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							DASP Distributive Curve Modules | 
						
| CLORENZ                 | Produces the following curves and 
theirs confidence intervals for a 
given list of variables: 
	
	Lorenz curves;
	Generalized Lorenz curves;
	Absolute Lorenz curves;
	Concentration curves;
	Generalized concentration curves;
	Absolute concentration curves;
	Deficit share curves;
	Differences between curves. | 
						
| DICLORENZ       | Produces the difference between the following curve 
with confidence interval | 
						
| CFGT     | Produces the following curves and 
theirs confidence intervalsfor a 
given list of variables: 
	
	Normalised FGT curves;
	FGT curves. | 
						
| DICFGT       | Produces the difference between the following curve 
with confidence interval 
	
	Normalised FGT curves;
	FGT curves. | 
						
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| CPOVERTY     | Produces the following curves for a 
given list of variables: | 
						
| CDOMC       | Produces the following curve with 
confidence interval | 
						
| CDOMC2D       | Produces the difference between the following curve 
with confidence interval | 
						
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| CPROG                             | The module cprog produces the progressivity curves (PR(p)) for a 
given list of variables (components).
 Let x be a gross income.
 . A tax t is Tax Redistribution (TR) progressive if:
 . PR(p) = L_x(p) - C_t(p) > 0 for all p in ]0, 1[
 
 . A transfer b is Tax Redistribution (TR) progressive if:
 . PR(p) = C_b(p) - L_x(p) > 0 for all p in ]0, 1[
 
 . A tax t is Income Redistribution (IR) progressive if:
 . PR(p) = C_x-t(p) - L_x(p) > 0 for all p in ]0, 1[
 
 . A transfer b is Income Redistribution (IR) progressive
 . PR(p) = C_x+b(p) - L_x(p) > 0 for all p in ]0, 1[
 
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| CPROGBT                       | The module cprogbt produces the progressivity curves to check if 
the tranfer b is more progressive that the tax t.(components). Let x be a gross income.
 . A transfer B is more Tax Redistribution (TR) than the tax T if:
 . PR(p) = C_b(p) + C_t(p)- 2L_x(p) > 0 for all p in ]0, 1[
 
 
 . A transfer B is more Income Redistribution (IR) than the tax T if:
 . PR(p) = C_x+b(p) - C_x-t(p) > 0 for all p in ]0, 1[
 
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