v0.11.09h 2023/09/05

* Added:
  - LIB: Support for 2 custom list of values of different tolerances
  - LIB: Can use lower tolerance list, keeping best final tolerance:
         when lists=2 and valTolBest=1 use baseR2 as 1/10 tolerance than baseR
         when lists=2 and valTolBest=1 use baseR2 & baseR2 too
  - LIB: use mem=1 computations with lists=2 to reduce memory requirements
  - CLI: Support for 2 custom list of values of different tolerances
  - CLI: new output formatting to show tolerance of each component
  - CLI: use 80 columns for output formatting
  - GUI: enlarged to 722 pixels to accomodate 80 cols output formatting
  - GUI: new widgets to support lists=2, as now partially inactive
  - LIB: extended support to 8 decades, GUI too
  - GUI: working Stop button
  - LIB: reduced memory allocation/compute time for input descriptions:
         baseR[3+2],mem=0,lists2=2,valTolBest=0: 1.7 kB   => 840  B  , 0.000704 s  => 0.000905 s
         E1,decades=7,mem=0,lists2=1           : 1.5 kB   => 1.5 kB  , 0.002569 s  => 0.001241 s
         E12,decades=7,mem=0,lists2=1          : 346.8 kB => 173.4 kB, 42.715295 s => 20.320254 s
  - LIB: refactored compute functions for mem=1
  - LIB: refactored showHelp(), showConf()
  - GUI: changed radio buttom standardEserie/custom values callbacks: done
  - GUI: disabled "standard Series" & "Decades" selection when "custom values"
  - LIB: reSolveConf.txt renamed 'desired=' to 'target='
                                 'algo=' to 'mem='
                                 'baseR=' to 'userR='
                                 'baseRdesc=' to 'userRdesc='
  - LIB: reSolveConf.txt added 'userRtol='
                               'lists='
                               'userR2='
                               'userR2tol='
                               'userR2desc='
                               'valTolBest='
  - LIB: reSolveConf.txt ignore/removed 'listNumber='
                                        'maxRc='
* Fix:
  - LIB: fix conversion to eng notation in case: -1000E-09 instead of -1E-06
  - LIB: parsing of reSolveConf.txt more robust for duplicates and comments
  - GUI: target and decades are not updated on direct type

Author: efa

README.md

@@ -365,17 +365,20 @@ v0.10.09h 2023/05/30
   - GUI: add some hints popup
   - GUI: working About button, thanks @lb90
 
-v0.11.09h 2023/08/29
+v0.11.09h 2023/09/05
 * Added:
   - LIB: Support for 2 custom list of values of different tolerances
   - LIB: Can use lower tolerance list, keeping best final tolerance:
          when lists=2 and valTolBest=1 use baseR2 as 1/10 tolerance than baseR
          when lists=2 and valTolBest=1 use baseR2 & baseR2 too
   - LIB: use mem=1 computations with lists=2 to reduce memory requirements
+  - CLI: Support for 2 custom list of values of different tolerances
   - CLI: new output formatting to show tolerance of each component
   - CLI: use 80 columns for output formatting
   - GUI: enlarged to 722 pixels to accomodate 80 cols output formatting
+  - GUI: new widgets to support lists=2, as now partially inactive
   - LIB: extended support to 8 decades, GUI too
+  - GUI: working Stop button
   - LIB: reduced memory allocation/compute time for input descriptions:
          baseR[3+2],mem=0,lists2=2,valTolBest=0: 1.7 kB   => 840  B  , 0.000704 s  => 0.000905 s
          E1,decades=7,mem=0,lists2=1           : 1.5 kB   => 1.5 kB  , 0.002569 s  => 0.001241 s
@@ -399,6 +402,7 @@ v0.11.09h 2023/08/29
 * Fix:
   - LIB: fix conversion to eng notation in case: -1000E-09 instead of -1E-06
   - LIB: parsing of reSolveConf.txt more robust for duplicates and comments
+  - GUI: target and decades are not updated on direct type
 
 ToDo:
 -----
@@ -428,7 +432,6 @@ ToDo:
 - LIB: show only one qs=0%,100% when algo=1 and Rp=2
 - CLI: add parameters to set Eseries and decades
 - GUI: better parameters checking: custom formula
-- GUI: working Stop button
 - GUI: better circuit images
 - GUI: show best results value in circuit
 

reSolve.glade

@@ -23,7 +23,7 @@ Eserie=96 ; Exx: Serie E1, E3, E6, E12, E24, E48, E96 or E192
            ;  48 @2% tolerance
            ;  96 @1% tolerance
            ; 192 @0.5% (and 0.1%) tolerance
-decades=7 ; number of decades of interest, normally 6 or 7
+decades=8 ; number of decades of interest, normally 6 or 7
           ; not used when Eserie=0
 userR={ 10, 11, 12.1, 13.3, 14.7, 16.2, 17.8, 19.6, 21.5, 23.7, 26.1, 28.7, 31.6, 34.8, 38.3, 42.2, 46.4, 51.1, 56.2, 61.9, 68.1, 75, 82.5, 90.9, 100, 110, 121, 133, 147, 162, 178, 196, 215, 237, 261, 287, 316, 348, 383, 422, 464, 511, 562, 619, 681, 750, 825, 909, 1000, 1100, 1210, 1330, 1470, 1620, 1780, 1960, 2150, 2370, 2610, 2870, 3160, 3480, 3830, 4220, 4640, 5110, 5620, 6190, 6810, 7500, 8250, 9090, 10000, 11000, 12100, 13300, 14700, 16200, 17800, 19600, 21500, 23700, 26100, 28700, 31600, 34800, 38300, 42200, 46400, 51100, 56200, 61900, 68100, 75000, 82500, 90900, 100000, 110000, 121000, 133000, 147000, 162000, 178000, 196000, 215000, 237000, 261000, 287000, 316000, 348000, 383000, 422000, 464000, 511000, 562000, 619000, 681000, 750000, 825000, 909000, 1000000, 1100000, 1210000, 1330000, 1470000, 1620000, 1780000, 1960000, 2150000, 2370000, 2610000, 2870000, 3160000, 3480000, 3830000, 4220000, 4640000, 5110000, 5620000, 6190000, 6810000, 7500000, 8250000, 9090000, 10000000, 11000000, 12100000, 13300000, 14700000, 16200000, 17800000, 19600000, 21500000 } ; user list of 153 E48/2 values @1%, 10-22M Ohm
 userRtol=1 ; baseR percent tolerance: use 1 for 1% tolerance

reSolveConf.txt

@@ -365,17 +365,20 @@ v0.10.09h 2023/05/30
   - GUI: add some hints popup
   - GUI: working About button, thanks @lb90
 
-v0.11.09h 2023/08/29
+v0.11.09h 2023/09/05
 * Added:
   - LIB: Support for 2 custom list of values of different tolerances
   - LIB: Can use lower tolerance list, keeping best final tolerance:
          when lists=2 and valTolBest=1 use baseR2 as 1/10 tolerance than baseR
          when lists=2 and valTolBest=1 use baseR2 & baseR2 too
   - LIB: use mem=1 computations with lists=2 to reduce memory requirements
+  - CLI: Support for 2 custom list of values of different tolerances
   - CLI: new output formatting to show tolerance of each component
   - CLI: use 80 columns for output formatting
   - GUI: enlarged to 722 pixels to accomodate 80 cols output formatting
+  - GUI: new widgets to support lists=2, as now partially inactive
   - LIB: extended support to 8 decades, GUI too
+  - GUI: working Stop button
   - LIB: reduced memory allocation/compute time for input descriptions:
          baseR[3+2],mem=0,lists2=2,valTolBest=0: 1.7 kB   => 840  B  , 0.000704 s  => 0.000905 s
          E1,decades=7,mem=0,lists2=1           : 1.5 kB   => 1.5 kB  , 0.002569 s  => 0.001241 s
@@ -399,6 +402,7 @@ v0.11.09h 2023/08/29
 * Fix:
   - LIB: fix conversion to eng notation in case: -1000E-09 instead of -1E-06
   - LIB: parsing of reSolveConf.txt more robust for duplicates and comments
+  - GUI: target and decades are not updated on direct type
 
 ToDo:
 -----
@@ -428,7 +432,6 @@ ToDo:
 - LIB: show only one qs=0%,100% when algo=1 and Rp=2
 - CLI: add parameters to set Eseries and decades
 - GUI: better parameters checking: custom formula
-- GUI: working Stop button
 - GUI: better circuit images
 - GUI: show best results value in circuit
 

reSolveReadme.txt

@@ -1,4 +1,4 @@
-/* ReSolve v0.11.09h 2023/08/29 solve math expressions using discrete values*/
+/* ReSolve v0.11.09h 2023/09/05 solve math expressions using discrete values*/
 /* Copyright 2005-2023 Valerio Messina http://users.iol.it/efa              */
 /* comType.h is part of ReSolve
    ReSolve is free software: you can redistribute it and/or modify

src/comType.h

@@ -1,4 +1,4 @@
-/* ReSolve v0.11.09h 2023/08/29 solve math expressions using discrete values*/
+/* ReSolve v0.11.09h 2023/09/05 solve math expressions using discrete values*/
 /* Copyright 2005-2023 Valerio Messina http://users.iol.it/efa              */
 /* exprParser.c is part of ReSolve
    ReSolve is free software: you can redistribute it and/or modify

src/exprParser.c

@@ -1,4 +1,4 @@
-/* ReSolve v0.11.09h 2023/08/29 solve math expressions using discrete values*/
+/* ReSolve v0.11.09h 2023/09/05 solve math expressions using discrete values*/
 /* Copyright 2005-2023 Valerio Messina http://users.iol.it/efa              */
 /* exprParser.h is part of ReSolve
    ReSolve is free software: you can redistribute it and/or modify

src/exprParser.h

@@ -1,4 +1,4 @@
-/* ReSolve v0.11.09h 2023/08/29 solve math expressions using discrete values*/
+/* ReSolve v0.11.09h 2023/09/05 solve math expressions using discrete values*/
 /* Copyright 2005-2023 Valerio Messina http://users.iol.it/efa              */
 /* fileIo.c is part of ReSolve
    ReSolve is free software: you can redistribute it and/or modify
@@ -246,7 +246,7 @@ errOk parseConf(char* bufPtr, char* paramPtr, char paramValue[LineLen]) {
    //printNchar(bufPtr, 5); printf("\n");
    //printNchar(paramPtr, 5); printf("\n");
    if (dbgLev>=PRINTDEBUG) printf("%s: look for '%s' len:%u\n", __FUNCTION__, paramPtr, len);
-   chPtr=bufPtr+1; // the parameter name must not be on first char
+   chPtr = bufPtr+1; // the parameter name must not be on first char
    //printNchar(chPtr, 5); printf("\n");
    do {
       if (dbgLev>=PRINTDEBUG) if (chPtr!=(bufPtr+1)) printf("%s: search next occurrence of param:'%s'\n", __FUNCTION__, paramPtr);
@@ -257,7 +257,7 @@ errOk parseConf(char* bufPtr, char* paramPtr, char paramValue[LineLen]) {
          if (dbgLev>=PRINTERROR) printf("ERROR %s: param:'%s' not found\n", __FUNCTION__, paramPtr);
          return ERROR;
       }
-      chPtr=chPos;
+      chPtr = chPos;
    } while (*(chPtr+len)!='=' || *(chPtr-1)!='\n'); // pretend "\nPARAMETER="
    //printNchar(chPtr, 10); printf("\n");
    chPtr = strstr(chPtr, "="); // find equal of "\nPARAMETER="
@@ -273,13 +273,13 @@ errOk parseConf(char* bufPtr, char* paramPtr, char paramValue[LineLen]) {
       if (*(chPtr)=='{') chPtr++;
       //if (dbgLev>=PRINTDEBUG) printNchar(chPtr, 7);
       chPos = strstr(chPtr, "}");
-      u32 sizeChr=chPos-chPtr;
+      u32 sizeChr = chPos-chPtr;
       char* vectorChr = malloc(sizeChr+1);
       strncpy(vectorChr, chPtr, sizeChr);
       *(vectorChr+sizeChr)='\0';
       //if (dbgLev>=PRINTDEBUG) printf("vector:'%s'\n", vectorChr);
       chPtr = strchr(vectorChr, ',');
-      u16 size=0; // count how many commas
+      u16 size = 0; // count how many commas
       for (; chPtr; chPtr++) {
          size++;
          //if (dbgLev>=PRINTDEBUG) printf("size:%u\n", size);
@@ -298,7 +298,7 @@ errOk parseConf(char* bufPtr, char* paramPtr, char paramValue[LineLen]) {
          if (chPos==NULL)
             strcpy(val, chPtr);
          else {
-            sizeChr=chPos-chPtr;
+            sizeChr = chPos-chPtr;
             strncpy(val, chPtr, sizeChr);
             val[sizeChr]='\0';
          }
@@ -308,7 +308,7 @@ errOk parseConf(char* bufPtr, char* paramPtr, char paramValue[LineLen]) {
             if (dbgLev>=PRINTERROR) printf("ERROR %s: cannot find digits in val='%s'\n", __FUNCTION__, val);
             return ERROR;
          }
-         chPtr=chPtr+sizeChr+1;
+         chPtr = chPtr+sizeChr+1;
       }
       free(vectorChr);
       for (p=0; p<size; p++) {
@@ -349,7 +349,7 @@ errOk parseConf(char* bufPtr, char* paramPtr, char paramValue[LineLen]) {
    if (dbgLev>=PRINTDEBUG) printNchar(chPtr, 5); // printf("\n");
    chPtr++; // skip =
    if (dbgLev>=PRINTDEBUG) printNchar(chPtr, 5); // printf("\n");
-   for (chPos=chPtr; chPos-chPtr<LineLen; chPos++) {
+   for (chPos = chPtr; chPos-chPtr<LineLen; chPos++) {
       paramValue[chPos-chPtr]=*chPos;
       if (*chPos==';' || *chPos==ch || *chPos=='\0') {
          paramValue[chPos-chPtr]='\0';

src/fileIo.c

@@ -1,4 +1,4 @@
-/* ReSolve v0.11.09h 2023/08/29 solve math expressions using discrete values*/
+/* ReSolve v0.11.09h 2023/09/05 solve math expressions using discrete values*/
 /* Copyright 2005-2023 Valerio Messina http://users.iol.it/efa              */
 /* fileIo.h is part of ReSolve
    ReSolve is free software: you can redistribute it and/or modify

src/fileIo.h

@@ -1,4 +1,4 @@
-/* ReSolve v0.11.09h 2023/08/29 solve math expressions using discrete values*/
+/* ReSolve v0.11.09h 2023/09/05 solve math expressions using discrete values*/
 /* Copyright 2005-2023 Valerio Messina http://users.iol.it/efa              */
 /* reSolveCli.c is part of ReSolve
    ReSolve is free software: you can redistribute it and/or modify
@@ -29,7 +29,7 @@ int parCheck(int numPar, char* paramPtr[]) { // check CLI parameters
    if (numPar>0) {
       if (!strcmp(paramPtr[1],"-h") || !strcmp(paramPtr[1],"--help")) {
          showHelp();
-         baseInit(); // LIB: set internal variables
+         globalInit(); // LIB: set internal variables
          memInpCalc(); // LIB: memory size calculation for input values
          memResCalc(); // LIB: calculate the needed memory for results
          showConf();
@@ -92,9 +92,9 @@ int parCheck(int numPar, char* paramPtr[]) { // check CLI parameters
 int main(int numPar, char* paramPtr[]) { // CLI entry point
    int ret;
 
-   gui=0; // mean gprintf() do not update GUI
+   gui = 0; // mean gprintf() do not update GUI
    guiUpdateOutPtr = NULL; // no function pointer to guiUpdateOut()
-   winGuiLoop=1; // Win loop gtk_events_pending/gtk_main_iteration to update GUI
+   winGuiLoop = 1; // Win loop gtk_events_pending/gtk_main_iteration to update GUI
 
    showHead(); // LIB: show header
    chDirBin(paramPtr[0]); // change current working directory to binary path
@@ -109,14 +109,14 @@ int main(int numPar, char* paramPtr[]) { // CLI entry point
    numPar = parCheck(numPar, paramPtr); // CLI:
    ret = exprCheck(); // LIB: check expression syntax
    // 2 - read and set user request
-   ret = baseInit(); // LIB: set internal variables
+   ret = globalInit(); // LIB: set internal variables
 
    // 3 - calculate the needed memory
    ret = memInpCalc(); // LIB: memory size calculation for input values
    ret = memResCalc(); // LIB: calculate the needed memory for results
 
    // 4 - show config values
-   ret=showConf(); // LIB: show config set
+   ret = showConf(); // LIB: show config set
 
    printf("\nReSolve ...\n");
    // 5 - allocate the memory asking to the OS a malloc()
@@ -132,7 +132,7 @@ int main(int numPar, char* paramPtr[]) { // CLI entry point
       return ERROR;
    }
    char* stringPtr;
-   stringPtr=siMem(allocatedB);
+   stringPtr = siMem(allocatedB);
    printf("Allocated about %s of total RAM\n", stringPtr);
    free(stringPtr);