NAMES = [
	'Rec_act',
	'S2tot',
	'S3tot',
	'S4tot',
	'S_dephos',
	'S_dephosphos',
	'S_phos',
	'Ski_act3',
	'Ski_act2',
	'Ski_act1',
	'Ski_inh3',
	'Ski_inh2',
	'Ski_inh1',
	'Ski_turn',
	'Skil_act3',
	'Skil_act2',
	'Skil_act1',
	'Skil_inh3',
	'Skil_inh2',
	'Skil_inh1',
	'Skil_turn',
	'Dnmt3a_act3',
	'Dnmt3a_act2',
	'Dnmt3a_act1',
	'Dnmt3a_inh3',
	'Dnmt3a_inh2',
	'Dnmt3a_inh1',
	'Dnmt3a_turn',
	'Sox4_act3',
	'Sox4_act2',
	'Sox4_act1',
	'Sox4_inh3',
	'Sox4_inh2',
	'Sox4_inh1',
	'Sox4_turn',
	'Jun_act3',
	'Jun_act2',
	'Jun_act1',
	'Jun_inh3',
	'Jun_inh2',
	'Jun_inh1',
	'Jun_turn',
	'Smad7_act3',
	'Smad7_act2',
	'Smad7_act1',
	'Smad7_inh3',
	'Smad7_inh2',
	'Smad7_inh1',
	'Smad7_turn',
	'Klf10_act3',
	'Klf10_act2',
	'Klf10_act1',
	'Klf10_inh3',
	'Klf10_inh2',
	'Klf10_inh1',
	'Klf10_turn',
	'Bmp4_act3',
	'Bmp4_act2',
	'Bmp4_act1',
	'Bmp4_inh3',
	'Bmp4_inh2',
	'Bmp4_inh1',
	'Bmp4_turn',
	'Cxcl15_act3',
	'Cxcl15_act2',
	'Cxcl15_act1',
	'Cxcl15_inh3',
	'Cxcl15_inh2',
	'Cxcl15_inh1',
	'Cxcl15_turn',
	'Dusp5_act3',
	'Dusp5_act2',
	'Dusp5_act1',
	'Dusp5_inh3',
	'Dusp5_inh2',
	'Dusp5_inh1',
	'Dusp5_turn',
	'Tgfa_act3',
	'Tgfa_act2',
	'Tgfa_act1',
	'Tgfa_inh3',
	'Tgfa_inh2',
	'Tgfa_inh1',
	'Tgfa_turn',
	'Pdk4_act3',
	'Pdk4_act2',
	'Pdk4_act1',
	'Pdk4_inh3',
	'Pdk4_inh2',
	'Pdk4_inh1',
	'Pdk4_turn',
	'init_Rec',
	'k_on_223',
	'k_on_224',
	'k_on_233',
	'k_on_234',
	'k_on_244',
	'k_on_334',
	'k_on_344',
	'k_on_222',
	'k_on_333',
	'k_on_444',
	'kdiss_SS',
	'pRec_degind',
	'sd_Bmp4',
	'sd_Cxcl15',
	'sd_Dnmt3a',
	'sd_Dusp5',
	'sd_Jun',
	'sd_Klf10',
	'sd_Pdk4',
	'sd_Ski',
	'sd_Skil',
	'sd_Smad7',
	'sd_Sox4',
	'sd_Tgfa',
    'gene_turn',
    'gene_act1',
    'gene_act2',
    'gene_act3',
    'gene_inh1',
    'gene_inh2',
    'gene_inh3',
]

for idx, name in enumerate(NAMES):
    exec(
        '{} = {:d}'.format(
            name, idx
        )
    )

NUM = len(NAMES)
