V "GNAT Lib v10"
A -gnatwa
A -nostdinc
A -O2
A -Wextra
A -Wall
A -fchecking=1
A -g
A -gnatp
A -gnatg
A -mtune=pentium
A -march=pentium
P ZX

RN
RV NO_FLOATING_POINT
RV NO_IMPLEMENTATION_ASPECT_SPECIFICATIONS
RV NO_IMPLEMENTATION_PRAGMAS
RV SPARK_05

U system.dim.generic_mks%s  s-digemk.ads	81ca98aa NE OL PK GE
W ada%s			ada.ads			ada.ali
W ada.numerics%s	a-numeri.ads		a-numeri.ali
W system.dim%s		s-dim.ads		s-dim.ali

D ada.ads		20210408145628 76789da1 ada%s
D a-numeri.ads		20210408145628 bb51c45a ada.numerics%s
D system.ads		20210408145628 27426ea2 system%s
D s-dim.ads		20210408145628 ec3077cc system.dim%s
D s-digemk.ads		20210408145628 d6ab2b3c system.dim.generic_mks%s
G a e
X 1 ada.ads
16K9*Ada 20e8 5|40r6 47r21 48r21
X 2 a-numeri.ads
16K13*Numerics 32e17 5|40w10 47r25 48r25
21N4*Pi 5|48r34
29N4*e 5|47r34
X 3 system.ads
37K9*System 148e11 5|45r9 396r5
X 4 s-dim.ads
65K16*Dim 3|37k9 4|68e15 5|45r16 396r12
X 5 s-digemk.ads
43F9 Float_Type 52r25
45k20*Generic_Mks 4|65k16 5|43z9 396l16 396e27
47N4*e
48N4*Pi
52F9*Mks_Type<43F9> 65r22 71r20 77r20 83r32 89r41 95r35 101r34 127r29 134r21
. 139r20 145r34 152r35 158r36 167r31 174r36 183r45 197r35 206r22 214r31 221r21
. 229r25 235r27 242r26 251r29 257r29 266r37 274r21 282r24 290r29 296r27 301r21
. 308r22
65F12*Length{52F9} 115r19 347r19 348r19 349r19 350r19 351r19 352r19 353r19
. 354r19
71F12*Mass{52F9} 116r19 358r19 359r19 360r19 361r19 362r19 363r19 364r19
. 365r19
77F12*Time{52F9} 117r19 369r19 370r19 371r19 372r19 373r19 374r19 375r19
. 376r19 380r20 381r20 382r20 383r20
83F12*Electric_Current{52F9} 118r19 387r19 388r19 389r19 390r19 391r19 392r19
. 393r19
89F12*Thermodynamic_Temperature{52F9} 119r19
95F12*Amount_Of_Substance{52F9} 120r19
101F12*Luminous_Intensity{52F9} 121r19
115f4*m{65F12}
116f4*kg{71F12}
117f4*s{77F12} 380r35
118f4*A{83F12}
119f4*K{89F12}
120f4*mol{95F12}
121f4*cd{101F12}
127F12*Absorbed_Dose{52F9} 341r19
134F12*Angle{52F9} 322r19
139F12*Area{52F9}
145F12*Catalytic_Activity{52F9} 343r19
152F12*Celsius_Temperature{52F9} 337r19
158F12*Electric_Capacitance{52F9} 331r19
167F12*Electric_Charge{52F9} 329r19
174F12*Electric_Conductance{52F9} 333r19
183F12*Electric_Potential_Difference{52F9} 330r19
197F12*Electric_Resistance{52F9} 332r19
206F12*Energy{52F9} 327r19
214F12*Equivalent_Dose{52F9} 342r19
221F12*Force{52F9} 325r19
229F12*Frequency{52F9} 324r19
235F12*Illuminance{52F9} 339r19
242F12*Inductance{52F9} 336r19
251F12*Luminous_Flux{52F9} 338r19
257F12*Magnetic_Flux{52F9} 334r19
266F12*Magnetic_Flux_Density{52F9} 335r19
274F12*Power{52F9} 328r19
282F12*Pressure{52F9} 326r19
290F12*Radioactivity{52F9} 340r19
296F12*Solid_Angle{52F9} 323r19
301F12*Speed{52F9}
308F12*Volume{52F9}
322f4*rad{134F12}
323f4*sr{296F12}
324f4*Hz{229F12}
325f4*N{221F12}
326f4*Pa{282F12}
327f4*J{206F12}
328f4*W{274F12}
329f4*C{167F12}
330f4*V{183F12}
331f4*F{158F12}
332f4*Ohm{197F12}
333f4*Si{174F12}
334f4*Wb{257F12}
335f4*T{266F12}
336f4*H{242F12}
337f4*dC{152F12}
338f4*lm{251F12}
339f4*lx{235F12}
340f4*Bq{290F12}
341f4*Gy{127F12}
342f4*Sv{214F12}
343f4*kat{145F12}
347f4*um{65F12}
348f4*mm{65F12}
349f4*cm{65F12}
350f4*dm{65F12}
351f4*dam{65F12}
352f4*hm{65F12}
353f4*km{65F12}
354f4*Mem{65F12}
358f4*ug{71F12}
359f4*mg{71F12}
360f4*cg{71F12}
361f4*dg{71F12}
362f4*g{71F12}
363f4*dag{71F12}
364f4*hg{71F12}
365f4*Meg{71F12}
369f4*us{77F12}
370f4*ms{77F12}
371f4*cs{77F12}
372f4*ds{77F12}
373f4*das{77F12}
374f4*hs{77F12}
375f4*ks{77F12}
376f4*Mes{77F12}
380f4*min{77F12} 381r35
381f4*hour{77F12} 382r35
382f4*day{77F12} 383r37
383f4*year{77F12}
387f4*mA{83F12}
388f4*cA{83F12}
389f4*dA{83F12}
390f4*daA{83F12}
391f4*hA{83F12}
392f4*kA{83F12}
393f4*MeA{83F12}