public void hexter_instance_set_performance_data()
{
byte[] perf_buffer = this.performance_buffer;
/* set instance performance parameters */
/* -FIX- later these will optionally come from patch */
this.pitch_bend_range = (byte)Inline.limit(perf_buffer[3], 0, 12);
this.portamento_time = (byte)Inline.limit(perf_buffer[5], 0, 99);
this.mod_wheel_sensitivity = (byte)Inline.limit(perf_buffer[9], 0, 15);
this.mod_wheel_assign = (byte)Inline.limit(perf_buffer[10], 0, 7);
this.foot_sensitivity = (byte)Inline.limit(perf_buffer[11], 0, 15);
this.foot_assign = (byte)Inline.limit(perf_buffer[12], 0, 7);
this.pressure_sensitivity = (byte)Inline.limit(perf_buffer[13], 0, 15);
this.pressure_assign = (byte)Inline.limit(perf_buffer[14], 0, 7);
this.breath_sensitivity = (byte)Inline.limit(perf_buffer[15], 0, 15);
this.breath_assign = (byte)Inline.limit(perf_buffer[16], 0, 7);
if ((perf_buffer[0] & 0x01) != 0)
{ /* 0.5.9 compatibility */
this.pitch_bend_range = 2;
this.portamento_time = 0;
this.mod_wheel_sensitivity = 0;
this.foot_sensitivity = 0;
this.pressure_sensitivity = 0;
this.breath_sensitivity = 0;
}
}
public void dx7_voice_set_data(hexter_instance instance)
{
byte[] edit_buffer = instance.current_patch_buffer;
bool compat059 = (instance.performance_buffer[0] & 0x01) > 0 ? true : false; /* 0.5.9 compatibility */
int i, j;
double aux_feedbk;
for (i = 0; i < Constants.MAX_DX7_OPERATORS; i++)
{
byte[] eb_op = edit_buffer;
int offset = ((5 - i) * 21);
this.op[i].output_level = (byte)(Inline.limit(eb_op[16 + offset], 0, 99));
this.op[i].osc_mode = (byte)(eb_op[17 + offset] & 0x01);
this.op[i].coarse = (byte)(eb_op[18 + offset] & 0x1f);
this.op[i].fine = (byte)(Inline.limit(eb_op[19 + offset], 0, 99));
this.op[i].detune = (byte)(Inline.limit(eb_op[20 + offset], 0, 14));
this.op[i].level_scaling_bkpoint = (byte)(Inline.limit(eb_op[8 + offset], 0, 99));
this.op[i].level_scaling_l_depth = (byte)(Inline.limit(eb_op[9 + offset], 0, 99));
this.op[i].level_scaling_r_depth = (byte)(Inline.limit(eb_op[10 + offset], 0, 99));
this.op[i].level_scaling_l_curve = (byte)(eb_op[11 + offset] & 0x03);
this.op[i].level_scaling_r_curve = (byte)(eb_op[12 + offset] & 0x03);
this.op[i].rate_scaling = (byte)(eb_op[13 + offset] & 0x07);
this.op[i].amp_mod_sens = (byte)((compat059 ? 0 : eb_op[14 + offset] & 0x03));
this.op[i].velocity_sens = (byte)(eb_op[15 + offset] & 0x07);
for (j = 0; j < 4; j++)
{
this.op[i].eg.base_rate[j] = (byte)(Inline.limit(eb_op[j + offset], 0, 99));
this.op[i].eg.base_level[j] = (byte)(Inline.limit(eb_op[4 + j + offset], 0, 99));
}
}
for (i = 0; i < 4; i++)
{
this.pitch_eg.rate[i] = (byte)(Inline.limit(edit_buffer[126 + i], 0, 99));
this.pitch_eg.level[i] = (byte)(Inline.limit(edit_buffer[130 + i], 0, 99));
}
this.algorithm = (byte)(edit_buffer[134] & 0x1f);
aux_feedbk = (double)(edit_buffer[135] & 0x07) / (2.0 * Constants.M_PI) * 0.18 /* -FIX- feedback_scaling[this.algorithm] */;
/* the "99.0" here is because we're also using this multiplier to scale the
* eg level from 0-99 to 0-1 */
this.feedback_multiplier = (int)Math.Round(aux_feedbk / 99.0 * Constants.FP_SIZE);
this.osc_key_sync = (byte)(edit_buffer[136] & 0x01);
this.lfo_speed = (byte)(Inline.limit(edit_buffer[137], 0, 99));
this.lfo_delay = (byte)(Inline.limit(edit_buffer[138], 0, 99));
this.lfo_pmd = (byte)(Inline.limit(edit_buffer[139], 0, 99));
this.lfo_amd = (byte)(Inline.limit(edit_buffer[140], 0, 99));
this.lfo_key_sync = (byte)(edit_buffer[141] & 0x01);
this.lfo_wave = (byte)(Inline.limit(edit_buffer[142], 0, 5));
this.lfo_pms = (byte)((compat059 ? 0 : edit_buffer[143] & 0x07));
this.transpose = Inline.limit(edit_buffer[144], 0, 48);
}
