140       m_Value( init )  in ParamInt()
145         std::snprintf( m_ValueStringBuffer, 16, "%7d", m_Value );  in GetValueString()
149     virtual f32 GetF32Value() const { return (f32)( m_Value ); }  in GetF32Value()
150     virtual int GetIntValue() const { return m_Value; }  in GetIntValue()
151     virtual bool GetBoolValue() const { return ( m_Value != 0 ); }  in GetBoolValue()
153     virtual void Incr( int ratio ) { m_Value = nw::ut::Min( m_Value + m_Step * ratio, m_Max); }  in Incr()
154     virtual void Decr( int ratio ) { m_Value = nw::ut::Max( m_Value - m_Step * ratio, m_Min); }  in Decr()
155     virtual void Reset() { m_Value = m_Init; }  in Reset()
158     int m_Init, m_Step, m_Min, m_Max, m_Value;
170       m_Value( init )  in ParamF32()
175         std::snprintf( m_ValueStringBuffer, 16, "% 7.2f", m_Value );  in GetValueString()
179     virtual f32 GetF32Value() const { return m_Value; }  in GetF32Value()
180     virtual int GetIntValue() const { return (int)(m_Value); }  in GetIntValue()
181     virtual bool GetBoolValue() const { return ( m_Value != 0.0f ); }  in GetBoolValue()
183     virtual void Incr( int ratio ) { m_Value = nw::ut::Min( m_Value + m_Step * ratio, m_Max ); }  in Incr()
184     virtual void Decr( int ratio ) { m_Value = nw::ut::Max( m_Value - m_Step * ratio, m_Min ); }  in Decr()
185     virtual void Reset() { m_Value = m_Init; }  in Reset()
188     f32 m_Init, m_Step, m_Min, m_Max, m_Value;
197       m_Value( init )  in ParamBool()
202         return m_Value ? "     on": "    off";  in GetValueString()
205     virtual f32 GetF32Value() const { return m_Value != 0.0f; }  in GetF32Value()
206     virtual int GetIntValue() const { return m_Value != 0; }  in GetIntValue()
207     virtual bool GetBoolValue() const { return m_Value; }  in GetBoolValue()
209     virtual void Incr( int /*ratio*/ ) { m_Value = ! m_Value; }  in Incr()
210     virtual void Decr( int /*ratio*/ ) { m_Value = ! m_Value; }  in Decr()
211     virtual void Reset() { m_Value = m_Init; }  in Reset()
214     bool m_Init, m_Value;