add all ChannelState fields

1 files changed, 41 insertions, 2 deletions

diff --git a/globals.h b/globals.h
index 55743fc..598ab20 100644
--- a/globals.h
+++ b/globals.h
@@ -130,10 +130,49 @@
 
 
 typedef struct {
-	float frequency;
-	// this will be enlarged later
+	float frequency;                /* the global frequency variable */
+	float delay;                    /* the global delay variable */
+	float pw;                               /* the global pulse width variable */
+	float amplitude;                /* peak-to-peak amplitude */
+	float offset;                   /* offset */
+
+	float offset_null;      	/* add to offset to null, if required */
+	/* not part of sav/rcl, generated by amplitude routines */
+
+	float Curr_Mon_value;           /* current monitor reading */
+	float displayed_mon_val;        /* used to determine when LCD update is required */
+	int Curr_Mon_offset;            /* current monitor ADC offset */
+
+	int zout;                       /* Zout in ohms, integer */
+	int hold_setting;               /* pw or duty cycle hold when prf changed */
+	int double_pulse;               /* 1=on, 0=off */
+	int ab_mode;                    /* a/b mode */
+	int func_mode;                  /* dc or pulse */
+	int polarity;                   /* noninverted or inverted */
+	int output_state;               /* on or off */
+	int gate_type;                  /* lo=sync, hi=async */
+	int trigger_source;             /* int, ext, or manual */
+	int amp_mode;                   /* normal amplitude control or EA */
+	int gate_level;                 /* lo or hi */
+	float load_type;                /* normally 50 or 10000 ohms, for duty cycle limit control */
+	int test_delay_mode;    	/* special test mode */
+	int logic_level;                /* ecl or ttl */
+	int route_primary;              /* channel number that is active */
+	int route_secondary;            /* channel number that is active */
+	int os_mode;                    /* normal offset control or EO */
+	int burst_count;                /* number of pulses per burst */
+	float burst_time;               /* time between falling edge and next rising edge */
+	float rise_time;                /* time between falling edge and next rising edge */
+	float soft_current_limit;       /* adjustable protection trip-point */
+	float slew;                     /* slew rate */
+
+	float vcc1;                     /* AVRQ control voltages */
+	float vcc2;
+	float vlogic;
+
 } ChannelStruct;
 
+
 #pragma pack(push)  /* push current alignment to stack */
 #pragma pack(1)
 typedef struct {