Increase Sensitivity with denial count

README.md

@@ -60,9 +60,11 @@ and is automatically generated. Here is a quick summary of config variables:
 |`edge_menu_lock`|Boolean|false|Deny access to menu starting in the edging session.|
 |`post_orgasm_menu_lock`|Boolean|false|Deny access to menu starting after orgasm detected.|
 |`max_clench_duration_ms`|Int|3000|Duration the clench detector can raise arousal if clench detector turned on in edging session.|
+|`use_denial_count_in_sensitivity`|Boolean|false|Use denial count to increase sensitivity to edging. Reduces to risk of Oups over time.|
 |`clench_time_threshold_ms`|Int|900|Threshold variable that is milliseconds counts to detect the start of clench.|
 
 
+
 \* AzureFang refers to a common wireless technology that is blue and involves chewing face-rocks. However, the
    trademark holders of this technology require the name to be licensed, so we're totally just using AzureFang.
 

include/assets/config_help.h

@@ -56,6 +56,7 @@ extern "C" {
 #define EDGE_MENU_LOCK_HELP _HELPSTR("Deny access to menu starting in the edging session.")
 #define POST_ORGASM_MENU_LOCK_HELP _HELPSTR("Deny access to menu starting after orgasm detected.")
 #define MAX_CLENCH_DURATION_MS_HELP _HELPSTR("Duration the clench detector can raise arousal if clench detector turned on in edging session.")
+#define USE_DENIAL_COUNT_IN_SENSITIVITY_HELP _HELPSTR("Use denial count to increase sensitivity to edging. Reduces to risk of Oups over time.")
 #define CLENCH_TIME_THRESHOLD_MS_HELP _HELPSTR("Threshold variable that is milliseconds counts to detect the start of clench.")
 
 #ifdef __cplusplus

include/config.h

@@ -121,7 +121,8 @@ struct config {
     uint8_t sensor_sensitivity;
     // Use average values when calculating arousal. This smooths noisy data.
     bool use_average_values;
-
+    // Use denial count to increase sensitivity to edging. Reduces to risk of Oups over time
+    bool use_denial_count_in_sensitivity;
     //= Vibration Output Mode
 
     // Vibration Mode for main vibrator control.

src/config.c

@@ -47,7 +47,9 @@ CONFIG_DEFS {
     CFG_NUMBER(motor_ramp_time_s, 30);
     CFG_NUMBER(update_frequency_hz, 50);
     CFG_NUMBER(sensor_sensitivity, 128);
+    CFG_BOOL(use_denial_count_in_sensitivity, false);
     CFG_BOOL(use_average_values, false);
+
 
     // Vibration Settings
     CFG_ENUM(vibration_mode, vibration_mode_t, RampStop);

src/menus/edging_settings_menu.c

@@ -111,6 +111,11 @@ static const ui_input_byte_t SENSOR_SENSITIVITY_INPUT = {
     .chart_getter = get_sensor_reading
 };
 
+static const ui_input_toggle_t USE_DENIAL_COUNT_IN_SENSITIVITY_INPUT = {
+    ToggleInputValues("Use Denial Count in Sensitivity", &Config.use_denial_count_in_sensitivity, on_config_save),
+    .input.help = USE_DENIAL_COUNT_IN_SENSITIVITY_HELP
+};
+
 static void on_open(const ui_menu_t* m, UI_MENU_ARG_TYPE arg) {
     ui_menu_add_input(m, (ui_input_t*)&VIBRATION_MODE_INPUT);
     ui_menu_add_input(m, (ui_input_t*)&MOTOR_MAX_SPEED_INPUT);
@@ -121,6 +126,7 @@ static void on_open(const ui_menu_t* m, UI_MENU_ARG_TYPE arg) {
     ui_menu_add_input(m, (ui_input_t*)&MINIMUM_ON_TIME_INPUT);
     ui_menu_add_input(m, (ui_input_t*)&AROUSAL_LIMIT_INPUT);
     ui_menu_add_input(m, (ui_input_t*)&SENSOR_SENSITIVITY_INPUT);
+    ui_menu_add_input(m, (ui_input_t*)&USE_DENIAL_COUNT_IN_SENSITIVITY_INPUT);
 }
 
 DYNAMIC_MENU(EDGING_SETTINGS_MENU, "Edging Settings", on_open);

src/orgasm_control.c

@@ -247,7 +247,8 @@ static void orgasm_control_updateMotorSpeed() {
     if (!time_out_over) {
         orgasm_control_twitch_detect();
 
-    } else if (arousal_state.arousal > Config.sensitivity_threshold &&
+    } else if (arousal_state.arousal > 
+               (Config.sensitivity_threshold - ( Config.use_denial_count_in_sensitivity * arousal_state.denial_count)) &&
                output_state.motor_speed > 0 && on_time > Config.minimum_on_time) {
         // The motor_speed check above, btw, is so we only hit this once per peak.
         // Set the motor speed to 0, set stop time, and determine the new additional random time.