atm_mod_lays_transform - propagating a field through atmosphere layers to aperture.

Calling Sequence

[dwf_out]=atm_mod_lays_transform(dwf_in,ref_lays,ap,pplan_type)

Parameters

• dwf_in :input field. it must be diffractive wavefront.
• ref_lays : all the atmospheric layers to be used.
• ap : the aperture which field will go.
• pplan_type : whether diffractive propagating method to be used (boolean).
• dwf_out : the output field or diffractive wavefront.

Description

transforms a field by atmosphere layers.

Examples

	r0=0.1;r0_w=1e-6;
	pl=power_law(r0,r0_w);
	inn=null_inner();
	ps=power_spectrum(pl,inn);
	pss=[];high=[];
	for i=1:5
		pss=[pss,ps];
		high=[high,100*(i+1)];
	end
	ram=ref_atm_model(5,high,pss);

	ap=circle(2);
	emt=emitter(0,0,0,-1);
	wvl=1e-6;pixscale=0.01;
	dwfh=get_atm_mod_dwfh(ram,wvl,pixscale,emt,ap,0,1);
	
	subm=lane_subm(3);hwm=hardy_wind(10);
	layers=get_atm_mod_layers(ram,subm,1,dwfh,pixscale,hwm,0.1,0,0);
	
	dwf=pl_wave(dwfh,emt);
	dwf=atm_mod_lays_transform(dwf,layers,ap,0);
	dwf_fits(dwf,"dwf");
 

Author

Chen jingyuan, Gan guangyong (IAPCM, Beijing,China.)

See Also

ref_atm_lay ,   ell_cer_pac_mod ,   ell_mau_kea_mod ,   pal_dimm_mass_mod ,   huf_val_mod ,   slcsat_day_mod ,   slcsat_night_mod ,   tmt_srd_v13_cn2_mod ,   gemini_glao_study_mod ,   ref_atm_model ,   get_atm_mod_dwfh ,   atm_mod_layers_fits ,   atm_mod_lay_number ,   atm_mod_lay_heights ,   ref_atm_lay_transform ,   atmosphere ,