT_PsiPM_Offline]          = &(ParaID_Data.ElectricalID_Output->PMSM_parameters.Psi_PM_Vs);
21    js_slowDataArray[JSSD_FLOAT_Lq_Offline]             = &(ParaID_Data.ElectricalID_Output->PMSM_parameters.Lq_Henry);
22    js_slowDataArray[JSSD_FLOAT_Ld_Offline]             = &(ParaID_Data.ElectricalID_Output->PMSM_parameters.Ld_Henry);
23    js_slowDataArray[JSSD_FLOAT_Rs_Offline]             = &(ParaID_Data.ElectricalID_Output->PMSM_parameters.R_ph_Ohm);
24    js_slowDataArray[JSSD_FLOAT_polePairs]              = &(ParaID_Data.ElectricalID_Output->PMSM_parameters.polePairs);
25    js_slowDataArray[JSSD_FLOAT_J]                      = &(ParaID_Data.ElectricalID_Output->PMSM_parameters.J_kg_m_squared);
26    js_slowDataArray[JSSD_FLOAT_activeState]            = &(activeState);
27    js_slowDataArray[JSSD_FLOAT_SecondsSinceSystemStart]= &System_UpTime_seconds;
28    js_slowDataArray[JSSD_FLOAT_ISR_ExecTime_us]        = &ISR_execution_time_us;
29    js_slowDataArray[JSSD_FLOAT_ISR_Period_us]          = &ISR_period_us;
30    js_slowDataArray[JSSD_FLOAT_Milliseconds]           = &System_UpTime_ms;
31    js_slowDataArray[JSSD_FLOAT_encoderOffset]          = &(ParaID_Data.ElectricalID_Output->thetaOffset);
32    js_slowDataArray[JSSD_FLOAT_ArrayCounter]           = &(ArrayCounter);
33    js_slowDataArray[JSSD_FLOAT_measArraySpeed]         = &(ParaID_Data.MeasArraySpeed_pointer);
34    js_slowDataArray[JSSD_FLOAT_measArrayTorque]        = &(ParaID_Data.MeasArrayTorque_pointer);
35    js_slowDataArray[JSSD_FLOAT_ArrayControlCounter]    = &(ArrayCounter);
36    js_slowDataArray[JSSD_FLOAT_Stribtorque]            = &(ParaID_Data.FrictionID_Output->BrkTorque);
37    js_slowDataArray[JSSD_FLOAT_Coulombtorque]          = &(ParaID_Data.FrictionID_Output->CoulTorque);
38    js_slowDataArray[JSSD_FLOAT_Viscotorque]            = &(ParaID_Data.FrictionID_Output->ViscoTorque);
39    js_slowDataArray[JSSD_FLOAT_TrainInertia]           = &(ParaID_Data.TwoMassID_Output->TrainInertia);
40    js_slowDataArray[JSSD_FLOAT_LoadInertia]            = &(ParaID_Data.TwoMassID_Output->LoadInertia);
41    js_slowDataArray[JSSD_FLOAT_c_est]                  = &(ParaID_Data.TwoMassID_Output->c_est_out);
42    js_slowDataArray[JSSD_FLOAT_d_est]                  = &(ParaID_Data.TwoMassID_Output->d_est_out);
43    js_slowDataArray[JSSD_FLOAT_I_rated]                = &(ParaID_Data.GlobalConfig.ratCurrent);
44    js_slowDataArray[JSSD_FLOAT_totalRotorInertia]      = &(ParaID_Data.TwoMassID_Output->rotorInertia);
45    js_slowDataArray[JSSD_FLOAT_Ld_Online]              = &(ParaID_Data.OnlineID_Output->Ld_out);
46    js_slowDataArray[JSSD_FLOAT_Lq_Online]              = &(ParaID_Data.OnlineID_Output->Lq_out);
47    js_slowDataArray[JSSD_FLOAT_PsiPM_Online]           = &(ParaID_Data.OnlineID_Output->psi_pm_out);
48    js_slowDataArray[JSSD_FLOAT_Rs_Online]              = &(ParaID_Data.OnlineID_Output->Rph_out);
49    js_slowDataArray[JSSD_FLOAT_n_FluxPoints]           = &(ParaID_Data.FluxMap_MeasuringPoints);
50    js_slowDataArray[JSSD_FLOAT_Rs_online_FMID]         = &(ParaID_Data.FluxMapID_Output->R_s);
51    js_slowDataArray[JSSD_FLOAT_Wtemp_FMID]             = &(ParaID_Data.FluxMapID_Output->WindingTemp);
52    js_slowDataArray[JSSD_FLOAT_MapCounter]             = &(FluxMapCounter);
53    js_slowDataArray[JSSD_FLOAT_psidMap]                = &(ParaID_Data.Psi_D_pointer);
54    js_slowDataArray[JSSD_FLOAT_psiqMap]                = &(ParaID_Data.Psi_Q_pointer);
55    js_slowDataArray[JSSD_FLOAT_MapControlCounter]      = &(FluxMapCounter);
56    return Status;
57}

  5. In the JavaScope_update function in the javascope.c file add.

    Listing 119 Changes to the javascope.c file. (Breaks in the code are marked with ....).#
    1void JavaScope_update(DS_Data* data)
2{
3    ....
4    uz_ParameterID_update_transmit_values(&ParaID_Data, &activeState, &FluxMapCounter, &ArrayCounter);
5    ....
6}