0xdevalias · April 22, 2025 01:57
diff --git a/1-reverse-engineering-serum-preset-format-supplementary-notes.md b/1-reverse-engineering-serum-preset-format-supplementary-notes.md
diff --git a/serum-params-from-pedalboard.txt b/serum-params-from-pedalboard.txt
 'mastervol',
 'a_vol',
 'a_pan',
 'a_octave',
 'a_semi',
 'a_fine',
 'a_unison',
 'a_unidet',
 'a_uniblend',
 'a_warp',
 'a_coarsepit',
 'a_wtpos',
 'a_randphase',
 'a_phase',
 'b_vol',
 'b_pan',
 'b_octave',
 'b_semi',
 'b_fine',
 'b_unison',
 'b_unidet',
 'b_uniblend',
 'b_warp',
 'b_coarsepit',
 'b_wtpos',
 'b_randphase',
 'b_phase',
 'noise_level',
 'noise_pitch',
 'noise_fine',
 'noise_pan',
 'noise_randphase',
 'noise_phase',
 'sub_osc_level',
 'sub_osc_pan',
 'env1_atk',
 'env1_hold',
 'env1_dec',
 'env1_sus',
 'env1_rel',
 'osca_fil',
 'oscb_fil',
 'oscn_fil',
 'oscs_fil',
 'fil_type',
 'fil_cutoff',
 'fil_reso',
 'fil_driv',
 'fil_var',
 'fil_mix',
 'fil_stereo',
 'env2_atk',
 'env2_hld',
 'env2_dec',
 'env2_sus',
 'env2_rel',
 'env3_atk',
 'env3_hld',
 'env3_dec',
 'env3_sus',
 'env3_rel',
 'lfo1rate',
 'lfo2rate',
 'lfo3rate',
 'lfo4rate',
 'porttime',
 'portcurve',
 'chaos1_bpm',
 'chaos2_bpm',
 'chaos1_rate',
 'chaos2_rate',
 'a_curve1',
 'd_curve1',
 'r_curve1',
 'a_curve2',
 'd_curve2',
 'r_curve2',
 'a_curve3',
 'd_curve3',
 'r_curve3',
 'verb_wet',
 'verbsize',
 'verbpdly',
 'verbloct',
 'verbdamp',
 'verbhict',
 'verbwdth',
 'eq_frql',
 'eq_frqh',
 'eq_q_l',
 'eq_q_h',
 'eq_voll',
 'eq_volh',
 'eq_typl',
 'eq_typh',
 'dist_wet',
 'dist_drv',
 'dist_l_b_h',
 'dist_mode',
 'dist_freq',
 'dist_bw',
 'dist_prepost',
 'flg_wet',
 'flg_bpm_sync',
 'flg_rate',
 'flg_dep',
 'flg_feed',
 'flg_stereo',
 'phs_wet',
 'phs_bpm_sync',
 'phs_rate',
 'phs_dpth',
 'phs_frq',
 'phs_feed',
 'phs_stereo',
 'cho_wet',
 'cho_bpm_sync',
 'cho_rate',
 'cho_dly',
 'cho_dly2',
 'cho_dep',
 'cho_feed',
 'cho_filt',
 'dly_wet',
 'dly_freq',
 'dly_bw',
 'dly_bpm_sync',
 'dly_link',
 'dly_timl',
 'dly_timr',
 'dly_mode',
 'dly_feed',
 'dly_off_l',
 'dly_off_r',
 'cmp_thr',
 'cmp_rat',
 'cmp_att',
 'cmp_rel',
 'cmpgain',
 'cmpmbnd',
 'fx_fil_wet',
 'fx_fil_type',
 'fx_fil_freq',
 'fx_fil_reso',
 'fx_fil_drive',
 'fx_fil_var',
 'hyp_wet',
 'hyp_rate',
 'hyp_detune',
 'hyp_unison',
 'hyp_retrig',
 'hypdim_size',
 'hypdim_mix',
 'dist_enable',
 'flg_enable',
 'phs_enable',
 'cho_enable',
 'dly_enable',
 'comp_enable',
 'rev_enable',
 'eq_enable',
 'fx_fil_enable',
 'hyp_enable',
 'oscapitchtrack',
 'oscbpitchtrack',
 'bend_u',
 'bend_d',
 'warposca',
 'warposcb',
 'suboscshape',
 'suboscoctave',
 'a_uni_lr',
 'b_uni_lr',
 'a_uni_warp',
 'b_uni_warp',
 'a_uni_wtpos',
 'b_uni_wtpos',
 'a_uni_stack',
 'b_uni_stack',
 'mod_1_amt',
 'mod_1_out',
 'mod_2_amt',
 'mod_2_out',
 'mod_3_amt',
 'mod_3_out',
 'mod_4_amt',
 'mod_4_out',
 'mod_5_amt',
 'mod_5_out',
 'mod_6_amt',
 'mod_6_out',
 'mod_7_amt',
 'mod_8_out',
 'mod_8_amt',
 'mod_9_amt',
 'mod_9_out',
 'mod10_amt',
 'mod10_out',
 'mod11_amt',
 'mod11_out',
 'mod12_amt',
 'mod12_out',
 'mod13_amt',
 'mod13_out',
 'mod14_amt',
 'mod14_out',
 'mod15_amt',
 'mod15_out',
 'mod16_amt',
 'mod16_out',
 'osc_a_on',
 'osc_b_on',
 'osc_n_on',
 'osc_s_on',
 'filter_on',
 'mod_wheel',
 'macro_1',
 'macro_2',
 'macro_3',
 'macro_4',
 'amp',
 'lfo1_smooth',
 'lfo2_smooth',
 'lfo3_smooth',
 'lfo4_smooth',
 'pitch_bend',
 'mod17_amt',
 'mod17_out',
 'mod18_amt',
 'mod18_out',
 'mod19_amt',
 'mod19_out',
 'mod20_amt',
 'mod20_out',
 'mod21_amt',
 'mod21_out',
 'mod22_amt',
 'mod22_out',
 'mod23_amt',
 'mod23_out',
 'mod24_amt',
 'mod24_out',
 'mod25_amt',
 'mod25_out',
 'mod26_amt',
 'mod26_out',
 'mod27_amt',
 'mod27_out',
 'mod28_amt',
 'mod28_out',
 'mod29_amt',
 'mod29_out',
 'mod30_amt',
 'mod30_out',
 'mod31_amt',
 'mod31_out',
 'mod32_amt',
 'mod32_out',
 'lfo5rate',
 'lfo6rate',
 'lfo7rate',
 'lfo8rate',
 'lfo5_smooth',
 'lfo6_smooth',
 'lfo7_smooth',
 'lfo8_smooth',
 'fxfil_pan',
 'comp_wet',
 'gain_l',
 'gain_m',
 'gain_h',
 'lfo1_rise',
 'lfo2_rise',
 'lfo3_rise',
 'lfo4_rise',
 'lfo5_rise',
 'lfo6_rise',
 'lfo7_rise',
 'lfo8_rise',
 'lfo1_delay',
 'lfo2_delay',
 'lfo3_delay',
 'lfo4_delay',
 'lfo5_delay',
 'lfo6_delay',
 'lfo7_delay',
 'lfo8_delay'
diff --git a/serum-params-in-code.txt b/serum-params-in-code.txt
 There are 287 params exposed through pedalboard for the Serum VST demo, there are 348 default values in the code for serum (maybe not the demo version..?)

 🔖0067d5d0  float defaultValues.7561() = 0.699999988
 0067d5d4  float data_67d5d4 = 0.75
 0067d5d8  float data_67d5d8 = 0.5
 0067d5dc  float data_67d5dc = 0.5
 0067d5e0  float data_67d5e0 = 0.5
 0067d5e4  float data_67d5e4 = 0.5
 0067d5e8  float data_67d5e8 = 0
 0067d5ec  float data_67d5ec = 0.5
 0067d5f0  float data_67d5f0 = 0.75
 0067d5f4  float data_67d5f4 = 0
 0067d5f8  float data_67d5f8 = 0.5
 0067d5fc  float data_67d5fc = 0
 0067d600  float data_67d600 = 1
 0067d604  float data_67d604 = 0.5
 0067d608  float data_67d608 = 0.75
 0067d60c  float data_67d60c = 0.5
 0067d610  float data_67d610 = 0.5
 0067d614  float data_67d614 = 0.5
 0067d618  float data_67d618 = 0.5
 0067d61c  float data_67d61c = 0
 0067d620  float data_67d620 = 0.5
 0067d624  float data_67d624 = 0.75
 0067d628  float data_67d628 = 0
 0067d62c  float data_67d62c = 0.5
 0067d630  float data_67d630 = 0
 0067d634  float data_67d634 = 1
 0067d638  float data_67d638 = 0.5
 0067d63c  float data_67d63c = 0.25
 0067d640  float data_67d640 = 0.5
 0067d644  float data_67d644 = 0.5
 0067d648  float data_67d648 = 0.5
 0067d64c  float data_67d64c = 0
 0067d650  float data_67d650 = 0
 0067d654  float data_67d654 = 0.75
 0067d658  float data_67d658 = 0.5
 0067d65c  float data_67d65c = 0.109999999
 0067d660  float data_67d660 = 0
 0067d664  float data_67d664 = 0.5
 0067d668  float data_67d668 = 1
 0067d66c  float data_67d66c = 0.215000004
 0067d670  float data_67d670 = 1
 0067d674  float data_67d674 = 0
 0067d678  float data_67d678 = 0
 0067d67c  float data_67d67c = 0
 0067d680  float data_67d680 = 0.0105263162
 0067d684  float data_67d684 = 0.5
 0067d688  float data_67d688 = 0.100000001
 0067d68c  float data_67d68c = 0
 0067d690  float data_67d690 = 0
 0067d694  float data_67d694 = 1
 0067d698  float data_67d698 = 0.5
 0067d69c  float data_67d69c = 0.109999999
 0067d6a0  float data_67d6a0 = 0
 0067d6a4  float data_67d6a4 = 0.5
 0067d6a8  float data_67d6a8 = 1
 0067d6ac  float data_67d6ac = 0.215000004
 0067d6b0  float data_67d6b0 = 0.109999999
 0067d6b4  float data_67d6b4 = 0
 0067d6b8  float data_67d6b8 = 0.5
 0067d6bc  float data_67d6bc = 1
 0067d6c0  float data_67d6c0 = 0.215000004
 0067d6c4  float data_67d6c4 = 0.5
 0067d6c8  float data_67d6c8 = 0.5
 0067d6cc  float data_67d6cc = 0.5
 0067d6d0  float data_67d6d0 = 0.5
 0067d6d4  float data_67d6d4 = 0
 0067d6d8  float data_67d6d8 = 0.5
 0067d6dc  float data_67d6dc = 0
 0067d6e0  float data_67d6e0 = 0
 0067d6e4  float data_67d6e4 = 0.251188993
 0067d6e8  float data_67d6e8 = 0.251188993
 0067d6ec  float data_67d6ec = 0.400000006
 0067d6f0  float data_67d6f0 = 0.600000024
 0067d6f4  float data_67d6f4 = 0.600000024
 0067d6f8  float data_67d6f8 = 0.400000006
 0067d6fc  float data_67d6fc = 0.600000024
 0067d700  float data_67d700 = 0.600000024
 0067d704  float data_67d704 = 0.400000006
 0067d708  float data_67d708 = 0.600000024
 0067d70c  float data_67d70c = 0.600000024
 0067d710  float data_67d710 = 0.5
 0067d714  float data_67d714 = 0.200000003
 0067d718  float data_67d718 = 0.349999994
 0067d71c  float data_67d71c = 0.349999994
 0067d720  float data_67d720 = 0
 0067d724  float data_67d724 = 0.25
 0067d728  float data_67d728 = 0.349999994
 0067d72c  float data_67d72c = 0.200000003
 0067d730  float data_67d730 = 0.333000004
 0067d734  float data_67d734 = 0.666000009
 0067d738  float data_67d738 = 0.600000024
 0067d73c  float data_67d73c = 0.600000024
 0067d740  float data_67d740 = 0.5
 0067d744  float data_67d744 = 0.5
 0067d748  float data_67d748 = 0
 0067d74c  float data_67d74c = 0
 0067d750  float data_67d750 = 1
 0067d754  float data_67d754 = 0.25
 0067d758  float data_67d758 = 0
 0067d75c  float data_67d75c = 0
 0067d760  float data_67d760 = 0.5
 0067d764  float data_67d764 = 0.5
 0067d768  float data_67d768 = 0
 0067d76c  float data_67d76c = 1
 0067d770  float data_67d770 = 0
 0067d774  float data_67d774 = 0.25
 0067d778  float data_67d778 = 1
 0067d77c  float data_67d77c = 0.5
 0067d780  float data_67d780 = 0.5
 0067d784  float data_67d784 = 1
 0067d788  float data_67d788 = 0
 0067d78c  float data_67d78c = 0.25
 0067d790  float data_67d790 = 0.5
 0067d794  float data_67d794 = 0.5
 0067d798  float data_67d798 = 0.800000012
 0067d79c  float data_67d79c = 0.5
 0067d7a0  float data_67d7a0 = 0.5
 0067d7a4  float data_67d7a4 = 0
 0067d7a8  float data_67d7a8 = 0.25
 0067d7ac  float data_67d7ac = 0.5
 0067d7b0  float data_67d7b0 = 0
 0067d7b4  float data_67d7b4 = 1
 0067d7b8  float data_67d7b8 = 0.100000001
 0067d7bc  float data_67d7bc = 0.5
 0067d7c0  float data_67d7c0 = 0.300000012
 0067d7c4  float data_67d7c4 = 0.5
 0067d7c8  float data_67d7c8 = 0.800000012
 0067d7cc  float data_67d7cc = 1
 0067d7d0  float data_67d7d0 = 0
 0067d7d4  float data_67d7d4 = 0.625
 0067d7d8  float data_67d7d8 = 0.625
 0067d7dc  float data_67d7dc = 0
 0067d7e0  float data_67d7e0 = 0.400000006
 0067d7e4  float data_67d7e4 = 0.5
 0067d7e8  float data_67d7e8 = 0.5
 0067d7ec  float data_67d7ec = 0.5
 0067d7f0  float data_67d7f0 = 0.75
 0067d7f4  float data_67d7f4 = 0.300000012
 0067d7f8  float data_67d7f8 = 0.300000012
 0067d7fc  float data_67d7fc = 0
 0067d800  float data_67d800 = 0
 0067d804  float data_67d804 = 1
 0067d808  float data_67d808 = 0
 0067d80c  float data_67d80c = 0.5
 0067d810  float data_67d810 = 0
 0067d814  float data_67d814 = 0
 0067d818  float data_67d818 = 0
 0067d81c  float data_67d81c = 0.5
 0067d820  float data_67d820 = 0.400000006
 0067d824  float data_67d824 = 0.25
 0067d828  float data_67d828 = 0.5
 0067d82c  float data_67d82c = 0
 0067d830  float data_67d830 = 0.5
 0067d834  float data_67d834 = 0
 0067d838  float data_67d838 = 0
 0067d83c  float data_67d83c = 0
 0067d840  float data_67d840 = 0
 0067d844  float data_67d844 = 0
 0067d848  float data_67d848 = 0
 0067d84c  float data_67d84c = 0
 0067d850  float data_67d850 = 0
 0067d854  float data_67d854 = 0
 0067d858  float data_67d858 = 0
 0067d85c  float data_67d85c = 0
 0067d860  float data_67d860 = 1
 0067d864  float data_67d864 = 1
 0067d868  float data_67d868 = 0.540799975
 0067d86c  float data_67d86c = 0.459100008
 0067d870  float data_67d870 = 0
 0067d874  float data_67d874 = 0
 0067d878  float data_67d878 = 0
 0067d87c  float data_67d87c = 0.5
 0067d880  float data_67d880 = 1
 0067d884  float data_67d884 = 1
 0067d888  float data_67d888 = 0.5
 0067d88c  float data_67d88c = 0.5
 0067d890  float data_67d890 = 0.5
 0067d894  float data_67d894 = 0.5
 0067d898  float data_67d898 = 0
 0067d89c  float data_67d89c = 0
 0067d8a0  float data_67d8a0 = 0
 0067d8a4  float data_67d8a4 = 1
 0067d8a8  float data_67d8a8 = 0
 0067d8ac  float data_67d8ac = 1
 0067d8b0  float data_67d8b0 = 0
 0067d8b4  float data_67d8b4 = 1
 0067d8b8  float data_67d8b8 = 0
 0067d8bc  float data_67d8bc = 1
 0067d8c0  float data_67d8c0 = 0
 0067d8c4  float data_67d8c4 = 1
 0067d8c8  float data_67d8c8 = 0
 0067d8cc  float data_67d8cc = 1
 0067d8d0  float data_67d8d0 = 0
 0067d8d4  float data_67d8d4 = 1
 0067d8d8  float data_67d8d8 = 0
 0067d8dc  float data_67d8dc = 1
 0067d8e0  float data_67d8e0 = 0
 0067d8e4  float data_67d8e4 = 1
 0067d8e8  float data_67d8e8 = 0
 0067d8ec  float data_67d8ec = 1
 0067d8f0  float data_67d8f0 = 0
 0067d8f4  float data_67d8f4 = 1
 0067d8f8  float data_67d8f8 = 0
 0067d8fc  float data_67d8fc = 1
 0067d900  float data_67d900 = 0
 0067d904  float data_67d904 = 1
 0067d908  float data_67d908 = 0
 0067d90c  float data_67d90c = 1
 0067d910  float data_67d910 = 0
 0067d914  float data_67d914 = 1
 0067d918  float data_67d918 = 0
 0067d91c  float data_67d91c = 1
 0067d920  float data_67d920 = 1
 0067d924  float data_67d924 = 0
 0067d928  float data_67d928 = 0
 0067d92c  float data_67d92c = 0
 0067d930  float data_67d930 = 0
 0067d934  float data_67d934 = 0
 0067d938  float data_67d938 = 0
 0067d93c  float data_67d93c = 0
 0067d940  float data_67d940 = 0
 0067d944  float data_67d944 = 0
 0067d948  float data_67d948 = 0.5
 0067d94c  float data_67d94c = 0
 0067d950  float data_67d950 = 0
 0067d954  float data_67d954 = 0
 0067d958  float data_67d958 = 0
 0067d95c  float data_67d95c = 0.5
 0067d960  float data_67d960 = 0
 0067d964  float data_67d964 = 1
 0067d968  float data_67d968 = 0
 0067d96c  float data_67d96c = 1
 0067d970  float data_67d970 = 0
 0067d974  float data_67d974 = 1
 0067d978  float data_67d978 = 0
 0067d97c  float data_67d97c = 1
 0067d980  float data_67d980 = 0
 0067d984  float data_67d984 = 1
 0067d988  float data_67d988 = 0
 0067d98c  float data_67d98c = 1
 0067d990  float data_67d990 = 0
 0067d994  float data_67d994 = 1
 0067d998  float data_67d998 = 0
 0067d99c  float data_67d99c = 1
 0067d9a0  float data_67d9a0 = 0
 0067d9a4  float data_67d9a4 = 1
 0067d9a8  float data_67d9a8 = 0
 0067d9ac  float data_67d9ac = 1
 0067d9b0  float data_67d9b0 = 0
 0067d9b4  float data_67d9b4 = 1
 0067d9b8  float data_67d9b8 = 0
 0067d9bc  float data_67d9bc = 1
 0067d9c0  float data_67d9c0 = 0
 0067d9c4  float data_67d9c4 = 1
 0067d9c8  float data_67d9c8 = 0
 0067d9cc  float data_67d9cc = 1
 0067d9d0  float data_67d9d0 = 0
 0067d9d4  float data_67d9d4 = 1
 0067d9d8  float data_67d9d8 = 0
 0067d9dc  float data_67d9dc = 1
 0067d9e0  float data_67d9e0 = 0.5
 0067d9e4  float data_67d9e4 = 0.5
 0067d9e8  float data_67d9e8 = 0.5
 0067d9ec  float data_67d9ec = 0.5
 0067d9f0  float data_67d9f0 = 0
 0067d9f4  float data_67d9f4 = 0
 0067d9f8  float data_67d9f8 = 0
 0067d9fc  float data_67d9fc = 0
 0067da00  float data_67da00 = 0.5
 0067da04  float data_67da04 = 1
 0067da08  float data_67da08 = 0.5
 0067da0c  float data_67da0c = 0.5
 0067da10  float data_67da10 = 0.5
 0067da14  float data_67da14 = 0
 0067da18  float data_67da18 = 0
 0067da1c  float data_67da1c = 0
 0067da20  float data_67da20 = 0
 0067da24  float data_67da24 = 0
 0067da28  float data_67da28 = 0
 0067da2c  float data_67da2c = 0
 0067da30  float data_67da30 = 0
 0067da34  float data_67da34 = 0
 0067da38  float data_67da38 = 0
 0067da3c  float data_67da3c = 0
 0067da40  float data_67da40 = 0
 0067da44  float data_67da44 = 0
 0067da48  float data_67da48 = 0
 0067da4c  float data_67da4c = 0
 0067da50  float data_67da50 = 0
 0067da54  float data_67da54 = 0.5
 0067da58  float data_67da58 = 0.5
 0067da5c  float data_67da5c = 0.5
 0067da60  float data_67da60 = 0.5
 0067da64  float data_67da64 = 0.5
 0067da68  float data_67da68 = 0.5
 0067da6c  float data_67da6c = 0.5
 0067da70  float data_67da70 = 0.5
 0067da74  float data_67da74 = 0.5
 0067da78  float data_67da78 = 0.5
 0067da7c  float data_67da7c = 0.5
 0067da80  float data_67da80 = 0.5
 0067da84  float data_67da84 = 0.5
 0067da88  float data_67da88 = 0.5
 0067da8c  float data_67da8c = 0.5
 0067da90  float data_67da90 = 0.5
 0067da94  float data_67da94 = 0.5
 0067da98  float data_67da98 = 0.5
 0067da9c  float data_67da9c = 0.5
 0067daa0  float data_67daa0 = 0.5
 0067daa4  float data_67daa4 = 0.5
 0067daa8  float data_67daa8 = 0.5
 0067daac  float data_67daac = 0.5
 0067dab0  float data_67dab0 = 0.5
 0067dab4  float data_67dab4 = 0.5
 0067dab8  float data_67dab8 = 0.5
 0067dabc  float data_67dabc = 0
 0067dac0  float data_67dac0 = 0
 0067dac4  float data_67dac4 = 0.5
 0067dac8  float data_67dac8 = 0
 0067dacc  float data_67dacc = 0
 0067dad0  float data_67dad0 = 0
 0067dad4  float data_67dad4 = 0
 0067dad8  float data_67dad8 = 0
 0067dadc  float data_67dadc = 0
 0067dae0  float data_67dae0 = 0
 0067dae4  float data_67dae4 = 0.5
 0067dae8  float data_67dae8 = 0
 0067daec  float data_67daec = 0
 0067daf0  float data_67daf0 = 0.225806445
 0067daf4  float data_67daf4 = 1
 0067daf8  float data_67daf8 = 0
 0067dafc  float data_67dafc = 0.0416666679
 0067db00  float data_67db00 = 0.0416666679
 0067db04  float data_67db04 = 0
 0067db08  float data_67db08 = 0
 0067db0c  float data_67db0c = 0
 0067db10  float data_67db10 = 0
 0067db14  float data_67db14 = 0
 0067db18  float data_67db18 = 0
 0067db1c  float data_67db1c = 0
 0067db20  float data_67db20 = 1
 0067db24  float data_67db24 = 0
 0067db28  float data_67db28 = 0
 0067db2c  float data_67db2c = 0
 0067db30  float data_67db30 = 0
 0067db34  float data_67db34 = 1.875
 0067db38  float data_67db38 = 0
 0067db3c  float data_67db3c = 1.875
diff --git a/serum-params-SYParameters-1-demo.txt b/serum-params-SYParameters-1-demo.txt
 vst param # name  min max display unit  default
 0 MasterVol 0 100 = % 70
 1 A Vol 0 100 = % 75
 2 A Pan -50 50  = - 0
 3 A Octave  -4  4 = Oct 0
 4 A Semi  -12 12  = semitones 0
 5 A Fine  -100  100 = cents 0
 6 A Unison  0 16  = - 0
 7 A UniDet  0 1 ? - 0.5
 8 A UniBlend  0 100 = - 75
 9 A Warp  0 1 ? - 0
 10  A CoarsePit 0 1 ? - 0.5
 11  A WTPos 1 256 ? - 1
 12  A RandPhase 0 100 = % 100
 13  A Phase 0 1 ? °   0.5
 14  B Vol 0 100 = % 75
 15  B Pan -50 50  = - 0
 16  B Octave  -4  4 = Oct 0
 17  B Semi  -12 12  = semitones 0
 18  B Fine  -100  100 = cents 0
 19  B Unison  0 16  = - 0
 20  B UniDet  0 1 ? - 0.5
 21  B UniBlend  0 100 = - 75
 22  B Warp  0 1 ? - 0
 23  B CoarsePit 0 1 ? - 0.5
 24  B WTPos 1 256 ? - 1
 25  B RandPhase 0 100 = % 100
 26  B Phase 0 1 ? °   0.5
 27  Noise Level 0 100 = % 25
 28  Noise Pitch 0 100 = % 50
 29  Noise Fine  -1  1 = % 0
 30  Noise Pan -50 50  = - 0
 31  Noise RandPhase 0 100 = % 0
 32  Noise Phase 0 100 = % 0
 33  Sub Osc Level 0 100 = % 75
 34  Sub Osc Pan -50 50  = % 0
 35  Env1 Atk  0 1 ? ms  0.11
 36  Env1 Hold 0 1 ? ms  0
 37  Env1 Dec  0 1 ? s 0.5
 38  Env1 Sus  0 1 ? dB  1
 39  Env1 Rel  0 1 ? ms  0.215
 40  OscA>Fil  0 1 ! - 1
 41  OscB>Fil  0 1 ! - 0
 42  OscN>Fil  0 1 ! - 0
 43  OscS>Fil  0 1 ! - 0
 44  Fil Type  0 1 ? - 0.0113636
 45  Fil Cutoff  0 1 ? Hz  0.5
 46  Fil Reso  0 100 = % 10
 47  Fil Driv  0 100 = % 0
 48  Fil Var 0 100 = % 0
 49  Fil Mix 0 100 = % 100
 50  Fil Stereo  0 100 = % 50
 51  Env2 Atk  0 1 ? ms  0.11
 52  Env2 Hld  0 1 ? ms  0
 53  Env2 Dec  0 1 ? s 0.5
 54  Env2 Sus  0 100 = % 100
 55  Env2 Rel  0 1 ? ms  0.215
 56  Env3 Atk  0 1 ? ms  0.11
 57  Env3 Hld  0 1 ? ms  0
 58  Env3 Dec  0 1 ? s 0.5
 59  Env3 Sus  0 100 = % 100
 60  Env3 Rel  0 1 ? ms  0.215
 61  LFO1Rate  0 1 ! - 0.5
 62  LFO2Rate  0 1 ! - 0.5
 63  LFO3Rate  0 1 ! - 0.5
 64  LFO4Rate  0 1 ! - 0.5
 65  PortTime  0 1 ? ms  0
 66  PortCurve -100  100 = % 0
 67  Chaos1 BPM  0 1 ? - 0
 68  Chaos2 BPM  0 1 ? - 0
 69  Chaos1 Rate 0 1 ? - 0.251189
 70  Chaos2 Rate 0 1 ? - 0.251189
 71  A curve1  0 100 = % 50
 72  D curve1  0 100 = % 67
 73  R curve1  0 100 = % 67
 74  A curve2  0 100 = % 50
 75  D curve2  0 100 = % 67
 76  R curve2  0 100 = % 67
 77  A curve3  0 100 = % 50
 78  D curve3  0 100 = % 67
 79  R curve3  0 100 = % 67
 80  Mast.Tun  0 0 = - 0
 81  Verb Wet  0 100 = % 33
 82  VerbSize  0 100 = % 33
 83  VerbPDly  0 1 ? ms  0.12
 84  VerbLoCt  0 100 = % 0
 85  VerbDamp  0 100 = % 28
 86  VerbHiCt  0 100 = % 50
 87  VerbWdth  0 100 = % 100
 88  EQ FrqL 0 1 ? Hz  0.333
 89  EQ FrqH 0 1 ? Hz  0.666
 90  EQ Q L  0 100 = % 60
 91  EQ Q H  0 100 = % 60
 92  EQ VolL -24 24  = dB  0
 93  EQ VolH -24 24  = dB  0
 94  EQ TypL 0 1 ? - 0
 95  EQ TypH 0 1 ? - 0
 96  Dist_Wet  0 100 = % 100
 97  Dist_Drv  0 100 = % 25
 98  Dist_L/B/H  0 100 = % 0
 99  Dist_Mode 0 1 ? - 0
 100 Dist_Freq 0 1 ? Hz  0.5
 101 Dist_BW 0 1 ? - 0.5
 102 Dist_PrePost  0 1 ? - 0
 103 Flg_Wet 0 100 = % 100
 104 Flg_BPM_Sync  0 1 ? - 0
 105 Flg_Rate  0 1 ? Hz  0.25
 106 Flg_Dep 0 100 = % 100
 107 Flg_Feed  0 100 = % 50
 108 Flg_Stereo  0 360 = °   180
 109 Phs_Wet 0 100 = % 100
 110 Phs_BPM_Sync  0 1 ? - 0
 111 Phs_Rate  0 1 ? Hz  0.25
 112 Phs_Dpth  0 100 = % 50
 113 Phs_Frq 0 1 ? Hz  0.5
 114 Phs_Feed  0 100 = % 80
 115 Phs_Stereo  0 360 = °   180
 116 Cho_Wet 0 100 = % 50
 117 Cho_BPM_Sync  0 1 ? - 0
 118 Cho_Rate  0 1 ? Hz  0.25
 119 Cho_Dly 0 1 ? ms  0.5
 120 Cho_Dly2  0 1 ? ms  0
 121 Cho_Dep 0 1 ? ms  1
 122 Cho_Feed  0 1 ? % 0.1
 123 Cho_Filt  0 1 ? Hz  0.5
 124 Dly_Wet 0 100 = % 30
 125 Dly_Freq  0 1 ? Hz  0.5
 126 Dly_BW  0.8 8.2 = - 6.8
 127 Dly_BPM_Sync  0 1 ? - 1
 128 Dly_Link  0 1 ? - 0
 129+  Dly_TimL  0 1 ? - 0.625
 130+  Dly_TimR  0 1 ? - 0.625
 131 Dly_Mode  0 1 ? - 0
 132 Dly_Feed  0 100 = % 40
 133+  Dly_Off L 0 1 ? - 0.5
 134+  Dly_Off R 0 1 ? - 0.5
 135 Cmp_Thr 0 1 ? dB  0.5
 136 Cmp_Rat 0 1 ? - 0.75
 137 Cmp_Att 0 1 ? ms  0.3
 138 Cmp_Rel 0 1 ? ms  0.3
 139 CmpGain 0 1 ? dB  0
 140 CmpMBnd 0 1 ? - 0
 141 FX Fil Wet  0 100 = % 100
 142 FX Fil Type 0 1 ? - 0
 143 FX Fil Freq 0 1 ? Hz  0.5
 144 FX Fil Reso 0 100 = % 0
 145 FX Fil Drive  0 100 = % 0
 146 FX Fil Var  0 100 = % 0
 147 Hyp_Wet 0 100 = % 50
 148 Hyp_Rate  0 1 ? % 0.4
 149 Hyp_Detune  0 100 = % 25
 150 Hyp_Unison  0 1 ? - 0.571429
 151 Hyp_Retrig  0 1 ? - 0
 152 HypDim_Size 0 100 = % 50
 153 HypDim_Mix  0 100 = % 0
 154 Dist Enable 0 1 ? - 0
 155 Flg Enable  0 1 ? - 0
 156 Phs Enable  0 1 ? - 0
 157 Cho Enable  0 1 ? - 0
 158 Dly Enable  0 1 ? - 0
 159 Comp Enable 0 1 ? - 0
 160 Rev Enable  0 1 ? - 0
 161 EQ Enable 0 1 ? - 0
 162 FX Fil Enable 0 1 ? - 0
 163 Hyp Enable  0 1 ? - 0
 164 OscAPitchTrack  0 1 ? - 1
 165 OscBPitchTrack  0 1 ? - 1
 166 Bend U  -24 24  = semitones 2
 167 Bend D  -24 24  = semitones -2
 168 WarpOscA  0 1 ? - 0
 169 WarpOscB  0 1 ? - 0
 170 SubOscShape 0 1 ? - 0
 171 SubOscOctave  -4  4 = Oct 0
 172 A Uni LR  0 100 = - 100
 173 B Uni LR  0 100 = - 100
 174 A Uni Warp  -100  100 = - 0
 175 B Uni Warp  -100  100 = - 0
 176 A Uni WTPos -100  100 = - 0
 177 B Uni WTPos -100  100 = - 0
 178 A Uni Stack 0 1 ? - 0
 179 B Uni Stack 0 1 ? - 0
 180 Mod 1 amt -100  100 = - 0
 181 Mod 1 out 0 100 = - 100
 182 Mod 2 amt -100  100 = - 0
 183 Mod 2 out 0 100 = - 100
 184 Mod 3 amt -100  100 = - 0
 185 Mod 3 out 0 100 = - 100
 186 Mod 4 amt -100  100 = - 0
 187 Mod 4 out 0 100 = - 100
 188 Mod 5 amt -100  100 = - 0
 189 Mod 5 out 0 100 = - 100
 190 Mod 6 amt -100  100 = - 0
 191 Mod 6 out 0 100 = - 100
 192 Mod 7 amt -100  100 = - 0
 193 Mod 8 out 0 100 = - 100
 194 Mod 8 amt -100  100 = - 0
 195 Mod 8 out 0 100 = - 100
 196 Mod 9 amt -100  100 = - 0
 197 Mod 9 out 0 100 = - 100
 198 Mod10 amt -100  100 = - 0
 199 Mod10 out 0 100 = - 100
 200 Mod11 amt -100  100 = - 0
 201 Mod11 out 0 100 = - 100
 202 Mod12 amt -100  100 = - 0
 203 Mod12 out 0 100 = - 100
 204 Mod13 amt -100  100 = - 0
 205 Mod13 out 0 100 = - 100
 206 Mod14 amt -100  100 = - 0
 207 Mod14 out 0 100 = - 100
 208 Mod15 amt -100  100 = - 0
 209 Mod15 out 0 100 = - 100
 210 Mod16 amt -100  100 = - 0
 211 Mod16 out 0 100 = - 100
 212 Osc A On  0 1 ? - 1
 213 Osc B On  0 1 ? - 0
 214 Osc N On  0 1 ? - 0
 215 Osc S On  0 1 ? - 0
 216 Filter On 0 1 ? - 0
 217 Mod Wheel 0 100 = % 0
 218 Macro 1 0 100 = % 0
 219 Macro 2 0 100 = % 0
 220 Macro 3 0 100 = % 0
 221 Macro 4 0 100 = % 0
 222 Amp.  0 100 = % 0
 223 LFO1 smooth 0 100 = - 0
 224 LFO2 smooth 0 100 = - 0
 225 LFO3 smooth 0 100 = - 0
 226 LFO4 smooth 0 100 = - 0
 227 Pitch Bend  0 1 ? - 0.5
 228 Mod17 amt -100  100 = - 0
 229 Mod17 out 0 100 = - 100
 230 Mod18 amt -100  100 = - 0
 231 Mod18 out 0 100 = - 100
 232 Mod19 amt -100  100 = - 0
 233 Mod19 out 0 100 = - 100
 234 Mod20 amt -100  100 = - 0
 235 Mod20 out 0 100 = - 100
 236 Mod21 amt -100  100 = - 0
 237 Mod21 out 0 100 = - 100
 238 Mod22 amt -100  100 = - 0
 239 Mod22 out 0 100 = - 100
 240 Mod23 amt -100  100 = - 0
 241 Mod23 out 0 100 = - 100
 242 Mod24 amt -100  100 = - 0
 243 Mod24 out 0 100 = - 100
 244 Mod25 amt -100  100 = - 0
 245 Mod25 out 0 100 = - 100
 246 Mod26 amt -100  100 = - 0
 247 Mod26 out 0 100 = - 100
 248 Mod27 amt -100  100 = - 0
 249 Mod27 out 0 100 = - 100
 250 Mod28 amt -100  100 = - 0
 251 Mod28 out 0 100 = - 100
 252 Mod29 amt -100  100 = - 0
 253 Mod29 out 0 100 = - 100
 254 Mod30 amt -100  100 = - 0
 255 Mod30 out 0 100 = - 100
 256 Mod31 amt -100  100 = - 0
 257 Mod31 out 0 100 = - 100
 258 Mod32 amt -100  100 = - 0
 259 Mod32 out 0 100 = - 100
 260 LFO5Rate  0 1 ! - 0.5
 261 LFO6Rate  0 1 ! - 0.5
 262 LFO7Rate  0 1 ! - 0.5
 263 LFO8Rate  0 1 ! - 0.5
 264 LFO5 smooth 0 100 = - 0
 265 LFO6 smooth 0 100 = - 0
 266 LFO7 smooth 0 100 = - 0
 267 LFO8 smooth 0 100 = - 0
 268 FXFil Pan 0 100 = % 50
 269 Comp_Wet  0 100 = % 50
 270 Gain L  0 200 = % 100
 271 Gain M  0 200 = % 100
 272 Gain H  0 200 = % 100
 273 LFO1 Rise 0 1 ! - 0.0
 274 LFO2 Rise 0 1 ! - 0.0
 275 LFO3 Rise 0 1 ! - 0.0
 276 LFO4 Rise 0 1 ! - 0.0
 277 LFO5 Rise 0 1 ! - 0.0
 278 LFO6 Rise 0 1 ! - 0.0
 279 LFO7 Rise 0 1 ! - 0.0
 280 LFO8 Rise 0 1 ! - 0.0
 281 LFO1 Delay  0 1 ! - 0.0
 282 LFO2 Delay  0 1 ! - 0.0
 283 LFO3 Delay  0 1 ! - 0.0
 284 LFO4 Delay  0 1 ! - 0.0
 285 LFO5 Delay  0 1 ! - 0.0
 286 LFO6 Delay  0 1 ! - 0.0
 287 LFO7 Delay  0 1 ! - 0.0
 288 LFO8 Delay  0 1 ! - 0.0
diff --git a/serum-params-SYParameters-1.334.txt b/serum-params-SYParameters-1.334.txt
 vst param # name  min max display unit  default
 0 MasterVol 0 100 = % 70
 1 A Vol 0 100 = % 75
 2 A Pan -50 50  = - 0
 3 A Octave  -4  4 = Oct 0
 4 A Semi  -12 12  = semitones 0
 5 A Fine  -100  100 = cents 0
 6 A Unison  0 16  = - 0
 7 A UniDet  0 1 ? - 0.5
 8 A UniBlend  0 100 = - 75
 9 A Warp  0 1 ? - 0
 10  A CoarsePit 0 1 ? - 0.5
 11  A WTPos 1 256 ? - 1
 12  A RandPhase 0 100 = % 100
 13  A Phase 0 1 ? °   0.5
 14  B Vol 0 100 = % 75
 15  B Pan -50 50  = - 0
 16  B Octave  -4  4 = Oct 0
 17  B Semi  -12 12  = semitones 0
 18  B Fine  -100  100 = cents 0
 19  B Unison  0 16  = - 0
 20  B UniDet  0 1 ? - 0.5
 21  B UniBlend  0 100 = - 75
 22  B Warp  0 1 ? - 0
 23  B CoarsePit 0 1 ? - 0.5
 24  B WTPos 1 256 ? - 1
 25  B RandPhase 0 100 = % 100
 26  B Phase 0 1 ? °   0.5
 27  Noise Level 0 100 = % 25
 28  Noise Pitch 0 100 = % 50
 29  Noise Fine  -1  1 = % 0
 30  Noise Pan -50 50  = - 0
 31  Noise RandPhase 0 100 = % 0
 32  Noise Phase 0 100 = % 0
 33  Sub Osc Level 0 100 = % 75
 34  Sub Osc Pan -50 50  = % 0
 35  Env1 Atk  0 1 ? ms  0.11
 36  Env1 Hold 0 1 ? ms  0
 37  Env1 Dec  0 1 ? s 0.5
 38  Env1 Sus  0 1 ? dB  1
 39  Env1 Rel  0 1 ? ms  0.215
 40  OscA>Fil  0 1 ! - 1
 41  OscB>Fil  0 1 ! - 0
 42  OscN>Fil  0 1 ! - 0
 43  OscS>Fil  0 1 ! - 0
 44  Fil Type  0 1 ? - 0.0113636
 45  Fil Cutoff  0 1 ? Hz  0.5
 46  Fil Reso  0 100 = % 10
 47  Fil Driv  0 100 = % 0
 48  Fil Var 0 100 = % 0
 49  Fil Mix 0 100 = % 100
 50  Fil Stereo  0 100 = % 50
 51  Env2 Atk  0 1 ? ms  0.11
 52  Env2 Hld  0 1 ? ms  0
 53  Env2 Dec  0 1 ? s 0.5
 54  Env2 Sus  0 100 = % 100
 55  Env2 Rel  0 1 ? ms  0.215
 56  Env3 Atk  0 1 ? ms  0.11
 57  Env3 Hld  0 1 ? ms  0
 58  Env3 Dec  0 1 ? s 0.5
 59  Env3 Sus  0 100 = % 100
 60  Env3 Rel  0 1 ? ms  0.215
 61  LFO1Rate  0 1 ! - 0.5
 62  LFO2Rate  0 1 ! - 0.5
 63  LFO3Rate  0 1 ! - 0.5
 64  LFO4Rate  0 1 ! - 0.5
 65  PortTime  0 1 ? ms  0
 66  PortCurve -100  100 = % 0
 67  Chaos1 BPM  0 1 ? - 0
 68  Chaos2 BPM  0 1 ? - 0
 69  Chaos1 Rate 0 1 ? - 0.251189
 70  Chaos2 Rate 0 1 ? - 0.251189
 71  A curve1  0 100 = % 50
 72  D curve1  0 100 = % 67
 73  R curve1  0 100 = % 67
 74  A curve2  0 100 = % 50
 75  D curve2  0 100 = % 67
 76  R curve2  0 100 = % 67
 77  A curve3  0 100 = % 50
 78  D curve3  0 100 = % 67
 79  R curve3  0 100 = % 67
 80  Mast.Tun  0 0 = - 0
 81  Verb Wet  0 100 = % 33
 82  VerbSize  0 100 = % 33
 83  VerbPDly  0 1 ? ms  0.12
 84  VerbLoCt  0 100 = % 0
 85  VerbDamp  0 100 = % 28
 86  VerbHiCt  0 100 = % 50
 87  VerbWdth  0 100 = % 100
 88  EQ FrqL 0 1 ? Hz  0.333
 89  EQ FrqH 0 1 ? Hz  0.666
 90  EQ Q L  0 100 = % 60
 91  EQ Q H  0 100 = % 60
 92  EQ VolL -24 24  = dB  0
 93  EQ VolH -24 24  = dB  0
 94  EQ TypL 0 1 ? - 0
 95  EQ TypH 0 1 ? - 0
 96  Dist_Wet  0 100 = % 100
 97  Dist_Drv  0 100 = % 25
 98  Dist_L/B/H  0 100 = % 0
 99  Dist_Mode 0 1 ? - 0
 100 Dist_Freq 0 1 ? Hz  0.5
 101 Dist_BW 0 1 ? - 0.5
 102 Dist_PrePost  0 1 ? - 0
 103 Flg_Wet 0 100 = % 100
 104 Flg_BPM_Sync  0 1 ? - 0
 105 Flg_Rate  0 1 ? Hz  0.25
 106 Flg_Dep 0 100 = % 100
 107 Flg_Feed  0 100 = % 50
 108 Flg_Stereo  0 360 = °   180
 109 Phs_Wet 0 100 = % 100
 110 Phs_BPM_Sync  0 1 ? - 0
 111 Phs_Rate  0 1 ? Hz  0.25
 112 Phs_Dpth  0 100 = % 50
 113 Phs_Frq 0 1 ? Hz  0.5
 114 Phs_Feed  0 100 = % 80
 115 Phs_Stereo  0 360 = °   180
 116 Cho_Wet 0 100 = % 50
 117 Cho_BPM_Sync  0 1 ? - 0
 118 Cho_Rate  0 1 ? Hz  0.25
 119 Cho_Dly 0 1 ? ms  0.5
 120 Cho_Dly2  0 1 ? ms  0
 121 Cho_Dep 0 1 ? ms  1
 122 Cho_Feed  0 1 ? % 0.1
 123 Cho_Filt  0 1 ? Hz  0.5
 124 Dly_Wet 0 100 = % 30
 125 Dly_Freq  0 1 ? Hz  0.5
 126 Dly_BW  0.8 8.2 = - 6.8
 127 Dly_BPM_Sync  0 1 ? - 1
 128 Dly_Link  0 1 ? - 0
 129 Dly_TimL  0 1 ? - 0.625
 130 Dly_TimR  0 1 ? - 0.625
 131 Dly_Mode  0 1 ? - 0
 132 Dly_Feed  0 100 = % 40
 133 Dly_Off L 0 1 ? - 0.5
 134 Dly_Off R 0 1 ? - 0.5
 135 Cmp_Thr 0 1 ? dB  0.5
 136 Cmp_Rat 0 1 ? - 0.75
 137 Cmp_Att 0 1 ? ms  0.3
 138 Cmp_Rel 0 1 ? ms  0.3
 139 CmpGain 0 1 ? dB  0
 140 CmpMBnd 0 1 ? - 0
 141 FX Fil Wet  0 100 = % 100
 142 FX Fil Type 0 1 ? - 0
 143 FX Fil Freq 0 1 ? Hz  0.5
 144 FX Fil Reso 0 100 = % 0
 145 FX Fil Drive  0 100 = % 0
 146 FX Fil Var  0 100 = % 0
 147 Hyp_Wet 0 100 = % 50
 148 Hyp_Rate  0 1 ? % 0.4
 149 Hyp_Detune  0 100 = % 25
 150 Hyp_Unison  0 1 ? - 0.571429
 151 Hyp_Retrig  0 1 ? - 0
 152 HypDim_Size 0 100 = % 50
 153 HypDim_Mix  0 100 = % 0
 154 Dist Enable 0 1 ? - 0
 155 Flg Enable  0 1 ? - 0
 156 Phs Enable  0 1 ? - 0
 157 Cho Enable  0 1 ? - 0
 158 Dly Enable  0 1 ? - 0
 159 Comp Enable 0 1 ? - 0
 160 Rev Enable  0 1 ? - 0
 161 EQ Enable 0 1 ? - 0
 162 FX Fil Enable 0 1 ? - 0
 163 Hyp Enable  0 1 ? - 0
 164 OscAPitchTrack  0 1 ? - 1
 165 OscBPitchTrack  0 1 ? - 1
 166 Bend U  -24 24  = semitones 2
 167 Bend D  -24 24  = semitones -2
 168 WarpOscA  0 1 ? - 0
 169 WarpOscB  0 1 ? - 0
 170 SubOscShape 0 1 ? - 0
 171 SubOscOctave  -4  4 = Oct 0
 172 A Uni LR  0 100 = - 100
 173 B Uni LR  0 100 = - 100
 174 A Uni Warp  -100  100 = - 0
 175 B Uni Warp  -100  100 = - 0
 176 A Uni WTPos -100  100 = - 0
 177 B Uni WTPos -100  100 = - 0
 178 A Uni Stack 0 1 ? - 0
 179 B Uni Stack 0 1 ? - 0
 180 Mod 1 amt -100  100 = - 0
 181 Mod 1 out 0 100 = - 100
 182 Mod 2 amt -100  100 = - 0
 183 Mod 2 out 0 100 = - 100
 184 Mod 3 amt -100  100 = - 0
 185 Mod 3 out 0 100 = - 100
 186 Mod 4 amt -100  100 = - 0
 187 Mod 4 out 0 100 = - 100
 188 Mod 5 amt -100  100 = - 0
 189 Mod 5 out 0 100 = - 100
 190 Mod 6 amt -100  100 = - 0
 191 Mod 6 out 0 100 = - 100
 192 Mod 7 amt -100  100 = - 0
 193 Mod 8 out 0 100 = - 100
 194 Mod 8 amt -100  100 = - 0
 195 Mod 8 out 0 100 = - 100
 196 Mod 9 amt -100  100 = - 0
 197 Mod 9 out 0 100 = - 100
 198 Mod10 amt -100  100 = - 0
 199 Mod10 out 0 100 = - 100
 200 Mod11 amt -100  100 = - 0
 201 Mod11 out 0 100 = - 100
 202 Mod12 amt -100  100 = - 0
 203 Mod12 out 0 100 = - 100
 204 Mod13 amt -100  100 = - 0
 205 Mod13 out 0 100 = - 100
 206 Mod14 amt -100  100 = - 0
 207 Mod14 out 0 100 = - 100
 208 Mod15 amt -100  100 = - 0
 209 Mod15 out 0 100 = - 100
 210 Mod16 amt -100  100 = - 0
 211 Mod16 out 0 100 = - 100
 212 Osc A On  0 1 ? - 1
 213 Osc B On  0 1 ? - 0
 214 Osc N On  0 1 ? - 0
 215 Osc S On  0 1 ? - 0
 216 Filter On 0 1 ? - 0
 217 Mod Wheel 0 100 = % 0
 218 Macro 1 0 100 = % 0
 219 Macro 2 0 100 = % 0
 220 Macro 3 0 100 = % 0
 221 Macro 4 0 100 = % 0
 222 Amp.  0 0 = - 0
 223 LFO1 smooth 0 100 = - 0
 224 LFO2 smooth 0 100 = - 0
 225 LFO3 smooth 0 100 = - 0
 226 LFO4 smooth 0 100 = - 0
 227 Pitch Bend  0 1 ? - 0.5
 228 Mod17 amt -100  100 = - 0
 229 Mod17 out 0 100 = - 100
 230 Mod18 amt -100  100 = - 0
 231 Mod18 out 0 100 = - 100
 232 Mod19 amt -100  100 = - 0
 233 Mod19 out 0 100 = - 100
 234 Mod20 amt -100  100 = - 0
 235 Mod20 out 0 100 = - 100
 236 Mod21 amt -100  100 = - 0
 237 Mod21 out 0 100 = - 100
 238 Mod22 amt -100  100 = - 0
 239 Mod22 out 0 100 = - 100
 240 Mod23 amt -100  100 = - 0
 241 Mod23 out 0 100 = - 100
 242 Mod24 amt -100  100 = - 0
 243 Mod24 out 0 100 = - 100
 244 Mod25 amt -100  100 = - 0
 245 Mod25 out 0 100 = - 100
 246 Mod26 amt -100  100 = - 0
 247 Mod26 out 0 100 = - 100
 248 Mod27 amt -100  100 = - 0
 249 Mod27 out 0 100 = - 100
 250 Mod28 amt -100  100 = - 0
 251 Mod28 out 0 100 = - 100
 252 Mod29 amt -100  100 = - 0
 253 Mod29 out 0 100 = - 100
 254 Mod30 amt -100  100 = - 0
 255 Mod30 out 0 100 = - 100
 256 Mod31 amt -100  100 = - 0
 257 Mod31 out 0 100 = - 100
 258 Mod32 amt -100  100 = - 0
 259 Mod32 out 0 100 = - 100
 260 LFO5Rate  0 1 ! - 0.5
 261 LFO6Rate  0 1 ! - 0.5
 262 LFO7Rate  0 1 ! - 0.5
 263 LFO8Rate  0 1 ! - 0.5
 264 LFO5 smooth 0 100 = - 0
 265 LFO6 smooth 0 100 = - 0
 266 LFO7 smooth 0 100 = - 0
 267 LFO8 smooth 0 100 = - 0
 268 FXFil Pan 0 100 = % 50
 269 Comp_Wet  0 100 = % 50
 270 Gain L  0 200 = % 100
 271 Gain M  0 200 = % 100
 272 Gain H  0 200 = % 100
 273 LFO1 Rise 0 1 ! - 0.0
 274 LFO2 Rise 0 1 ! - 0.0
 275 LFO3 Rise 0 1 ! - 0.0
 276 LFO4 Rise 0 1 ! - 0.0
 277 LFO5 Rise 0 1 ! - 0.0
 278 LFO6 Rise 0 1 ! - 0.0
 279 LFO7 Rise 0 1 ! - 0.0
 280 LFO8 Rise 0 1 ! - 0.0
 281 LFO1 Delay  0 1 ! - 0.0
 282 LFO2 Delay  0 1 ! - 0.0
 283 LFO3 Delay  0 1 ! - 0.0
 284 LFO4 Delay  0 1 ! - 0.0
 285 LFO5 Delay  0 1 ! - 0.0
 286 LFO6 Delay  0 1 ! - 0.0
 287 LFO7 Delay  0 1 ! - 0.0
 288 LFO8 Delay  0 1 ! - 0.0
 289 FX Dist Level 0 1 ! - 0.0
 290 FX Flg Level  0 1 ! - 0.0
 291 FX Phaser Level 0 1 ! - 0.0
 292 FX Chorus Level 0 1 ! - 0.0
 293 FX Delay Level  0 1 ! - 0.0
 294 FX Comp Level 0 1 ! - 0.0
 295 FX Reverb Level 0 1 ! - 0.0
 296 FX DimExp Level 0 1 ! - 0.0
 297 FX Filter Level 0 1 ! - 0.0
 298 FX Hyper Level  0 1 ! - 0.0
diff --git a/vst_fxp.ksy b/vst_fxp.ksy
 #  Katai Struct Definition for VST 2.x FXP files

 # NOTE: This is a very early/rough WIP / exploratory prototype

 # Refs:
 #   https://github.com/demberto/fxp/blob/main/fxp/__init__.py
 #   https://github.com/blurkk/symbiosis-au-vst-2/blob/develop/Symbiosis.mm#L1430-L1730
 #
 #   https://doc.kaitai.io/user_guide.html#_kaitai_struct_language
 #     > 4. Kaitai Struct language
 #   https://doc.kaitai.io/user_guide.html#process
 #     > 5.6. Processing: dealing with compressed, obfuscated and encrypted data
 #   https://doc.kaitai.io/user_guide.html#meta-imports
 #     > 7.4. Importing types from other files
 #
 # https://en.wikipedia.org/wiki/IEEE_754
 #   The IEEE Standard for Floating-Point Arithmetic (IEEE 754) is a technical standard for floating-point arithmetic established in 1985 by the Institute of Electrical and Electronics Engineers (IEEE)
 # In Little Endian:
 #   0000 0000 0000 f03f = 64bit double precision floating point value for 1.0
 #   0000 00e0 ffff df3f = 64bit double precision floating point value for 0.4999999701976776
 #   0000 0000 0000 0000 = 64bit double precision floating point value for 0.0

 # Notes:
 #   - We can slice the 'opaque content' section from a .fxp like this:
 #     `dd if=SooperSaw.fxp of=SooperSaw.fxp_opaquesection.zlib bs=1 skip=60`
 #
 # ```
 # ⇒ file SooperSaw.fxp_opaquesection.zlib
 # SooperSaw.fxp_opaquesection: zlib compressed data
 # ```
 #
 # ```
 # ./decompress_zlib.py
 # ```

 # https://doc.kaitai.io/user_guide.html#_instances_data_beyond_the_sequence
 # https://doc.kaitai.io/user_guide.html#valid-values

 meta:
  id: vst_fxp
  file-extension: fxp
  endian: be
  license: GPL-3.0
  # imports:
  #   - TODO
 seq:
  - id: chunk_magic
    contents: 'CcnK'
  - id: byte_size
    type: u4
  - id: fx_magic
    type: str
    size: 4
    encoding: ASCII
  - id: version
    contents: [0x00, 0x00, 0x00, 0x01]
    # type: u4
    # valid:
    #   min: 1
    #   max: 2
    #   any-of: [1, 2]
  - id: fx_id
    type: str
    size: 4
    encoding: ASCII
  - id: fx_version
    type: u4
  - id: num_params
    type: u4
  - id: program_name
    type: str
    size: 24
    encoding: ASCII
  - id: padding
    size: 4
  - id: content
    type:
      switch-on: fx_magic
      cases:
        '"FxCk"': params_content
        '"FPCh"': opaque_content

 types:
  params_content:
    seq:
      - id: params
        type: f4
        repeat: expr
        repeat-expr: _parent.num_params

  opaque_content:
    seq:
      - id: len_data
        type: u4
      - id: data
        size: len_data
        process: zlib
        type: serum_preset

  # TODO: The following is unknown and just arbitrary guesses
  serum_preset:
    # https://doc.kaitai.io/user_guide.html#_instances_data_beyond_the_sequence
    instances:
      maybe_preset_name:
        pos: 18800 # 0x4970
        size: 32
        type: strz
        encoding: ASCII
      maybe_macro_1_label:
        pos: 19040 # 0x4A60
        size: 32
        type: strz
        encoding: ASCII
      maybe_macro_2_label:
        pos: 19072 # 0x4A80
        size: 32
        type: strz
        encoding: ASCII
      maybe_macro_3_label:
        pos: 19104 # 0x4AA0
        size: 32
        type: strz
        encoding: ASCII
      maybe_macro_4_label:
        pos: 19136 # 0x4AC0
        size: 32
        type: strz
        encoding: ASCII
    seq:
      - id: unknown_1
        size: 0x37c8  # Assuming this is the starting offset where the first known data changes
      - id: maybe_macro_1_value
        type: f4le  # Type float, little-endian (change as necessary)
      - id: maybe_macro_2_value
        type: f4le
      - id: maybe_macro_3_value
        type: f4le
      - id: maybe_macro_4_value
        type: f4le
      - id: unknown_till_eof
        size-eos: true  # Continue to the end of the stream/file if no more known sizes
    # Basic opaque byte array
    # - id: data
    #   size-eos: true
  #   # Attempt 1
  #   meta:
  #     endian: le
  #   seq:
  #   # - id: unknown_data
  #   #   size: 4
  #   - id: entries
  #     type: serum_entry
  #     repeat: eos

  # serum_entry:
  #   seq:
  #   - id: unknown_data
  #     # size: 8
  #     type: f4
diff --git a/vst_fxp_extractor.py b/vst_fxp_extractor.py
 #!/usr/bin/env python

 # Notes:
 #   - We can slice the 'opaque content' section from a .fxp like this:
 #     `dd if=SooperSaw.fxp of=SooperSaw.fxp_opaquesection.zlib bs=1 skip=60`
 #   - We can slice the pre-params section from a .fxp_opaque_decompressed file like this:
 #     `dd if=init.fxp_opaque_decompressed of=init.fxp_opaque_decompressed_preparams bs=1 skip=0 count=$((0x3460))`
 #   - We can slice the post-params section from a .fxp_opaque_decompressed file like this:
 #     `dd if=init.fxp_opaque_decompressed of=init.fxp_opaque_decompressed_postparams bs=1 skip=$((0x3908))`
 #
 # ```
 # ⇒ file SooperSaw.fxp_opaquesection.zlib
 # SooperSaw.fxp_opaquesection: zlib compressed data
 # ```
 #
 # ```
 # ./decompress_zlib.py
 # ```

 # Trying to figure out how the wavetable data is stored in the .fxp files; comparing diffs, I tend to see sections like these changing:
 #   0x0 for 24-bytes * 27 lines = 648-bytes
 #   0x50e8 for 24-bytes * 34 lines = 816-bytes
 #   0x8448 for 24-bytes * 7 lines = 168-bytes
 # But there doesn't seem to be enough data changing for what I would expect given the changes I make..?

 import argparse
 import os
 import struct
 import zlib
 from types import SimpleNamespace
 from dataclasses import dataclass

 data_segments = [
    # The following param values are basically read from the SYParameters.txt file; with the offset reverse engineered from the manual params below
    ('?? Param0: MasterVol',  0x3460+(4*0), '<f'), # LE, Float (4-bytes)
    ('?? Param1: A Vol',      0x3460+(4*1), '<f'), # LE, Float (4-bytes)
    ('?? Param2: A Pan',      0x3460+(4*2), '<f'), # LE, Float (4-bytes)
    #  ..snip..
    ('?? Param35: Env1 Atk',  0x3460+(4*35), '<f'), # LE, Float (4-bytes)
    ('?? Param36: Env1 Hold', 0x3460+(4*36), '<f'), # LE, Float (4-bytes)
    ('?? Param37: Env1 Dec',  0x3460+(4*37), '<f'), # LE, Float (4-bytes)
    ('?? Param38: Env1 Sus',  0x3460+(4*38), '<f'), # LE, Float (4-bytes)
    ('?? Param39: Env1 Rel',  0x3460+(4*39), '<f'), # LE, Float (4-bytes)
    #  ..snip..
    ('?? Param298: FX Hyper Level', 0x3460+(4*298), '<f'), # LE, Float (4-bytes)
    # etc
    # These parameters were manually reversed using diffs/etc
    ('env1_atk_ms', 0x34ec,    '<f'), # LE, Float (4-bytes)
    ('env1_hold_ms',0x34ec+4,  '<f'), # LE, Float (4-bytes)
    ('env1_dec_s',  0x34ec+8,  '<f'), # LE, Float (4-bytes)
    ('env1_sus_db', 0x34ec+12, '<f'), # LE, Float (4-bytes)
    ('env1_rel_ms', 0x34ec+16, '<f'), # LE, Float (4-bytes)
    ('env2_atk_ms', 0x352c,    '<f'), # LE, Float (4-bytes)
    ('env2_hld_ms', 0x352c+4,  '<f'), # LE, Float (4-bytes)
    ('env2_dec_s',  0x352c+8,  '<f'), # LE, Float (4-bytes)
    ('env2_sus',    0x352c+12, '<f'), # LE, Float (4-bytes)
    ('env2_rel_ms', 0x352c+16, '<f'), # LE, Float (4-bytes)
    ('env3_atk_ms', 0x352c+20, '<f'), # LE, Float (4-bytes)
    ('env3_hld_ms', 0x352c+24, '<f'), # LE, Float (4-bytes)
    ('env3_dec_s',  0x352c+28, '<f'), # LE, Float (4-bytes)
    ('env3_sus_db', 0x352c+32, '<f'), # LE, Float (4-bytes)
    ('env3_rel_ms', 0x352c+36, '<f'), # LE, Float (4-bytes)
    ('maybe_macro_1_value', 0x37c8, '<f'),     # LE, Float (4-bytes)
    ('maybe_macro_2_value', 0x37cc, '<f'),     # LE, Float (4-bytes)
    ('maybe_macro_3_value', 0x37d0, '<f'),     # LE, Float (4-bytes)
    ('maybe_macro_4_value', 0x37d4, '<f'),     # LE, Float (4-bytes)
    ('maybe_noise_path',    0x4008, '<512s'),  # LE, String (512-bytes)
    ('maybe_preset_name',   0x4972, '<32s'),   # LE, String (32-bytes)
    ('maybe_macro_1_label', 0x4A60, '<32s'),   # LE, String (32-bytes)
    ('maybe_macro_2_label', 0x4A80, '<32s'),   # LE, String (32-bytes)
    ('maybe_macro_3_label', 0x4AA0, '<32s'),   # LE, String (32-bytes)
    ('maybe_macro_4_label', 0x4AC0, '<32s'),   # LE, String (32-bytes)
 ]

 @dataclass
 class FXPHeader:
    file_magic: bytes
    data_size: int
    fx_magic: bytes
    version: int
    plugin_id: int
    plugin_version: int
    programs_count: int
    program_name: str
    chunk_size: int

 def read_fxp_header(f):
    """Read the .fxp file header, validate it, and return the essential information, while printing header details."""
    # Calculate the file size
    f.seek(0, os.SEEK_END) # Move to the end of the file
    file_size = f.tell()   # Get the file pointer
    f.seek(0, os.SEEK_SET) # Move back to the start of the file

    # Header format:
    #   file_magic (4 bytes)
    #   data_size (4 bytes)
    #   fx_magic (4 bytes),
    #   version (4 bytes)
    #   plugin_id (4 bytes)
    #   plugin_version (4 bytes)
    #   programs_count (4 bytes)
    #   program_name (24 bytes)
    #   padding (4 bytes)
    #   chunk_size (4 bytes)
    header_format = '>4sI4sIIII24s4xI'
    expected_header_size = struct.calcsize(header_format)
    estimated_chunk_size = file_size - expected_header_size

    header_data = f.read(expected_header_size)
    header_data_size = len(header_data)

    if header_data_size < expected_header_size:
        raise ValueError(f"Invalid file format: File too short to contain a valid header (expected {expected_header_size}, got {header_data_size})")

    unpacked_data = struct.unpack(header_format, header_data)
    fxp_header = FXPHeader(*unpacked_data)

    # Validate magic bytes and fx_magic to ensure correct file type and structure
    if fxp_header.file_magic != b'CcnK':
        raise ValueError(f"Invalid file format: Missing expected 'CcnK' magic bytes: {fxp_header.file_magic}")
    if fxp_header.fx_magic != b'FPCh':
        raise ValueError(f"Invalid file format: File does not contain an opaque chunk or is not of type 'FPCh': {fxp_header.fx_magic}")
    if fxp_header.version != 1 and fxp_header.version != 2:
        raise ValueError(f"Invalid file format: Unexpected version: {fxp_header.version}")

    chunk_data = f.read(fxp_header.chunk_size)

    program_name_str = fxp_header.program_name.decode('ascii').rstrip('\x00')
    plugin_id_str = fxp_header.plugin_id.to_bytes(4, byteorder='big').decode('ascii')

    print(f"File Size: {file_size}")
    print(f"Expected Header Size: {expected_header_size}")
    print(f"Actual Header Size: {header_data_size}")
    print(f"Estimated Chunk Size: {estimated_chunk_size}")
    print()

    # Print the header content for verification
    print("Header Contents:")
    print(f"  File Magic: {fxp_header.file_magic.decode('ascii')}")
    print(f"  Data Size: {fxp_header.data_size}")
    print(f"  FX Magic: {fxp_header.fx_magic.decode('ascii')}")
    print(f"  Version: {fxp_header.version}")
    print(f"  Plugin ID: {fxp_header.plugin_id} ({plugin_id_str})")
    print(f"  Plugin Version: {fxp_header.plugin_version}")
    print(f"  Number of Programs: {fxp_header.programs_count}")
    print(f"  Program Name: {program_name_str}")
    print(f"  Chunk Size: {fxp_header.chunk_size}")

    meta = SimpleNamespace(
        file_size=file_size,
        expected_header_size=expected_header_size,
        header_data_size=header_data_size,
        estimated_chunk_size=estimated_chunk_size,
        program_name_str=program_name_str,
        plugin_id_str=plugin_id_str,
    )

    data = SimpleNamespace(
        raw_header_data=header_data,
        raw_chunk_data=chunk_data,
    )

    return SimpleNamespace(
        meta=meta,
        header=fxp_header,
        data=data,
    )

 def parse_and_print_multiple_data(binary_data, data_segments, should_decode=False):
    """
    Parse multiple parts of binary data using specified struct formats and print each with a label.

    Parameters:
    binary_data (bytes): The binary data to parse.
    data_segments (list of tuples): A list where each tuple contains:
                                    (label: str, offset: int, struct_format: str)

    Returns:
    None
    """
    print("Known Chunk Contents:")

    for label, offset, struct_format in data_segments:
        # Calculate the size of the struct to unpack
        size = struct.calcsize(struct_format)

        # Extract the relevant slice from the binary data
        data_slice = binary_data[offset:offset + size]

        # Ensure there is enough data to unpack
        if len(data_slice) != size:
            print(f"Error: Not enough data for '{label}' at offset {offset}. Expected {size} bytes, got {len(data_slice)} bytes.")
            continue

        # Unpack the data according to the struct format
        parsed_data = struct.unpack(struct_format, data_slice)

        # Since single field is processed, assume there's only one element in parsed_data
        parsed_data = parsed_data[0]

        # Decode byte strings to UTF-8 strings, if applicable
        if should_decode and isinstance(parsed_data, bytes):
            try:
                parsed_data = parsed_data.decode('utf-8').rstrip('\x00')  # Decode and strip null characters
            except UnicodeDecodeError:
                parsed_data = repr(parsed_data)  # Show raw bytes if not decodable

        # Print the result with the label
        print(f"  [0x{offset:x} ({offset}), {struct_format}] {label}: {parsed_data}")

 def main():
    parser = argparse.ArgumentParser(description='Process .fxp files to extract and decompress opaque data')
    parser.add_argument('filename', type=str, help='The .fxp file to process')
    parser.add_argument('--force', action='store_true', help='Overwrite existing files without prompting')
    parser.add_argument('--decode', action='store_true', help='Whether extracted byte arrays should be decoded as strings')
    args = parser.parse_args()

    data_output_file = f"{args.filename}_opaque"
    decompressed_data_output_file = f"{args.filename}_opaque_decompressed"

    with open(args.filename, 'rb') as f:
        fxp_data = read_fxp_header(f)

    # Attempt to decompress the data
    try:
        decompressed_data = zlib.decompress(fxp_data.data.raw_chunk_data)
    except zlib.error as e:
        print(f"Failed to decompress: {e}")

    parse_and_print_multiple_data(decompressed_data, data_segments, should_decode=args.decode)

    # Check if output files exist and handle according to --force flag
    existing_files = []
    if os.path.exists(data_output_file):
        existing_files.append(data_output_file)
    if os.path.exists(decompressed_data_output_file):
        existing_files.append(decompressed_data_output_file)
    if existing_files:
        if not args.force:
            raise FileExistsError(f"Output file(s) already exist and cannot be overwritten without using --force: {', '.join(existing_files)}")
        else:
            for file in existing_files:
                print(f"Warning: {file} already exists and will be overwritten.")

    # Save the opaque data to a file
    with open(data_output_file, 'wb') as out_f:
        out_f.write(fxp_data.data.raw_chunk_data)
    print(f"Opaque data saved to {data_output_file}")

    # Save the decompressed opaque data to a file
    with open(decompressed_data_output_file, 'wb') as out_f:
        out_f.write(decompressed_data)
    print(f"Decompressed opaque data saved to {decompressed_data_output_file}")

 if __name__ == "__main__":
    main()
	'mastervol',
	'a_vol',
	'a_pan',
	'a_octave',
	'a_semi',
	'a_fine',
	'a_unison',
	'a_unidet',
	'a_uniblend',
	'a_warp',
	'a_coarsepit',
	'a_wtpos',
	'a_randphase',
	'a_phase',
	'b_vol',
	'b_pan',
	'b_octave',
	'b_semi',
	'b_fine',
	'b_unison',
	'b_unidet',
	'b_uniblend',
	'b_warp',
	'b_coarsepit',
	'b_wtpos',
	'b_randphase',
	'b_phase',
	'noise_level',
	'noise_pitch',
	'noise_fine',
	'noise_pan',
	'noise_randphase',
	'noise_phase',
	'sub_osc_level',
	'sub_osc_pan',
	'env1_atk',
	'env1_hold',
	'env1_dec',
	'env1_sus',
	'env1_rel',
	'osca_fil',
	'oscb_fil',
	'oscn_fil',
	'oscs_fil',
	'fil_type',
	'fil_cutoff',
	'fil_reso',
	'fil_driv',
	'fil_var',
	'fil_mix',
	'fil_stereo',
	'env2_atk',
	'env2_hld',
	'env2_dec',
	'env2_sus',
	'env2_rel',
	'env3_atk',
	'env3_hld',
	'env3_dec',
	'env3_sus',
	'env3_rel',
	'lfo1rate',
	'lfo2rate',
	'lfo3rate',
	'lfo4rate',
	'porttime',
	'portcurve',
	'chaos1_bpm',
	'chaos2_bpm',
	'chaos1_rate',
	'chaos2_rate',
	'a_curve1',
	'd_curve1',
	'r_curve1',
	'a_curve2',
	'd_curve2',
	'r_curve2',
	'a_curve3',
	'd_curve3',
	'r_curve3',
	'verb_wet',
	'verbsize',
	'verbpdly',
	'verbloct',
	'verbdamp',
	'verbhict',
	'verbwdth',
	'eq_frql',
	'eq_frqh',
	'eq_q_l',
	'eq_q_h',
	'eq_voll',
	'eq_volh',
	'eq_typl',
	'eq_typh',
	'dist_wet',
	'dist_drv',
	'dist_l_b_h',
	'dist_mode',
	'dist_freq',
	'dist_bw',
	'dist_prepost',
	'flg_wet',
	'flg_bpm_sync',
	'flg_rate',
	'flg_dep',
	'flg_feed',
	'flg_stereo',
	'phs_wet',
	'phs_bpm_sync',
	'phs_rate',
	'phs_dpth',
	'phs_frq',
	'phs_feed',
	'phs_stereo',
	'cho_wet',
	'cho_bpm_sync',
	'cho_rate',
	'cho_dly',
	'cho_dly2',
	'cho_dep',
	'cho_feed',
	'cho_filt',
	'dly_wet',
	'dly_freq',
	'dly_bw',
	'dly_bpm_sync',
	'dly_link',
	'dly_timl',
	'dly_timr',
	'dly_mode',
	'dly_feed',
	'dly_off_l',
	'dly_off_r',
	'cmp_thr',
	'cmp_rat',
	'cmp_att',
	'cmp_rel',
	'cmpgain',
	'cmpmbnd',
	'fx_fil_wet',
	'fx_fil_type',
	'fx_fil_freq',
	'fx_fil_reso',
	'fx_fil_drive',
	'fx_fil_var',
	'hyp_wet',
	'hyp_rate',
	'hyp_detune',
	'hyp_unison',
	'hyp_retrig',
	'hypdim_size',
	'hypdim_mix',
	'dist_enable',
	'flg_enable',
	'phs_enable',
	'cho_enable',
	'dly_enable',
	'comp_enable',
	'rev_enable',
	'eq_enable',
	'fx_fil_enable',
	'hyp_enable',
	'oscapitchtrack',
	'oscbpitchtrack',
	'bend_u',
	'bend_d',
	'warposca',
	'warposcb',
	'suboscshape',
	'suboscoctave',
	'a_uni_lr',
	'b_uni_lr',
	'a_uni_warp',
	'b_uni_warp',
	'a_uni_wtpos',
	'b_uni_wtpos',
	'a_uni_stack',
	'b_uni_stack',
	'mod_1_amt',
	'mod_1_out',
	'mod_2_amt',
	'mod_2_out',
	'mod_3_amt',
	'mod_3_out',
	'mod_4_amt',
	'mod_4_out',
	'mod_5_amt',
	'mod_5_out',
	'mod_6_amt',
	'mod_6_out',
	'mod_7_amt',
	'mod_8_out',
	'mod_8_amt',
	'mod_9_amt',
	'mod_9_out',
	'mod10_amt',
	'mod10_out',
	'mod11_amt',
	'mod11_out',
	'mod12_amt',
	'mod12_out',
	'mod13_amt',
	'mod13_out',
	'mod14_amt',
	'mod14_out',
	'mod15_amt',
	'mod15_out',
	'mod16_amt',
	'mod16_out',
	'osc_a_on',
	'osc_b_on',
	'osc_n_on',
	'osc_s_on',
	'filter_on',
	'mod_wheel',
	'macro_1',
	'macro_2',
	'macro_3',
	'macro_4',
	'amp',
	'lfo1_smooth',
	'lfo2_smooth',
	'lfo3_smooth',
	'lfo4_smooth',
	'pitch_bend',
	'mod17_amt',
	'mod17_out',
	'mod18_amt',
	'mod18_out',
	'mod19_amt',
	'mod19_out',
	'mod20_amt',
	'mod20_out',
	'mod21_amt',
	'mod21_out',
	'mod22_amt',
	'mod22_out',
	'mod23_amt',
	'mod23_out',
	'mod24_amt',
	'mod24_out',
	'mod25_amt',
	'mod25_out',
	'mod26_amt',
	'mod26_out',
	'mod27_amt',
	'mod27_out',
	'mod28_amt',
	'mod28_out',
	'mod29_amt',
	'mod29_out',
	'mod30_amt',
	'mod30_out',
	'mod31_amt',
	'mod31_out',
	'mod32_amt',
	'mod32_out',
	'lfo5rate',
	'lfo6rate',
	'lfo7rate',
	'lfo8rate',
	'lfo5_smooth',
	'lfo6_smooth',
	'lfo7_smooth',
	'lfo8_smooth',
	'fxfil_pan',
	'comp_wet',
	'gain_l',
	'gain_m',
	'gain_h',
	'lfo1_rise',
	'lfo2_rise',
	'lfo3_rise',
	'lfo4_rise',
	'lfo5_rise',
	'lfo6_rise',
	'lfo7_rise',
	'lfo8_rise',
	'lfo1_delay',
	'lfo2_delay',
	'lfo3_delay',
	'lfo4_delay',
	'lfo5_delay',
	'lfo6_delay',
	'lfo7_delay',
	'lfo8_delay'
	There are 287 params exposed through pedalboard for the Serum VST demo, there are 348 default values in the code for serum (maybe not the demo version..?)

	🔖0067d5d0 float defaultValues.7561() = 0.699999988
	0067d5d4 float data_67d5d4 = 0.75
	0067d5d8 float data_67d5d8 = 0.5
	0067d5dc float data_67d5dc = 0.5
	0067d5e0 float data_67d5e0 = 0.5
	0067d5e4 float data_67d5e4 = 0.5
	0067d5e8 float data_67d5e8 = 0
	0067d5ec float data_67d5ec = 0.5
	0067d5f0 float data_67d5f0 = 0.75
	0067d5f4 float data_67d5f4 = 0
	0067d5f8 float data_67d5f8 = 0.5
	0067d5fc float data_67d5fc = 0
	0067d600 float data_67d600 = 1
	0067d604 float data_67d604 = 0.5
	0067d608 float data_67d608 = 0.75
	0067d60c float data_67d60c = 0.5
	0067d610 float data_67d610 = 0.5
	0067d614 float data_67d614 = 0.5
	0067d618 float data_67d618 = 0.5
	0067d61c float data_67d61c = 0
	0067d620 float data_67d620 = 0.5
	0067d624 float data_67d624 = 0.75
	0067d628 float data_67d628 = 0
	0067d62c float data_67d62c = 0.5
	0067d630 float data_67d630 = 0
	0067d634 float data_67d634 = 1
	0067d638 float data_67d638 = 0.5
	0067d63c float data_67d63c = 0.25
	0067d640 float data_67d640 = 0.5
	0067d644 float data_67d644 = 0.5
	0067d648 float data_67d648 = 0.5
	0067d64c float data_67d64c = 0
	0067d650 float data_67d650 = 0
	0067d654 float data_67d654 = 0.75
	0067d658 float data_67d658 = 0.5
	0067d65c float data_67d65c = 0.109999999
	0067d660 float data_67d660 = 0
	0067d664 float data_67d664 = 0.5
	0067d668 float data_67d668 = 1
	0067d66c float data_67d66c = 0.215000004
	0067d670 float data_67d670 = 1
	0067d674 float data_67d674 = 0
	0067d678 float data_67d678 = 0
	0067d67c float data_67d67c = 0
	0067d680 float data_67d680 = 0.0105263162
	0067d684 float data_67d684 = 0.5
	0067d688 float data_67d688 = 0.100000001
	0067d68c float data_67d68c = 0
	0067d690 float data_67d690 = 0
	0067d694 float data_67d694 = 1
	0067d698 float data_67d698 = 0.5
	0067d69c float data_67d69c = 0.109999999
	0067d6a0 float data_67d6a0 = 0
	0067d6a4 float data_67d6a4 = 0.5
	0067d6a8 float data_67d6a8 = 1
	0067d6ac float data_67d6ac = 0.215000004
	0067d6b0 float data_67d6b0 = 0.109999999
	0067d6b4 float data_67d6b4 = 0
	0067d6b8 float data_67d6b8 = 0.5
	0067d6bc float data_67d6bc = 1
	0067d6c0 float data_67d6c0 = 0.215000004
	0067d6c4 float data_67d6c4 = 0.5
	0067d6c8 float data_67d6c8 = 0.5
	0067d6cc float data_67d6cc = 0.5
	0067d6d0 float data_67d6d0 = 0.5
	0067d6d4 float data_67d6d4 = 0
	0067d6d8 float data_67d6d8 = 0.5
	0067d6dc float data_67d6dc = 0
	0067d6e0 float data_67d6e0 = 0
	0067d6e4 float data_67d6e4 = 0.251188993
	0067d6e8 float data_67d6e8 = 0.251188993
	0067d6ec float data_67d6ec = 0.400000006
	0067d6f0 float data_67d6f0 = 0.600000024
	0067d6f4 float data_67d6f4 = 0.600000024
	0067d6f8 float data_67d6f8 = 0.400000006
	0067d6fc float data_67d6fc = 0.600000024
	0067d700 float data_67d700 = 0.600000024
	0067d704 float data_67d704 = 0.400000006
	0067d708 float data_67d708 = 0.600000024
	0067d70c float data_67d70c = 0.600000024
	0067d710 float data_67d710 = 0.5
	0067d714 float data_67d714 = 0.200000003
	0067d718 float data_67d718 = 0.349999994
	0067d71c float data_67d71c = 0.349999994
	0067d720 float data_67d720 = 0
	0067d724 float data_67d724 = 0.25
	0067d728 float data_67d728 = 0.349999994
	0067d72c float data_67d72c = 0.200000003
	0067d730 float data_67d730 = 0.333000004
	0067d734 float data_67d734 = 0.666000009
	0067d738 float data_67d738 = 0.600000024
	0067d73c float data_67d73c = 0.600000024
	0067d740 float data_67d740 = 0.5
	0067d744 float data_67d744 = 0.5
	0067d748 float data_67d748 = 0
	0067d74c float data_67d74c = 0
	0067d750 float data_67d750 = 1
	0067d754 float data_67d754 = 0.25
	0067d758 float data_67d758 = 0
	0067d75c float data_67d75c = 0
	0067d760 float data_67d760 = 0.5
	0067d764 float data_67d764 = 0.5
	0067d768 float data_67d768 = 0
	0067d76c float data_67d76c = 1
	0067d770 float data_67d770 = 0
	0067d774 float data_67d774 = 0.25
	0067d778 float data_67d778 = 1
	0067d77c float data_67d77c = 0.5
	0067d780 float data_67d780 = 0.5
	0067d784 float data_67d784 = 1
	0067d788 float data_67d788 = 0
	0067d78c float data_67d78c = 0.25
	0067d790 float data_67d790 = 0.5
	0067d794 float data_67d794 = 0.5
	0067d798 float data_67d798 = 0.800000012
	0067d79c float data_67d79c = 0.5
	0067d7a0 float data_67d7a0 = 0.5
	0067d7a4 float data_67d7a4 = 0
	0067d7a8 float data_67d7a8 = 0.25
	0067d7ac float data_67d7ac = 0.5
	0067d7b0 float data_67d7b0 = 0
	0067d7b4 float data_67d7b4 = 1
	0067d7b8 float data_67d7b8 = 0.100000001
	0067d7bc float data_67d7bc = 0.5
	0067d7c0 float data_67d7c0 = 0.300000012
	0067d7c4 float data_67d7c4 = 0.5
	0067d7c8 float data_67d7c8 = 0.800000012
	0067d7cc float data_67d7cc = 1
	0067d7d0 float data_67d7d0 = 0
	0067d7d4 float data_67d7d4 = 0.625
	0067d7d8 float data_67d7d8 = 0.625
	0067d7dc float data_67d7dc = 0
	0067d7e0 float data_67d7e0 = 0.400000006
	0067d7e4 float data_67d7e4 = 0.5
	0067d7e8 float data_67d7e8 = 0.5
	0067d7ec float data_67d7ec = 0.5
	0067d7f0 float data_67d7f0 = 0.75
	0067d7f4 float data_67d7f4 = 0.300000012
	0067d7f8 float data_67d7f8 = 0.300000012
	0067d7fc float data_67d7fc = 0
	0067d800 float data_67d800 = 0
	0067d804 float data_67d804 = 1
	0067d808 float data_67d808 = 0
	0067d80c float data_67d80c = 0.5
	0067d810 float data_67d810 = 0
	0067d814 float data_67d814 = 0
	0067d818 float data_67d818 = 0
	0067d81c float data_67d81c = 0.5
	0067d820 float data_67d820 = 0.400000006
	0067d824 float data_67d824 = 0.25
	0067d828 float data_67d828 = 0.5
	0067d82c float data_67d82c = 0
	0067d830 float data_67d830 = 0.5
	0067d834 float data_67d834 = 0
	0067d838 float data_67d838 = 0
	0067d83c float data_67d83c = 0
	0067d840 float data_67d840 = 0
	0067d844 float data_67d844 = 0
	0067d848 float data_67d848 = 0
	0067d84c float data_67d84c = 0
	0067d850 float data_67d850 = 0
	0067d854 float data_67d854 = 0
	0067d858 float data_67d858 = 0
	0067d85c float data_67d85c = 0
	0067d860 float data_67d860 = 1
	0067d864 float data_67d864 = 1
	0067d868 float data_67d868 = 0.540799975
	0067d86c float data_67d86c = 0.459100008
	0067d870 float data_67d870 = 0
	0067d874 float data_67d874 = 0
	0067d878 float data_67d878 = 0
	0067d87c float data_67d87c = 0.5
	0067d880 float data_67d880 = 1
	0067d884 float data_67d884 = 1
	0067d888 float data_67d888 = 0.5
	0067d88c float data_67d88c = 0.5
	0067d890 float data_67d890 = 0.5
	0067d894 float data_67d894 = 0.5
	0067d898 float data_67d898 = 0
	0067d89c float data_67d89c = 0
	0067d8a0 float data_67d8a0 = 0
	0067d8a4 float data_67d8a4 = 1
	0067d8a8 float data_67d8a8 = 0
	0067d8ac float data_67d8ac = 1
	0067d8b0 float data_67d8b0 = 0
	0067d8b4 float data_67d8b4 = 1
	0067d8b8 float data_67d8b8 = 0
	0067d8bc float data_67d8bc = 1
	0067d8c0 float data_67d8c0 = 0
	0067d8c4 float data_67d8c4 = 1
	0067d8c8 float data_67d8c8 = 0
	0067d8cc float data_67d8cc = 1
	0067d8d0 float data_67d8d0 = 0
	0067d8d4 float data_67d8d4 = 1
	0067d8d8 float data_67d8d8 = 0
	0067d8dc float data_67d8dc = 1
	0067d8e0 float data_67d8e0 = 0
	0067d8e4 float data_67d8e4 = 1
	0067d8e8 float data_67d8e8 = 0
	0067d8ec float data_67d8ec = 1
	0067d8f0 float data_67d8f0 = 0
	0067d8f4 float data_67d8f4 = 1
	0067d8f8 float data_67d8f8 = 0
	0067d8fc float data_67d8fc = 1
	0067d900 float data_67d900 = 0
	0067d904 float data_67d904 = 1
	0067d908 float data_67d908 = 0
	0067d90c float data_67d90c = 1
	0067d910 float data_67d910 = 0
	0067d914 float data_67d914 = 1
	0067d918 float data_67d918 = 0
	0067d91c float data_67d91c = 1
	0067d920 float data_67d920 = 1
	0067d924 float data_67d924 = 0
	0067d928 float data_67d928 = 0
	0067d92c float data_67d92c = 0
	0067d930 float data_67d930 = 0
	0067d934 float data_67d934 = 0
	0067d938 float data_67d938 = 0
	0067d93c float data_67d93c = 0
	0067d940 float data_67d940 = 0
	0067d944 float data_67d944 = 0
	0067d948 float data_67d948 = 0.5
	0067d94c float data_67d94c = 0
	0067d950 float data_67d950 = 0
	0067d954 float data_67d954 = 0
	0067d958 float data_67d958 = 0
	0067d95c float data_67d95c = 0.5
	0067d960 float data_67d960 = 0
	0067d964 float data_67d964 = 1
	0067d968 float data_67d968 = 0
	0067d96c float data_67d96c = 1
	0067d970 float data_67d970 = 0
	0067d974 float data_67d974 = 1
	0067d978 float data_67d978 = 0
	0067d97c float data_67d97c = 1
	0067d980 float data_67d980 = 0
	0067d984 float data_67d984 = 1
	0067d988 float data_67d988 = 0
	0067d98c float data_67d98c = 1
	0067d990 float data_67d990 = 0
	0067d994 float data_67d994 = 1
	0067d998 float data_67d998 = 0
	0067d99c float data_67d99c = 1
	0067d9a0 float data_67d9a0 = 0
	0067d9a4 float data_67d9a4 = 1
	0067d9a8 float data_67d9a8 = 0
	0067d9ac float data_67d9ac = 1
	0067d9b0 float data_67d9b0 = 0
	0067d9b4 float data_67d9b4 = 1
	0067d9b8 float data_67d9b8 = 0
	0067d9bc float data_67d9bc = 1
	0067d9c0 float data_67d9c0 = 0
	0067d9c4 float data_67d9c4 = 1
	0067d9c8 float data_67d9c8 = 0
	0067d9cc float data_67d9cc = 1
	0067d9d0 float data_67d9d0 = 0
	0067d9d4 float data_67d9d4 = 1
	0067d9d8 float data_67d9d8 = 0
	0067d9dc float data_67d9dc = 1
	0067d9e0 float data_67d9e0 = 0.5
	0067d9e4 float data_67d9e4 = 0.5
	0067d9e8 float data_67d9e8 = 0.5
	0067d9ec float data_67d9ec = 0.5
	0067d9f0 float data_67d9f0 = 0
	0067d9f4 float data_67d9f4 = 0
	0067d9f8 float data_67d9f8 = 0
	0067d9fc float data_67d9fc = 0
	0067da00 float data_67da00 = 0.5
	0067da04 float data_67da04 = 1
	0067da08 float data_67da08 = 0.5
	0067da0c float data_67da0c = 0.5
	0067da10 float data_67da10 = 0.5
	0067da14 float data_67da14 = 0
	0067da18 float data_67da18 = 0
	0067da1c float data_67da1c = 0
	0067da20 float data_67da20 = 0
	0067da24 float data_67da24 = 0
	0067da28 float data_67da28 = 0
	0067da2c float data_67da2c = 0
	0067da30 float data_67da30 = 0
	0067da34 float data_67da34 = 0
	0067da38 float data_67da38 = 0
	0067da3c float data_67da3c = 0
	0067da40 float data_67da40 = 0
	0067da44 float data_67da44 = 0
	0067da48 float data_67da48 = 0
	0067da4c float data_67da4c = 0
	0067da50 float data_67da50 = 0
	0067da54 float data_67da54 = 0.5
	0067da58 float data_67da58 = 0.5
	0067da5c float data_67da5c = 0.5
	0067da60 float data_67da60 = 0.5
	0067da64 float data_67da64 = 0.5
	0067da68 float data_67da68 = 0.5
	0067da6c float data_67da6c = 0.5
	0067da70 float data_67da70 = 0.5
	0067da74 float data_67da74 = 0.5
	0067da78 float data_67da78 = 0.5
	0067da7c float data_67da7c = 0.5
	0067da80 float data_67da80 = 0.5
	0067da84 float data_67da84 = 0.5
	0067da88 float data_67da88 = 0.5
	0067da8c float data_67da8c = 0.5
	0067da90 float data_67da90 = 0.5
	0067da94 float data_67da94 = 0.5
	0067da98 float data_67da98 = 0.5
	0067da9c float data_67da9c = 0.5
	0067daa0 float data_67daa0 = 0.5
	0067daa4 float data_67daa4 = 0.5
	0067daa8 float data_67daa8 = 0.5
	0067daac float data_67daac = 0.5
	0067dab0 float data_67dab0 = 0.5
	0067dab4 float data_67dab4 = 0.5
	0067dab8 float data_67dab8 = 0.5
	0067dabc float data_67dabc = 0
	0067dac0 float data_67dac0 = 0
	0067dac4 float data_67dac4 = 0.5
	0067dac8 float data_67dac8 = 0
	0067dacc float data_67dacc = 0
	0067dad0 float data_67dad0 = 0
	0067dad4 float data_67dad4 = 0
	0067dad8 float data_67dad8 = 0
	0067dadc float data_67dadc = 0
	0067dae0 float data_67dae0 = 0
	0067dae4 float data_67dae4 = 0.5
	0067dae8 float data_67dae8 = 0
	0067daec float data_67daec = 0
	0067daf0 float data_67daf0 = 0.225806445
	0067daf4 float data_67daf4 = 1
	0067daf8 float data_67daf8 = 0
	0067dafc float data_67dafc = 0.0416666679
	0067db00 float data_67db00 = 0.0416666679
	0067db04 float data_67db04 = 0
	0067db08 float data_67db08 = 0
	0067db0c float data_67db0c = 0
	0067db10 float data_67db10 = 0
	0067db14 float data_67db14 = 0
	0067db18 float data_67db18 = 0
	0067db1c float data_67db1c = 0
	0067db20 float data_67db20 = 1
	0067db24 float data_67db24 = 0
	0067db28 float data_67db28 = 0
	0067db2c float data_67db2c = 0
	0067db30 float data_67db30 = 0
	0067db34 float data_67db34 = 1.875
	0067db38 float data_67db38 = 0
	0067db3c float data_67db3c = 1.875
	vst param # name min max display unit default
	0 MasterVol 0 100 = % 70
	1 A Vol 0 100 = % 75
	2 A Pan -50 50 = - 0
	3 A Octave -4 4 = Oct 0
	4 A Semi -12 12 = semitones 0
	5 A Fine -100 100 = cents 0
	6 A Unison 0 16 = - 0
	7 A UniDet 0 1 ? - 0.5
	8 A UniBlend 0 100 = - 75
	9 A Warp 0 1 ? - 0
	10 A CoarsePit 0 1 ? - 0.5
	11 A WTPos 1 256 ? - 1
	12 A RandPhase 0 100 = % 100
	13 A Phase 0 1 ? ° 0.5
	14 B Vol 0 100 = % 75
	15 B Pan -50 50 = - 0
	16 B Octave -4 4 = Oct 0
	17 B Semi -12 12 = semitones 0
	18 B Fine -100 100 = cents 0
	19 B Unison 0 16 = - 0
	20 B UniDet 0 1 ? - 0.5
	21 B UniBlend 0 100 = - 75
	22 B Warp 0 1 ? - 0
	23 B CoarsePit 0 1 ? - 0.5
	24 B WTPos 1 256 ? - 1
	25 B RandPhase 0 100 = % 100
	26 B Phase 0 1 ? ° 0.5
	27 Noise Level 0 100 = % 25
	28 Noise Pitch 0 100 = % 50
	29 Noise Fine -1 1 = % 0
	30 Noise Pan -50 50 = - 0
	31 Noise RandPhase 0 100 = % 0
	32 Noise Phase 0 100 = % 0
	33 Sub Osc Level 0 100 = % 75
	34 Sub Osc Pan -50 50 = % 0
	35 Env1 Atk 0 1 ? ms 0.11
	36 Env1 Hold 0 1 ? ms 0
	37 Env1 Dec 0 1 ? s 0.5
	38 Env1 Sus 0 1 ? dB 1
	39 Env1 Rel 0 1 ? ms 0.215
	40 OscA>Fil 0 1 ! - 1
	41 OscB>Fil 0 1 ! - 0
	42 OscN>Fil 0 1 ! - 0
	43 OscS>Fil 0 1 ! - 0
	44 Fil Type 0 1 ? - 0.0113636
	45 Fil Cutoff 0 1 ? Hz 0.5
	46 Fil Reso 0 100 = % 10
	47 Fil Driv 0 100 = % 0
	48 Fil Var 0 100 = % 0
	49 Fil Mix 0 100 = % 100
	50 Fil Stereo 0 100 = % 50
	51 Env2 Atk 0 1 ? ms 0.11
	52 Env2 Hld 0 1 ? ms 0
	53 Env2 Dec 0 1 ? s 0.5
	54 Env2 Sus 0 100 = % 100
	55 Env2 Rel 0 1 ? ms 0.215
	56 Env3 Atk 0 1 ? ms 0.11
	57 Env3 Hld 0 1 ? ms 0
	58 Env3 Dec 0 1 ? s 0.5
	59 Env3 Sus 0 100 = % 100
	60 Env3 Rel 0 1 ? ms 0.215
	61 LFO1Rate 0 1 ! - 0.5
	62 LFO2Rate 0 1 ! - 0.5
	63 LFO3Rate 0 1 ! - 0.5
	64 LFO4Rate 0 1 ! - 0.5
	65 PortTime 0 1 ? ms 0
	66 PortCurve -100 100 = % 0
	67 Chaos1 BPM 0 1 ? - 0
	68 Chaos2 BPM 0 1 ? - 0
	69 Chaos1 Rate 0 1 ? - 0.251189
	70 Chaos2 Rate 0 1 ? - 0.251189
	71 A curve1 0 100 = % 50
	72 D curve1 0 100 = % 67
	73 R curve1 0 100 = % 67
	74 A curve2 0 100 = % 50
	75 D curve2 0 100 = % 67
	76 R curve2 0 100 = % 67
	77 A curve3 0 100 = % 50
	78 D curve3 0 100 = % 67
	79 R curve3 0 100 = % 67
	80 Mast.Tun 0 0 = - 0
	81 Verb Wet 0 100 = % 33
	82 VerbSize 0 100 = % 33
	83 VerbPDly 0 1 ? ms 0.12
	84 VerbLoCt 0 100 = % 0
	85 VerbDamp 0 100 = % 28
	86 VerbHiCt 0 100 = % 50
	87 VerbWdth 0 100 = % 100
	88 EQ FrqL 0 1 ? Hz 0.333
	89 EQ FrqH 0 1 ? Hz 0.666
	90 EQ Q L 0 100 = % 60
	91 EQ Q H 0 100 = % 60
	92 EQ VolL -24 24 = dB 0
	93 EQ VolH -24 24 = dB 0
	94 EQ TypL 0 1 ? - 0
	95 EQ TypH 0 1 ? - 0
	96 Dist_Wet 0 100 = % 100
	97 Dist_Drv 0 100 = % 25
	98 Dist_L/B/H 0 100 = % 0
	99 Dist_Mode 0 1 ? - 0
	100 Dist_Freq 0 1 ? Hz 0.5
	101 Dist_BW 0 1 ? - 0.5
	102 Dist_PrePost 0 1 ? - 0
	103 Flg_Wet 0 100 = % 100
	104 Flg_BPM_Sync 0 1 ? - 0
	105 Flg_Rate 0 1 ? Hz 0.25
	106 Flg_Dep 0 100 = % 100
	107 Flg_Feed 0 100 = % 50
	108 Flg_Stereo 0 360 = ° 180
	109 Phs_Wet 0 100 = % 100
	110 Phs_BPM_Sync 0 1 ? - 0
	111 Phs_Rate 0 1 ? Hz 0.25
	112 Phs_Dpth 0 100 = % 50
	113 Phs_Frq 0 1 ? Hz 0.5
	114 Phs_Feed 0 100 = % 80
	115 Phs_Stereo 0 360 = ° 180
	116 Cho_Wet 0 100 = % 50
	117 Cho_BPM_Sync 0 1 ? - 0
	118 Cho_Rate 0 1 ? Hz 0.25
	119 Cho_Dly 0 1 ? ms 0.5
	120 Cho_Dly2 0 1 ? ms 0
	121 Cho_Dep 0 1 ? ms 1
	122 Cho_Feed 0 1 ? % 0.1
	123 Cho_Filt 0 1 ? Hz 0.5
	124 Dly_Wet 0 100 = % 30
	125 Dly_Freq 0 1 ? Hz 0.5
	126 Dly_BW 0.8 8.2 = - 6.8
	127 Dly_BPM_Sync 0 1 ? - 1
	128 Dly_Link 0 1 ? - 0
	129+ Dly_TimL 0 1 ? - 0.625
	130+ Dly_TimR 0 1 ? - 0.625
	131 Dly_Mode 0 1 ? - 0
	132 Dly_Feed 0 100 = % 40
	133+ Dly_Off L 0 1 ? - 0.5
	134+ Dly_Off R 0 1 ? - 0.5
	135 Cmp_Thr 0 1 ? dB 0.5
	136 Cmp_Rat 0 1 ? - 0.75
	137 Cmp_Att 0 1 ? ms 0.3
	138 Cmp_Rel 0 1 ? ms 0.3
	139 CmpGain 0 1 ? dB 0
	140 CmpMBnd 0 1 ? - 0
	141 FX Fil Wet 0 100 = % 100
	142 FX Fil Type 0 1 ? - 0
	143 FX Fil Freq 0 1 ? Hz 0.5
	144 FX Fil Reso 0 100 = % 0
	145 FX Fil Drive 0 100 = % 0
	146 FX Fil Var 0 100 = % 0
	147 Hyp_Wet 0 100 = % 50
	148 Hyp_Rate 0 1 ? % 0.4
	149 Hyp_Detune 0 100 = % 25
	150 Hyp_Unison 0 1 ? - 0.571429
	151 Hyp_Retrig 0 1 ? - 0
	152 HypDim_Size 0 100 = % 50
	153 HypDim_Mix 0 100 = % 0
	154 Dist Enable 0 1 ? - 0
	155 Flg Enable 0 1 ? - 0
	156 Phs Enable 0 1 ? - 0
	157 Cho Enable 0 1 ? - 0
	158 Dly Enable 0 1 ? - 0
	159 Comp Enable 0 1 ? - 0
	160 Rev Enable 0 1 ? - 0
	161 EQ Enable 0 1 ? - 0
	162 FX Fil Enable 0 1 ? - 0
	163 Hyp Enable 0 1 ? - 0
	164 OscAPitchTrack 0 1 ? - 1
	165 OscBPitchTrack 0 1 ? - 1
	166 Bend U -24 24 = semitones 2
	167 Bend D -24 24 = semitones -2
	168 WarpOscA 0 1 ? - 0
	169 WarpOscB 0 1 ? - 0
	170 SubOscShape 0 1 ? - 0
	171 SubOscOctave -4 4 = Oct 0
	172 A Uni LR 0 100 = - 100
	173 B Uni LR 0 100 = - 100
	174 A Uni Warp -100 100 = - 0
	175 B Uni Warp -100 100 = - 0
	176 A Uni WTPos -100 100 = - 0
	177 B Uni WTPos -100 100 = - 0
	178 A Uni Stack 0 1 ? - 0
	179 B Uni Stack 0 1 ? - 0
	180 Mod 1 amt -100 100 = - 0
	181 Mod 1 out 0 100 = - 100
	182 Mod 2 amt -100 100 = - 0
	183 Mod 2 out 0 100 = - 100
	184 Mod 3 amt -100 100 = - 0
	185 Mod 3 out 0 100 = - 100
	186 Mod 4 amt -100 100 = - 0
	187 Mod 4 out 0 100 = - 100
	188 Mod 5 amt -100 100 = - 0
	189 Mod 5 out 0 100 = - 100
	190 Mod 6 amt -100 100 = - 0
	191 Mod 6 out 0 100 = - 100
	192 Mod 7 amt -100 100 = - 0
	193 Mod 8 out 0 100 = - 100
	194 Mod 8 amt -100 100 = - 0
	195 Mod 8 out 0 100 = - 100
	196 Mod 9 amt -100 100 = - 0
	197 Mod 9 out 0 100 = - 100
	198 Mod10 amt -100 100 = - 0
	199 Mod10 out 0 100 = - 100
	200 Mod11 amt -100 100 = - 0
	201 Mod11 out 0 100 = - 100
	202 Mod12 amt -100 100 = - 0
	203 Mod12 out 0 100 = - 100
	204 Mod13 amt -100 100 = - 0
	205 Mod13 out 0 100 = - 100
	206 Mod14 amt -100 100 = - 0
	207 Mod14 out 0 100 = - 100
	208 Mod15 amt -100 100 = - 0
	209 Mod15 out 0 100 = - 100
	210 Mod16 amt -100 100 = - 0
	211 Mod16 out 0 100 = - 100
	212 Osc A On 0 1 ? - 1
	213 Osc B On 0 1 ? - 0
	214 Osc N On 0 1 ? - 0
	215 Osc S On 0 1 ? - 0
	216 Filter On 0 1 ? - 0
	217 Mod Wheel 0 100 = % 0
	218 Macro 1 0 100 = % 0
	219 Macro 2 0 100 = % 0
	220 Macro 3 0 100 = % 0
	221 Macro 4 0 100 = % 0
	222 Amp. 0 100 = % 0
	223 LFO1 smooth 0 100 = - 0
	224 LFO2 smooth 0 100 = - 0
	225 LFO3 smooth 0 100 = - 0
	226 LFO4 smooth 0 100 = - 0
	227 Pitch Bend 0 1 ? - 0.5
	228 Mod17 amt -100 100 = - 0
	229 Mod17 out 0 100 = - 100
	230 Mod18 amt -100 100 = - 0
	231 Mod18 out 0 100 = - 100
	232 Mod19 amt -100 100 = - 0
	233 Mod19 out 0 100 = - 100
	234 Mod20 amt -100 100 = - 0
	235 Mod20 out 0 100 = - 100
	236 Mod21 amt -100 100 = - 0
	237 Mod21 out 0 100 = - 100
	238 Mod22 amt -100 100 = - 0
	239 Mod22 out 0 100 = - 100
	240 Mod23 amt -100 100 = - 0
	241 Mod23 out 0 100 = - 100
	242 Mod24 amt -100 100 = - 0
	243 Mod24 out 0 100 = - 100
	244 Mod25 amt -100 100 = - 0
	245 Mod25 out 0 100 = - 100
	246 Mod26 amt -100 100 = - 0
	247 Mod26 out 0 100 = - 100
	248 Mod27 amt -100 100 = - 0
	249 Mod27 out 0 100 = - 100
	250 Mod28 amt -100 100 = - 0
	251 Mod28 out 0 100 = - 100
	252 Mod29 amt -100 100 = - 0
	253 Mod29 out 0 100 = - 100
	254 Mod30 amt -100 100 = - 0
	255 Mod30 out 0 100 = - 100
	256 Mod31 amt -100 100 = - 0
	257 Mod31 out 0 100 = - 100
	258 Mod32 amt -100 100 = - 0
	259 Mod32 out 0 100 = - 100
	260 LFO5Rate 0 1 ! - 0.5
	261 LFO6Rate 0 1 ! - 0.5
	262 LFO7Rate 0 1 ! - 0.5
	263 LFO8Rate 0 1 ! - 0.5
	264 LFO5 smooth 0 100 = - 0
	265 LFO6 smooth 0 100 = - 0
	266 LFO7 smooth 0 100 = - 0
	267 LFO8 smooth 0 100 = - 0
	268 FXFil Pan 0 100 = % 50
	269 Comp_Wet 0 100 = % 50
	270 Gain L 0 200 = % 100
	271 Gain M 0 200 = % 100
	272 Gain H 0 200 = % 100
	273 LFO1 Rise 0 1 ! - 0.0
	274 LFO2 Rise 0 1 ! - 0.0
	275 LFO3 Rise 0 1 ! - 0.0
	276 LFO4 Rise 0 1 ! - 0.0
	277 LFO5 Rise 0 1 ! - 0.0
	278 LFO6 Rise 0 1 ! - 0.0
	279 LFO7 Rise 0 1 ! - 0.0
	280 LFO8 Rise 0 1 ! - 0.0
	281 LFO1 Delay 0 1 ! - 0.0
	282 LFO2 Delay 0 1 ! - 0.0
	283 LFO3 Delay 0 1 ! - 0.0
	284 LFO4 Delay 0 1 ! - 0.0
	285 LFO5 Delay 0 1 ! - 0.0
	286 LFO6 Delay 0 1 ! - 0.0
	287 LFO7 Delay 0 1 ! - 0.0
	288 LFO8 Delay 0 1 ! - 0.0
	# Katai Struct Definition for VST 2.x FXP files

	# NOTE: This is a very early/rough WIP / exploratory prototype

	# Refs:
	# https://github.com/demberto/fxp/blob/main/fxp/__init__.py
	# https://github.com/blurkk/symbiosis-au-vst-2/blob/develop/Symbiosis.mm#L1430-L1730
	#
	# https://doc.kaitai.io/user_guide.html#_kaitai_struct_language
	# > 4. Kaitai Struct language
	# https://doc.kaitai.io/user_guide.html#process
	# > 5.6. Processing: dealing with compressed, obfuscated and encrypted data
	# https://doc.kaitai.io/user_guide.html#meta-imports
	# > 7.4. Importing types from other files
	#
	# https://en.wikipedia.org/wiki/IEEE_754
	# The IEEE Standard for Floating-Point Arithmetic (IEEE 754) is a technical standard for floating-point arithmetic established in 1985 by the Institute of Electrical and Electronics Engineers (IEEE)
	# In Little Endian:
	# 0000 0000 0000 f03f = 64bit double precision floating point value for 1.0
	# 0000 00e0 ffff df3f = 64bit double precision floating point value for 0.4999999701976776
	# 0000 0000 0000 0000 = 64bit double precision floating point value for 0.0

	# Notes:
	# - We can slice the 'opaque content' section from a .fxp like this:
	# `dd if=SooperSaw.fxp of=SooperSaw.fxp_opaquesection.zlib bs=1 skip=60`
	#
	# ```
	# ⇒ file SooperSaw.fxp_opaquesection.zlib
	# SooperSaw.fxp_opaquesection: zlib compressed data
	# ```
	#
	# ```
	# ./decompress_zlib.py
	# ```

	# https://doc.kaitai.io/user_guide.html#_instances_data_beyond_the_sequence
	# https://doc.kaitai.io/user_guide.html#valid-values

	meta:
	id: vst_fxp
	file-extension: fxp
	endian: be
	license: GPL-3.0
	# imports:
	# - TODO
	seq:
	- id: chunk_magic
	contents: 'CcnK'
	- id: byte_size
	type: u4
	- id: fx_magic
	type: str
	size: 4
	encoding: ASCII
	- id: version
	contents: [0x00, 0x00, 0x00, 0x01]
	# type: u4
	# valid:
	# min: 1
	# max: 2
	# any-of: [1, 2]
	- id: fx_id
	type: str
	size: 4
	encoding: ASCII
	- id: fx_version
	type: u4
	- id: num_params
	type: u4
	- id: program_name
	type: str
	size: 24
	encoding: ASCII
	- id: padding
	size: 4
	- id: content
	type:
	switch-on: fx_magic
	cases:
	'"FxCk"': params_content
	'"FPCh"': opaque_content

	types:
	params_content:
	seq:
	- id: params
	type: f4
	repeat: expr
	repeat-expr: _parent.num_params

	opaque_content:
	seq:
	- id: len_data
	type: u4
	- id: data
	size: len_data
	process: zlib
	type: serum_preset

	# TODO: The following is unknown and just arbitrary guesses
	serum_preset:
	# https://doc.kaitai.io/user_guide.html#_instances_data_beyond_the_sequence
	instances:
	maybe_preset_name:
	pos: 18800 # 0x4970
	size: 32
	type: strz
	encoding: ASCII
	maybe_macro_1_label:
	pos: 19040 # 0x4A60
	size: 32
	type: strz
	encoding: ASCII
	maybe_macro_2_label:
	pos: 19072 # 0x4A80
	size: 32
	type: strz
	encoding: ASCII
	maybe_macro_3_label:
	pos: 19104 # 0x4AA0
	size: 32
	type: strz
	encoding: ASCII
	maybe_macro_4_label:
	pos: 19136 # 0x4AC0
	size: 32
	type: strz
	encoding: ASCII
	seq:
	- id: unknown_1
	size: 0x37c8 # Assuming this is the starting offset where the first known data changes
	- id: maybe_macro_1_value
	type: f4le # Type float, little-endian (change as necessary)
	- id: maybe_macro_2_value
	type: f4le
	- id: maybe_macro_3_value
	type: f4le
	- id: maybe_macro_4_value
	type: f4le
	- id: unknown_till_eof
	size-eos: true # Continue to the end of the stream/file if no more known sizes
	# Basic opaque byte array
	# - id: data
	# size-eos: true
	# # Attempt 1
	# meta:
	# endian: le
	# seq:
	# # - id: unknown_data
	# # size: 4
	# - id: entries
	# type: serum_entry
	# repeat: eos

	# serum_entry:
	# seq:
	# - id: unknown_data
	# # size: 8
	# type: f4
	#!/usr/bin/env python

	# Notes:
	# - We can slice the 'opaque content' section from a .fxp like this:
	# `dd if=SooperSaw.fxp of=SooperSaw.fxp_opaquesection.zlib bs=1 skip=60`
	# - We can slice the pre-params section from a .fxp_opaque_decompressed file like this:
	# `dd if=init.fxp_opaque_decompressed of=init.fxp_opaque_decompressed_preparams bs=1 skip=0 count=$((0x3460))`
	# - We can slice the post-params section from a .fxp_opaque_decompressed file like this:
	# `dd if=init.fxp_opaque_decompressed of=init.fxp_opaque_decompressed_postparams bs=1 skip=$((0x3908))`
	#
	# ```
	# ⇒ file SooperSaw.fxp_opaquesection.zlib
	# SooperSaw.fxp_opaquesection: zlib compressed data
	# ```
	#
	# ```
	# ./decompress_zlib.py
	# ```

	# Trying to figure out how the wavetable data is stored in the .fxp files; comparing diffs, I tend to see sections like these changing:
	# 0x0 for 24-bytes * 27 lines = 648-bytes
	# 0x50e8 for 24-bytes * 34 lines = 816-bytes
	# 0x8448 for 24-bytes * 7 lines = 168-bytes
	# But there doesn't seem to be enough data changing for what I would expect given the changes I make..?

	import argparse
	import os
	import struct
	import zlib
	from types import SimpleNamespace
	from dataclasses import dataclass

	data_segments = [
	# The following param values are basically read from the SYParameters.txt file; with the offset reverse engineered from the manual params below
	('?? Param0: MasterVol', 0x3460+(4*0), '<f'), # LE, Float (4-bytes)
	('?? Param1: A Vol', 0x3460+(4*1), '<f'), # LE, Float (4-bytes)
	('?? Param2: A Pan', 0x3460+(4*2), '<f'), # LE, Float (4-bytes)
	# ..snip..
	('?? Param35: Env1 Atk', 0x3460+(4*35), '<f'), # LE, Float (4-bytes)
	('?? Param36: Env1 Hold', 0x3460+(4*36), '<f'), # LE, Float (4-bytes)
	('?? Param37: Env1 Dec', 0x3460+(4*37), '<f'), # LE, Float (4-bytes)
	('?? Param38: Env1 Sus', 0x3460+(4*38), '<f'), # LE, Float (4-bytes)
	('?? Param39: Env1 Rel', 0x3460+(4*39), '<f'), # LE, Float (4-bytes)
	# ..snip..
	('?? Param298: FX Hyper Level', 0x3460+(4*298), '<f'), # LE, Float (4-bytes)
	# etc
	# These parameters were manually reversed using diffs/etc
	('env1_atk_ms', 0x34ec, '<f'), # LE, Float (4-bytes)
	('env1_hold_ms',0x34ec+4, '<f'), # LE, Float (4-bytes)
	('env1_dec_s', 0x34ec+8, '<f'), # LE, Float (4-bytes)
	('env1_sus_db', 0x34ec+12, '<f'), # LE, Float (4-bytes)
	('env1_rel_ms', 0x34ec+16, '<f'), # LE, Float (4-bytes)
	('env2_atk_ms', 0x352c, '<f'), # LE, Float (4-bytes)
	('env2_hld_ms', 0x352c+4, '<f'), # LE, Float (4-bytes)
	('env2_dec_s', 0x352c+8, '<f'), # LE, Float (4-bytes)
	('env2_sus', 0x352c+12, '<f'), # LE, Float (4-bytes)
	('env2_rel_ms', 0x352c+16, '<f'), # LE, Float (4-bytes)
	('env3_atk_ms', 0x352c+20, '<f'), # LE, Float (4-bytes)
	('env3_hld_ms', 0x352c+24, '<f'), # LE, Float (4-bytes)
	('env3_dec_s', 0x352c+28, '<f'), # LE, Float (4-bytes)
	('env3_sus_db', 0x352c+32, '<f'), # LE, Float (4-bytes)
	('env3_rel_ms', 0x352c+36, '<f'), # LE, Float (4-bytes)
	('maybe_macro_1_value', 0x37c8, '<f'), # LE, Float (4-bytes)
	('maybe_macro_2_value', 0x37cc, '<f'), # LE, Float (4-bytes)
	('maybe_macro_3_value', 0x37d0, '<f'), # LE, Float (4-bytes)
	('maybe_macro_4_value', 0x37d4, '<f'), # LE, Float (4-bytes)
	('maybe_noise_path', 0x4008, '<512s'), # LE, String (512-bytes)
	('maybe_preset_name', 0x4972, '<32s'), # LE, String (32-bytes)
	('maybe_macro_1_label', 0x4A60, '<32s'), # LE, String (32-bytes)
	('maybe_macro_2_label', 0x4A80, '<32s'), # LE, String (32-bytes)
	('maybe_macro_3_label', 0x4AA0, '<32s'), # LE, String (32-bytes)
	('maybe_macro_4_label', 0x4AC0, '<32s'), # LE, String (32-bytes)
	]

	@dataclass
	class FXPHeader:
	file_magic: bytes
	data_size: int
	fx_magic: bytes
	version: int
	plugin_id: int
	plugin_version: int
	programs_count: int
	program_name: str
	chunk_size: int

	def read_fxp_header(f):
	"""Read the .fxp file header, validate it, and return the essential information, while printing header details."""
	# Calculate the file size
	f.seek(0, os.SEEK_END) # Move to the end of the file
	file_size = f.tell() # Get the file pointer
	f.seek(0, os.SEEK_SET) # Move back to the start of the file

	# Header format:
	# file_magic (4 bytes)
	# data_size (4 bytes)
	# fx_magic (4 bytes),
	# version (4 bytes)
	# plugin_id (4 bytes)
	# plugin_version (4 bytes)
	# programs_count (4 bytes)
	# program_name (24 bytes)
	# padding (4 bytes)
	# chunk_size (4 bytes)
	header_format = '>4sI4sIIII24s4xI'
	expected_header_size = struct.calcsize(header_format)
	estimated_chunk_size = file_size - expected_header_size

	header_data = f.read(expected_header_size)
	header_data_size = len(header_data)

	if header_data_size < expected_header_size:
	raise ValueError(f"Invalid file format: File too short to contain a valid header (expected {expected_header_size}, got {header_data_size})")

	unpacked_data = struct.unpack(header_format, header_data)
	fxp_header = FXPHeader(*unpacked_data)

	# Validate magic bytes and fx_magic to ensure correct file type and structure
	if fxp_header.file_magic != b'CcnK':
	raise ValueError(f"Invalid file format: Missing expected 'CcnK' magic bytes: {fxp_header.file_magic}")
	if fxp_header.fx_magic != b'FPCh':
	raise ValueError(f"Invalid file format: File does not contain an opaque chunk or is not of type 'FPCh': {fxp_header.fx_magic}")
	if fxp_header.version != 1 and fxp_header.version != 2:
	raise ValueError(f"Invalid file format: Unexpected version: {fxp_header.version}")

	chunk_data = f.read(fxp_header.chunk_size)

	program_name_str = fxp_header.program_name.decode('ascii').rstrip('\x00')
	plugin_id_str = fxp_header.plugin_id.to_bytes(4, byteorder='big').decode('ascii')

	print(f"File Size: {file_size}")
	print(f"Expected Header Size: {expected_header_size}")
	print(f"Actual Header Size: {header_data_size}")
	print(f"Estimated Chunk Size: {estimated_chunk_size}")
	print()

	# Print the header content for verification
	print("Header Contents:")
	print(f" File Magic: {fxp_header.file_magic.decode('ascii')}")
	print(f" Data Size: {fxp_header.data_size}")
	print(f" FX Magic: {fxp_header.fx_magic.decode('ascii')}")
	print(f" Version: {fxp_header.version}")
	print(f" Plugin ID: {fxp_header.plugin_id} ({plugin_id_str})")
	print(f" Plugin Version: {fxp_header.plugin_version}")
	print(f" Number of Programs: {fxp_header.programs_count}")
	print(f" Program Name: {program_name_str}")
	print(f" Chunk Size: {fxp_header.chunk_size}")

	meta = SimpleNamespace(
	file_size=file_size,
	expected_header_size=expected_header_size,
	header_data_size=header_data_size,
	estimated_chunk_size=estimated_chunk_size,
	program_name_str=program_name_str,
	plugin_id_str=plugin_id_str,
	)

	data = SimpleNamespace(
	raw_header_data=header_data,
	raw_chunk_data=chunk_data,
	)

	return SimpleNamespace(
	meta=meta,
	header=fxp_header,
	data=data,
	)

	def parse_and_print_multiple_data(binary_data, data_segments, should_decode=False):
	"""
	Parse multiple parts of binary data using specified struct formats and print each with a label.

	Parameters:
	binary_data (bytes): The binary data to parse.
	data_segments (list of tuples): A list where each tuple contains:
	(label: str, offset: int, struct_format: str)

	Returns:
	None
	"""
	print("Known Chunk Contents:")

	for label, offset, struct_format in data_segments:
	# Calculate the size of the struct to unpack
	size = struct.calcsize(struct_format)

	# Extract the relevant slice from the binary data
	data_slice = binary_data[offset:offset + size]

	# Ensure there is enough data to unpack
	if len(data_slice) != size:
	print(f"Error: Not enough data for '{label}' at offset {offset}. Expected {size} bytes, got {len(data_slice)} bytes.")
	continue

	# Unpack the data according to the struct format
	parsed_data = struct.unpack(struct_format, data_slice)

	# Since single field is processed, assume there's only one element in parsed_data
	parsed_data = parsed_data[0]

	# Decode byte strings to UTF-8 strings, if applicable
	if should_decode and isinstance(parsed_data, bytes):
	try:
	parsed_data = parsed_data.decode('utf-8').rstrip('\x00') # Decode and strip null characters
	except UnicodeDecodeError:
	parsed_data = repr(parsed_data) # Show raw bytes if not decodable

	# Print the result with the label
	print(f" [0x{offset:x} ({offset}), {struct_format}] {label}: {parsed_data}")

	def main():
	parser = argparse.ArgumentParser(description='Process .fxp files to extract and decompress opaque data')
	parser.add_argument('filename', type=str, help='The .fxp file to process')
	parser.add_argument('--force', action='store_true', help='Overwrite existing files without prompting')
	parser.add_argument('--decode', action='store_true', help='Whether extracted byte arrays should be decoded as strings')
	args = parser.parse_args()

	data_output_file = f"{args.filename}_opaque"
	decompressed_data_output_file = f"{args.filename}_opaque_decompressed"

	with open(args.filename, 'rb') as f:
	fxp_data = read_fxp_header(f)

	# Attempt to decompress the data
	try:
	decompressed_data = zlib.decompress(fxp_data.data.raw_chunk_data)
	except zlib.error as e:
	print(f"Failed to decompress: {e}")

	parse_and_print_multiple_data(decompressed_data, data_segments, should_decode=args.decode)

	# Check if output files exist and handle according to --force flag
	existing_files = []
	if os.path.exists(data_output_file):
	existing_files.append(data_output_file)
	if os.path.exists(decompressed_data_output_file):
	existing_files.append(decompressed_data_output_file)
	if existing_files:
	if not args.force:
	raise FileExistsError(f"Output file(s) already exist and cannot be overwritten without using --force: {', '.join(existing_files)}")
	else:
	for file in existing_files:
	print(f"Warning: {file} already exists and will be overwritten.")

	# Save the opaque data to a file
	with open(data_output_file, 'wb') as out_f:
	out_f.write(fxp_data.data.raw_chunk_data)
	print(f"Opaque data saved to {data_output_file}")

	# Save the decompressed opaque data to a file
	with open(decompressed_data_output_file, 'wb') as out_f:
	out_f.write(decompressed_data)
	print(f"Decompressed opaque data saved to {decompressed_data_output_file}")

	if __name__ == "__main__":
	main()