Force curve gauge is feature complete!!

- Fixed no argument default (would skip the null in some cli commands)
- Added free running force/distance measure
- Most of the help information
- Zeroing force and distance
- Start/End marker setting

diff --git a/Debug/cli/cli.c b/Debug/cli/cli.c
index e44d613bd33f0b33da20faef5b587c97c9473752..07e80ce65f9d1f63602bdb5955fe347fd17ffd2e 100644 (file)
--- a/Debug/cli/cli.c
+++ b/Debug/cli/cli.c
@@ -137,7 +137,11 @@ void process_cli()
                switch ( CLILineBuffer[prev_buf_pos] )
                {
                case 0x0D: // Enter
-                       CLILineBufferCurrent--; // Remove the Enter
+                       CLILineBuffer[CLILineBufferCurrent - 1] = ' '; // Replace Enter with a space (resolves a bug in args)
+
+                       // Remove the space if there is no command
+                       if ( CLILineBufferCurrent == 1 )
+                               CLILineBufferCurrent--;
 
                        // Process the current line buffer
                        commandLookup_cli();

diff --git a/main.c b/main.c
index b6eb0e5285c075e0802c577096075f91caa4042b..736e70fc0b7c7a9ccfde494f3abd2148b099f862 100644 (file)
--- a/main.c
+++ b/main.c
@@ -56,9 +56,16 @@ void cliFunc_free        ( char* args );
 void cliFunc_gaugeHelp   ( char* args );
 void cliFunc_single      ( char* args );
 void cliFunc_start       ( char* args );
+void cliFunc_stop        ( char* args );
 void cliFunc_zeroForce   ( char* args );
 void cliFunc_zeroPosition( char* args );
 
+char receiveUART0Char();
+
+void transmitUART0String( char* str );
+
+uint32_t readDistanceGauge();
+
 
 
 // ----- Variables -----
@@ -290,7 +297,7 @@ void cliFunc_distRead( char* args )
                info_msg("Distance: ");
 
                // Data
-               uint32_t distInput = readDistanceGauge();
+               uint32_t distInput = readDistanceGauge() - distanceOffset;
 
                // Output result
                printInt32( distInput );
@@ -340,30 +347,120 @@ void cliFunc_distRead( char* args )
 
 void cliFunc_free( char* args )
 {
+       // Set the forceDistanceRead to 1, which will read until start has passed twice
+       forceDistanceRead = 1;
 }
 
 
 void cliFunc_gaugeHelp( char* args )
 {
+       print( NL
+"\033[1;32mForce Curve Gauge Help\033[0m" NL
+" \033[1;33mUsage Overview\033[0m" NL
+"  TODO" NL
+" \033[1;33mAdditional Command Details\033[0m" NL
+"  \033[1;35mdistRead\033[0m" NL
+"     Reads the current value from the distance gauge." NL
+"     If specified it will N repeated reads with a delay after each read. Useful for testing the distance gauge." NL
+"       e.g. \033[35mdistRead 250\033[0m" NL
+"  \033[1;35mfree\033[0m" NL
+"     Start free scanning force/distance reads." NL
+"     Will continue until the [start] distance point has been past twice." NL
+"  \033[1;35mimadaComm\033[0m" NL
+"     Sends a command to the Imada force gauge." NL
+"       e.g. \033[35mimadaComm D\033[0m" NL
+"     The commands supported by the gauge depends on the model. Listed below is for the DS2." NL
+"       K  Select g  units (default)" NL
+"       N  Select N  units" NL
+"       O  Select oz units" NL
+"       P  Select peak mode" NL
+"       T  Select real time mode (default)" NL
+"       Z  Zero out display/reading" NL
+"       Q  Turn off power" NL
+"       E  Read high/low set points" NL
+"       D  Read data from force gauge" NL
+"       E\033[35mHHHHLLLL\033[0m" NL
+"          Set the high/low setpoints, ignore decimals" NL
+"          \033[35mHHHH\033[0m is 4 digit high, \033[35mLLLL\033[0m is 4 digit low" NL
+"     Responses from the above commands." NL
+"       R  Command successful" NL
+"       E  Error/Invalid Command" NL
+"       E\033[35mHHHHLLLL\033[0m" NL
+"          Current high/low setpoints" NL
+"          \033[35mHHHH\033[0m is 4 digit high, \033[35mLLLL\033[0m is 4 digit low" NL
+"       \033[35m[value][units][mode]\033[0m" NL
+"          Data read response" NL
+"          \033[35m[value]\033[0m is force currently showing on the display (peak or realtime)" NL
+"          \033[35m[units]\033[0m is the configured force units" NL
+"          \033[35m[mode]\033[0m  is the current mode (peak or realtime)" NL
+"  \033[1;35mread\033[0m" NL
+"     Read the current force/distance value." NL
+"     If specified it will N repeated reads with a delay after each read." NL
+"       e.g. \033[35mread 125\033[0m" NL
+"  \033[1;35mstart\033[0m" NL
+"     Distance marker \033[35m[start]\033[0m for the start/end of a force curve measurement." NL
+"     While in free running mode, a special message is displayed when reaching the \033[35m[start]\033[0m point." NL
+"       \033[35m[start]\033[0m is defined by positioning the distance sensor at the position to start and running this command." NL
+               );
 }
 
 
-void cliFunc_single( char* args )
+void cliFunc_read( char* args )
 {
+       // Parse number from argument
+       //  NOTE: Only first argument is used
+       char* arg1Ptr;
+       char* arg2Ptr;
+       argumentIsolation_cli( args, &arg1Ptr, &arg2Ptr );
+
+       // Convert the argument into an int
+       int read_count = decToInt( arg1Ptr ) + 1;
+
+       // If no argument specified, default to 1 read
+       if ( *arg1Ptr == '\0' )
+       {
+               read_count = 2;
+       }
+
+       // Set the overall read count to read_count
+       forceDistanceReadCount = read_count;
 }
 
 
 void cliFunc_start( char* args )
 {
+       // Read the current distance and set the new start/end position
+       distanceStart = readDistanceGauge();
+
+       print( NL );
+       info_msg("New start/end position: ");
+       printInt32( distanceStart - distanceOffset );
+}
+
+
+void cliFunc_stop( char* args )
+{
+       // Reset the forceDistanceRead and forceDistanceReadCount
+       forceDistanceRead = 0;
+       forceDistanceReadCount = 0;
 }
 
 
 void cliFunc_zeroForce( char* args )
 {
+       // Just use the imadaComm command sending the needed argument
+       char* commandArg = "Z";
+       imadaVerboseRead( commandArg );
 }
 
 
 void cliFunc_zeroPosition( char* args )
 {
+       // Read the current distance and set the new offset
+       distanceOffset = readDistanceGauge();
+
+       print( NL );
+       info_msg("New distance offset: ");
+       printInt32( distanceOffset );
 }