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+---- Thread: ARRAY declaration in GOSUB routines. (/showthread.php?tid=2422)
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ARRAY declaration in GOSUB routines. - bartok - 02-04-2024
I have noticed the following.
OPTION _EXPLICIT
[main code]
CALL test
END
SUBROUTINE test
[variable declaration]
[arrays declaration]
[CODE in which arrays are not used]
GOSUB section 1
[CODE]
section 1:
'[variable declaration]
'[arrays declaration]
[CODE in which arrays are used]
RETURN
END SUB
So, OPTION _EXPLICIT requires the declaration. If not, it get error. However, for it, it's the same that:
[variable declaration]
[arrays declaration]
is put at the beginning of the main code of the subroutine, or at the beginning of the GOSUB routine. The important, for it, is that the declaration takes place before the use of varriable and arrays to be declared.
But I noticed that if I put [arrays declaration] in the main code of the subroutine and not at the beginning of the GOSUB routine, then I have an OUT OF RANGE error executing the program with the reference to the lines in which the arrays are used.
Why?
The GOSUB routines, regardless if they are used in the main code or in a suroutine, are not considered as a part, respectively, of the main code/subroutine?
RE: ARRAY declaration in GOSUB routines. - bplus - 02-04-2024
A Gosub is part of the main or subroutine as they share variables with the main or subroutine depending where they reside but they are put off into their own little private corner to run a repetitious bit of code over and over without interferring with the main or subroutine.
That is one main difference between a Gosub and "real" sub or function, the GoSub uses or shares variables with the main or subroutine it resides in. A "real" sub or function uses it's own set of variables different from the Main code set of variables. The other difference is that a "real" sub or function can have variables shared with main through the call eg, mySub var1, var2, ... whereas you only call a Gosub: myGosub the name alone.
A variables or array declaration section in a GOSUB can be moved to the top of Main or Subroutine and should be so you don't redeclare the variables and arrays each time the gosub is used by the main or subroutine, that's redundant and inefficient.
And another difference between a GoSub and a "Real" sub or function: The "real" subs or functions can be called by either another sub or function, the main program or even by a gosub part of main or subroutine. "Real" subs or functions are like completely independent little programs, you can even copy then and use them in other programs! That's the beauty of a really good Sub or Function and thus you can build Libraries of Subs and Functions, say for advanced array handling or file stuff or even GUI's or little interpreters.
RE: ARRAY declaration in GOSUB routines. - bartok - 02-04-2024
(02-04-2024, 03:40 PM)bplus Wrote: A Gosub is part of the main or subroutine as they share variables with the main or subroutine depending where they reside but they are put off into their own little private corner to run a repetitious bit of code over and over without interferring with the main or subroutine.I dont' have understood you answer, compared to my question. I try to be clearer. I know the difference between the real SUB, that is generally CALLed by mean of CALL (even if in QB64 is not compulsory, but I use CALL) and the "sub" called by GOSUB. And I think to have clear the way in which the values are passed in a SUB, as I know that a "sub" in a kind of extention of the code, with which it shares all.
That is one main difference between a Gosub and "real" sub or function, the GoSub uses or shares variables with the main or subroutine it resides in. A "real" sub or function uses it's own set of variables different from the Main code set of variables. The other difference is that a "real" sub or function can have variables shared with main through the call eg, mySub var1, var2, ... whereas you only call a Gosub: myGosub the name alone.
A variables or array declaration section in a GOSUB can be moved to the top of Main or Subroutine and should be so you don't redeclare the variables and arrays each time the gosub is used by the main or subroutine, that's redundant and inefficient.
And another difference between a GoSub and a "Real" sub or function: The "real" subs or functions can be called by either another sub or function, the main program or even by a gosub part of main or subroutine. "Real" subs or functions are like completely independent little programs, you can even copy then and use them in other programs! That's the beauty of a really good Sub or Function and thus you can build Libraries of Subs and Functions, say for advanced array handling or file stuff or even GUI's or little interpreters.
What I thought was that in a SUB, a "sub" called by means of GOSUB works - into the SUB - in exactly the same way in which works a "sub" called by means of GOSUB, into the main code of the program . As to say, I thought that - into a SUB - a "sub" caled by means of GOSUB shares automatically all that was declared into the main code of the SUB.
Returning to the example, let's take a look at this:
Case A)<------------------------------------------
OPTION _EXPLICIT
'[variables declaration]
'[arrays declaration]
[main code of the program in which variables and arrays declared are not used]
GOSUB test:
END
test:
[variable declaration]
[arrays declaration]
[code of the "sub" in which variables and arrays declared are used]
RETURN
In this case (A), the program works in both ways: declaration at the beginning, or declaration into the "sub"
Case B)<------------------------------------------
OPTION _EXPLICIT
[main code]
CALL subroutine
END
SUB subroutine
[variable declaration of the SUB]
'[arrays declaration of the SUB]
[main code of the SUB in which variables and arrays declared are not used]
GOSUB test:
test:
'[variable declaration of the SUB]
[arrays declaration of the SUB]
[code of the "sub" in which variables and arrays declared are used]
RETURN
END SUB
In this case (B), it doesn't work in both ways:
[variable declaration of the SUB]: it can be at the beginning of the SUB, or at the beginning of the "sub", it's the same.
[arrays declaration of the SUB]: it works only if it is at the beginning of the "sub". If I put it at the beginning of the SUB, I get an OUT OF RANGE error. Not error about OPTION _EXPLICIT.
RE: ARRAY declaration in GOSUB routines. - bplus - 02-04-2024
(02-04-2024, 04:52 PM)bartok Wrote:(02-04-2024, 03:40 PM)bplus Wrote: A Gosub is part of the main or subroutine as they share variables with the main or subroutine depending where they reside but they are put off into their own little private corner to run a repetitious bit of code over and over without interferring with the main or subroutine.I dont' have understood you answer, compared to my question. I try to be clearer. I know the difference between the real SUB, that is generally CALLed by mean of CALL (even if in QB64 is not compulsory, but I use CALL) and the "sub" called by GOSUB. And I think to have clear the way in which the values are passed in a SUB, as I know that a "sub" in a kind of extention of the code, with which it shares all.
That is one main difference between a Gosub and "real" sub or function, the GoSub uses or shares variables with the main or subroutine it resides in. A "real" sub or function uses it's own set of variables different from the Main code set of variables. The other difference is that a "real" sub or function can have variables shared with main through the call eg, mySub var1, var2, ... whereas you only call a Gosub: myGosub the name alone.
A variables or array declaration section in a GOSUB can be moved to the top of Main or Subroutine and should be so you don't redeclare the variables and arrays each time the gosub is used by the main or subroutine, that's redundant and inefficient.
And another difference between a GoSub and a "Real" sub or function: The "real" subs or functions can be called by either another sub or function, the main program or even by a gosub part of main or subroutine. "Real" subs or functions are like completely independent little programs, you can even copy then and use them in other programs! That's the beauty of a really good Sub or Function and thus you can build Libraries of Subs and Functions, say for advanced array handling or file stuff or even GUI's or little interpreters.
What I thought was that in a SUB, a "sub" called by means of GOSUB works - into the SUB - in exactly the same way in which works a "sub" called by means of GOSUB, into the main code of the program . As to say, I thought that - into a SUB - a "sub" caled by means of GOSUB shares automatically all that was declared into the main code of the SUB.
Returning to the example, let's take a look at this:
Case A)<------------------------------------------
OPTION _EXPLICIT
'[variables declaration]
'[arrays declaration]
[main code of the program in which variables and arrays declared are not used]
GOSUB test:
END
test:
[variable declaration]
[arrays declaration]
[code of the "sub" in which variables and arrays declared are used]
RETURN
In this case (A), the program works in both ways: declaration at the beginning, or declaration into the "sub"
Case B)<------------------------------------------
OPTION _EXPLICIT
[main code]
CALL subroutine
END
SUB subroutine
[variable declaration of the SUB]
'[arrays declaration of the SUB]
[main code of the SUB in which variables and arrays declared are not used]
GOSUB test:
test:
'[variable declaration of the SUB]
[arrays declaration of the SUB]
[code of the "sub" in which variables and arrays declared are used]
RETURN
END SUB
In this case (B), it doesn't work in both ways:
[variable declaration of the SUB]: it can be at the beginning of the SUB, or at the beginning of the "sub", it's the same.
[arrays declaration of the SUB]: it works only if it is at the beginning of the "sub". If I put it at the beginning of the SUB, I get an OUT OF RANGE error. Not error about OPTION _EXPLICIT.
I'd like to see the code you are saying you can't declare the array right at the beginning and MUST declare it in the GoSub. I strongly suspect something else is going on that you might be misinterpreting that the array MUST be declared after the GOSUB line label ??? You got me really curious
Don't get me wrong if you don't use the array elsewhere in the sub or main code that the GoSub is in, it would likely work. But really let's see a real example. I could make one up but it would either be irrelevant to you, not understandable or completely trivial. So let's see what specific example you are seeing this, please.
RE: ARRAY declaration in GOSUB routines. - bplus - 02-04-2024
OK I tried to make up an example following your Case B example:
Code: (Select All)
Option _Explicit
_Title "Test array declaration in GoSub" ' b+ 2024-02-04
Dim x As Integer
x = 10
Call say(x)
End
Sub say (n)
Dim i As Integer
GoSub test:
i = 1
While i <> n
i = i + 1
Wend
Print minus(i) ' here I have to move Dim Minus(1 to 100) to top of sub because Minus must be declared even though the Gosub test is called and array is DIM'd before I actually use the array in the Sub code!!!
Exit Sub
test:
Dim minus(1 To 100) As Integer
For i = 1 To 100
minus(i) = 100 - i
Next
Return
End SubOK I fix the little bit of code by moving DIM Minus() array up to declares section of Say sub:
Code: (Select All)
Option _Explicit
_Title "Test array declaration in GoSub" ' b+ 2024-02-04
Dim x As Integer
x = 10
Call say(x)
End
Sub say (n)
Dim i As Integer
Dim minus(1 To 100) As Integer
GoSub test:
i = 1
While i <> n
i = i + 1
Wend
Print minus(i) ' here I have to move Dim Minus(1 to 100) to top of sub
Exit Sub
test:
For i = 1 To 100
minus(i) = 100 - i
Next
Return
End SubAnd it works fine! It's a dumb example but does show how you should declare all varaibles and arrays at top of subroutine or main code NOT under the GOSUB line label.
RE: ARRAY declaration in GOSUB routines. - SMcNeill - 02-04-2024
With Option Explicit, you must declare the variable before you use it -- IN SCOPE. << That's the only thing you need to remember.
Code: (Select All)
Option _Explicit
Dim A As Integer 'declare A
Print 1 'main module junk
Sleep
Cls
Input A 'use A. No issues
GoSub foo 'a gosub to a label, with the label defined later. No issues.
End
foo:
Dim B As Single 'We declare B in the subroutine. no issues.
B = 1.23
Print B
Return
Sub foo2
Dim C As Long 'here we declare C in the SUB, at the top of the code. No problem.
C = 123456
Print C
GoSub foo3
Exit Sub
foo3:
Dim D As Double 'same with declaring D inside the subroutine inside the SUB. No problem.
D = 1.23456789
Print D
Return
End Sub
With the above, you can see that where we declare our variable really doesn't matter -- as long as it's BEFORE we use that variable.
The only real thing to note is that DIM works in a top-down approach, much as DEFtype and _DEFINE statements do. It doesn't follow program flow; it only follows line numbers.
For example:
Code: (Select All)
Option _Explicit
GoSub foo
Print A
foo:
Dim A As Integer
A = 123
Return
Now, with the simple code above, the program flow starts at the option explicit, jumps into the GoSub foo, there it sees a DIM A AS INteger, sets a value for A, returns, and then ERROR ERROR ERROR ERROR ERROR!!! UNDECLARED VARIABLE!!!
That DIM A comes *AFTER* the PRINT A, if you read the code in a simple Top-Down approach, ignoring jumps, branches, and such. That doesn't work. You've got to place that DIM *before* you ever use the variable/array, or else it's just going to wrror out on you.
This is all due to the nature of how DEFtype statements and _DEFINE have worked since the early days of GWBASIC, and as we work on emulating QB45(which used the same methods), it's just the way things work.
RE: ARRAY declaration in GOSUB routines. - bartok - 02-04-2024
(02-04-2024, 06:13 PM)bplus Wrote:(02-04-2024, 04:52 PM)bartok Wrote:(02-04-2024, 03:40 PM)bplus Wrote: A Gosub is part of the main or subroutine as they share variables with the main or subroutine depending where they reside but they are put off into their own little private corner to run a repetitious bit of code over and over without interferring with the main or subroutine.I dont' have understood you answer, compared to my question. I try to be clearer. I know the difference between the real SUB, that is generally CALLed by mean of CALL (even if in QB64 is not compulsory, but I use CALL) and the "sub" called by GOSUB. And I think to have clear the way in which the values are passed in a SUB, as I know that a "sub" in a kind of extention of the code, with which it shares all.
That is one main difference between a Gosub and "real" sub or function, the GoSub uses or shares variables with the main or subroutine it resides in. A "real" sub or function uses it's own set of variables different from the Main code set of variables. The other difference is that a "real" sub or function can have variables shared with main through the call eg, mySub var1, var2, ... whereas you only call a Gosub: myGosub the name alone.
A variables or array declaration section in a GOSUB can be moved to the top of Main or Subroutine and should be so you don't redeclare the variables and arrays each time the gosub is used by the main or subroutine, that's redundant and inefficient.
And another difference between a GoSub and a "Real" sub or function: The "real" subs or functions can be called by either another sub or function, the main program or even by a gosub part of main or subroutine. "Real" subs or functions are like completely independent little programs, you can even copy then and use them in other programs! That's the beauty of a really good Sub or Function and thus you can build Libraries of Subs and Functions, say for advanced array handling or file stuff or even GUI's or little interpreters.
What I thought was that in a SUB, a "sub" called by means of GOSUB works - into the SUB - in exactly the same way in which works a "sub" called by means of GOSUB, into the main code of the program . As to say, I thought that - into a SUB - a "sub" caled by means of GOSUB shares automatically all that was declared into the main code of the SUB.
Returning to the example, let's take a look at this:
Case A)<------------------------------------------
OPTION _EXPLICIT
'[variables declaration]
'[arrays declaration]
[main code of the program in which variables and arrays declared are not used]
GOSUB test:
END
test:
[variable declaration]
[arrays declaration]
[code of the "sub" in which variables and arrays declared are used]
RETURN
In this case (A), the program works in both ways: declaration at the beginning, or declaration into the "sub"
Case B)<------------------------------------------
OPTION _EXPLICIT
[main code]
CALL subroutine
END
SUB subroutine
[variable declaration of the SUB]
'[arrays declaration of the SUB]
[main code of the SUB in which variables and arrays declared are not used]
GOSUB test:
test:
'[variable declaration of the SUB]
[arrays declaration of the SUB]
[code of the "sub" in which variables and arrays declared are used]
RETURN
END SUB
In this case (B), it doesn't work in both ways:
[variable declaration of the SUB]: it can be at the beginning of the SUB, or at the beginning of the "sub", it's the same.
[arrays declaration of the SUB]: it works only if it is at the beginning of the "sub". If I put it at the beginning of the SUB, I get an OUT OF RANGE error. Not error about OPTION _EXPLICIT.
I'd like to see the code you are saying you can't declare the array right at the beginning and MUST declare it in the GoSub. I strongly suspect something else is going on that you might be misinterpreting that the array MUST be declared after the GOSUB line label ??? You got me really curious
I could make one up but it would either be irrelevant to you, not understandable or completely trivial. So let's see what specific example you are seeing this, please.
Ok. The code you will see is quite long. But you have to focus on SUBroutine "CalcolaIdrogramma".
More precisely, look at the lines 1754 to 1756, of the "sub" "interpola:" of the SUB:
Code: (Select All)
DIM costruisci(50, 2) AS idrogramma
DIM k(2) AS idrogramma
DIM x%(2)If I comment (') them and I copy them at the line 1670 (where there is the declaration of variables and arrays of the SUB), then I get an OUT OF RANGE error, while OPTION _EXPLICIT STILL gives no errors.
In order to see the error, you must activate this part of the code.
In order to do that, you can do the following:
1. at the first request of INPUT, type 123, then press return: this activates the hidden default inputs I use for debug;
2. then press 2;
3. the press right arrow;
4. then press 2 (for example) at the input "ore:" then press return;
5. then press return at the input "minuti:".
Then you see an animation. Finished the amination, you have the error.
That's the code:
Code: (Select All)
'**************************************************************************************************************************************************
'* Calcolo dell'idrogramma di piena di progetto tramite il metodo SCS-CN *
'* - ing. Carlo BARTOLINI - *
'**************************************************************************************************************************************************
'* Inizio sezione principale codice *
'**************************************************************************************************************************************************
OPTION BASE 1
OPTION _EXPLICIT
_SCREENMOVE -3, 0
_ALLOWFULLSCREEN _STRETCH , _SMOOTH
_FULLSCREEN _STRETCH , _SMOOTH
_TITLE "Calcolo dell'idrogramma di piena di progetto tramite il metodo SCS-CN - ing. Carlo BARTOLINI"
TempiRitorno:
DATA 0,2,5,10,20,50,100,200,500,1000
DATA 1,0.82,1.24,1.46,1.69,2.04,2.34,2.70,3.22,3.64
CoefficientiIdrogrammaUnitarioMockus:
DATA 0.1,0.2,0.3,0.4,0.5,0.6,0.7,0.8,0.9,1,1.1,1.2,1.3,1.4,1.5,1.6,1.7,1.8,1.9,2,2.1,2.2,2.3,2.4,2.5,2.6,2.7,2.8,2.9,3,3.1,3.2,3.3,3.4,3.5,3.6,3.7,3.8,3.9,4,4.1,4.2,4.3,4.4,4.5,4.6,4.7,4.8,4.9,5
DATA 0.03,0.1,0.19,0.31,0.47,0.66,0.82,0.93,0.99,1,0.99,0.93,0.86,0.78,0.68,0.56,0.46,0.39,0.33,0.28,0.244,0.207,0.177,0.147,0.127,0.107,0.092,0.077,0.066,0.055,0.048,0.04,0.035,0.029,0.025,0.021,0.018,0.015,0.013,0.011,0.009,0.008,0.007,0.006,0.006,0.005,0.004,0.003,0.001,0
CoefficientiDiscretizzazioneTemporale:
DATA 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,18,20,22,24,26,28,30,32
DATA 0.1,0.2,0.3,0.2,0.3,0.3,0.3,0.3,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,1,1,1,1,1,1,1,1
TYPE mockus
tSUta AS SINGLE
qSUqp AS SINGLE
END TYPE
TYPE CoefficientiDiscretizzazioneTemporale
N AS INTEGER
tSUta AS SINGLE
END TYPE
TYPE TempiRitorno
T AS INTEGER
k AS SINGLE
END TYPE
TYPE matrice1
mdt AS SINGLE
h1 AS SINGLE
i1 AS SINGLE
i2 AS SINGLE
DH AS SINGLE
H2 AS SINGLE
he AS SINGLE
Dhe AS SINGLE
tSUta AS SINGLE
qSUqp AS SINGLE
tmSUta AS SINGLE
qmSUqp AS SINGLE
qm AS SINGLE
END TYPE
TYPE idrogramma
i AS _BYTE
ore AS SINGLE
portata AS SINGLE
END TYPE
TYPE composizione
grafico AS LONG
composizione AS LONG
END TYPE
CONST R& = _RGB32(255, 0, 0)
CONST G& = _RGB32(0, 255, 0)
CONST B& = _RGB32(0, 0, 255)
CONST bianco& = _RGB32(255, 255, 255)
CONST giallo& = _RGB32(255, 255, 0)
CONST grigio& = _RGB32(127, 127, 127)
CONST azzurro& = _RGB32(0, 255, 255)
CONST pastello& = _RGB32(183, 150, 139)
CONST viola& = _RGB32(255, 0, 255)
CONST trasparente& = _RGB32(0, 0)
CONST LarghezzaColonna%% = 8
DIM SHARED i%, n%%, z%%
DIM SHARED dx!, dy!
DIM SHARED dx%, dy%
REDIM _PRESERVE FineColonna%(1)
REDIM _PRESERVE IdroPixel1(1) AS idrogramma
REDIM _PRESERVE IdroPixel2(1) AS idrogramma
REDIM _PRESERVE idrogramma1(1) AS idrogramma
REDIM _PRESERVE idrogramma2(1) AS idrogramma
DIM mockus(50) AS mockus
DIM CoefficientiDiscretizzazioneTemporale(24) AS CoefficientiDiscretizzazioneTemporale
DIM TempiRitorno(10) AS TempiRitorno
DIM matrice1(2, 24, 50, 1) AS matrice1
DIM idrogrammi1a24(2, 24, 50, 1) AS idrogramma
DIM MassimiIdrogrammi1a24(2, 24, 1) AS idrogramma
DIM MassimiAssolutiIeto(2) AS idrogramma
DIM FinePioggiaIdrogrammi1a24(2, 24, 1) AS idrogramma
DIM FinePioggiaIdrogrammi1e2(2) AS idrogramma
DIM MinimiMatriciQuadrante1(2, 24, 1) AS idrogramma
DIM MinimiMatriciQuadrante2(2, 24, 1) AS idrogramma
DIM MassimiQuadrante2(2, 24, 1) AS idrogramma
DIM ComplessivoIeto1e2(2) AS composizione
DIM idrogramma1e2(2) AS composizione
DIM MatriciIeto1e2&(2, 24)
DIM matrice2!(2, 24, 50, 50)
DIM ore!(3), portata!(3)
DIM PassiFinePioggia1a24%%(24)
DIM interrompi~`(2)
DIM IdroMaxieto%%(2)
DIM inputs$(8)
DIM OriginaleGrafico&
DIM schermo&
DIM unitari&
DIM quadro&
DIM colore&
DIM istoX!
DIM DESKTOPWIDTH%, DESKTOPHEIGHT%
DIM L%, H%
DIM posizione%
DIM y%
DIM ieto%%
DIM VisualizzaIeto%%
DIM soglia%%
DIM tipo%%
DIM PosizioneCursore%%
DIM p%%
DIM test~`
DIM esc~`, riavvio~`, menu~`, TornaAlGrafico~`
DIM T$
DIM testo$
DIM KeyPress$
DIM TerminaSalvataggio$
DIM k! '[-] coeff. della curva di possibilità climatica del Centro Funzionale della Regione. ¿
DIM a1! '[mm/d^n] coeff. della curva di possibilità climatica. ³
DIM n1! '[-] coeff. della curva di possibilità climatica. ³
DIM A2& '[mq] superficie bacino idrografico. ³ input iniziali chiesti dal programma all'utente.
DIM L~% '[m] lunghezza asta p ³
DIM s1! '[%] pendenza media del bacino. ³
DIM CNII%% '[-] Curve Number. ³
DIM CoeffPerditeIniziali! ' Ù
DIM CNIII! '[-] 'terreno umido. ¿
DIM tl! '[ore] tempo di ritardo. ³
DIM S2! '[mm] contenuto idrico massimodel terreno. ³
DIM Ia! '[mm] perdite iniziali. ³
DIM tc! '[ore] tempo di corrivazione ³ dati immediatamente discendenti dagli input iniziali, che fungono da input interni al programma per le elaborazioni.
DIM ta! '[ore] tempo di picco. ³
DIM qp! '[mc/s] portata al colmo dell'idrogramma unitario. ³
DIM dt!(24) 'guardare ***. memorizza il passo temporale utilizzato in ciascuno dei 24+24 idrogrammi. ³
' è costituito da un unico vettore perché dt!rimane invariato nel caso di ietogramma ³
' Chicago o costante. Ù
DO
CLEAR
DESKTOPWIDTH% = _DESKTOPWIDTH
DESKTOPHEIGHT% = _DESKTOPHEIGHT
'DESKTOPWIDTH% = 1920 'risoluzione dello schermo su cui è stato creato il programma (ALPHA).
'DESKTOPHEIGHT% = 1080
'DESKTOPWIDTH% = 3840 'valore molto superiore ad ALPHA.
'DESKTOPHEIGHT% = 2160
'DESKTOPWIDTH% = 2650 'valore superiore ad ALPHA.
'DESKTOPHEIGHT% = 1440
'DESKTOPWIDTH% = 1366 'valore intermedio tra ALPHA e il limite inferiore della risoluzione dello schermo in pixel per il funzionamento del programma.
'DESKTOPHEIGHT% = 768
'DESKTOPWIDTH% = 1280 'limite inferiore della risoluzione dello schermo in pixel per il funzionamento del programma.
'DESKTOPHEIGHT% = 720
'DESKTOPWIDTH% = 1024 'valore sotto il limite inferiore della risoluzione dello schermo in pixel per il funzionamento del programma.
'DESKTOPHEIGHT% = 768
IF DESKTOPWIDTH% <= 2650 THEN
IF DESKTOPWIDTH% < 1280 THEN
esc~` = 1
PRINT "Il programma Š incompatibile con schermi larghi meno di 1280 pixel."
PRINT "Questo schermo Š largo"; DESKTOPWIDTH%; "pixel."
PRINT "Premere un tasto per uscire."
BEEP
SLEEP
EXIT DO
END IF
ELSE
DESKTOPWIDTH% = 2650
DESKTOPHEIGHT% = 1440
END IF
L% = DESKTOPWIDTH%: H% = L% \ 1.62
RESTORE TempiRitorno
FOR i% = 1 TO 20
IF i% <= 10 THEN READ TempiRitorno(i%).T
IF i% > 10 THEN READ TempiRitorno(i% - 10).k
NEXT i%
RESTORE CoefficientiIdrogrammaUnitarioMockus
FOR i% = 1 TO 100
IF i% <= 50 THEN READ mockus(i%).tSUta
IF i% > 50 THEN READ mockus(i% - 50).qSUqp
NEXT i%
RESTORE CoefficientiDiscretizzazioneTemporale
FOR i% = 1 TO 48
IF i% <= 24 THEN READ CoefficientiDiscretizzazioneTemporale(i%).N
IF i% > 24 THEN READ CoefficientiDiscretizzazioneTemporale(i% - 24).tSUta
NEXT i%
DO
menu~` = 0
VisualizzaIeto%% = 0
inizio:
IF _DIREXISTS(".\RisultatiQB64") THEN
ON ERROR GOTO cancel1
KILL (".\RisultatiQB64\*.*")
ON ERROR GOTO cancel2
RMDIR (".\RisultatiQB64")
END IF
ON ERROR GOTO 0
ERASE idrogrammi1a24, MassimiIdrogrammi1a24, FinePioggiaIdrogrammi1a24, MassimiAssolutiIeto, IdroMaxieto%%, FinePioggiaIdrogrammi1e2, PassiFinePioggia1a24%%, IdroPixel1, IdroPixel2, idrogramma1, idrogramma2, dt!,_
matrice1, matrice2!, MinimiMatriciQuadrante1, MinimiMatriciQuadrante2, MassimiQuadrante2
FOR ieto%% = 1 TO 2
ComplessivoIeto1e2(ieto%%).grafico = _NEWIMAGE(L% - 48 * 8, H%, 32)
ComplessivoIeto1e2(ieto%%).composizione = _NEWIMAGE(L%, H%, 32)
idrogramma1e2(ieto%%).grafico = _NEWIMAGE(L% - 59 * 8, H%, 32)
idrogramma1e2(ieto%%).composizione = _NEWIMAGE(L%, H%, 32)
FOR z%% = 1 TO 24
MatriciIeto1e2&(ieto%%, z%%) = _NEWIMAGE(L%, H%, 32)
NEXT z%%
NEXT ieto%%
schermo& = _NEWIMAGE(DESKTOPWIDTH%, DESKTOPHEIGHT%, 32)
unitari& = _NEWIMAGE(L%, H%, 32)
quadro& = _NEWIMAGE(L% - 97 * 8, H% \ 2, 32)
SCREEN schermo&
CLS
COLOR giallo&: PRINT " C A L C O L O D E L L ' I D R O G R A M M A D I P I E N A D I P R O G E T T O T R A M I T E I L M E T O D O S C S - C N"
COLOR grigio&: PRINT " - I N G . C A R L O B A R T O L I N I -"
COLOR bianco&
PRINT "Questo programma permette di calcolare:"
PRINT "- l'idrogramma di piena di progetto (e relativa portata di picco);"
PRINT "- se voluto, l'idrogramma di piena corrispondente ad un'ora di picco a scelta,"
PRINT "per un dato tempo di ritorno tramite l'idrogramma unitario adimensionale di Mockus,il metodo afflussi-deflussi SCS-CN, ietogrammi "; CHR$(34); "Chicago"; CHR$(34); " e "; CHR$(34); "costanti"; CHR$(34); "."
PRINT "Sar… possibile scegliere se visualizzare i risultati in base a l'uno o all'altro tipo di ietogrammi, ma saranno calcolati entrambi i casi e il programma,"
PRINT "dopo l'elaborazione e premendo ESC o al suo termine, chieder… se si desidera salvare tutto nella seguente directory:"
PRINT
COLOR G&: PRINT _CWD$; "\RisultatiQB64";: COLOR bianco&: PRINT "."
PRINT
PRINT "Nel caso si vogliano salvare i risultati,Š consigliato che il programma si trovi sul computer locale,nel qual caso l'operazione di salvataggio richieder…"
PRINT "pochi secondi o 1-2 minuti, a seconda che si salvino solo i tabulati o anche le immagini. Da rete, invece, possono occorrere molti minuti solo per i"
PRINT "tabulati."
PRINT "I file salvati saranno di 3 tipi:"
PRINT "- immagini dei grafici, con estensione "; CHR$(34); "BMP"; CHR$(34); ";"
PRINT "- tabulati, con estensione "; CHR$(34); "CSV"; CHR$(34); ". Possono essere aperti con Excel, ma per essere visualizzati correttamente, nelle impostazioni di Windows il separatore"
PRINT " dell'elenco dev'essere la virgola. Le celle dei fogli di lavoro dei file relativi al calcolo di ogni idrogramma contengono le formule,per cui in essi Š"
PRINT " esemplificata la procedura di calcolo del programma stesso;"
PRINT "- un file con estensione "; CHR$(34); "TXT"; CHR$(34); " in cui Š riportato il codice del programma commentato, comprese le procedure di calcolo."
PRINT
PRINT "Rieseguendo o riavviando il programma [TAB], o tornando al menu degli input qui di seguito [F1], la directory "; CHR$(34); "RisultatiQB64"; CHR$(34); " sar… cancellata, quindi se"
PRINT "s'intende preservarne il contenuto, sar… prima necessario o rinominarla o spostarla."
PRINT "---------------------------------------------------------------------------------------------------------------------------------------------------------"
PRINT "Di seguito,si dovranno inserire i valori della curva di possibilit… climatica "; CHR$(34); "h = Ktúaúd^n"; CHR$(34); ". Se si dispone dei valori del Centro Funzionale, digitare il"
PRINT "valore "; CHR$(34); "Kt"; CHR$(34); " relativo al tempo di ritorno "; CHR$(34); "T"; CHR$(34); " d'interesse, con i relativi valori "; CHR$(34); "a"; CHR$(34); " e "; CHR$(34); "n"; CHR$(34); ". Se invece si ha una propria curva di possibilit… climatica,in"
PRINT "corrispondenza di "; CHR$(34); "Kt"; CHR$(34); ", digitare "; CHR$(34); "INVIO"; CHR$(34); ", o "; CHR$(34); "1"; CHR$(34); ".In tal caso "; CHR$(34); "Kt"; CHR$(34); " sar… considerato pari a "; CHR$(34); "1"; CHR$(34); " e "; CHR$(34); "T"; CHR$(34); " come "; CHR$(34); "definito dall'utente"; CHR$(34); "."
PRINT
PRINT "- Kt [-] (INVIO per 1) = "
PRINT "- a [mm/d^n] = "
PRINT "- n [-] (0ö1) = "
PRINT "- Area in pianta del bacino idrografico [mý] (>=1) = "
PRINT "- Lunghezza dell'asta principale del bacino idrografico [m] (>=1) = "
PRINT "- Pendenza media del bacino idrografico [%] (>=1) = "
PRINT "- CN(II) [-] (1ö100) = "
PRINT "- Coefficiente delle perdite inziali [-] (0ö0.2 - INVIO per 0.1) = "
LOCATE CSRLIN + 2,
COLOR giallo&: PRINT " [ESC]: esci; [TAB]: riavvia.": COLOR bianco&
CALL InserimentoDati(k!, a1!, n1, A2&, L~%, s1!, CNII%%, CoeffPerditeIniziali!)
IF esc~` = 1 OR riavvio~` = 1 THEN EXIT DO
LOCATE PosizioneCursore%% + 9, 1
COLOR giallo&
PRINT " [1]: visualizza i risultati basati sugli ietogrammi Chicago; [2]: visualizza i risultati basati sugli ietogrammi costanti;"
PRINT " [ESC]: esci; [TAB]: riavvia; [F1]: torna agli input iniziali."
COLOR bianco&
DO
_LIMIT 30
KeyPress$ = INKEY$
LOOP UNTIL KeyPress$ = "1" OR KeyPress$ = "2" OR KeyPress$ = CHR$(27) OR KeyPress$ = CHR$(9) OR KeyPress$ = CHR$(0) + CHR$(59)
SELECT CASE KeyPress$
CASE "1", "2"
VisualizzaIeto%% = VAL(KeyPress$)
CNIII! = (23 * CNII%%) / (10 + 0.13 * CNII%%) ' ¿
tl! = 0.342 * ((L~% / 1000) ^ 0.8 / s1! ^ 0.5) * (1000 / CNIII! - 9) ^ 0.7 '* formula di Mockus. ³ dati immediatamente discendenti dagli input iniziali, che fungono da input interni al programma per le elaborazioni.
S2! = 25.4 * (1000 / CNIII! - 10) '* ³
Ia! = CoeffPerditeIniziali! * S2! '* coeff.=0.03-0.2. 'perdite iniziali ³ * La sistemazione dei bacini montani - Vito Ferro - Seconda edizione - cap. 3.4.7. "Il metodo SCS" - pp. 195-205.
tc! = tl! / 0.6 '** ³
ta! = tl! / 0.9 '* ³ ** ibid. cap. 3.4.4. "Il tempo di corrivazione di un bacino" - p. 188.
qp! = 0.208 * ((A2& / 1000000) / ta!) '* Ù
FOR ieto%% = 1 TO 2
interrompi~`(ieto%%) = 0
continua1:
IF interrompi~`(1) = 1 THEN IF ieto%% = 1 THEN _CONTINUE
continua2:
IF interrompi~`(2) = 1 THEN EXIT FOR
ON ERROR GOTO salta
FOR z%% = 1 TO 24
GOSUB CalcolaMatriciIeto1e2
GOSUB DisegnaMatriciIeto1e2
NEXT z%%
IF interrompi~`(ieto%%) = 0 THEN GOSUB DisegnaComplessivoIeto1e2
NEXT ieto%%
ON ERROR GOTO 0
GOSUB TerminaSeErrore
IF esc~` = 1 OR riavvio~` = 1 THEN EXIT SELECT
GOSUB DisegnaUnitari
_DEST schermo&
PRINT
PRINT "-------------------------------------";: COLOR G&: PRINT " E' STATO SCELTO DI VISUALIZZARE I RISULTATI RELATIVI AGLI IETOGRAMMI ";
IF VisualizzaIeto%% = 1 THEN
PRINT "CHICAGO ";
ELSE
PRINT "COSTANTI ";
END IF
COLOR bianco&: PRINT "-------------------------------------"
PRINT
PRINT "Nella pagina successiva sar… possibile visualizzare 24 idrogrammi di piena con relative portate di picco, per durate della pioggia fino a 32 volte il"
PRINT "tempo di corrivazione, insieme alla spezzata (in";: COLOR giallo&: PRINT " giallo";: COLOR bianco&: PRINT ") congiungente le portate di picco."
PRINT "Per determinare l'idrogramma di progetto e relativa portata di picco, sar… possibile avvalersi dei suddetti risultati (per esempio tramite Excel), oppure"
PRINT "proseguire su questo programma."
PRINT
SELECT CASE VisualizzaIeto%%
CASE IS = 1
PRINT "In tal caso, il programma chieder… 2 input:"
PRINT "- una soglia percentuale S, per il calcolo dell'idrogramma di progetto."
PRINT " Per esempio, scrivendo 10%, viene verificato se, sulla spezzata gialla, la portata di picco corrispondente all'ora 1 aumentata del 10%, Š minore della"
PRINT " portata di picco corrispondente all'ora 2. Se Š minore, l'algoritmo prosegue finch‚ non trova la portata di picco di un'ora "; CHR$(34); "i"; CHR$(34); " che, aumentata del 10%,"
PRINT " risulta maggiore della portata di picco dell'ora "; CHR$(34); "i+1"; CHR$(34); ". Sar… considerato come idrogramma di progetto quello relativo all'ultima ora la cui portata di"
PRINT " picco risulta essere superiore alla portata di picco dell'ora precedente aumentata del 10%."
PRINT " Qualora la soglia percentuale digitata sia troppo bassa per determinare, nel corso delle iterazioni, un superamento della portata di picco dell'ora"
PRINT " successiva, viene computato, come idrogramma di progetto, quello che presenta la massima portata di picco tra i 24 calcolati;"
PRINT "- un'ora di picco a scelta, di cui viene calcolata la corrispondente portata di picco e relativo idrogramma."
CASE IS = 2
PRINT "In tal caso, il programma chieder… 1 input:"
PRINT "- un'ora di picco a scelta, di cui viene calcolata la corrispondente portata di picco e relativo idrogramma."
PRINT "Come idrogramma di progetto, Š computato quello che presenta la massima portata di picco tra i 24 calcolati."
END SELECT
PRINT
COLOR giallo&: PRINT " [ESC]: salva; [TAB]: riavvia; [F1]: torna agli input iniziali; []: prosegui.": COLOR bianco&
LOCATE CSRLIN + 1,
DO
_LIMIT 30
KeyPress$ = INKEY$
LOOP UNTIL KeyPress$ = CHR$(27) OR KeyPress$ = CHR$(9) OR KeyPress$ = CHR$(0) + CHR$(59) OR KeyPress$ = CHR$(0) + CHR$(77)
SELECT CASE KeyPress$
CASE CHR$(27)
esc~` = 1
IF VisualizzaIeto%% = 2 THEN
CALL CalcolaIdrogramma(MassimiIdrogrammi1a24(VisualizzaIeto%%, 24, 1).ore, idrogrammi1a24(VisualizzaIeto%%, 24, 50, 1).ore, MassimiAssolutiIeto(VisualizzaIeto%%).ore,_
MassimiAssolutiIeto(VisualizzaIeto%%).portata, ComplessivoIeto1e2(VisualizzaIeto%%).grafico, ComplessivoIeto1e2(VisualizzaIeto%%).composizione)
GOSUB DisegnaIdrogramma
END IF
CASE CHR$(9)
riavvio~` = 1
CASE CHR$(0) + CHR$(59)
menu~` = 1
CASE CHR$(0) + CHR$(77)
CLS
VIEW PRINT 1 TO 4
DO
TornaAlGrafico~` = 0
ERASE IdroPixel1, IdroPixel2, idrogramma1, idrogramma2
FOR ieto%% = 1 TO 2
_DEST idrogramma1e2(ieto%%).grafico: CLS
_DEST idrogramma1e2(ieto%%).composizione: CLS
NEXT ieto%%
GOSUB VisualizzaComplessivo
CALL CalcolaIdrogramma(MassimiIdrogrammi1a24(VisualizzaIeto%%, 24, 1).ore, idrogrammi1a24(VisualizzaIeto%%, 24, 50, 1).ore, MassimiAssolutiIeto(VisualizzaIeto%%).ore,_
MassimiAssolutiIeto(VisualizzaIeto%%).portata, ComplessivoIeto1e2(VisualizzaIeto%%).grafico, ComplessivoIeto1e2(VisualizzaIeto%%).composizione)
GOSUB DisegnaIdrogramma
GOSUB VisualizzaIdrogramma
IF TornaAlGrafico~` = 1 THEN _CONTINUE
IF esc~` = 1 OR riavvio~` = 1 OR menu~` = 1 THEN EXIT DO
GOSUB VisualizzaUnitari
IF TornaAlGrafico~` = 1 THEN _CONTINUE
IF esc~` = 1 OR riavvio~` = 1 OR menu~` = 1 THEN EXIT DO
GOSUB VisualizzaMatrici
IF TornaAlGrafico~` = 1 THEN _CONTINUE
IF esc~` = 1 OR riavvio~` = 1 OR menu~` = 1 THEN EXIT DO
LOOP
END SELECT
CASE CHR$(27)
esc~` = 1
CASE CHR$(9)
riavvio~` = 1
CASE CHR$(0) + CHR$(59)
menu~` = 1
END SELECT
IF riavvio~` = 0 AND menu~` = 0 THEN
VIEW PRINT
CLS
IF VisualizzaIeto%% <> 0 THEN
IF interrompi~`(1) = 0 OR interrompi~`(2) = 0 THEN
esc~` = 0
PRINT
COLOR bianco&: PRINT "Si ricorda che:"
PRINT "-";: COLOR R&: PRINT " se il programma non si trova sul computer locale, ma in rete, il salvataggio potrebbe richiedere molti minuti";: COLOR bianco&: PRINT ";"
PRINT "- il salvataggio avverr… nella directory:"
PRINT " ";: COLOR G&: PRINT _CWD$; "\RisultatiQB64";: COLOR bianco&: PRINT ";"
PRINT "- rieseguendo o riavviando il programma [TAB], o tornando al menu degli input [F1], la directory "; CHR$(34); "RisultatiQB64"; CHR$(34); " sar… cancellata, quindi se s'intende"
PRINT " preservarne il contenuto, sar… prima necessario o rinominarla o spostarla;"
PRINT "- saranno salvati i risultati basati sugli ietogrammi sia Chicago, sia costanti;"
PRINT "- saranno salvati anche l'idrogramma di progetto e quello corrispondente all'ora di picco a scelta, se erano stati definiti;"
PRINT "- per i file di estensione "; CHR$(34); "CSV"; CHR$(34); ", affinch‚ siano visualizzati correttamente in Excel,";: COLOR R&: PRINT " Š necessario che nelle impostazioni di Windows il separatore dello"
PRINT " elenco sia la virgola";: COLOR bianco&: PRINT "."
PRINT
COLOR giallo&
PRINT "[1]: salva su disco tabulati e immagini (richiede pi— tempo);"
PRINT "[2]: salva solo tabulati;"
PRINT "[ESC]: esci; [TAB]: riavvia; [F1]: torna agli input iniziali."
PRINT
DO
_LIMIT 30
KeyPress$ = INKEY$
LOOP UNTIL KeyPress$ = "1" OR KeyPress$ = "2" OR KeyPress$ = CHR$(27) OR KeyPress$ = CHR$(9) OR KeyPress$ = CHR$(0) + CHR$(59)
SELECT CASE KeyPress$
CASE "1", "2"
MKDIR "RisultatiQB64"
CHDIR ".\RisultatiQB64"
COLOR bianco&: PRINT "SALVATAGGIO IN CORSO...": COLOR giallo&
PRINT
PRINT "Per interrompere cliccare su questa schermata, premere [ESC] e attendere qualche istante."
SHELL _CWD$
GOSUB Risultati
CHDIR "..\"
LOCATE CSRLIN - 3,: PRINT STRING$(125, 32): PRINT: PRINT STRING$(125, 32): LOCATE CSRLIN - 3,
COLOR bianco&: PRINT "FATTO.": COLOR giallo&
PRINT
PRINT "Cliccare su questa schermata e [ESC]: esci; [TAB]: riavvia; [F1]: torna agli input iniziali."
COLOR bianco&
BEEP
DO
_LIMIT 30
KeyPress$ = INKEY$
LOOP UNTIL KeyPress$ = CHR$(27) OR KeyPress$ = CHR$(9) OR KeyPress$ = CHR$(0) + CHR$(59)
SELECT CASE KeyPress$
CASE CHR$(27)
esc~` = 1
CASE CHR$(9)
riavvio~` = 1
CASE CHR$(0) + CHR$(59)
menu~` = 1
END SELECT
CASE CHR$(27)
esc~` = 1
CASE CHR$(9)
riavvio~` = 1
CASE CHR$(0) + CHR$(59)
menu~` = 1
END SELECT
END IF
END IF
END IF
IF riavvio~` = 1 OR menu~` = 1 THEN GOSUB freeimage
LOOP UNTIL esc~` = 1 OR riavvio~` = 1
LOOP UNTIL esc~` = 1
freeimage:
IF DESKTOPWIDTH% >= 1280 THEN
FOR ieto%% = 1 TO 2
_FREEIMAGE ComplessivoIeto1e2(ieto%%).grafico
_FREEIMAGE ComplessivoIeto1e2(ieto%%).composizione
_FREEIMAGE idrogramma1e2(ieto%%).grafico
_FREEIMAGE idrogramma1e2(ieto%%).composizione
FOR z%% = 1 TO 24
_FREEIMAGE MatriciIeto1e2&(ieto%%, z%%)
NEXT z%%
NEXT ieto%%
_FREEIMAGE unitari&
_FREEIMAGE quadro&
ON ERROR GOTO cancel1: _FREEIMAGE OriginaleGrafico&: ON ERROR GOTO 0
END IF
IF riavvio~` = 1 OR menu~` = 1 THEN RETURN
SYSTEM
'/////////////////////////////////////////////////// T E R M I N E D E L P R O G R A M M A ////////////////////////////////////////////////////
'**************************************************************************************************************************************************
'* Inizio sezione gestione errori *
'**************************************************************************************************************************************************
cancel1:
RESUME NEXT
cancel2:
CLS
PRINT "Almeno un file interno alla directory"
PRINT CHR$(34); _CWD$; "\RisultatiQB64"; CHR$(34)
PRINT "Š aperto in un altro programma."
PRINT "Per proseguire chiudere i file e premere un tasto."
BEEP
SLEEP
DO
KeyPress$ = INKEY$
PRINT ""
LOOP UNTIL KeyPress$ = ""
RESUME inizio
salta:
interrompi~`(ieto%%) = 1
IF ieto%% = 1 THEN RESUME continua1 ELSE RESUME continua2
'**************************************************************************************************************************************************
'* Termine sezione gestione errori e inizio sezione routines *
'**************************************************************************************************************************************************
TerminaSeErrore:
IF interrompi~`(1) = 1 THEN
IF interrompi~`(2) = 1 THEN
_DEST schermo&
LOCATE 38,: PRINT STRING$(125, 32)
PRINT STRING$(125, 32)
LOCATE 38,: COLOR giallo&: PRINT " I dati sono incompatibili con risultati attendibili.": COLOR bianco&
COLOR giallo&: PRINT " [ESC]: esci; [TAB]: riavvia.": COLOR bianco&
DO
_LIMIT 30
KeyPress$ = INKEY$
LOOP UNTIL KeyPress$ = CHR$(27) OR KeyPress$ = CHR$(9)
SELECT CASE KeyPress$
CASE CHR$(27)
esc~` = 1
CASE CHR$(9)
riavvio~` = 1
END SELECT
RETURN
END IF
END IF
IF interrompi~`(VisualizzaIeto%%) = 1 THEN
_DEST schermo&
LOCATE 38,
COLOR giallo&
IF interrompi~`(1) = 0 THEN PRINT " I dati sono incompatibili con risultati attendibili, ma utilizzando lo ietogramma Chicago sono stati ottenuti risultati. Visualizzarli? [S/(ESC o N)]"
IF interrompi~`(2) = 0 THEN PRINT " I dati sono incompatibili con risultati attendibili, ma utilizzando lo ietogramma costante sono stati ottenuti risultati. Visualizzarli? [S/(ESC o N)]"
PRINT " [ESC]: esci; [TAB]: riavvia; [F1]: torna agli input iniziali."
COLOR bianco&
DO
_LIMIT 30
KeyPress$ = LCASE$(INKEY$)
LOOP UNTIL KeyPress$ = "s" OR KeyPress$ = "n" OR KeyPress$ = CHR$(27) OR KeyPress$ = CHR$(9) OR KeyPress$ = CHR$(0) + CHR$(59)
SELECT CASE KeyPress$
CASE "s"
IF interrompi~`(1) = 0 THEN VisualizzaIeto%% = 1
IF interrompi~`(2) = 0 THEN VisualizzaIeto%% = 2
CASE "n", CHR$(27)
esc~` = 1
CASE CHR$(9)
riavvio~` = 1
CASE CHR$(0) + CHR$(59)
menu~` = 1
END SELECT
END IF
RETURN
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
CalcolaMatriciIeto1e2:
IF ieto%% = 1 THEN
dt!(z%%) = CoefficientiDiscretizzazioneTemporale(z%%).tSUta * ta!
PassiFinePioggia1a24%%(z%%) = (3 * CoefficientiDiscretizzazioneTemporale(z%%).N) / (2 * CoefficientiDiscretizzazioneTemporale(z%%).tSUta)
END IF
FOR i% = 1 TO 50
matrice1(ieto%%, z%%, i%, 1).tSUta = mockus(i%).tSUta
matrice1(ieto%%, z%%, i%, 1).qSUqp = mockus(i%).qSUqp
matrice1(ieto%%, z%%, i%, 1).mdt = i% * dt!(z%%)
SELECT CASE (_ROUND(10 * (i% * CoefficientiDiscretizzazioneTemporale(z%%).tSUta))) / 10
CASE IS <= 5
matrice1(ieto%%, z%%, i%, 1).tmSUta = (_ROUND(10 * (i% * CoefficientiDiscretizzazioneTemporale(z%%).tSUta))) / 10
CASE ELSE
matrice1(ieto%%, z%%, i%, 1).tmSUta = 0
END SELECT
NEXT i%
FOR i% = 1 TO 50
n%% = 1
DO
IF matrice1(ieto%%, z%%, i%, 1).tmSUta = matrice1(ieto%%, z%%, n%%, 1).tSUta THEN
matrice1(ieto%%, z%%, i%, 1).qmSUqp = matrice1(ieto%%, z%%, n%%, 1).qSUqp
EXIT DO
ELSE
n%% = n%% + 1
END IF
LOOP UNTIL n%% = 50
matrice1(ieto%%, z%%, i%, 1).qm = matrice1(ieto%%, z%%, i%, 1).qmSUqp * qp!
NEXT i%
FOR i% = 1 TO PassiFinePioggia1a24%%(z%%)
matrice1(ieto%%, z%%, i%, 1).h1 = k! * a1! * matrice1(ieto%%, z%%, i%, 1).mdt ^ n1!
IF i% = 1 THEN
matrice1(ieto%%, z%%, i%, 1).i1 = matrice1(ieto%%, z%%, i%, 1).h1 / dt!(z%%)
ELSE
matrice1(ieto%%, z%%, i%, 1).i1 = (matrice1(ieto%%, z%%, i%, 1).h1 - matrice1(ieto%%, z%%, i% - 1, 1).h1) / dt!(z%%)
END IF
NEXT i%
SELECT CASE ieto%%
CASE 1
n%% = 1
DO
IF z%% = 1 THEN test~` = 0: EXIT DO
IF dt!(z%%) = dt!(z%% - n%%) THEN test~` = 1: EXIT DO
IF n%% = z%% - 1 THEN test~` = 0: EXIT DO
n%% = n%% + 1
LOOP
p%% = PassiFinePioggia1a24%%(z%%)
i% = 0
DO
matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%) - i%, 1).i2 = matrice1(ieto%%, z%%, p%%, 1).i1
p%% = p%% - 1
IF test~` = 0 THEN IF p%% = 0 THEN EXIT DO
IF test~` = 1 THEN IF p%% = PassiFinePioggia1a24%%(z%% - n%%) THEN EXIT DO
matrice1(ieto%%, z%%, i% + 1, 1).i2 = matrice1(ieto%%, z%%, p%%, 1).i1
p%% = p%% - 1
i% = i% + 1
IF test~` = 0 THEN IF p%% = 0 THEN EXIT DO
IF test~` = 1 THEN IF p%% = PassiFinePioggia1a24%%(z%% - n%%) THEN EXIT DO
LOOP
IF test~` = 1 THEN
IF matrice1(ieto%%, z%%, i%, 1).i2 = 0 THEN i% = i% - 1
p%% = 1
DO
i% = i% + 1
matrice1(ieto%%, z%%, i%, 1).i2 = matrice1(ieto%%, z%% - n%%, p%%, 1).i2
p%% = p%% + 1
LOOP UNTIL p%% > PassiFinePioggia1a24%%(z%% - n%%)
END IF
CASE 2
FOR i% = 1 TO PassiFinePioggia1a24%%(z%%)
matrice1(ieto%%, z%%, i%, 1).i2 = matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).h1 / matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).mdt
NEXT i%
END SELECT
FOR i% = 1 TO PassiFinePioggia1a24%%(z%%)
matrice1(ieto%%, z%%, i%, 1).DH = matrice1(ieto%%, z%%, i%, 1).i2 * dt!(z%%)
IF i% = 1 THEN
matrice1(ieto%%, z%%, i%, 1).H2 = matrice1(ieto%%, z%%, i%, 1).DH
ELSE
matrice1(ieto%%, z%%, i%, 1).H2 = matrice1(ieto%%, z%%, i%, 1).DH + matrice1(ieto%%, z%%, i% - 1, 1).H2
END IF
SELECT CASE matrice1(ieto%%, z%%, i%, 1).H2 - Ia!
CASE IS < 0
matrice1(ieto%%, z%%, i%, 1).he = 0
CASE IS >= 0
matrice1(ieto%%, z%%, i%, 1).he = (matrice1(ieto%%, z%%, i%, 1).H2 - Ia!) ^ 2 / (matrice1(ieto%%, z%%, i%, 1).H2 - Ia! + S2!)
END SELECT
IF i% = 1 THEN
matrice1(ieto%%, z%%, i%, 1).Dhe = matrice1(ieto%%, z%%, i%, 1).he
ELSE
matrice1(ieto%%, z%%, i%, 1).Dhe = matrice1(ieto%%, z%%, i%, 1).he - matrice1(ieto%%, z%%, i% - 1, 1).he
END IF
NEXT i%
FOR n%% = 1 TO 50
FOR i% = n%% TO 50
matrice2!(ieto%%, z%%, i%, n%%) = matrice1(ieto%%, z%%, i% - n%% + 1, 1).Dhe * matrice1(ieto%%, z%%, n%%, 1).qm
NEXT i%
NEXT n%%
FOR i% = 1 TO 50
FOR n%% = 1 TO 50
idrogrammi1a24(ieto%%, z%%, i%, 1).portata = idrogrammi1a24(ieto%%, z%%, i%, 1).portata + matrice2!(ieto%%, z%%, i%, n%%)
NEXT n%%
idrogrammi1a24(ieto%%, z%%, i%, 1).ore = matrice1(ieto%%, z%%, i%, 1).mdt
NEXT i%
i% = 1
DO
IF MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata <= idrogrammi1a24(ieto%%, z%%, i%, 1).portata THEN
MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata = idrogrammi1a24(ieto%%, z%%, i%, 1).portata
MassimiIdrogrammi1a24(ieto%%, z%%, 1).ore = idrogrammi1a24(ieto%%, z%%, i%, 1).ore
MassimiIdrogrammi1a24(ieto%%, z%%, 1).i = i%
ELSEIF MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata > idrogrammi1a24(ieto%%, z%%, i%, 1).portata THEN EXIT DO
END IF
i% = i% + 1
LOOP UNTIL i% = 51
FinePioggiaIdrogrammi1a24(ieto%%, z%%, 1).ore = idrogrammi1a24(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).ore
FinePioggiaIdrogrammi1a24(ieto%%, z%%, 1).portata = idrogrammi1a24(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).portata
i% = 1
DO
IF MassimiQuadrante2(ieto%%, z%%, 1).portata < matrice1(ieto%%, z%%, i%, 1).qm THEN
MassimiQuadrante2(ieto%%, z%%, 1).portata = matrice1(ieto%%, z%%, i%, 1).qm
MassimiQuadrante2(ieto%%, z%%, 1).ore = matrice1(ieto%%, z%%, i%, 1).mdt
ELSEIF MassimiQuadrante2(ieto%%, z%%, 1).portata > matrice1(ieto%%, z%%, i%, 1).qm THEN EXIT DO
END IF
i% = i% + 1
LOOP
SELECT CASE idrogrammi1a24(ieto%%, z%%, 50, 1).portata
CASE IS >= MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata * 0.05
MinimiMatriciQuadrante1(ieto%%, z%%, 1).ore = idrogrammi1a24(ieto%%, z%%, 50, 1).ore
MinimiMatriciQuadrante1(ieto%%, z%%, 1).i = 50
CASE IS < MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata * 0.05
i% = MassimiIdrogrammi1a24(ieto%%, z%%, 1).i
DO
IF idrogrammi1a24(ieto%%, z%%, i%, 1).portata < MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata * 0.05 THEN
MinimiMatriciQuadrante1(ieto%%, z%%, 1).ore = idrogrammi1a24(ieto%%, z%%, i%, 1).ore
MinimiMatriciQuadrante1(ieto%%, z%%, 1).i = i%
EXIT DO
END IF
i% = i% + 1
LOOP
END SELECT
i% = 1
DO
IF matrice1(ieto%%, z%%, i%, 1).qm = 0 THEN
MinimiMatriciQuadrante2(ieto%%, z%%, 1).ore = matrice1(ieto%%, z%%, i%, 1).mdt
MinimiMatriciQuadrante2(ieto%%, z%%, 1).i = i%
EXIT DO
END IF
i% = i% + 1
LOOP
IF MassimiAssolutiIeto(ieto%%).portata < MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata THEN
MassimiAssolutiIeto(ieto%%).portata = MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata
MassimiAssolutiIeto(ieto%%).ore = MassimiIdrogrammi1a24(ieto%%, z%%, 1).ore
IdroMaxieto%%(ieto%%) = z%%
END IF
RETURN
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
DisegnaMatriciIeto1e2:
posizione% = _WIDTH(MatriciIeto1e2&(1, 1)) \ 8 - 94
_DEST MatriciIeto1e2&(ieto%%, z%%)
CLS
LINE (0, 0)-(_WIDTH(MatriciIeto1e2&(ieto%%, z%%)) - 1, _HEIGHT(MatriciIeto1e2&(ieto%%, z%%)) - 1), R&, B
LOCATE 2, posizione%
COLOR bianco&: PRINT "Legenda: ";
COLOR G&: PRINT "[Idrogramma]";
COLOR R&: PRINT "[Pioggia effettiva]";
COLOR B&: PRINT "[Pioggia efficace]"
PRINT
IF H% \ 16 >= 55 THEN
i% = 1: n%% = 1
ELSE
i% = 2: n%% = 2
END IF
LOCATE , posizione%
FOR i% = i% TO 50 STEP n%%
CALL Tabella(i%, n%%,0, "-", bianco&, "ore", bianco&, "ore:min", G&, "mc/sec", R&, "mm", B&, "mm", bianco&, "mm/ora", 0, "", 2 ^ 4, 1, bianco&, i%, grigio&, matrice1(ieto%%, z%%, i%, 1).mdt,_
grigio&, matrice1(ieto%%, z%%, i%, 1).mdt,grigio&, idrogrammi1a24(ieto%%, z%%, i%, 1).portata, grigio&, matrice1(ieto%%, z%%, i%, 1).DH, grigio&, matrice1(ieto%%, z%%, i%, 1).Dhe, grigio&, matrice1(ieto%%, z%%, i%, 1).i2)
LOCATE CSRLIN - 1, FineColonna%(7): PRINT "³"
NEXT i%
LOCATE , posizione%: COLOR bianco&: PRINT "Sommano:";
LOCATE , FineColonna%(4) + 1: COLOR R&: PRINT _TRIM$(STR$(Arrotonda!(matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).H2)));
LOCATE , FineColonna%(5) + 1: COLOR B&: PRINT _TRIM$(STR$(Arrotonda!(matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).he)))
LOCATE , posizione%: COLOR bianco&: PRINT "Media:";
LOCATE , FineColonna%(6) + 1: PRINT _TRIM$(STR$(Arrotonda!(matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).H2 / matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).mdt)))
LOCATE 4,
CALL Dati(2 ^ 3 + 2 ^ 2 + 2 ^ 1 + 2 ^ 0, posizione% + 55)
CALL DisegnaAssi("ore", "mc/s(idrogramma) - mm(ietogramma<--ordinate non in scala)", MinimiMatriciQuadrante1(ieto%%, z%%, 1).ore, MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata, quadro&, R&, bianco&, bianco&, bianco&)
istoX! = matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).mdt / PassiFinePioggia1a24%%(z%%)
SELECT CASE ieto%%
CASE IS = 1
CALL ScalaOrigine(1, 1, MinimiMatriciQuadrante1(ieto%%, z%%, 1).ore, matrice1(ieto%%, z%%, 1, 1).i1 * dt!(z%%) * 2.5, quadro&)
LINE (dx!, dy!)-(dx! + istoX!, dy! + matrice1(ieto%%, z%%, 1, 1).DH), R&, BF
LINE (dx!, dy!)-(dx! + istoX!, dy! + matrice1(ieto%%, z%%, 1, 1).DH), bianco&, B
i% = 2
DO UNTIL matrice1(ieto%%, z%%, i%, 1).DH = 0
LINE (dx! + (i% - 1) * istoX!, dy!)-(dx! + i% * istoX!, dy! + matrice1(ieto%%, z%%, i%, 1).DH), R&, BF
LINE (dx! + (i% - 1) * istoX!, dy!)-(dx! + i% * istoX!, dy! + matrice1(ieto%%, z%%, i%, 1).DH), bianco&, B
i% = i% + 1
LOOP
LINE (dx!, dy!)-(dx! + istoX!, dy! + matrice1(ieto%%, z%%, 1, 1).Dhe), B&, BF
LINE (dx!, dy!)-(dx! + istoX!, dy! + matrice1(ieto%%, z%%, 1, 1).Dhe), bianco&, B
i% = 2
DO
IF matrice1(ieto%%, z%%, i%, 1).Dhe = 0 THEN
IF matrice1(ieto%%, z%%, i% - 1, 1).Dhe > 0 THEN EXIT DO
END IF
LINE (dx! + (i% - 1) * istoX!, dy!)-(dx! + i% * istoX!, dy! + matrice1(ieto%%, z%%, i%, 1).Dhe), B&, BF
LINE (dx! + (i% - 1) * istoX!, dy!)-(dx! + i% * istoX!, dy! + matrice1(ieto%%, z%%, i%, 1).Dhe), bianco&, B
i% = i% + 1
LOOP
LINE (dx!, dy!)-(dx! + istoX!, dy! + matrice1(ieto%%, z%%, 1, 1).DH), giallo&
i% = 2
DO UNTIL matrice1(ieto%%, z%%, i% + 1, 1).DH = 0
LINE (dx! + (i% - 1) * istoX!, dy! + matrice1(ieto%%, z%%, i% - 1, 1).DH)-(dx! + i% * istoX!, dy! + matrice1(ieto%%, z%%, i%, 1).DH), giallo&
i% = i% + 1
LOOP
LINE -(dx! + i% * istoX!, dy!), giallo&
LINE (dx!, dy!)-(dx! + istoX!, dy! + matrice1(ieto%%, z%%, 1, 1).Dhe), giallo&
i% = 2
DO UNTIL i% = PassiFinePioggia1a24%%(z%%)
LINE (dx! + (i% - 1) * istoX!, dy! + matrice1(ieto%%, z%%, i% - 1, 1).Dhe)-(dx! + i% * istoX!, dy! + matrice1(ieto%%, z%%, i%, 1).Dhe), giallo&
i% = i% + 1
LOOP
LINE -(dx! + i% * istoX!, dy!), giallo&
n%% = 0
DO
n%% = n%% + 1
IF matrice1(ieto%%, z%%, 1, 1).i1 * dt!(z%%) = matrice1(ieto%%, z%%, n%%, 1).DH THEN EXIT DO
LOOP
CALL DisegnaValore(matrice1(ieto%%, z%%, n%%, 1).mdt, matrice1(ieto%%, z%%, n%%, 1).DH, 0, 0, bianco&)
CASE IS = 2
CALL ScalaOrigine(1, 1, MinimiMatriciQuadrante1(ieto%%, z%%, 1).ore, matrice1(ieto%%, z%%, 1, 1).DH * 2.5, quadro&)
LINE (dx!, dy!)-(dx! + istoX! * PassiFinePioggia1a24%%(z%%), dy! + matrice1(ieto%%, z%%, 1, 1).DH), R&, BF
LINE (dx!, dy!)-(dx! + istoX! * PassiFinePioggia1a24%%(z%%), dy! + matrice1(ieto%%, z%%, 1, 1).DH), bianco&, B
LINE (dx!, dy!)-(dx! + istoX!, dy! + matrice1(ieto%%, z%%, 1, 1).Dhe), bianco&
i% = 2
DO
LINE (dx! + (i% - 1) * istoX!, dy! + matrice1(ieto%%, z%%, i% - 1, 1).Dhe)-(dx! + i% * istoX!, dy! + matrice1(ieto%%, z%%, i%, 1).Dhe), bianco&
IF i% = PassiFinePioggia1a24%%(z%%) THEN EXIT DO
i% = i% + 1
LOOP
PAINT (0.7 * dx! + i% * istoX!, 0.7 * dy! + matrice1(ieto%%, z%%, i%, 1).Dhe), B&, bianco&
END SELECT
CALL ScalaOrigine(1, 1, MinimiMatriciQuadrante1(ieto%%, z%%, 1).ore, MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata, quadro&)
FOR i% = 1 TO MinimiMatriciQuadrante1(ieto%%, z%%, 1).i
CIRCLE (dx! + idrogrammi1a24(ieto%%, z%%, i%, 1).ore, dy! + idrogrammi1a24(ieto%%, z%%, i%, 1).portata), PMAP(3, 2), G&
PAINT (dx! + idrogrammi1a24(ieto%%, z%%, i%, 1).ore - PMAP(2.5, 2), dy! + idrogrammi1a24(ieto%%, z%%, i%, 1).portata), G&
IF i% = 1 THEN
LINE (dx!, dy!)-(dx! + idrogrammi1a24(ieto%%, z%%, i%, 1).ore, dy! + idrogrammi1a24(ieto%%, z%%, i%, 1).portata), G&
ELSE
LINE (dx! + idrogrammi1a24(ieto%%, z%%, i% - 1, 1).ore, dy! + idrogrammi1a24(ieto%%, z%%, i% - 1, 1).portata)-(dx! + idrogrammi1a24(ieto%%, z%%, i%, 1).ore, dy! + idrogrammi1a24(ieto%%, z%%, i%, 1).portata), G&
END IF
NEXT i%
CALL DisegnaValore(MassimiIdrogrammi1a24(ieto%%, z%%, 1).ore, MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata, G&, G&, bianco&)
CALL DisegnaValore(FinePioggiaIdrogrammi1a24(ieto%%, z%%, 1).ore, FinePioggiaIdrogrammi1a24(ieto%%, z%%, 1).portata, grigio&, grigio&, bianco&)
COLOR bianco: _PRINTSTRING (_WIDTH(quadro&) - 33 * 8, 4), "Legenda:"
COLOR grigio&: _PRINTSTRING (_WIDTH(quadro&) - 24 * 8, 4), "[Termine della pioggia]"
_PUTIMAGE (0, 0)-(_WIDTH(quadro&), _HEIGHT(quadro&)), quadro&, MatriciIeto1e2&(ieto%%, z%%)
CALL DisegnaAssi("ore", "mc/(s * mm)", MinimiMatriciQuadrante2(1, 1, 1).ore, MassimiQuadrante2(1, 1, 1).portata, quadro&, R&, bianco&, bianco&, bianco&)
CALL DisegnaValore(MassimiQuadrante2(ieto%%, z%%, 1).ore, MassimiQuadrante2(ieto%%, z%%, 1).portata, azzurro&, G&, bianco&)
FOR i% = 1 TO 50
CIRCLE (dx! + matrice1(1, 1, i%, 1).mdt, dy! + matrice1(1, 1, i%, 1).qm), PMAP(3, 2), pastello&
PAINT (dx! + matrice1(1, 1, i%, 1).mdt - PMAP(2.5, 2), dy! + matrice1(1, 1, i%, 1).qm), pastello&
IF i% = 1 THEN
LINE (dx!, dy!)-(dx! + matrice1(1, 1, i%, 1).mdt, dy! + matrice1(1, 1, i%, 1).qm), pastello&, , 65280
ELSE
LINE (dx! + matrice1(1, 1, i% - 1, 1).mdt, dy! + matrice1(1, 1, i% - 1, 1).qm)-(dx! + matrice1(1, 1, i%, 1).mdt, dy! + matrice1(1, 1, i%, 1).qm), pastello&, , 65280
END IF
NEXT i%
FOR i% = 1 TO MinimiMatriciQuadrante2(ieto%%, z%%, 1).i
CIRCLE (dx! + matrice1(ieto%%, z%%, i%, 1).mdt, dy! + matrice1(ieto%%, z%%, i%, 1).qm), PMAP(3, 2), azzurro&
IF i% = 1 THEN
LINE (dx!, dy!)-(dx! + matrice1(ieto%%, z%%, i%, 1).mdt, dy! + matrice1(ieto%%, z%%, i%, 1).qm), azzurro&
ELSE
LINE (dx! + matrice1(ieto%%, z%%, i% - 1, 1).mdt, dy! + matrice1(ieto%%, z%%, i% - 1, 1).qm)-(dx! + matrice1(ieto%%, z%%, i%, 1).mdt, dy! + matrice1(ieto%%, z%%, i%, 1).qm), azzurro&
END IF
NEXT i%
LOCATE 2, _WIDTH(quadro&) \ 8 - 35: PRINT "Legenda:"
LOCATE 4, _WIDTH(quadro&) \ 8 - 35: COLOR azzurro&: PRINT "[Idrogramma unitario del bacino"
LOCATE , _WIDTH(quadro&) \ 8 - 35: PRINT "con la discretizzazione temporale"
LOCATE , _WIDTH(quadro&) \ 8 - 35: PRINT "dt = "; _TRIM$(STR$(Arrotonda!(dt!(z%%)))); " ore = "; _TRIM$(STR$(INT(dt!(z%%)))); " ore e "; _TRIM$(STR$(CINT(60 * (dt!(z%%) - INT(dt!(z%%)))))); " minuti]"
LOCATE 8, _WIDTH(quadro&) \ 8 - 35: COLOR pastello&: PRINT "[Idrogramma unitario del bacino"
LOCATE , _WIDTH(quadro&) \ 8 - 35: PRINT "con la discretizzazione temporale"
LOCATE , _WIDTH(quadro&) \ 8 - 35: PRINT "dt = "; _TRIM$(STR$(Arrotonda!(dt!(1)))); " ore = "; _TRIM$(STR$(INT(dt!(1)))); " ore e "; _TRIM$(STR$(CINT(60 * (dt!(1) - INT(dt!(1)))))); " minuti]"
_PUTIMAGE (0, _HEIGHT(MatriciIeto1e2&(ieto%%, z%%)) \ 2)-(_WIDTH(quadro&), _HEIGHT(MatriciIeto1e2&(ieto%%, z%%)) - 1), quadro&, MatriciIeto1e2&(ieto%%, z%%)
RETURN
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
DisegnaComplessivoIeto1e2:
posizione% = _WIDTH(ComplessivoIeto1e2(1).composizione) \ 8 - 45
_DEST ComplessivoIeto1e2(ieto%%).composizione
CLS
LOCATE 2, posizione%: PRINT "T U T T I G L I I D R O G R A M M I"
CALL Dati(2 ^ 3, posizione%)
VIEW PRINT _HEIGHT(ComplessivoIeto1e2(ieto%%).composizione) \ 16 - 26 TO _HEIGHT(ComplessivoIeto1e2(ieto%%).composizione) \ 16
LOCATE , posizione%: COLOR bianco&: PRINT "Legenda: ";
COLOR giallo&: PRINT "[Picchi]";
COLOR G&: PRINT "[Durata della pioggia]"
LOCATE , posizione%
FOR z%% = 1 TO 24
CALL Tabella(z%%,1,0, "-", giallo&, "ore", giallo&, "ore:min", giallo&, "mc/sec", G&, "ore:min", G&, "ore/tc", 0, "", 0, "",2 ^ 4 + 2 ^ 2, 1, bianco&, z%%, giallo&, MassimiIdrogrammi1a24(ieto%%, z%%, 1).ore, giallo&,_
MassimiIdrogrammi1a24(ieto%%, z%%, 1).ore, giallo&,MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata, grigio&, FinePioggiaIdrogrammi1a24(ieto%%, z%%, 1).ore, grigio&,_
CoefficientiDiscretizzazioneTemporale(z%%).N, 0, 0)
NEXT z%%
VIEW PRINT
LINE (0, 0)-(_WIDTH(ComplessivoIeto1e2(ieto%%).composizione) - 1, _HEIGHT(ComplessivoIeto1e2(ieto%%).composizione) - 1), R&, B
CALL DisegnaAssi("ore", "mc/s", idrogrammi1a24(ieto%%, 24, 50, 1).ore, MassimiAssolutiIeto(ieto%%).portata, ComplessivoIeto1e2(ieto%%).grafico, R&, bianco&, bianco&, bianco&)
FOR z%% = 1 TO 24
SELECT CASE z%% MOD 3
CASE IS = 1
colore& = R&
CASE IS = 2
colore& = G&
CASE IS = 0
colore& = B&
END SELECT
FOR i% = 1 TO 50
IF i% = 1 THEN
LINE (dx!, dy!)-(dx! + idrogrammi1a24(ieto%%, z%%, i%, 1).ore, dy! + idrogrammi1a24(ieto%%, z%%, i%, 1).portata), colore&
ELSE
LINE (dx! + idrogrammi1a24(ieto%%, z%%, i% - 1, 1).ore, dy! + idrogrammi1a24(ieto%%, z%%, i% - 1, 1).portata)-(dx! + idrogrammi1a24(ieto%%, z%%, i%, 1).ore, dy! + idrogrammi1a24(ieto%%, z%%, i%, 1).portata), colore&
END IF
NEXT i%
NEXT z%%
CALL DisegnaValore(MassimiAssolutiIeto(ieto%%).ore, MassimiAssolutiIeto(ieto%%).portata, azzurro&, azzurro&, bianco&)
CALL DisegnaLinea(ieto%%, ComplessivoIeto1e2(ieto%%).grafico, giallo&, grigio&)
_PUTIMAGE (0, 0), ComplessivoIeto1e2(ieto%%).grafico, ComplessivoIeto1e2(ieto%%).composizione
OriginaleGrafico& = _COPYIMAGE(ComplessivoIeto1e2(VisualizzaIeto%%).grafico)
RETURN
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
DisegnaUnitari:
posizione% = _WIDTH(unitari&) \ 8 - 94
_DEST unitari&
CLS
LOCATE 2, posizione%
COLOR bianco&: PRINT "Legenda: ";
COLOR giallo&: PRINT "[Idrogramma unitario adimensionale di Mockus]";
COLOR G&: PRINT "[Idrogramma unitario del bacino]";
PRINT
PRINT
IF H% \ 16 >= 55 THEN
i% = 1: n%% = 1
ELSE
i% = 2: n%% = 2
END IF
LOCATE , posizione%
FOR i% = i% TO 50 STEP n%%
CALL Tabella(i%, n%%,0, "-", giallo&, "t/ta", giallo&, "q/qp", G&, "ore", G&, "mc/s*mm", 0, "", 0, "", 0, "", 0, 1, bianco&, i%, grigio&, mockus(i%).tSUta, grigio&, mockus(i%).qSUqp, grigio&, matrice1(1, 1, i%, 1).mdt, grigio&,_
matrice1(1, 1, i%, 1).qm, 0, 0, 0, 0)
NEXT i%
PRINT
COLOR bianco&: LOCATE 4,
CALL Dati(0, posizione% + 40)
COLOR grigio&
LOCATE 15, posizione% + 40: PRINT "La determinazione dell'idrogramma unitario di"
LOCATE 17, posizione% + 40: PRINT "un bacino di note caratteristiche consiste"
LOCATE 19, posizione% + 40: PRINT "nell'amplificare l'ascissa e l'ordinata dello"
LOCATE 21, posizione% + 40: PRINT "idrogramma unitario adimensionale di Mockus"
LOCATE 23, posizione% + 40: PRINT "mediante i fattori ta e qp, specifici del"
LOCATE 25, posizione% + 40: PRINT "bacino esaminato. Il calcolo dell'idrogramma"
LOCATE 27, posizione% + 40: PRINT "di piena presuppone poi che gli incrementi di"
LOCATE 29, posizione% + 40: PRINT "deflusso siano utilizzati per amplificare i"
LOCATE 31, posizione% + 40: PRINT "valori dell' idrogramma unitario e siano"
LOCATE 33, posizione% + 40: PRINT "sommati a parit… d'istante."
LINE (0, 0)-(_WIDTH(unitari&) - 1, _HEIGHT(unitari&) - 1), R&, B
CALL DisegnaAssi("t/ta", "q/qp", 5, 1, quadro&, R&, bianco&, bianco&, bianco&)
FOR i% = 1 TO UBOUND(mockus)
CIRCLE (dx! + mockus(i%).tSUta, dy! + mockus(i%).qSUqp), PMAP(3, 2), giallo&
PAINT (dx! + mockus(i%).tSUta - PMAP(2.5, 2), dy! + mockus(i%).qSUqp), giallo&
IF i% = 1 THEN
LINE (dx!, dy!)-(dx! + mockus(i%).tSUta, dy! + mockus(i%).qSUqp), giallo&
ELSE
LINE (dx! + mockus(i% - 1).tSUta, dy! + mockus(i% - 1).qSUqp)-(dx! + mockus(i%).tSUta, dy! + mockus(i%).qSUqp), giallo&
END IF
NEXT i%
_PUTIMAGE (0, 0)-(_WIDTH(quadro&), _HEIGHT(quadro&)), quadro&, unitari&
CALL DisegnaAssi("ore", "mc/(s * mm)", matrice1(1, 1, 50, 1).mdt, MassimiQuadrante2(1, 1, 1).portata, quadro&, R&, bianco&, bianco&, bianco&)
CALL DisegnaValore(MassimiQuadrante2(1, 1, 1).ore, MassimiQuadrante2(1, 1, 1).portata, azzurro&, azzurro&, bianco&)
FOR i% = 1 TO 50
CIRCLE (dx! + matrice1(1, 1, i%, 1).mdt, dy! + matrice1(1, 1, i%, 1).qm), PMAP(3, 2), G&
PAINT (dx! + matrice1(1, 1, i%, 1).mdt - PMAP(2.5, 2), dy! + matrice1(1, 1, i%, 1).qm), G&
IF i% = 1 THEN
LINE (dx!, dy!)-(dx! + matrice1(1, 1, i%, 1).mdt, dy! + matrice1(1, 1, i%, 1).qm), G&
ELSE
LINE (dx! + matrice1(1, 1, i% - 1, 1).mdt, dy! + matrice1(1, 1, i% - 1, 1).qm)-(dx! + matrice1(1, 1, i%, 1).mdt, dy! + matrice1(1, 1, i%, 1).qm), G&
END IF
NEXT i%
WINDOW
LOCATE 2, _WIDTH(quadro&) \ 8 - 35: PRINT "Idrogramma unitario del bacino"
LOCATE , _WIDTH(quadro&) \ 8 - 35: PRINT "con la discretizzazione temporale"; ""
LOCATE , _WIDTH(quadro&) \ 8 - 35: PRINT "dt = "; _TRIM$(STR$(Arrotonda!(dt!(1)))); " ore = "; _TRIM$(STR$(INT(dt!(1)))); " ore e "; _TRIM$(STR$(CINT(60 * (dt!(1) - INT(dt!(1)))))); " minuti."
_PUTIMAGE (0, _HEIGHT(unitari&) \ 2)-(_WIDTH(quadro&), _HEIGHT(unitari&) - 1), quadro&, unitari&
RETURN
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
VisualizzaComplessivo:
CLS 2
ComplessivoIeto1e2(VisualizzaIeto%%).grafico = _COPYIMAGE(OriginaleGrafico&)
_PUTIMAGE (0, 0), ComplessivoIeto1e2(VisualizzaIeto%%).grafico, ComplessivoIeto1e2(VisualizzaIeto%%).composizione
_PUTIMAGE ((DESKTOPWIDTH% - _WIDTH(ComplessivoIeto1e2(VisualizzaIeto%%).composizione)), (DESKTOPHEIGHT% - _HEIGHT(ComplessivoIeto1e2(VisualizzaIeto%%).composizione) - 16)), ComplessivoIeto1e2(VisualizzaIeto%%).composizione, schermo&
RETURN
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
DisegnaIdrogramma:
FOR n%% = 1 TO 2
IF n%% = 1 THEN posizione% = _WIDTH(idrogramma1e2(n%%).composizione) \ 8 - 56
IF n%% = 2 THEN IF ore!(n%%) = 0 THEN EXIT FOR
_DEST idrogramma1e2(n%%).composizione
CLS: COLOR bianco&
IF n%% = 1 THEN
LOCATE 2, posizione%: PRINT "I D R O G R A M M A D I P R O G E T T O"
ELSEIF n%% = 2 THEN
LOCATE 2, posizione%: PRINT "IDROGRAMMA CORRISPONDENTE ALL'ORA DI PICCO SCELTA"
END IF
CALL Dati(2 ^ 3, posizione%)
VIEW PRINT _HEIGHT(idrogramma1e2(n%%).composizione) \ 16 - 26 TO _HEIGHT(idrogramma1e2(n%%).composizione) \ 16
LOCATE , posizione%
SELECT CASE n%%
CASE IS = 1
FOR i% = 1 TO 25
CALL Tabella(i%, 1,0, "-", bianco&, "ore", bianco&, "ore:min", bianco&, "mc/sec", 0, "-", bianco&, "ore", bianco&, "ore:min", bianco&, "mc/sec", 2 ^ 4, 1, bianco%, i%, grigio&, idrogramma1(i%).ore, grigio&,_
idrogramma1(i%).ore, grigio&, idrogramma1(i%).portata, 0, 0, 0, 0, 0, 0)
LOCATE CSRLIN - 1, FineColonna%(4): PRINT "³"
NEXT i%
LOCATE _HEIGHT(idrogramma1e2(n%%).composizione) \ 16 - 26 + 1,
FOR i% = 26 TO UBOUND(idrogramma1)
CALL Tabella(i%, 1,0, "-", bianco&, "ore", bianco&, "ore:min", bianco&, "mc/sec", 0, "-", bianco&, "ore", bianco&, "ore:min", bianco&, "mc/sec", 2 ^ 4, 5, bianco%, i%, grigio&, idrogramma1(i%).ore, grigio&,_
idrogramma1(i%).ore, grigio&, idrogramma1(i%).portata, 0, 0, 0, 0, 0, 0)
NEXT i%
CASE IS = 2
FOR i% = 1 TO 25
CALL Tabella(i%, 1,0, "-", bianco&, "ore", bianco&, "ore:min", bianco&, "mc/sec", 0, "-", bianco&, "ore", bianco&, "ore:min", bianco&, "mc/sec", 2 ^ 4, 1, bianco%, i%, grigio&, idrogramma2(i%).ore, grigio&,_
idrogramma2(i%).ore, grigio&, idrogramma2(i%).portata, 0, 0, 0, 0, 0, 0)
LOCATE CSRLIN - 1, FineColonna%(4): PRINT "³"
NEXT i%
LOCATE _HEIGHT(idrogramma1e2(n%%).composizione) \ 16 - 26 + 1,
FOR i% = 26 TO UBOUND(idrogramma2)
CALL Tabella(i%, 1,0, "-", bianco&, "ore", bianco&, "ore:min", bianco&, "mc/sec", 0, "-", bianco&, "ore", bianco&, "ore:min", bianco&, "mc/sec", 2 ^ 4, 5, bianco%, i%, grigio&, idrogramma2(i%).ore, grigio&,_
idrogramma2(i%).ore, grigio&, idrogramma2(i%).portata, 0, 0, 0, 0, 0, 0)
NEXT i%
END SELECT
VIEW PRINT
LINE (0, 0)-(_WIDTH(idrogramma1e2(n%%).composizione) - 1, _HEIGHT(idrogramma1e2(n%%).composizione) - 1), R&, B
NEXT n%%
CALL DisegnaAssi("ore", "mc/s", IdroPixel1(UBOUND(IdroPixel1)).ore, portata!(1), idrogramma1e2(1).grafico, R&, bianco&, bianco&, bianco&)
CALL DisegnaValore(ore!(1), portata!(1), azzurro&, azzurro&, bianco&)
LOCATE 2, _WIDTH(idrogramma1e2(1).grafico) \ 8 - 25: COLOR bianco&: PRINT "Legenda: "
LOCATE 4, _WIDTH(idrogramma1e2(1).grafico) \ 8 - 25: COLOR B&: PRINT "[Termine della pioggia]"
n%% = 0
GOSUB idro1
_SOURCE idrogramma1e2(1).grafico
IF FinePioggiaIdrogrammi1e2(1).ore = FinePioggiaIdrogrammi1a24(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%), 1).ore THEN
FinePioggiaIdrogrammi1e2(1).portata = FinePioggiaIdrogrammi1a24(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%), 1).portata
ELSE
y% = PMAP(dy!, 1)
DO
IF POINT(dx! + FinePioggiaIdrogrammi1e2(1).ore, PMAP(y%, 3)) = giallo& THEN EXIT DO
y% = y% - 1
LOOP
FinePioggiaIdrogrammi1e2(1).portata = PMAP(y%, 3) - dy!
END IF
CALL DisegnaValore(FinePioggiaIdrogrammi1e2(1).ore, FinePioggiaIdrogrammi1e2(1).portata, B&, B&, bianco&)
idro1:
n%% = n%% + 1
FOR i% = 1 TO UBOUND(idrogramma1)
CIRCLE (dx! + idrogramma1(i%).ore, dy! + idrogramma1(i%).portata), PMAP(3, 2), G&
PAINT (dx! + idrogramma1(i%).ore - PMAP(2.5, 2), dy! + idrogramma1(i%).portata), G&
NEXT i%
FOR i% = 1 TO UBOUND(IdroPixel1)
IF i% = 1 THEN
LINE (dx!, dy!)-(dx! + IdroPixel1(i%).ore, dy! + IdroPixel1(i%).portata), giallo&
ELSE
LINE (dx! + IdroPixel1(i% - 1).ore, dy! + IdroPixel1(i% - 1).portata)-(dx! + IdroPixel1(i%).ore, dy! + IdroPixel1(i%).portata), giallo&
END IF
NEXT i%
IF n%% = 1 THEN RETURN
_PUTIMAGE (0, 0), idrogramma1e2(1).grafico, idrogramma1e2(1).composizione
IF ore!(2) = 0 THEN RETURN
CALL DisegnaAssi("ore", "mc/s", IdroPixel2(UBOUND(IdroPixel2)).ore, portata!(2), idrogramma1e2(2).grafico, R&, bianco&, bianco&, bianco&)
CALL DisegnaValore(ore!(2), portata!(2), azzurro&, azzurro&, bianco&)
LOCATE 2, _WIDTH(idrogramma1e2(1).grafico) \ 8 - 25: COLOR bianco&: PRINT "Legenda: "
LOCATE 4, _WIDTH(idrogramma1e2(1).grafico) \ 8 - 25: COLOR B&: PRINT "[Termine della pioggia]"
GOSUB idro2
_SOURCE idrogramma1e2(2).grafico
y% = PMAP(dy!, 1)
DO
IF POINT(dx! + FinePioggiaIdrogrammi1e2(2).ore, PMAP(y%, 3)) = giallo& THEN EXIT DO
y% = y% - 1
LOOP
FinePioggiaIdrogrammi1e2(2).portata = PMAP(y%, 3) - dy!
CALL DisegnaValore(FinePioggiaIdrogrammi1e2(2).ore, FinePioggiaIdrogrammi1e2(2).portata, B&, B&, bianco&)
idro2:
FOR i% = 1 TO UBOUND(idrogramma1)
CIRCLE (dx! + idrogramma2(i%).ore, dy! + idrogramma2(i%).portata), PMAP(3, 2), G&
PAINT (dx! + idrogramma2(i%).ore - PMAP(2.5, 2), dy! + idrogramma2(i%).portata), G&
NEXT i%
FOR i% = 1 TO UBOUND(IdroPixel2)
IF i% = 1 THEN
LINE (dx!, dy!)-(dx! + IdroPixel2(i%).ore, dy! + IdroPixel2(i%).portata), giallo&
ELSE
LINE (dx! + IdroPixel2(i% - 1).ore, dy! + IdroPixel2(i% - 1).portata)-(dx! + IdroPixel2(i%).ore, dy! + IdroPixel2(i%).portata), giallo&
END IF
NEXT i%
_PUTIMAGE (0, 0), idrogramma1e2(2).grafico, idrogramma1e2(2).composizione
RETURN
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
VisualizzaIdrogramma:
_DEST schermo&: CLS 2
COLOR giallo&: PRINT "[ESC]: salva; [TAB]: riavvia; [F1]: torna agli input iniziali; [F2]: ripristina il grafico; []: visualizza l'idrogramma di progetto.": COLOR bianco&
DO
_LIMIT 30
KeyPress$ = INKEY$
LOOP UNTIL KeyPress$ = CHR$(27) OR KeyPress$ = CHR$(9) OR KeyPress$ = CHR$(0) + CHR$(59) OR KeyPress$ = CHR$(0) + CHR$(60) OR KeyPress$ = CHR$(0) + CHR$(77)
SELECT CASE KeyPress$
CASE CHR$(27)
esc~` = 1
CASE CHR$(9)
riavvio~` = 1
CASE CHR$(0) + CHR$(59)
menu~` = 1
CASE CHR$(0) + CHR$(60)
TornaAlGrafico~` = 1
CASE CHR$(0) + CHR$(77)
tipo%% = 3
_PUTIMAGE ((DESKTOPWIDTH% - _WIDTH(idrogramma1e2(1).composizione)), (DESKTOPHEIGHT% - _HEIGHT(idrogramma1e2(1).composizione) - 16)), idrogramma1e2(1).composizione, schermo&
CALL DisegnaPortata(idrogramma1(UBOUND(idrogramma1)).ore, idrogramma1e2(1).grafico, idrogramma1e2(1).composizione)
IF portata!(1) = MassimiIdrogrammi1a24(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%), 1).portata THEN
IF ore!(1) = MassimiIdrogrammi1a24(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%), 1).ore THEN
CLS 2
COLOR giallo&
PRINT "- Poich‚ l'idrogramma di progetto coincide con uno dei 24 calcolati, Š possibile visualizzarne i dettagli. Visualizzare? [S/N]"
PRINT "[ESC]: salva; [TAB]: riavvia; [F1]: torna agli input iniziali; [F2]: torna al grafico iniziale."
COLOR bianco&
DO
_LIMIT 30
KeyPress$ = LCASE$(INKEY$)
LOOP UNTIL KeyPress$ = "s" OR KeyPress$ = "n" OR KeyPress$ = CHR$(27) OR KeyPress$ = CHR$(9) OR KeyPress$ = CHR$(0) + CHR$(59) OR KeyPress$ = CHR$(0) + CHR$(60)
SELECT CASE KeyPress$
CASE "s"
_PUTIMAGE ((DESKTOPWIDTH% - _WIDTH(MatriciIeto1e2&(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%)))), (DESKTOPHEIGHT% - _HEIGHT(MatriciIeto1e2&(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%))) - 16)),_
MatriciIeto1e2&(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%)), schermo&
CASE CHR$(27)
esc~` = 1
CASE CHR$(9)
riavvio~` = 1
CASE CHR$(0) + CHR$(59)
menu~` = 1
CASE CHR$(0) + CHR$(60)
TornaAlGrafico~` = 1
END SELECT
END IF
END IF
IF esc~` = 1 OR riavvio~` = 1 OR menu~` = 1 OR TornaAlGrafico~` = 1 OR ore!(2) = 0 THEN EXIT SELECT
_DEST schermo&: CLS 2
COLOR giallo&: PRINT "[ESC]: salva; [TAB]: riavvia; [F1]: torna agli input iniziali; [F2]: torna al grafico iniziale; []: visualizza l'idrogramma corrispondente all'ora scelta.": COLOR bianco&
DO
_LIMIT 30
KeyPress$ = INKEY$
LOOP UNTIL KeyPress$ = CHR$(27) OR KeyPress$ = CHR$(9) OR KeyPress$ = CHR$(0) + CHR$(59) OR KeyPress$ = CHR$(0) + CHR$(60) OR KeyPress$ = CHR$(0) + CHR$(77)
SELECT CASE KeyPress$
CASE CHR$(27)
esc~` = 1
CASE CHR$(9)
riavvio~` = 1
CASE CHR$(0) + CHR$(59)
menu~` = 1
CASE CHR$(0) + CHR$(60)
TornaAlGrafico~` = 1
CASE CHR$(0) + CHR$(77)
CLS 2
_PUTIMAGE ((DESKTOPWIDTH% - _WIDTH(idrogramma1e2(2).composizione)), (DESKTOPHEIGHT% - _HEIGHT(idrogramma1e2(2).composizione) - 16)), idrogramma1e2(2).composizione, schermo&
CALL DisegnaPortata(idrogramma2(UBOUND(idrogramma2)).ore, idrogramma1e2(2).grafico, idrogramma1e2(2).composizione)
END SELECT
END SELECT
RETURN
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
VisualizzaUnitari:
CLS 2
COLOR giallo&
PRINT "Visualizza l'idrogramma unitario adimesionale di Mockus e l'idrogramma unitario del bacino? [S/N]"
PRINT "[ESC]: salva; [TAB]: riavvia; [F1]: torna agli input iniziali; [F2]: torna al grafico iniziale."
COLOR bianco&
DO
_LIMIT 30
KeyPress$ = LCASE$(INKEY$)
LOOP UNTIL KeyPress$ = "s" OR KeyPress$ = "n" OR KeyPress$ = CHR$(27) OR KeyPress$ = CHR$(9) OR KeyPress$ = CHR$(0) + CHR$(59) OR KeyPress$ = CHR$(0) + CHR$(60)
SELECT CASE KeyPress$
CASE "s"
_DEST schermo&: CLS
_PUTIMAGE ((DESKTOPWIDTH% - _WIDTH(unitari&)), (DESKTOPHEIGHT% - _HEIGHT(unitari&) - 16)), unitari&, schermo&
CASE CHR$(27)
esc~` = 1
CASE CHR$(9)
riavvio~` = 1
CASE CHR$(0) + CHR$(59)
menu~` = 1
CASE CHR$(0) + CHR$(60)
TornaAlGrafico~` = 1
END SELECT
RETURN
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
VisualizzaMatrici:
CLS 2
COLOR giallo&
PRINT "Visualizza i singoli idrogrammi calcolati? [S/(ESC o N)]"
PRINT "[ESC/N]: salva; [TAB]: riavvia; [F1]: torna agli input iniziali; [F2]: torna al grafico iniziale."
COLOR bianco&
DO
_LIMIT 30
KeyPress$ = LCASE$(INKEY$)
LOOP UNTIL KeyPress$ = "s" OR KeyPress$ = "n" OR KeyPress$ = CHR$(27) OR KeyPress$ = CHR$(9) OR KeyPress$ = CHR$(0) + CHR$(59) OR KeyPress$ = CHR$(0) + CHR$(60)
SELECT CASE KeyPress$
CASE "s"
z%% = 1
DO
CLS 2
COLOR giallo&
IF z%% <> 24 THEN
PRINT "[ESC]: salva; [TAB]: riavvia; [F1]: torna agli input iniziali; [F2]: torna al grafico iniziale; []: precedente; []: successivo."
ELSE
PRINT "................................ T E R M I N E D E L P R O G R A M M A ............................................"
PRINT "[ESC]: salva; [TAB]: riavvia; [F1]: torna agli input iniziali; [F2]: torna al grafico iniziale; []: precedente."
PRINT "......................................................................................................................."
END IF
_PUTIMAGE ((DESKTOPWIDTH% - _WIDTH(MatriciIeto1e2&(VisualizzaIeto%%, z%%))), (DESKTOPHEIGHT% - _HEIGHT(MatriciIeto1e2&(VisualizzaIeto%%, z%%)) - 16)), MatriciIeto1e2&(VisualizzaIeto%%, z%%), schermo&
DO
_LIMIT 30
KeyPress$ = INKEY$
LOOP UNTIL KeyPress$ = CHR$(27) OR KeyPress$ = CHR$(9) OR KeyPress$ = CHR$(0) + CHR$(59) OR KeyPress$ = CHR$(0) + CHR$(60) OR KeyPress$ = CHR$(0) + CHR$(75) OR KeyPress$ = CHR$(0) + CHR$(77)
SELECT CASE KeyPress$
CASE CHR$(27)
esc~` = 1
CASE CHR$(9)
riavvio~` = 1
CASE CHR$(0) + CHR$(59)
menu~` = 1
CASE CHR$(0) + CHR$(60)
TornaAlGrafico~` = 1
CASE CHR$(0) + CHR$(75)
IF z%% = 1 THEN
z%% = z%% - 1
ELSE
z%% = z%% - 2
END IF
CASE CHR$(0) + CHR$(77)
IF z%% = 24 THEN z%% = z%% - 1
END SELECT
IF esc~` = 1 OR riavvio~` = 1 OR menu~` = 1 OR TornaAlGrafico~` = 1 THEN EXIT SELECT
z%% = z%% + 1
LOOP
CASE CHR$(27), "n"
esc~` = 1
CASE CHR$(9)
riavvio~` = 1
CASE CHR$(0) + CHR$(59)
menu~` = 1
CASE CHR$(0) + CHR$(60)
TornaAlGrafico~` = 1
END SELECT
RETURN
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
Risultati:
testo$ = "Nelle impostazioni di Windows il separatore dell'elenco dev'essere la virgola."
'COLOR trasparente&: PRINT WriteCodiceData$("CODICE.bas.txt"): LOCATE CSRLIN - 1: COLOR bianco&
IF VisualizzaIeto%% = 1 THEN
OPEN "A.IdrogrammaProgettoCHICAGO+PortataPiccoProgetto.csv" FOR OUTPUT AS #1
OPEN "B.IdrogrammaSceltoCHICAGO+PortataOraPiccoScelta.csv" FOR OUTPUT AS #2
ELSEIF VisualizzaIeto%% = 2 THEN
OPEN "A.IdrogrammaProgettoCOSTANTE+PortataPiccoProgetto.csv" FOR OUTPUT AS #1
OPEN "B.IdrogrammaSceltoCOSTANTE+PortataOraPiccoScelta.csv" FOR OUTPUT AS #2
END IF
IF ore!(1) <> 0 THEN
WRITE #1, testo$
n%% = 1: GOSUB DatiBase
WRITE #1,
SELECT CASE VisualizzaIeto%%
CASE IS = 1
IF soglia%% = 0 THEN
WRITE #1, "La soglia percentuale S scelta non permette di individuare all'interno del campo la corrispondente portata di picco. Verrà considerato come idrogramma di progetto quello relativo alla portata di picco massima tra i 24 calcolati."
ELSE
PRINT #1, "S="; _TRIM$(STR$(soglia%%)); "%: Soglia percentuale scelta."
PRINT #1, "La soglia percentuale S scelta corrisponde all'ora di picco "; _TRIM$(STR$(ore!(1))); ". Ciò significa che la portata di picco che si avrebbe all'ora "; _TRIM$(STR$(ore!(1) + 1)); " sarebbe minore della portata di picco dell'ora"; ore(1); " aumentata del "; _TRIM$(STR$(soglia%%)); "%."
END IF
CASE IS = 2
WRITE #1, "E' computato come idrogramma di progetto quello relativo alla portata di picco massima tra i 24 calcolati."
END SELECT
WRITE #1,
PRINT #1, "LA PORTATA DI PICCO DI PROGETTO E' "; _TRIM$(STR$(portata!(1))); " MC/S ALL'ORA "; _TRIM$(STR$(ore!(1))); " CON TEMPO DI RITORNO "; UCASE$(T$); " CON DURATA DELLA PIOGGIA PARI A "; _TRIM$(STR$(FinePioggiaIdrogrammi1e2(1).ore)); " ORE."
WRITE #1,
WRITE #1, "IDROGRAMMA DI PROGETTO:"
WRITE #1, "", "ore", "portata [mc/s]"
FOR i% = 1 TO UBOUND(idrogramma1)
WRITE #1, i%, idrogramma1(i%).ore, idrogramma1(i%).portata
NEXT i%
ELSE
PRINT #1, "Non è stato definito dall'utente."
END IF
CLOSE #1
IF ore!(2) <> 0 THEN
WRITE #2, testo$
n%% = 2: GOSUB DatiBase
WRITE #2,
PRINT #2, "L'ORA DI PICCO SCELTA E' "; _TRIM$(STR$(ore!(2))); " A CUI CORRISPONDE LA PORTATA DI PICCO "; _TRIM$(STR$(portata!(2))); " MC/S CON TEMPO DI RITORNO "; UCASE$(T$); " CON DURATA DELLA PIOGGIA PARI A "; _TRIM$(STR$(FinePioggiaIdrogrammi1e2(2).ore)); " ORE."
WRITE #2,
PRINT #2, "IDROGRAMMA:"
WRITE #2, "", "ore", "portata [mc/s]"
FOR i% = 1 TO UBOUND(idrogramma2)
WRITE #2, i%, idrogramma2(i%).ore, idrogramma2(i%).portata
NEXT i%
ELSE
PRINT #2, "Non è stato definito dall'utente."
END IF
CLOSE #2
OPEN "C.IdrogrammiUnitari.csv" FOR OUTPUT AS #1
WRITE #1, testo$
n%% = 1: GOSUB DatiBase
WRITE #1, "La determinazione dell'idrogramma unitario di un bacino di note caratteristiche consiste nell'amplificare l'ascissa e l'ordinata dell'idrogramma unitario adimensionale di Mockus mediante i fattori ta e qp, specifici del bacino esaminato. Il calcolo dell'idrogramma di piena presuppone poi che gli incrementi di deflusso siano utilizzati per amplificare i valori dell'idrogramma unitario e siano sommati a parit… d'istante."
WRITE #1, "", "IDROGRAMMA UNITARIO ADIMENSIONALE DI MOCKUS:", "", "IDROGRAMMA UNITARIO DEL BACINO:"
WRITE #1, "", "t/ta", "q/qp", "ore", "mc/s*mm"
FOR i% = 1 TO 50
WRITE #1, i%, mockus(i%).tSUta, mockus(i%).qSUqp, matrice1(1, 1, i%, 1).mdt, matrice1(1, 1, i%, 1).qm
NEXT i%
CLOSE #1
FOR ieto%% = 1 TO 2
IF ieto%% = 1 THEN OPEN "D._1-24,idrogrammiCHICAGO+PortatePicco(da_1_a_32_volte_tc).csv" FOR OUTPUT AS #1
IF ieto%% = 2 THEN OPEN "E._1-24,idrogrammiCOSTANTE+PortatePicco(da_1_a_32_volte_tc).csv" FOR OUTPUT AS #1
WRITE #1, testo$
n%% = 1: GOSUB DatiBase
WRITE #1, "Di seguito sono riportate le portate di picco dei 24 idrogrammi calcolati e i relativi idrogrammi."
WRITE #1, "Valori espressi in mc/s. Per i dati completi sui singoli idrogrammi, fare riferimento ai rispettivi file."
WRITE #1, "PORTATE DI PICCO:"
WRITE #1, "", "ora picco", "portata picco", "ora fine pioggia", "ore/tc"
FOR z%% = 1 TO 24
WRITE #1, z%%, MassimiIdrogrammi1a24(ieto%%, z%%, 1).ore, MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata, FinePioggiaIdrogrammi1a24(ieto%%, z%%, 1).ore, CoefficientiDiscretizzazioneTemporale(z%%).N
NEXT z%%
WRITE #1, "IDROGRAMMI:"
WRITE #1, "",
FOR z%% = 1 TO 24
WRITE #1, "", _TRIM$(STR$(CoefficientiDiscretizzazioneTemporale(z%%).N)) + " volte tc",
NEXT z%%
WRITE #1,
WRITE #1, "",
FOR z%% = 1 TO 24
WRITE #1, "ore", "idrogramma n." + _TRIM$(STR$(z%%)),
NEXT z%%
WRITE #1,
FOR i% = 1 TO 50
WRITE #1, i%,
FOR z%% = 1 TO 24
WRITE #1, idrogrammi1a24(ieto%%, z%%, i%, 1).ore, idrogrammi1a24(ieto%%, z%%, i%, 1).portata,
NEXT z%%
WRITE #1,
NEXT i%
CLOSE #1
DO
FOR z%% = 1 TO 24
TerminaSalvataggio$ = INKEY$
IF TerminaSalvataggio$ = CHR$(27) THEN EXIT DO
IF ieto%% = 1 THEN OPEN "D." + _TRIM$(STR$(z%%)) + ",idrogrammaCHICAGO(" + _TRIM$(STR$(CoefficientiDiscretizzazioneTemporale(z%%).N)) + "_volte_tc).csv" FOR OUTPUT AS #1
IF ieto%% = 2 THEN OPEN "E." + _TRIM$(STR$(z%%)) + ",idrogrammaCOSTANTE(" + _TRIM$(STR$(CoefficientiDiscretizzazioneTemporale(z%%).N)) + "_volte_tc).csv" FOR OUTPUT AS #1
WRITE #1, testo$
WRITE #1, "DATI", "", "", "", "", "", "", "", "", "LEGENDA"
WRITE #1, "T=", "[anni]", T$, "tempo di ritorno", "", "", "", "", "", "P=", "[-]", "numero dell'iterazione."
WRITE #1, "A=", "mq", A2&, "area del bacino idrografico", "", "", "", "", "", "P*dt=", "[ore]", "numero dell'iterazione moltiplicato per il passo temporale."
WRITE #1, "K=", "[-]", k!, "parametro del Centro Funzionale", "", "", "", "", "", "h=", "[mm]", "altezza di pioggia secondo la curva di possibilità climatica."
WRITE #1, "a=", "[mm/d^n]", a1!, "coefficiente della curva di possibilità climatica.", "", "", "", "", "", "i=", "[mm/ora]", "intensità di piggia della singola iterazione."
WRITE #1, "n=", "[-]", n1!, "coefficiente della curva di possibilità climatica.", "", "", "", "", "", "iC=", "[mm/ora]", "intensità di pioggia della singola iterazione secondo lo ietogramma CHICAGO o costante."
WRITE #1, "L=", "[m]", L~%, "lunghezza dell'asta principale del bacino idrografico.", "", "", "", "", "", "DH=", "[mm]", "altezza di pioggia della singola iterazione."
WRITE #1, "s=", "[%]", s1!, "pendenza media del bacino idrografico.", "", "", "", "", "", "H=", "[mm]", "altezza di pioggia cumulata sino all'iterazione in corso."
WRITE #1, "CN(II)=", "[-]", CNII%%, "", "", "", "", "", "", "he=", "[mm]", "pioggia efficace cumulata sino all'iterazione in corso."
WRITE #1, "S=", "[mm]", "=25.4*((1000/C13)-10)", "contenuto idrico massimo del terreno.", "", "", "", "", "", "Dhe=", "[mm]", "altezza di pioggia efficace della singola iterazione."
WRITE #1, "Ia=", "[mm]", "=0.1*C11", "perdite iniziali.", "", "", "", "", "", "t/ta=", "[-]", "valori in ascissa dell'idrogramma unitario adimensionale di Mockus."
WRITE #1, "CN(III)=", "[-]", "=(23*C10)/(10+0.13*C10)", "", "", "", "", "", "", "q/qp=", "[-]", "valori in ordinata dell'idrogramma unitario adimensionale di Mockus."
WRITE #1, "tl=", "[ore]", "=0.342*(((C8/1000)^0.8)/(C9^0.5))*(1000/C13-9)^0.7", "formula di Mockus esprimente il tempo di ritardo.", "", "", "", "", "", "tm/ta=", "[-]", "valori in ascissa dell'idrogramma unitario adimensionale di Mockus secondo il passo temporale dt utilizzato."
WRITE #1, "tc=", "[ore]", "=C14/0.6", "tempo di corrivazione.", "", "", "", "", "", "qm/qp=", "[-]", "valori in ordinata dell'idrogramma unitario adimensionale di Mockus secondo il passo temporale dt utilizzato."
WRITE #1, "N=d/tc=", "[-]", CoefficientiDiscretizzazioneTemporale(z%%).N, "moltiplicatore del tempo di corrivazione.", "", "", "", "", "", "qm=", "[mc/(s*mm)]", "valore dell'idrogramma unitario del bacino corrispondente alla colonna N*dt."
WRITE #1, "d=", "[ore]", "=C16*C15", "durata della pioggia.", "", "", "", "", "", "Dhe*qm1-50=", "[mc/s]", "idrogramma relativo alla singole altezze di pioggia Dhe", " amplificata dal rispettivo valore qm."
WRITE #1, "dt=", "[ore]", "=C21*C19", "passo temporale.", "", "", "", "", "", "Idrogramma=", "[mc/s]", "idrogramma complessivo, dato dalla somma a parità d'istante dei Dhe*qm1-50."
WRITE #1, "ta=", "[ore]", "=C14/0.9", "tempo di picco."
WRITE #1, "qp=", "[mc/(s*mm)]", "=0.208*((C4/1000000)/C19)", "portata al colmo dell'idrogramma unitario del bacino idrografico."
WRITE #1, "C=", "[-]", CoefficientiDiscretizzazioneTemporale(z%%).tSUta, "coefficiente t/ta di Mockus utilizzato per la discretizzazione temporale."
GOSUB DatiColonna
WRITE #1, "1", "=A23*$C$18", "=SE(ARROTONDA(B23,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B23^$C$7,0)", "=SE(C23>0,C23/B23,0)", matrice1(ieto%%, z%%, 1, 1).i2, "=E23*$C$18", "=SE(C23>0,F23,0)", "=SE(G23-$C$12>=0,((G23-$C$12)^2)/(G23-$C$12+$C$11),0)", "=SE(C23>0,H23,0)", mockus(1).tSUta, mockus(1).qSUqp, matrice1(ieto%%, z%%, 1, 1).tmSUta, matrice1(ieto%%, z%%, 1, 1).qmSUqp, "=M23*$C$20", "=I23*$N$23", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O23:BL23)"
WRITE #1, "2", "=A24*$C$18", "=SE(ARROTONDA(B24,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B24^$C$7,0)", "=SE(C24>0,(C24-C23)/$C$18,0)", matrice1(ieto%%, z%%, 2, 1).i2, "=E24*$C$18", "=SE(C24>0,G23+F24,0)", "=SE(G24-$C$12>=0,((G24-$C$12)^2)/(G24-$C$12+$C$11),0)", "=SE(C24>0,H24-H23,0)", mockus(2).tSUta, mockus(2).qSUqp, matrice1(ieto%%, z%%, 2, 1).tmSUta, matrice1(ieto%%, z%%, 2, 1).qmSUqp, "=M24*$C$20", "=I24*$N$23", "=I23*$N$24", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O24:BL24)"
WRITE #1, "3", "=A25*$C$18", "=SE(ARROTONDA(B25,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B25^$C$7,0)", "=SE(C25>0,(C25-C24)/$C$18,0)", matrice1(ieto%%, z%%, 3, 1).i2, "=E25*$C$18", "=SE(C25>0,G24+F25,0)", "=SE(G25-$C$12>=0,((G25-$C$12)^2)/(G25-$C$12+$C$11),0)", "=SE(C25>0,H25-H24,0)", mockus(3).tSUta, mockus(3).qSUqp, matrice1(ieto%%, z%%, 3, 1).tmSUta, matrice1(ieto%%, z%%, 3, 1).qmSUqp, "=M25*$C$20", "=I25*$N$23", "=I24*$N$24", "=$I23*$N$25", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O25:BL25)"
WRITE #1, "4", "=A26*$C$18", "=SE(ARROTONDA(B26,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B26^$C$7,0)", "=SE(C26>0,(C26-C25)/$C$18,0)", matrice1(ieto%%, z%%, 4, 1).i2, "=E26*$C$18", "=SE(C26>0,G25+F26,0)", "=SE(G26-$C$12>=0,((G26-$C$12)^2)/(G26-$C$12+$C$11),0)", "=SE(C26>0,H26-H25,0)", mockus(4).tSUta, mockus(4).qSUqp, matrice1(ieto%%, z%%, 4, 1).tmSUta, matrice1(ieto%%, z%%, 4, 1).qmSUqp, "=M26*$C$20", "=I26*$N$23", "=I25*$N$24", "=$I24*$N$25", "=$I23*$N$26", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O26:BL26)"
WRITE #1, "5", "=A27*$C$18", "=SE(ARROTONDA(B27,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B27^$C$7,0)", "=SE(C27>0,(C27-C26)/$C$18,0)", matrice1(ieto%%, z%%, 5, 1).i2, "=E27*$C$18", "=SE(C27>0,G26+F27,0)", "=SE(G27-$C$12>=0,((G27-$C$12)^2)/(G27-$C$12+$C$11),0)", "=SE(C27>0,H27-H26,0)", mockus(5).tSUta, mockus(5).qSUqp, matrice1(ieto%%, z%%, 5, 1).tmSUta, matrice1(ieto%%, z%%, 5, 1).qmSUqp, "=M27*$C$20", "=I27*$N$23", "=I26*$N$24", "=$I25*$N$25", "=$I24*$N$26", "=$I23*$N$27", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O27:BL27)"
WRITE #1, "6", "=A28*$C$18", "=SE(ARROTONDA(B28,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B28^$C$7,0)", "=SE(C28>0,(C28-C27)/$C$18,0)", matrice1(ieto%%, z%%, 6, 1).i2, "=E28*$C$18", "=SE(C28>0,G27+F28,0)", "=SE(G28-$C$12>=0,((G28-$C$12)^2)/(G28-$C$12+$C$11),0)", "=SE(C28>0,H28-H27,0)", mockus(6).tSUta, mockus(6).qSUqp, matrice1(ieto%%, z%%, 6, 1).tmSUta, matrice1(ieto%%, z%%, 6, 1).qmSUqp, "=M28*$C$20", "=I28*$N$23", "=I27*$N$24", "=$I26*$N$25", "=$I25*$N$26", "=$I24*$N$27", "=$I23*$N$28", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O28:BL28)"
WRITE #1, "7", "=A29*$C$18", "=SE(ARROTONDA(B29,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B29^$C$7,0)", "=SE(C29>0,(C29-C28)/$C$18,0)", matrice1(ieto%%, z%%, 7, 1).i2, "=E29*$C$18", "=SE(C29>0,G28+F29,0)", "=SE(G29-$C$12>=0,((G29-$C$12)^2)/(G29-$C$12+$C$11),0)", "=SE(C29>0,H29-H28,0)", mockus(7).tSUta, mockus(7).qSUqp, matrice1(ieto%%, z%%, 7, 1).tmSUta, matrice1(ieto%%, z%%, 7, 1).qmSUqp, "=M29*$C$20", "=I29*$N$23", "=I28*$N$24", "=$I27*$N$25", "=$I26*$N$26", "=$I25*$N$27", "=$I24*$N$28", "=$I23*$N$29", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O29:BL29)"
WRITE #1, "8", "=A30*$C$18", "=SE(ARROTONDA(B30,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B30^$C$7,0)", "=SE(C30>0,(C30-C29)/$C$18,0)", matrice1(ieto%%, z%%, 8, 1).i2, "=E30*$C$18", "=SE(C30>0,G29+F30,0)", "=SE(G30-$C$12>=0,((G30-$C$12)^2)/(G30-$C$12+$C$11),0)", "=SE(C30>0,H30-H29,0)", mockus(8).tSUta, mockus(8).qSUqp, matrice1(ieto%%, z%%, 8, 1).tmSUta, matrice1(ieto%%, z%%, 8, 1).qmSUqp, "=M30*$C$20", "=I30*$N$23", "=I29*$N$24", "=$I28*$N$25", "=$I27*$N$26", "=$I26*$N$27", "=$I25*$N$28", "=$I24*$N$29", "=$I23*$N$30", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O30:BL30)"
WRITE #1, "9", "=A31*$C$18", "=SE(ARROTONDA(B31,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B31^$C$7,0)", "=SE(C31>0,(C31-C30)/$C$18,0)", matrice1(ieto%%, z%%, 9, 1).i2, "=E31*$C$18", "=SE(C31>0,G30+F31,0)", "=SE(G31-$C$12>=0,((G31-$C$12)^2)/(G31-$C$12+$C$11),0)", "=SE(C31>0,H31-H30,0)", mockus(9).tSUta, mockus(9).qSUqp, matrice1(ieto%%, z%%, 9, 1).tmSUta, matrice1(ieto%%, z%%, 9, 1).qmSUqp, "=M31*$C$20", "=I31*$N$23", "=I30*$N$24", "=$I29*$N$25", "=$I28*$N$26", "=$I27*$N$27", "=$I26*$N$28", "=$I25*$N$29", "=$I24*$N$30", "=$I23*$N$31", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O31:BL31)"
WRITE #1, "10", "=A32*$C$18", "=SE(ARROTONDA(B32,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B32^$C$7,0)", "=SE(C32>0,(C32-C31)/$C$18,0)", matrice1(ieto%%, z%%, 10, 1).i2, "=E32*$C$18", "=SE(C32>0,G31+F32,0)", "=SE(G32-$C$12>=0,((G32-$C$12)^2)/(G32-$C$12+$C$11),0)", "=SE(C32>0,H32-H31,0)", mockus(10).tSUta, mockus(10).qSUqp, matrice1(ieto%%, z%%, 10, 1).tmSUta, matrice1(ieto%%, z%%, 10, 1).qmSUqp, "=M32*$C$20", "=I32*$N$23", "=I31*$N$24", "=$I30*$N$25", "=$I29*$N$26", "=$I28*$N$27", "=$I27*$N$28", "=$I26*$N$29", "=$I25*$N$30", "=$I24*$N$31", "=$I23*$N$32", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O32:BL32)"
WRITE #1, "11", "=A33*$C$18", "=SE(ARROTONDA(B33,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B33^$C$7,0)", "=SE(C33>0,(C33-C32)/$C$18,0)", matrice1(ieto%%, z%%, 11, 1).i2, "=E33*$C$18", "=SE(C33>0,G32+F33,0)", "=SE(G33-$C$12>=0,((G33-$C$12)^2)/(G33-$C$12+$C$11),0)", "=SE(C33>0,H33-H32,0)", mockus(11).tSUta, mockus(11).qSUqp, matrice1(ieto%%, z%%, 11, 1).tmSUta, matrice1(ieto%%, z%%, 11, 1).qmSUqp, "=M33*$C$20", "=I33*$N$23", "=I32*$N$24", "=$I31*$N$25", "=$I30*$N$26", "=$I29*$N$27", "=$I28*$N$28", "=$I27*$N$29", "=$I26*$N$30", "=$I25*$N$31", "=$I24*$N$32", "=$I23*$N$33", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O33:BL33)"
WRITE #1, "12", "=A34*$C$18", "=SE(ARROTONDA(B34,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B34^$C$7,0)", "=SE(C34>0,(C34-C33)/$C$18,0)", matrice1(ieto%%, z%%, 12, 1).i2, "=E34*$C$18", "=SE(C34>0,G33+F34,0)", "=SE(G34-$C$12>=0,((G34-$C$12)^2)/(G34-$C$12+$C$11),0)", "=SE(C34>0,H34-H33,0)", mockus(12).tSUta, mockus(12).qSUqp, matrice1(ieto%%, z%%, 12, 1).tmSUta, matrice1(ieto%%, z%%, 12, 1).qmSUqp, "=M34*$C$20", "=I34*$N$23", "=I33*$N$24", "=$I32*$N$25", "=$I31*$N$26", "=$I30*$N$27", "=$I29*$N$28", "=$I28*$N$29", "=$I27*$N$30", "=$I26*$N$31", "=$I25*$N$32", "=$I24*$N$33", "=$I23*$N$34", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O34:BL34)"
WRITE #1, "13", "=A35*$C$18", "=SE(ARROTONDA(B35,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B35^$C$7,0)", "=SE(C35>0,(C35-C34)/$C$18,0)", matrice1(ieto%%, z%%, 13, 1).i2, "=E35*$C$18", "=SE(C35>0,G34+F35,0)", "=SE(G35-$C$12>=0,((G35-$C$12)^2)/(G35-$C$12+$C$11),0)", "=SE(C35>0,H35-H34,0)", mockus(13).tSUta, mockus(13).qSUqp, matrice1(ieto%%, z%%, 13, 1).tmSUta, matrice1(ieto%%, z%%, 13, 1).qmSUqp, "=M35*$C$20", "=I35*$N$23", "=I34*$N$24", "=$I33*$N$25", "=$I32*$N$26", "=$I31*$N$27", "=$I30*$N$28", "=$I29*$N$29", "=$I28*$N$30", "=$I27*$N$31", "=$I26*$N$32", "=$I25*$N$33", "=$I24*$N$34", "=$I23*$N$35", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O35:BL35)"
WRITE #1, "14", "=A36*$C$18", "=SE(ARROTONDA(B36,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B36^$C$7,0)", "=SE(C36>0,(C36-C35)/$C$18,0)", matrice1(ieto%%, z%%, 14, 1).i2, "=E36*$C$18", "=SE(C36>0,G35+F36,0)", "=SE(G36-$C$12>=0,((G36-$C$12)^2)/(G36-$C$12+$C$11),0)", "=SE(C36>0,H36-H35,0)", mockus(14).tSUta, mockus(14).qSUqp, matrice1(ieto%%, z%%, 14, 1).tmSUta, matrice1(ieto%%, z%%, 14, 1).qmSUqp, "=M36*$C$20", "=I36*$N$23", "=I35*$N$24", "=$I34*$N$25", "=$I33*$N$26", "=$I32*$N$27", "=$I31*$N$28", "=$I30*$N$29", "=$I29*$N$30", "=$I28*$N$31", "=$I27*$N$32", "=$I26*$N$33", "=$I25*$N$34", "=$I24*$N$35", "=$I23*$N$36", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O36:BL36)"
WRITE #1, "15", "=A37*$C$18", "=SE(ARROTONDA(B37,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B37^$C$7,0)", "=SE(C37>0,(C37-C36)/$C$18,0)", matrice1(ieto%%, z%%, 15, 1).i2, "=E37*$C$18", "=SE(C37>0,G36+F37,0)", "=SE(G37-$C$12>=0,((G37-$C$12)^2)/(G37-$C$12+$C$11),0)", "=SE(C37>0,H37-H36,0)", mockus(15).tSUta, mockus(15).qSUqp, matrice1(ieto%%, z%%, 15, 1).tmSUta, matrice1(ieto%%, z%%, 15, 1).qmSUqp, "=M37*$C$20", "=I37*$N$23", "=I36*$N$24", "=$I35*$N$25", "=$I34*$N$26", "=$I33*$N$27", "=$I32*$N$28", "=$I31*$N$29", "=$I30*$N$30", "=$I29*$N$31", "=$I28*$N$32", "=$I27*$N$33", "=$I26*$N$34", "=$I25*$N$35", "=$I24*$N$36", "=$I23*$N$37", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O37:BL37)"
WRITE #1, "16", "=A38*$C$18", "=SE(ARROTONDA(B38,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B38^$C$7,0)", "=SE(C38>0,(C38-C37)/$C$18,0)", matrice1(ieto%%, z%%, 16, 1).i2, "=E38*$C$18", "=SE(C38>0,G37+F38,0)", "=SE(G38-$C$12>=0,((G38-$C$12)^2)/(G38-$C$12+$C$11),0)", "=SE(C38>0,H38-H37,0)", mockus(16).tSUta, mockus(16).qSUqp, matrice1(ieto%%, z%%, 16, 1).tmSUta, matrice1(ieto%%, z%%, 16, 1).qmSUqp, "=M38*$C$20", "=I38*$N$23", "=I37*$N$24", "=$I36*$N$25", "=$I35*$N$26", "=$I34*$N$27", "=$I33*$N$28", "=$I32*$N$29", "=$I31*$N$30", "=$I30*$N$31", "=$I29*$N$32", "=$I28*$N$33", "=$I27*$N$34", "=$I26*$N$35", "=$I25*$N$36", "=$I24*$N$37", "=$I23*$N$38", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O38:BL38)"
WRITE #1, "17", "=A39*$C$18", "=SE(ARROTONDA(B39,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B39^$C$7,0)", "=SE(C39>0,(C39-C38)/$C$18,0)", matrice1(ieto%%, z%%, 17, 1).i2, "=E39*$C$18", "=SE(C39>0,G38+F39,0)", "=SE(G39-$C$12>=0,((G39-$C$12)^2)/(G39-$C$12+$C$11),0)", "=SE(C39>0,H39-H38,0)", mockus(17).tSUta, mockus(17).qSUqp, matrice1(ieto%%, z%%, 17, 1).tmSUta, matrice1(ieto%%, z%%, 17, 1).qmSUqp, "=M39*$C$20", "=I39*$N$23", "=I38*$N$24", "=$I37*$N$25", "=$I36*$N$26", "=$I35*$N$27", "=$I34*$N$28", "=$I33*$N$29", "=$I32*$N$30", "=$I31*$N$31", "=$I30*$N$32", "=$I29*$N$33", "=$I28*$N$34", "=$I27*$N$35", "=$I26*$N$36", "=$I25*$N$37", "=$I24*$N$38", "=$I23*$N$39", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O39:BL39)"
WRITE #1, "18", "=A40*$C$18", "=SE(ARROTONDA(B40,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B40^$C$7,0)", "=SE(C40>0,(C40-C39)/$C$18,0)", matrice1(ieto%%, z%%, 18, 1).i2, "=E40*$C$18", "=SE(C40>0,G39+F40,0)", "=SE(G40-$C$12>=0,((G40-$C$12)^2)/(G40-$C$12+$C$11),0)", "=SE(C40>0,H40-H39,0)", mockus(18).tSUta, mockus(18).qSUqp, matrice1(ieto%%, z%%, 18, 1).tmSUta, matrice1(ieto%%, z%%, 18, 1).qmSUqp, "=M40*$C$20", "=I40*$N$23", "=I39*$N$24", "=$I38*$N$25", "=$I37*$N$26", "=$I36*$N$27", "=$I35*$N$28", "=$I34*$N$29", "=$I33*$N$30", "=$I32*$N$31", "=$I31*$N$32", "=$I30*$N$33", "=$I29*$N$34", "=$I28*$N$35", "=$I27*$N$36", "=$I26*$N$37", "=$I25*$N$38", "=$I24*$N$39", "=$I23*$N$40", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O40:BL40)"
WRITE #1, "19", "=A41*$C$18", "=SE(ARROTONDA(B41,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B41^$C$7,0)", "=SE(C41>0,(C41-C40)/$C$18,0)", matrice1(ieto%%, z%%, 19, 1).i2, "=E41*$C$18", "=SE(C41>0,G40+F41,0)", "=SE(G41-$C$12>=0,((G41-$C$12)^2)/(G41-$C$12+$C$11),0)", "=SE(C41>0,H41-H40,0)", mockus(19).tSUta, mockus(19).qSUqp, matrice1(ieto%%, z%%, 19, 1).tmSUta, matrice1(ieto%%, z%%, 19, 1).qmSUqp, "=M41*$C$20", "=I41*$N$23", "=I40*$N$24", "=$I39*$N$25", "=$I38*$N$26", "=$I37*$N$27", "=$I36*$N$28", "=$I35*$N$29", "=$I34*$N$30", "=$I33*$N$31", "=$I32*$N$32", "=$I31*$N$33", "=$I30*$N$34", "=$I29*$N$35", "=$I28*$N$36", "=$I27*$N$37", "=$I26*$N$38", "=$I25*$N$39", "=$I24*$N$40", "=$I23*$N$41", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O41:BL41)"
WRITE #1, "20", "=A42*$C$18", "=SE(ARROTONDA(B42,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B42^$C$7,0)", "=SE(C42>0,(C42-C41)/$C$18,0)", matrice1(ieto%%, z%%, 20, 1).i2, "=E42*$C$18", "=SE(C42>0,G41+F42,0)", "=SE(G42-$C$12>=0,((G42-$C$12)^2)/(G42-$C$12+$C$11),0)", "=SE(C42>0,H42-H41,0)", mockus(20).tSUta, mockus(20).qSUqp, matrice1(ieto%%, z%%, 20, 1).tmSUta, matrice1(ieto%%, z%%, 20, 1).qmSUqp, "=M42*$C$20", "=I42*$N$23", "=I41*$N$24", "=$I40*$N$25", "=$I39*$N$26", "=$I38*$N$27", "=$I37*$N$28", "=$I36*$N$29", "=$I35*$N$30", "=$I34*$N$31", "=$I33*$N$32", "=$I32*$N$33", "=$I31*$N$34", "=$I30*$N$35", "=$I29*$N$36", "=$I28*$N$37", "=$I27*$N$38", "=$I26*$N$39", "=$I25*$N$40", "=$I24*$N$41", "=$I23*$N$42", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O42:BL42)"
WRITE #1, "21", "=A43*$C$18", "=SE(ARROTONDA(B43,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B43^$C$7,0)", "=SE(C43>0,(C43-C42)/$C$18,0)", matrice1(ieto%%, z%%, 21, 1).i2, "=E43*$C$18", "=SE(C43>0,G42+F43,0)", "=SE(G43-$C$12>=0,((G43-$C$12)^2)/(G43-$C$12+$C$11),0)", "=SE(C43>0,H43-H42,0)", mockus(21).tSUta, mockus(21).qSUqp, matrice1(ieto%%, z%%, 21, 1).tmSUta, matrice1(ieto%%, z%%, 21, 1).qmSUqp, "=M43*$C$20", "=I43*$N$23", "=I42*$N$24", "=$I41*$N$25", "=$I40*$N$26", "=$I39*$N$27", "=$I38*$N$28", "=$I37*$N$29", "=$I36*$N$30", "=$I35*$N$31", "=$I34*$N$32", "=$I33*$N$33", "=$I32*$N$34", "=$I31*$N$35", "=$I30*$N$36", "=$I29*$N$37", "=$I28*$N$38", "=$I27*$N$39", "=$I26*$N$40", "=$I25*$N$41", "=$I24*$N$42", "=$I23*$N$43", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O43:BL43)"
WRITE #1, "22", "=A44*$C$18", "=SE(ARROTONDA(B44,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B44^$C$7,0)", "=SE(C44>0,(C44-C43)/$C$18,0)", matrice1(ieto%%, z%%, 22, 1).i2, "=E44*$C$18", "=SE(C44>0,G43+F44,0)", "=SE(G44-$C$12>=0,((G44-$C$12)^2)/(G44-$C$12+$C$11),0)", "=SE(C44>0,H44-H43,0)", mockus(22).tSUta, mockus(22).qSUqp, matrice1(ieto%%, z%%, 22, 1).tmSUta, matrice1(ieto%%, z%%, 22, 1).qmSUqp, "=M44*$C$20", "=I44*$N$23", "=I43*$N$24", "=$I42*$N$25", "=$I41*$N$26", "=$I40*$N$27", "=$I39*$N$28", "=$I38*$N$29", "=$I37*$N$30", "=$I36*$N$31", "=$I35*$N$32", "=$I34*$N$33", "=$I33*$N$34", "=$I32*$N$35", "=$I31*$N$36", "=$I30*$N$37", "=$I29*$N$38", "=$I28*$N$39", "=$I27*$N$40", "=$I26*$N$41", "=$I25*$N$42", "=$I24*$N$43", "=$I23*$N$44", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O44:BL44)"
WRITE #1, "23", "=A45*$C$18", "=SE(ARROTONDA(B45,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B45^$C$7,0)", "=SE(C45>0,(C45-C44)/$C$18,0)", matrice1(ieto%%, z%%, 23, 1).i2, "=E45*$C$18", "=SE(C45>0,G44+F45,0)", "=SE(G45-$C$12>=0,((G45-$C$12)^2)/(G45-$C$12+$C$11),0)", "=SE(C45>0,H45-H44,0)", mockus(23).tSUta, mockus(23).qSUqp, matrice1(ieto%%, z%%, 23, 1).tmSUta, matrice1(ieto%%, z%%, 23, 1).qmSUqp, "=M45*$C$20", "=I45*$N$23", "=I44*$N$24", "=$I43*$N$25", "=$I42*$N$26", "=$I41*$N$27", "=$I40*$N$28", "=$I39*$N$29", "=$I38*$N$30", "=$I37*$N$31", "=$I36*$N$32", "=$I35*$N$33", "=$I34*$N$34", "=$I33*$N$35", "=$I32*$N$36", "=$I31*$N$37", "=$I30*$N$38", "=$I29*$N$39", "=$I28*$N$40", "=$I27*$N$41", "=$I26*$N$42", "=$I25*$N$43", "=$I24*$N$44", "=$I23*$N$45", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O45:BL45)"
WRITE #1, "24", "=A46*$C$18", "=SE(ARROTONDA(B46,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B46^$C$7,0)", "=SE(C46>0,(C46-C45)/$C$18,0)", matrice1(ieto%%, z%%, 24, 1).i2, "=E46*$C$18", "=SE(C46>0,G45+F46,0)", "=SE(G46-$C$12>=0,((G46-$C$12)^2)/(G46-$C$12+$C$11),0)", "=SE(C46>0,H46-H45,0)", mockus(24).tSUta, mockus(24).qSUqp, matrice1(ieto%%, z%%, 24, 1).tmSUta, matrice1(ieto%%, z%%, 24, 1).qmSUqp, "=M46*$C$20", "=I46*$N$23", "=I45*$N$24", "=$I44*$N$25", "=$I43*$N$26", "=$I42*$N$27", "=$I41*$N$28", "=$I40*$N$29", "=$I39*$N$30", "=$I38*$N$31", "=$I37*$N$32", "=$I36*$N$33", "=$I35*$N$34", "=$I34*$N$35", "=$I33*$N$36", "=$I32*$N$37", "=$I31*$N$38", "=$I30*$N$39", "=$I29*$N$40", "=$I28*$N$41", "=$I27*$N$42", "=$I26*$N$43", "=$I25*$N$44", "=$I24*$N$45", "=$I23*$N$46", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O46:BL46)"
WRITE #1, "25", "=A47*$C$18", "=SE(ARROTONDA(B47,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B47^$C$7,0)", "=SE(C47>0,(C47-C46)/$C$18,0)", matrice1(ieto%%, z%%, 25, 1).i2, "=E47*$C$18", "=SE(C47>0,G46+F47,0)", "=SE(G47-$C$12>=0,((G47-$C$12)^2)/(G47-$C$12+$C$11),0)", "=SE(C47>0,H47-H46,0)", mockus(25).tSUta, mockus(25).qSUqp, matrice1(ieto%%, z%%, 25, 1).tmSUta, matrice1(ieto%%, z%%, 25, 1).qmSUqp, "=M47*$C$20", "=I47*$N$23", "=I46*$N$24", "=$I45*$N$25", "=$I44*$N$26", "=$I43*$N$27", "=$I42*$N$28", "=$I41*$N$29", "=$I40*$N$30", "=$I39*$N$31", "=$I38*$N$32", "=$I37*$N$33", "=$I36*$N$34", "=$I35*$N$35", "=$I34*$N$36", "=$I33*$N$37", "=$I32*$N$38", "=$I31*$N$39", "=$I30*$N$40", "=$I29*$N$41", "=$I28*$N$42", "=$I27*$N$43", "=$I26*$N$44", "=$I25*$N$45", "=$I24*$N$46", "=$I23*$N$47", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O47:BL47)"
WRITE #1, "26", "=A48*$C$18", "=SE(ARROTONDA(B48,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B48^$C$7,0)", "=SE(C48>0,(C48-C47)/$C$18,0)", matrice1(ieto%%, z%%, 26, 1).i2, "=E48*$C$18", "=SE(C48>0,G47+F48,0)", "=SE(G48-$C$12>=0,((G48-$C$12)^2)/(G48-$C$12+$C$11),0)", "=SE(C48>0,H48-H47,0)", mockus(26).tSUta, mockus(26).qSUqp, matrice1(ieto%%, z%%, 26, 1).tmSUta, matrice1(ieto%%, z%%, 26, 1).qmSUqp, "=M48*$C$20", "=I48*$N$23", "=I47*$N$24", "=$I46*$N$25", "=$I45*$N$26", "=$I44*$N$27", "=$I43*$N$28", "=$I42*$N$29", "=$I41*$N$30", "=$I40*$N$31", "=$I39*$N$32", "=$I38*$N$33", "=$I37*$N$34", "=$I36*$N$35", "=$I35*$N$36", "=$I34*$N$37", "=$I33*$N$38", "=$I32*$N$39", "=$I31*$N$40", "=$I30*$N$41", "=$I29*$N$42", "=$I28*$N$43", "=$I27*$N$44", "=$I26*$N$45", "=$I25*$N$46", "=$I24*$N$47", "=$I23*$N$48", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O48:BL48)"
WRITE #1, "27", "=A49*$C$18", "=SE(ARROTONDA(B49,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B49^$C$7,0)", "=SE(C49>0,(C49-C48)/$C$18,0)", matrice1(ieto%%, z%%, 27, 1).i2, "=E49*$C$18", "=SE(C49>0,G48+F49,0)", "=SE(G49-$C$12>=0,((G49-$C$12)^2)/(G49-$C$12+$C$11),0)", "=SE(C49>0,H49-H48,0)", mockus(27).tSUta, mockus(27).qSUqp, matrice1(ieto%%, z%%, 27, 1).tmSUta, matrice1(ieto%%, z%%, 27, 1).qmSUqp, "=M49*$C$20", "=I49*$N$23", "=I48*$N$24", "=$I47*$N$25", "=$I46*$N$26", "=$I45*$N$27", "=$I44*$N$28", "=$I43*$N$29", "=$I42*$N$30", "=$I41*$N$31", "=$I40*$N$32", "=$I39*$N$33", "=$I38*$N$34", "=$I37*$N$35", "=$I36*$N$36", "=$I35*$N$37", "=$I34*$N$38", "=$I33*$N$39", "=$I32*$N$40", "=$I31*$N$41", "=$I30*$N$42", "=$I29*$N$43", "=$I28*$N$44", "=$I27*$N$45", "=$I26*$N$46", "=$I25*$N$47", "=$I24*$N$48", "=$I23*$N$49", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O49:BL49)"
WRITE #1, "28", "=A50*$C$18", "=SE(ARROTONDA(B50,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B50^$C$7,0)", "=SE(C50>0,(C50-C49)/$C$18,0)", matrice1(ieto%%, z%%, 28, 1).i2, "=E50*$C$18", "=SE(C50>0,G49+F50,0)", "=SE(G50-$C$12>=0,((G50-$C$12)^2)/(G50-$C$12+$C$11),0)", "=SE(C50>0,H50-H49,0)", mockus(28).tSUta, mockus(28).qSUqp, matrice1(ieto%%, z%%, 28, 1).tmSUta, matrice1(ieto%%, z%%, 28, 1).qmSUqp, "=M50*$C$20", "=I50*$N$23", "=I49*$N$24", "=$I48*$N$25", "=$I47*$N$26", "=$I46*$N$27", "=$I45*$N$28", "=$I44*$N$29", "=$I43*$N$30", "=$I42*$N$31", "=$I41*$N$32", "=$I40*$N$33", "=$I39*$N$34", "=$I38*$N$35", "=$I37*$N$36", "=$I36*$N$37", "=$I35*$N$38", "=$I34*$N$39", "=$I33*$N$40", "=$I32*$N$41", "=$I31*$N$42", "=$I30*$N$43", "=$I29*$N$44", "=$I28*$N$45", "=$I27*$N$46", "=$I26*$N$47", "=$I25*$N$48", "=$I24*$N$49", "=$I23*$N$50", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O50:BL50)"
WRITE #1, "29", "=A51*$C$18", "=SE(ARROTONDA(B51,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B51^$C$7,0)", "=SE(C51>0,(C51-C50)/$C$18,0)", matrice1(ieto%%, z%%, 29, 1).i2, "=E51*$C$18", "=SE(C51>0,G50+F51,0)", "=SE(G51-$C$12>=0,((G51-$C$12)^2)/(G51-$C$12+$C$11),0)", "=SE(C51>0,H51-H50,0)", mockus(29).tSUta, mockus(29).qSUqp, matrice1(ieto%%, z%%, 29, 1).tmSUta, matrice1(ieto%%, z%%, 29, 1).qmSUqp, "=M51*$C$20", "=I51*$N$23", "=I50*$N$24", "=$I49*$N$25", "=$I48*$N$26", "=$I47*$N$27", "=$I46*$N$28", "=$I45*$N$29", "=$I44*$N$30", "=$I43*$N$31", "=$I42*$N$32", "=$I41*$N$33", "=$I40*$N$34", "=$I39*$N$35", "=$I38*$N$36", "=$I37*$N$37", "=$I36*$N$38", "=$I35*$N$39", "=$I34*$N$40", "=$I33*$N$41", "=$I32*$N$42", "=$I31*$N$43", "=$I30*$N$44", "=$I29*$N$45", "=$I28*$N$46", "=$I27*$N$47", "=$I26*$N$48", "=$I25*$N$49", "=$I24*$N$50", "=$I23*$N$51", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O51:BL51)"
WRITE #1, "30", "=A52*$C$18", "=SE(ARROTONDA(B52,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B52^$C$7,0)", "=SE(C52>0,(C52-C51)/$C$18,0)", matrice1(ieto%%, z%%, 30, 1).i2, "=E52*$C$18", "=SE(C52>0,G51+F52,0)", "=SE(G52-$C$12>=0,((G52-$C$12)^2)/(G52-$C$12+$C$11),0)", "=SE(C52>0,H52-H51,0)", mockus(30).tSUta, mockus(30).qSUqp, matrice1(ieto%%, z%%, 30, 1).tmSUta, matrice1(ieto%%, z%%, 30, 1).qmSUqp, "=M52*$C$20", "=I52*$N$23", "=I51*$N$24", "=$I50*$N$25", "=$I49*$N$26", "=$I48*$N$27", "=$I47*$N$28", "=$I46*$N$29", "=$I45*$N$30", "=$I44*$N$31", "=$I43*$N$32", "=$I42*$N$33", "=$I41*$N$34", "=$I40*$N$35", "=$I39*$N$36", "=$I38*$N$37", "=$I37*$N$38", "=$I36*$N$39", "=$I35*$N$40", "=$I34*$N$41", "=$I33*$N$42", "=$I32*$N$43", "=$I31*$N$44", "=$I30*$N$45", "=$I29*$N$46", "=$I28*$N$47", "=$I27*$N$48", "=$I26*$N$49", "=$I25*$N$50", "=$I24*$N$51", "=$I23*$N$52", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O52:BL52)"
WRITE #1, "31", "=A53*$C$18", "=SE(ARROTONDA(B53,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B53^$C$7,0)", "=SE(C53>0,(C53-C52)/$C$18,0)", matrice1(ieto%%, z%%, 31, 1).i2, "=E53*$C$18", "=SE(C53>0,G52+F53,0)", "=SE(G53-$C$12>=0,((G53-$C$12)^2)/(G53-$C$12+$C$11),0)", "=SE(C53>0,H53-H52,0)", mockus(31).tSUta, mockus(31).qSUqp, matrice1(ieto%%, z%%, 31, 1).tmSUta, matrice1(ieto%%, z%%, 31, 1).qmSUqp, "=M53*$C$20", "=I53*$N$23", "=I52*$N$24", "=$I51*$N$25", "=$I50*$N$26", "=$I49*$N$27", "=$I48*$N$28", "=$I47*$N$29", "=$I46*$N$30", "=$I45*$N$31", "=$I44*$N$32", "=$I43*$N$33", "=$I42*$N$34", "=$I41*$N$35", "=$I40*$N$36", "=$I39*$N$37", "=$I38*$N$38", "=$I37*$N$39", "=$I36*$N$40", "=$I35*$N$41", "=$I34*$N$42", "=$I33*$N$43", "=$I32*$N$44", "=$I31*$N$45", "=$I30*$N$46", "=$I29*$N$47", "=$I28*$N$48", "=$I27*$N$49", "=$I26*$N$50", "=$I25*$N$51", "=$I24*$N$52", "=$I23*$N$53", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O53:BL53)"
WRITE #1, "32", "=A54*$C$18", "=SE(ARROTONDA(B54,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B54^$C$7,0)", "=SE(C54>0,(C54-C53)/$C$18,0)", matrice1(ieto%%, z%%, 32, 1).i2, "=E54*$C$18", "=SE(C54>0,G53+F54,0)", "=SE(G54-$C$12>=0,((G54-$C$12)^2)/(G54-$C$12+$C$11),0)", "=SE(C54>0,H54-H53,0)", mockus(32).tSUta, mockus(32).qSUqp, matrice1(ieto%%, z%%, 32, 1).tmSUta, matrice1(ieto%%, z%%, 32, 1).qmSUqp, "=M54*$C$20", "=I54*$N$23", "=I53*$N$24", "=$I52*$N$25", "=$I51*$N$26", "=$I50*$N$27", "=$I49*$N$28", "=$I48*$N$29", "=$I47*$N$30", "=$I46*$N$31", "=$I45*$N$32", "=$I44*$N$33", "=$I43*$N$34", "=$I42*$N$35", "=$I41*$N$36", "=$I40*$N$37", "=$I39*$N$38", "=$I38*$N$39", "=$I37*$N$40", "=$I36*$N$41", "=$I35*$N$42", "=$I34*$N$43", "=$I33*$N$44", "=$I32*$N$45", "=$I31*$N$46", "=$I30*$N$47", "=$I29*$N$48", "=$I28*$N$49", "=$I27*$N$50", "=$I26*$N$51", "=$I25*$N$52", "=$I24*$N$53", "=$I23*$N$54", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O54:BL54)"
WRITE #1, "33", "=A55*$C$18", "=SE(ARROTONDA(B55,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B55^$C$7,0)", "=SE(C55>0,(C55-C54)/$C$18,0)", matrice1(ieto%%, z%%, 33, 1).i2, "=E55*$C$18", "=SE(C55>0,G54+F55,0)", "=SE(G55-$C$12>=0,((G55-$C$12)^2)/(G55-$C$12+$C$11),0)", "=SE(C55>0,H55-H54,0)", mockus(33).tSUta, mockus(33).qSUqp, matrice1(ieto%%, z%%, 33, 1).tmSUta, matrice1(ieto%%, z%%, 33, 1).qmSUqp, "=M55*$C$20", "=I55*$N$23", "=I54*$N$24", "=$I53*$N$25", "=$I52*$N$26", "=$I51*$N$27", "=$I50*$N$28", "=$I49*$N$29", "=$I48*$N$30", "=$I47*$N$31", "=$I46*$N$32", "=$I45*$N$33", "=$I44*$N$34", "=$I43*$N$35", "=$I42*$N$36", "=$I41*$N$37", "=$I40*$N$38", "=$I39*$N$39", "=$I38*$N$40", "=$I37*$N$41", "=$I36*$N$42", "=$I35*$N$43", "=$I34*$N$44", "=$I33*$N$45", "=$I32*$N$46", "=$I31*$N$47", "=$I30*$N$48", "=$I29*$N$49", "=$I28*$N$50", "=$I27*$N$51", "=$I26*$N$52", "=$I25*$N$53", "=$I24*$N$54", "=$I23*$M$55", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O55:BL55)"
WRITE #1, "34", "=A56*$C$18", "=SE(ARROTONDA(B56,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B56^$C$7,0)", "=SE(C56>0,(C56-C55)/$C$18,0)", matrice1(ieto%%, z%%, 34, 1).i2, "=E56*$C$18", "=SE(C56>0,G55+F56,0)", "=SE(G56-$C$12>=0,((G56-$C$12)^2)/(G56-$C$12+$C$11),0)", "=SE(C56>0,H56-H55,0)", mockus(34).tSUta, mockus(34).qSUqp, matrice1(ieto%%, z%%, 34, 1).tmSUta, matrice1(ieto%%, z%%, 34, 1).qmSUqp, "=M56*$C$20", "=I56*$N$23", "=I55*$N$24", "=$I54*$N$25", "=$I53*$N$26", "=$I52*$N$27", "=$I51*$N$28", "=$I50*$N$29", "=$I49*$N$30", "=$I48*$N$31", "=$I47*$N$32", "=$I46*$N$33", "=$I45*$N$34", "=$I44*$N$35", "=$I43*$N$36", "=$I42*$N$37", "=$I41*$N$38", "=$I40*$N$39", "=$I39*$N$40", "=$I38*$N$41", "=$I37*$N$42", "=$I36*$N$43", "=$I35*$N$44", "=$I34*$N$45", "=$I33*$N$46", "=$I32*$N$47", "=$I31*$N$48", "=$I30*$N$49", "=$I29*$N$50", "=$I28*$N$51", "=$I27*$N$52", "=$I26*$N$53", "=$I25*$N$54", "=$I24*$M$55", "=$I23*$M$56", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O56:BL56)"
WRITE #1, "35", "=A57*$C$18", "=SE(ARROTONDA(B57,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B57^$C$7,0)", "=SE(C57>0,(C57-C56)/$C$18,0)", matrice1(ieto%%, z%%, 35, 1).i2, "=E57*$C$18", "=SE(C57>0,G56+F57,0)", "=SE(G57-$C$12>=0,((G57-$C$12)^2)/(G57-$C$12+$C$11),0)", "=SE(C57>0,H57-H56,0)", mockus(35).tSUta, mockus(35).qSUqp, matrice1(ieto%%, z%%, 35, 1).tmSUta, matrice1(ieto%%, z%%, 35, 1).qmSUqp, "=M57*$C$20", "=I57*$N$23", "=I56*$N$24", "=$I55*$N$25", "=$I54*$N$26", "=$I53*$N$27", "=$I52*$N$28", "=$I51*$N$29", "=$I50*$N$30", "=$I49*$N$31", "=$I48*$N$32", "=$I47*$N$33", "=$I46*$N$34", "=$I45*$N$35", "=$I44*$N$36", "=$I43*$N$37", "=$I42*$N$38", "=$I41*$N$39", "=$I40*$N$40", "=$I39*$N$41", "=$I38*$N$42", "=$I37*$N$43", "=$I36*$N$44", "=$I35*$N$45", "=$I34*$N$46", "=$I33*$N$47", "=$I32*$N$48", "=$I31*$N$49", "=$I30*$N$50", "=$I29*$N$51", "=$I28*$N$52", "=$I27*$N$53", "=$I26*$N$54", "=$I25*$M$55", "=$I24*$M$56", "=$I23*$M$57", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O57:BL57)"
WRITE #1, "36", "=A58*$C$18", "=SE(ARROTONDA(B58,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B58^$C$7,0)", "=SE(C58>0,(C58-C57)/$C$18,0)", matrice1(ieto%%, z%%, 36, 1).i2, "=E58*$C$18", "=SE(C58>0,G57+F58,0)", "=SE(G58-$C$12>=0,((G58-$C$12)^2)/(G58-$C$12+$C$11),0)", "=SE(C58>0,H58-H57,0)", mockus(36).tSUta, mockus(36).qSUqp, matrice1(ieto%%, z%%, 36, 1).tmSUta, matrice1(ieto%%, z%%, 36, 1).qmSUqp, "=M58*$C$20", "=I58*$N$23", "=I57*$N$24", "=$I56*$N$25", "=$I55*$N$26", "=$I54*$N$27", "=$I53*$N$28", "=$I52*$N$29", "=$I51*$N$30", "=$I50*$N$31", "=$I49*$N$32", "=$I48*$N$33", "=$I47*$N$34", "=$I46*$N$35", "=$I45*$N$36", "=$I44*$N$37", "=$I43*$N$38", "=$I42*$N$39", "=$I41*$N$40", "=$I40*$N$41", "=$I39*$N$42", "=$I38*$N$43", "=$I37*$N$44", "=$I36*$N$45", "=$I35*$N$46", "=$I34*$N$47", "=$I33*$N$48", "=$I32*$N$49", "=$I31*$N$50", "=$I30*$N$51", "=$I29*$N$52", "=$I28*$N$53", "=$I27*$N$54", "=$I26*$M$55", "=$I25*$M$56", "=$I24*$M$57", "=$I23*$M$58", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O58:BL58)"
WRITE #1, "37", "=A59*$C$18", "=SE(ARROTONDA(B59,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B59^$C$7,0)", "=SE(C59>0,(C59-C58)/$C$18,0)", matrice1(ieto%%, z%%, 37, 1).i2, "=E59*$C$18", "=SE(C59>0,G58+F59,0)", "=SE(G59-$C$12>=0,((G59-$C$12)^2)/(G59-$C$12+$C$11),0)", "=SE(C59>0,H59-H58,0)", mockus(37).tSUta, mockus(37).qSUqp, matrice1(ieto%%, z%%, 37, 1).tmSUta, matrice1(ieto%%, z%%, 37, 1).qmSUqp, "=M59*$C$20", "=I59*$N$23", "=I58*$N$24", "=$I57*$N$25", "=$I56*$N$26", "=$I55*$N$27", "=$I54*$N$28", "=$I53*$N$29", "=$I52*$N$30", "=$I51*$N$31", "=$I50*$N$32", "=$I49*$N$33", "=$I48*$N$34", "=$I47*$N$35", "=$I46*$N$36", "=$I45*$N$37", "=$I44*$N$38", "=$I43*$N$39", "=$I42*$N$40", "=$I41*$N$41", "=$I40*$N$42", "=$I39*$N$43", "=$I38*$N$44", "=$I37*$N$45", "=$I36*$N$46", "=$I35*$N$47", "=$I34*$N$48", "=$I33*$N$49", "=$I32*$N$50", "=$I31*$N$51", "=$I30*$N$52", "=$I29*$N$53", "=$I28*$N$54", "=$I27*$M$55", "=$I26*$M$56", "=$I25*$M$57", "=$I24*$M$58", "=$I23*$M$59", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O59:BL59)"
WRITE #1, "38", "=A60*$C$18", "=SE(ARROTONDA(B60,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B60^$C$7,0)", "=SE(C60>0,(C60-C59)/$C$18,0)", matrice1(ieto%%, z%%, 38, 1).i2, "=E60*$C$18", "=SE(C60>0,G59+F60,0)", "=SE(G60-$C$12>=0,((G60-$C$12)^2)/(G60-$C$12+$C$11),0)", "=SE(C60>0,H60-H59,0)", mockus(38).tSUta, mockus(38).qSUqp, matrice1(ieto%%, z%%, 38, 1).tmSUta, matrice1(ieto%%, z%%, 38, 1).qmSUqp, "=M60*$C$20", "=I60*$N$23", "=I59*$N$24", "=$I58*$N$25", "=$I57*$N$26", "=$I56*$N$27", "=$I55*$N$28", "=$I54*$N$29", "=$I53*$N$30", "=$I52*$N$31", "=$I51*$N$32", "=$I50*$N$33", "=$I49*$N$34", "=$I48*$N$35", "=$I47*$N$36", "=$I46*$N$37", "=$I45*$N$38", "=$I44*$N$39", "=$I43*$N$40", "=$I42*$N$41", "=$I41*$N$42", "=$I40*$N$43", "=$I39*$N$44", "=$I38*$N$45", "=$I37*$N$46", "=$I36*$N$47", "=$I35*$N$48", "=$I34*$N$49", "=$I33*$N$50", "=$I32*$N$51", "=$I31*$N$52", "=$I30*$N$53", "=$I29*$N$54", "=$I28*$M$55", "=$I27*$M$56", "=$I26*$M$57", "=$I25*$M$58", "=$I24*$M$59", "=$I23*$M$60", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O60:BL60)"
WRITE #1, "39", "=A61*$C$18", "=SE(ARROTONDA(B61,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B61^$C$7,0)", "=SE(C61>0,(C61-C60)/$C$18,0)", matrice1(ieto%%, z%%, 39, 1).i2, "=E61*$C$18", "=SE(C61>0,G60+F61,0)", "=SE(G61-$C$12>=0,((G61-$C$12)^2)/(G61-$C$12+$C$11),0)", "=SE(C61>0,H61-H60,0)", mockus(39).tSUta, mockus(39).qSUqp, matrice1(ieto%%, z%%, 39, 1).tmSUta, matrice1(ieto%%, z%%, 39, 1).qmSUqp, "=M61*$C$20", "=I61*$N$23", "=I60*$N$24", "=$I59*$N$25", "=$I58*$N$26", "=$I57*$N$27", "=$I56*$N$28", "=$I55*$N$29", "=$I54*$N$30", "=$I53*$N$31", "=$I52*$N$32", "=$I51*$N$33", "=$I50*$N$34", "=$I49*$N$35", "=$I48*$N$36", "=$I47*$N$37", "=$I46*$N$38", "=$I45*$N$39", "=$I44*$N$40", "=$I43*$N$41", "=$I42*$N$42", "=$I41*$N$43", "=$I40*$N$44", "=$I39*$N$45", "=$I38*$N$46", "=$I37*$N$47", "=$I36*$N$48", "=$I35*$N$49", "=$I34*$N$50", "=$I33*$N$51", "=$I32*$N$52", "=$I31*$N$53", "=$I30*$N$54", "=$I29*$M$55", "=$I28*$M$56", "=$I27*$M$57", "=$I26*$M$58", "=$I25*$M$59", "=$I24*$M$60", "=$I23*$M$61", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O61:BL61)"
WRITE #1, "40", "=A62*$C$18", "=SE(ARROTONDA(B62,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B62^$C$7,0)", "=SE(C62>0,(C62-C61)/$C$18,0)", matrice1(ieto%%, z%%, 40, 1).i2, "=E62*$C$18", "=SE(C62>0,G61+F62,0)", "=SE(G62-$C$12>=0,((G62-$C$12)^2)/(G62-$C$12+$C$11),0)", "=SE(C62>0,H62-H61,0)", mockus(40).tSUta, mockus(40).qSUqp, matrice1(ieto%%, z%%, 40, 1).tmSUta, matrice1(ieto%%, z%%, 40, 1).qmSUqp, "=M62*$C$20", "=I62*$N$23", "=I61*$N$24", "=$I60*$N$25", "=$I59*$N$26", "=$I58*$N$27", "=$I57*$N$28", "=$I56*$N$29", "=$I55*$N$30", "=$I54*$N$31", "=$I53*$N$32", "=$I52*$N$33", "=$I51*$N$34", "=$I50*$N$35", "=$I49*$N$36", "=$I48*$N$37", "=$I47*$N$38", "=$I46*$N$39", "=$I45*$N$40", "=$I44*$N$41", "=$I43*$N$42", "=$I42*$N$43", "=$I41*$N$44", "=$I40*$N$45", "=$I39*$N$46", "=$I38*$N$47", "=$I37*$N$48", "=$I36*$N$49", "=$I35*$N$50", "=$I34*$N$51", "=$I33*$N$52", "=$I32*$N$53", "=$I31*$N$54", "=$I30*$M$55", "=$I29*$M$56", "=$I28*$M$57", "=$I27*$M$58", "=$I26*$M$59", "=$I25*$M$60", "=$I24*$M$61", "=$I23*$M$62", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O62:BL62)"
WRITE #1, "41", "=A63*$C$18", "=SE(ARROTONDA(B63,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B63^$C$7,0)", "=SE(C63>0,(C63-C62)/$C$18,0)", matrice1(ieto%%, z%%, 41, 1).i2, "=E63*$C$18", "=SE(C63>0,G62+F63,0)", "=SE(G63-$C$12>=0,((G63-$C$12)^2)/(G63-$C$12+$C$11),0)", "=SE(C63>0,H63-H62,0)", mockus(41).tSUta, mockus(41).qSUqp, matrice1(ieto%%, z%%, 41, 1).tmSUta, matrice1(ieto%%, z%%, 41, 1).qmSUqp, "=M63*$C$20", "=I63*$N$23", "=I62*$N$24", "=$I61*$N$25", "=$I60*$N$26", "=$I59*$N$27", "=$I58*$N$28", "=$I57*$N$29", "=$I56*$N$30", "=$I55*$N$31", "=$I54*$N$32", "=$I53*$N$33", "=$I52*$N$34", "=$I51*$N$35", "=$I50*$N$36", "=$I49*$N$37", "=$I48*$N$38", "=$I47*$N$39", "=$I46*$N$40", "=$I45*$N$41", "=$I44*$N$42", "=$I43*$N$43", "=$I42*$N$44", "=$I41*$N$45", "=$I40*$N$46", "=$I39*$N$47", "=$I38*$N$48", "=$I37*$N$49", "=$I36*$N$50", "=$I35*$N$51", "=$I34*$N$52", "=$I33*$N$53", "=$I32*$N$54", "=$I31*$M$55", "=$I30*$M$56", "=$I29*$M$57", "=$I28*$M$58", "=$I27*$M$59", "=$I26*$M$60", "=$I25*$M$61", "=$I24*$M$62", "=$I23*$M$63", "", "", "", "", "", "", "", "", "", "=SOMMA(O63:BL63)"
WRITE #1, "42", "=A64*$C$18", "=SE(ARROTONDA(B64,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B64^$C$7,0)", "=SE(C64>0,(C64-C63)/$C$18,0)", matrice1(ieto%%, z%%, 42, 1).i2, "=E64*$C$18", "=SE(C64>0,G63+F64,0)", "=SE(G64-$C$12>=0,((G64-$C$12)^2)/(G64-$C$12+$C$11),0)", "=SE(C64>0,H64-H63,0)", mockus(42).tSUta, mockus(42).qSUqp, matrice1(ieto%%, z%%, 42, 1).tmSUta, matrice1(ieto%%, z%%, 42, 1).qmSUqp, "=M64*$C$20", "=I64*$N$23", "=I63*$N$24", "=$I62*$N$25", "=$I61*$N$26", "=$I60*$N$27", "=$I59*$N$28", "=$I58*$N$29", "=$I57*$N$30", "=$I56*$N$31", "=$I55*$N$32", "=$I54*$N$33", "=$I53*$N$34", "=$I52*$N$35", "=$I51*$N$36", "=$I50*$N$37", "=$I49*$N$38", "=$I48*$N$39", "=$I47*$N$40", "=$I46*$N$41", "=$I45*$N$42", "=$I44*$N$43", "=$I43*$N$44", "=$I42*$N$45", "=$I41*$N$46", "=$I40*$N$47", "=$I39*$N$48", "=$I38*$N$49", "=$I37*$N$50", "=$I36*$N$51", "=$I35*$N$52", "=$I34*$N$53", "=$I33*$N$54", "=$I32*$M$55", "=$I31*$M$56", "=$I30*$M$57", "=$I29*$M$58", "=$I28*$M$59", "=$I27*$M$60", "=$I26*$M$61", "=$I25*$M$62", "=$I24*$M$63", "=$I23*$M$64", "", "", "", "", "", "", "", "", "=SOMMA(O64:BL64)"
WRITE #1, "43", "=A65*$C$18", "=SE(ARROTONDA(B65,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B65^$C$7,0)", "=SE(C65>0,(C65-C64)/$C$18,0)", matrice1(ieto%%, z%%, 43, 1).i2, "=E65*$C$18", "=SE(C65>0,G64+F65,0)", "=SE(G65-$C$12>=0,((G65-$C$12)^2)/(G65-$C$12+$C$11),0)", "=SE(C65>0,H65-H64,0)", mockus(43).tSUta, mockus(43).qSUqp, matrice1(ieto%%, z%%, 43, 1).tmSUta, matrice1(ieto%%, z%%, 43, 1).qmSUqp, "=M65*$C$20", "=I65*$N$23", "=I64*$N$24", "=$I63*$N$25", "=$I62*$N$26", "=$I61*$N$27", "=$I60*$N$28", "=$I59*$N$29", "=$I58*$N$30", "=$I57*$N$31", "=$I56*$N$32", "=$I55*$N$33", "=$I54*$N$34", "=$I53*$N$35", "=$I52*$N$36", "=$I51*$N$37", "=$I50*$N$38", "=$I49*$N$39", "=$I48*$N$40", "=$I47*$N$41", "=$I46*$N$42", "=$I45*$N$43", "=$I44*$N$44", "=$I43*$N$45", "=$I42*$N$46", "=$I41*$N$47", "=$I40*$N$48", "=$I39*$N$49", "=$I38*$N$50", "=$I37*$N$51", "=$I36*$N$52", "=$I35*$N$53", "=$I34*$N$54", "=$I33*$M$55", "=$I32*$M$56", "=$I31*$M$57", "=$I30*$M$58", "=$I29*$M$59", "=$I28*$M$60", "=$I27*$M$61", "=$I26*$M$62", "=$I25*$M$63", "=$I24*$M$64", "=$I23*$M$65", "", "", "", "", "", "", "", "=SOMMA(O65:BL65)"
WRITE #1, "44", "=A66*$C$18", "=SE(ARROTONDA(B66,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B66^$C$7,0)", "=SE(C66>0,(C66-C65)/$C$18,0)", matrice1(ieto%%, z%%, 44, 1).i2, "=E66*$C$18", "=SE(C66>0,G65+F66,0)", "=SE(G66-$C$12>=0,((G66-$C$12)^2)/(G66-$C$12+$C$11),0)", "=SE(C66>0,H66-H65,0)", mockus(44).tSUta, mockus(44).qSUqp, matrice1(ieto%%, z%%, 44, 1).tmSUta, matrice1(ieto%%, z%%, 44, 1).qmSUqp, "=M66*$C$20", "=I66*$N$23", "=I65*$N$24", "=$I64*$N$25", "=$I63*$N$26", "=$I62*$N$27", "=$I61*$N$28", "=$I60*$N$29", "=$I59*$N$30", "=$I58*$N$31", "=$I57*$N$32", "=$I56*$N$33", "=$I55*$N$34", "=$I54*$N$35", "=$I53*$N$36", "=$I52*$N$37", "=$I51*$N$38", "=$I50*$N$39", "=$I49*$N$40", "=$I48*$N$41", "=$I47*$N$42", "=$I46*$N$43", "=$I45*$N$44", "=$I44*$N$45", "=$I43*$N$46", "=$I42*$N$47", "=$I41*$N$48", "=$I40*$N$49", "=$I39*$N$50", "=$I38*$N$51", "=$I37*$N$52", "=$I36*$N$53", "=$I35*$N$54", "=$I34*$M$55", "=$I33*$M$56", "=$I32*$M$57", "=$I31*$M$58", "=$I30*$M$59", "=$I29*$M$60", "=$I28*$M$61", "=$I27*$M$62", "=$I26*$M$63", "=$I25*$M$64", "=$I24*$M$65", "=$I23*$M$66", "", "", "", "", "", "", "=SOMMA(O66:BL66)"
WRITE #1, "45", "=A67*$C$18", "=SE(ARROTONDA(B67,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B67^$C$7,0)", "=SE(C67>0,(C67-C66)/$C$18,0)", matrice1(ieto%%, z%%, 45, 1).i2, "=E67*$C$18", "=SE(C67>0,G66+F67,0)", "=SE(G67-$C$12>=0,((G67-$C$12)^2)/(G67-$C$12+$C$11),0)", "=SE(C67>0,H67-H66,0)", mockus(45).tSUta, mockus(45).qSUqp, matrice1(ieto%%, z%%, 45, 1).tmSUta, matrice1(ieto%%, z%%, 45, 1).qmSUqp, "=M67*$C$20", "=I67*$N$23", "=I66*$N$24", "=$I65*$N$25", "=$I64*$N$26", "=$I63*$N$27", "=$I62*$N$28", "=$I61*$N$29", "=$I60*$N$30", "=$I59*$N$31", "=$I58*$N$32", "=$I57*$N$33", "=$I56*$N$34", "=$I55*$N$35", "=$I54*$N$36", "=$I53*$N$37", "=$I52*$N$38", "=$I51*$N$39", "=$I50*$N$40", "=$I49*$N$41", "=$I48*$N$42", "=$I47*$N$43", "=$I46*$N$44", "=$I45*$N$45", "=$I44*$N$46", "=$I43*$N$47", "=$I42*$N$48", "=$I41*$N$49", "=$I40*$N$50", "=$I39*$N$51", "=$I38*$N$52", "=$I37*$N$53", "=$I36*$N$54", "=$I35*$M$55", "=$I34*$M$56", "=$I33*$M$57", "=$I32*$M$58", "=$I31*$M$59", "=$I30*$M$60", "=$I29*$M$61", "=$I28*$M$62", "=$I27*$M$63", "=$I26*$M$64", "=$I25*$M$65", "=$I24*$M$66", "=$I23*$M$67", "", "", "", "", "", "=SOMMA(O67:BL67)"
WRITE #1, "46", "=A68*$C$18", "=SE(ARROTONDA(B68,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B68^$C$7,0)", "=SE(C68>0,(C68-C67)/$C$18,0)", matrice1(ieto%%, z%%, 46, 1).i2, "=E68*$C$18", "=SE(C68>0,G67+F68,0)", "=SE(G68-$C$12>=0,((G68-$C$12)^2)/(G68-$C$12+$C$11),0)", "=SE(C68>0,H68-H67,0)", mockus(46).tSUta, mockus(46).qSUqp, matrice1(ieto%%, z%%, 46, 1).tmSUta, matrice1(ieto%%, z%%, 46, 1).qmSUqp, "=M68*$C$20", "=I68*$N$23", "=I67*$N$24", "=$I66*$N$25", "=$I65*$N$26", "=$I64*$N$27", "=$I63*$N$28", "=$I62*$N$29", "=$I61*$N$30", "=$I60*$N$31", "=$I59*$N$32", "=$I58*$N$33", "=$I57*$N$34", "=$I56*$N$35", "=$I55*$N$36", "=$I54*$N$37", "=$I53*$N$38", "=$I52*$N$39", "=$I51*$N$40", "=$I50*$N$41", "=$I49*$N$42", "=$I48*$N$43", "=$I47*$N$44", "=$I46*$N$45", "=$I45*$N$46", "=$I44*$N$47", "=$I43*$N$48", "=$I42*$N$49", "=$I41*$N$50", "=$I40*$N$51", "=$I39*$N$52", "=$I38*$N$53", "=$I37*$N$54", "=$I36*$M$55", "=$I35*$M$56", "=$I34*$M$57", "=$I33*$M$58", "=$I32*$M$59", "=$I31*$M$60", "=$I30*$M$61", "=$I29*$M$62", "=$I28*$M$63", "=$I27*$M$64", "=$I26*$M$65", "=$I25*$M$66", "=$I24*$M$67", "=$I23*$M$68", "", "", "", "", "=SOMMA(O68:BL68)"
WRITE #1, "47", "=A69*$C$18", "=SE(ARROTONDA(B69,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B69^$C$7,0)", "=SE(C69>0,(C69-C68)/$C$18,0)", matrice1(ieto%%, z%%, 47, 1).i2, "=E69*$C$18", "=SE(C69>0,G68+F69,0)", "=SE(G69-$C$12>=0,((G69-$C$12)^2)/(G69-$C$12+$C$11),0)", "=SE(C69>0,H69-H68,0)", mockus(47).tSUta, mockus(47).qSUqp, matrice1(ieto%%, z%%, 47, 1).tmSUta, matrice1(ieto%%, z%%, 47, 1).qmSUqp, "=M69*$C$20", "=I69*$N$23", "=I68*$N$24", "=$I67*$N$25", "=$I66*$N$26", "=$I65*$N$27", "=$I64*$N$28", "=$I63*$N$29", "=$I62*$N$30", "=$I61*$N$31", "=$I60*$N$32", "=$I59*$N$33", "=$I58*$N$34", "=$I57*$N$35", "=$I56*$N$36", "=$I55*$N$37", "=$I54*$N$38", "=$I53*$N$39", "=$I52*$N$40", "=$I51*$N$41", "=$I50*$N$42", "=$I49*$N$43", "=$I48*$N$44", "=$I47*$N$45", "=$I46*$N$46", "=$I45*$N$47", "=$I44*$N$48", "=$I43*$N$49", "=$I42*$N$50", "=$I41*$N$51", "=$I40*$N$52", "=$I39*$N$53", "=$I38*$N$54", "=$I37*$M$55", "=$I36*$M$56", "=$I35*$M$57", "=$I34*$M$58", "=$I33*$M$59", "=$I32*$M$60", "=$I31*$M$61", "=$I30*$M$62", "=$I29*$M$63", "=$I28*$M$64", "=$I27*$M$65", "=$I26*$M$66", "=$I25*$M$67", "=$I24*$M$68", "=$I23*$M$69", "", "", "", "=SOMMA(O69:BL69)"
WRITE #1, "48", "=A70*$C$18", "=SE(ARROTONDA(B70,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B70^$C$7,0)", "=SE(C70>0,(C70-C69)/$C$18,0)", matrice1(ieto%%, z%%, 48, 1).i2, "=E70*$C$18", "=SE(C70>0,G69+F70,0)", "=SE(G70-$C$12>=0,((G70-$C$12)^2)/(G70-$C$12+$C$11),0)", "=SE(C70>0,H70-H69,0)", mockus(48).tSUta, mockus(48).qSUqp, matrice1(ieto%%, z%%, 48, 1).tmSUta, matrice1(ieto%%, z%%, 48, 1).qmSUqp, "=M70*$C$20", "=I70*$N$23", "=I69*$N$24", "=$I68*$N$25", "=$I67*$N$26", "=$I66*$N$27", "=$I65*$N$28", "=$I64*$N$29", "=$I63*$N$30", "=$I62*$N$31", "=$I61*$N$32", "=$I60*$N$33", "=$I59*$N$34", "=$I58*$N$35", "=$I57*$N$36", "=$I56*$N$37", "=$I55*$N$38", "=$I54*$N$39", "=$I53*$N$40", "=$I52*$N$41", "=$I51*$N$42", "=$I50*$N$43", "=$I49*$N$44", "=$I48*$N$45", "=$I47*$N$46", "=$I46*$N$47", "=$I45*$N$48", "=$I44*$N$49", "=$I43*$N$50", "=$I42*$N$51", "=$I41*$N$52", "=$I40*$N$53", "=$I39*$N$54", "=$I38*$M$55", "=$I37*$M$56", "=$I36*$M$57", "=$I35*$M$58", "=$I34*$M$59", "=$I33*$M$60", "=$I32*$M$61", "=$I31*$M$62", "=$I30*$M$63", "=$I29*$M$64", "=$I28*$M$65", "=$I27*$M$66", "=$I26*$M$67", "=$I25*$M$68", "=$I24*$M$69", "=$I23*$M$70", "", "", "=SOMMA(O70:BL70)"
WRITE #1, "49", "=A71*$C$18", "=SE(ARROTONDA(B71,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B71^$C$7,0)", "=SE(C71>0,(C71-C70)/$C$18,0)", matrice1(ieto%%, z%%, 49, 1).i2, "=E71*$C$18", "=SE(C71>0,G70+F71,0)", "=SE(G71-$C$12>=0,((G71-$C$12)^2)/(G71-$C$12+$C$11),0)", "=SE(C71>0,H71-H70,0)", mockus(49).tSUta, mockus(49).qSUqp, matrice1(ieto%%, z%%, 49, 1).tmSUta, matrice1(ieto%%, z%%, 49, 1).qmSUqp, "=M71*$C$20", "=I71*$N$23", "=I70*$N$24", "=$I69*$N$25", "=$I68*$N$26", "=$I67*$N$27", "=$I66*$N$28", "=$I65*$N$29", "=$I64*$N$30", "=$I63*$N$31", "=$I62*$N$32", "=$I61*$N$33", "=$I60*$N$34", "=$I59*$N$35", "=$I58*$N$36", "=$I57*$N$37", "=$I56*$N$38", "=$I55*$N$39", "=$I54*$N$40", "=$I53*$N$41", "=$I52*$N$42", "=$I51*$N$43", "=$I50*$N$44", "=$I49*$N$45", "=$I48*$N$46", "=$I47*$N$47", "=$I46*$N$48", "=$I45*$N$49", "=$I44*$N$50", "=$I43*$N$51", "=$I42*$N$52", "=$I41*$N$53", "=$I40*$N$54", "=$I39*$M$55", "=$I38*$M$56", "=$I37*$M$57", "=$I36*$M$58", "=$I35*$M$59", "=$I34*$M$60", "=$I33*$M$61", "=$I32*$M$62", "=$I31*$M$63", "=$I30*$M$64", "=$I29*$M$65", "=$I28*$M$66", "=$I27*$M$67", "=$I26*$M$68", "=$I25*$M$69", "=$I24*$M$70", "=$I23*$M$71", "", "=SOMMA(O71:BL71)"
WRITE #1, "50", "=A72*$C$18", "=SE(ARROTONDA(B72,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B72^$C$7,0)", "=SE(C71>0,(C71-C71)/$C$18,0)", matrice1(ieto%%, z%%, 50, 1).i2, "=E72*$C$18", "=SE(C71>0,G71+F72,0)", "=SE(G72-$C$12>=0,((G72-$C$12)^2)/(G72-$C$12+$C$11),0)", "=SE(C72>0,H72-H71,0)", mockus(50).tSUta, mockus(50).qSUqp, matrice1(ieto%%, z%%, 50, 1).tmSUta, matrice1(ieto%%, z%%, 50, 1).qmSUqp, "=M72*$C$20", "=I72*$N$23", "=I71*$N$24", "=$I70*$N$25", "=$I69*$N$26", "=$I68*$N$27", "=$I67*$N$28", "=$I66*$N$29", "=$I65*$N$30", "=$I64*$N$31", "=$I63*$N$32", "=$I62*$N$33", "=$I61*$N$34", "=$I60*$N$35", "=$I59*$N$36", "=$I58*$N$37", "=$I57*$N$38", "=$I56*$N$39", "=$I55*$N$40", "=$I54*$N$41", "=$I53*$N$42", "=$I52*$N$43", "=$I51*$N$44", "=$I50*$N$45", "=$I49*$N$46", "=$I48*$N$47", "=$I47*$N$48", "=$I46*$N$49", "=$I45*$N$50", "=$I44*$N$51", "=$I43*$N$52", "=$I42*$N$53", "=$I41*$N$54", "=$I40*$M$55", "=$I39*$M$56", "=$I38*$M$57", "=$I37*$M$58", "=$I36*$M$59", "=$I35*$M$60", "=$I34*$M$61", "=$I33*$M$62", "=$I32*$M$63", "=$I31*$M$64", "=$I30*$M$65", "=$I29*$M$66", "=$I28*$M$67", "=$I27*$M$68", "=$I26*$M$69", "=$I25*$M$70", "=$I24*$M$71", "", "=SOMMA(O72:BL72)"
WRITE #1, "SOMMA", "", "", "", "", "=SOMMA(F23:F72)", "", "", "=SOMMA(I23:I72)"
WRITE #1, "MEDIA", "", "", "=SOMMA(D23
72)/(CONTA.NUMERI(D2372)-CONTA.SE(D2372,0))", "=SOMMA(E23:E72)/(CONTA.NUMERI(E23:E72)-CONTA.SE(E23:E72,0))"
WRITE #1, ""
WRITE #1, "Se sopra compare #NOME?, qui di seguito è riportata la stessa matrice, con l'utilizzo dei valori calcolati dal programma, anziché con l'uso delle formule di Excel, in quanto talvolta, a seconda del computer, al posto del valore, compare #NOME?, anche se la formula è corretta: editandola facendo doppio click su di essa e premendo poi INVIO, compare il valore."
GOSUB DatiColonna
FOR i% = 1 TO 50
WRITE #1,_
i%,_
matrice1(ieto%%, z%%, i%, 1).mdt,_
matrice1(ieto%%, z%%, i%, 1).h1,_
matrice1(ieto%%, z%%, i%, 1).i1,_
matrice1(ieto%%, z%%, i%, 1).i2,_
matrice1(ieto%%, z%%, i%, 1).DH,_
matrice1(ieto%%, z%%, i%, 1).H2,_
matrice1(ieto%%, z%%, i%, 1).he,_
matrice1(ieto%%, z%%, i%, 1).Dhe,_
matrice1(ieto%%, z%%, i%, 1).tSUta,_
matrice1(ieto%%, z%%, i%, 1).qSUqp,_
matrice1(ieto%%, z%%, i%, 1).tmSUta,_
matrice1(ieto%%, z%%, i%, 1).qmSUqp,_
matrice1(ieto%%, z%%, i%, 1).qm,
FOR n%% = 1 TO 50
WRITE #1, matrice2!(ieto%%, z%%, i%, n%%),
NEXT n%%
WRITE #1, idrogrammi1a24(ieto%%, z%%, i%, 1).portata
NEXT i%
WRITE #1, "SOMMA", "", "", "", "", matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).H2, "", "", matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).he
WRITE #1, "MEDIA", "", "", matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).h1 / matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).mdt, matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).H2 / matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).mdt
CLOSE #1
NEXT z%%
LOOP UNTIL z%% = 25
IF TerminaSalvataggio$ = CHR$(27) THEN EXIT FOR
NEXT ieto%%
IF KeyPress$ = "1" AND TerminaSalvataggio$ <> CHR$(27) THEN
IF VisualizzaIeto%% = 1 THEN
CALL CreaImmagine(idrogramma1e2(1).composizione, "A.IdrogrammaProgettoCHICAGO+PortataPiccoProgetto")
IF ore!(1) <> 0 THEN CALL CreaImmagine(idrogramma1e2(1).composizione, "A.IdrogrammaProgettoCHICAGO+PortataPiccoProgetto")
IF ore!(2) <> 0 THEN CALL CreaImmagine(idrogramma1e2(2).composizione, "B.IdrogrammaSceltoCHICAGO+PortataOraPiccoScelta")
ELSEIF VisualizzaIeto%% = 2 THEN
CALL CreaImmagine(idrogramma1e2(1).composizione, "A.IdrogrammaProgettoCOSTANTE+PortataPiccoProgetto")
IF ore!(2) <> 0 THEN CALL CreaImmagine(idrogramma1e2(2).composizione, "B.IdrogrammaSceltoCOSTANTE+PortataOraPiccoScelta")
END IF
CALL CreaImmagine(unitari&, "C.IdrogrammiUnitari")
FOR ieto%% = 1 TO 2
IF ieto%% = 1 THEN testo$ = "D._1-24,idrogrammiCHICAGO+PortatePicco(da_1_a_32_volte_tc)"
IF ieto%% = 2 THEN testo$ = "E._1-24,idrogrammiCOSTANTE+PortatePicco(da_1_a_32_volte_tc)"
CALL CreaImmagine(ComplessivoIeto1e2(ieto%%).composizione, testo$)
i% = 0
DO
FOR z%% = 1 TO 24
TerminaSalvataggio$ = INKEY$
IF TerminaSalvataggio$ = CHR$(27) THEN EXIT DO
i% = i% + 1
IF ieto%% = 1 THEN testo$ = "D." + _TRIM$(STR$(z%%)) + ",idrogrammaCHICAGO(" + _TRIM$(STR$(CoefficientiDiscretizzazioneTemporale(z%%).N)) + "_volte_tc)"
IF ieto%% = 2 THEN testo$ = "E." + _TRIM$(STR$(z%%)) + ",idrogrammaCOSTANTE(" + _TRIM$(STR$(CoefficientiDiscretizzazioneTemporale(z%%).N)) + "_volte_tc)"
CALL CreaImmagine(MatriciIeto1e2&(ieto%%, z%%), testo$)
NEXT z%%
LOOP UNTIL z%% = 25
IF TerminaSalvataggio$ = CHR$(27) THEN EXIT FOR
NEXT ieto%%
END IF
RETURN
'--------------------------------------------------------------------------------------------------------------------------------------------------
DatiBase:
WRITE #n%%, "DATI"
WRITE #n%%, "T=", "[anni]", T$, "tempo di ritorno"
WRITE #n%%, "A=", "mq", A2&, "area del bacino idrografico"
WRITE #n%%, "K=", "[-]", k!, "parametro del Centro Funzionale"
WRITE #n%%, "a=", "[mm/d^n]", a1!, "coefficiente della curva di possibilità climatica."
WRITE #n%%, "n=", "[-]", n1!, "coefficiente della curva di possibilità climatica."
WRITE #n%%, "L=", "[m]", L~%, "lunghezza dell'asta principale del bacino idrografico."
WRITE #n%%, "s=", "[%]", s1!, "pendenza media del bacino idrografico."
WRITE #n%%, "CN(II)=", "[-]", CNII%%
WRITE #n%%, "S=", "[mm]", "=25.4*((1000/C13)-10)", "contenuto idrico massimo del terreno."
WRITE #n%%, "Ia=", "[mm]", "=0.1*C11", "perdite iniziali."
WRITE #n%%, "CN(III)=", "[-]", "=(23*C10)/(10+0.13*C10)"
WRITE #n%%, "tl=", "[ore]", "=0.342*(((C8/1000)^0.8)/(C9^0.5))*(1000/C13-9)^0.7", "formula di Mockus esprimente il tempo di ritardo."
WRITE #n%%, "tc=", "[ore]", "=C14/0.6", "tempo di corrivazione."
WRITE #n%%, "ta=", "[ore]", "=C14/0.9", "tempo di picco."
WRITE #n%%, "qp=", "[mc/(s*mm)]", "=0.208*((C4/1000000)/C16)", "portata al colmo dell'idrogramma unitario del bacino idrografico."
RETURN
'--------------------------------------------------------------------------------------------------------------------------------------------------
DatiColonna:
WRITE #1, "N", "N*dt", "h", "i", "iC", "DH", "H", "he", "Dhe", "t/ta", "q/qp", "tm/ta", "qm/qp", "qm",
FOR i% = 1 TO 50
WRITE #1, "Dhe*qm" + _TRIM$(STR$(i%)),
NEXT i%
WRITE #1, "idrogramma"
RETURN
'**************************************************************************************************************************************************
'* Termine sezione routines e inizio sezione subroutines e functions *
'**************************************************************************************************************************************************
SUB InserimentoDati (k!, a1!, n1, A2&, L~%, s1!, CNII%%, CoeffPerditeIniziali!)
SHARED TempiRitorno() AS TempiRitorno
SHARED inputs$()
SHARED PosizioneCursore%%
SHARED esc~`, riavvio~`
SHARED T$
SHARED KeyPress$
DIM T!
DIM richiesta%%
DIM test~`
DIM debug~`
DIM punti~`
DIM cursore~`
DIM esci~`
DIM carattere$
COLOR G&
PosizioneCursore%% = CSRLIN - 11
richiesta%% = 1
DO
_LIMIT 30
KeyPress$ = INKEY$
IF TIMER > T! + 0.5 THEN
cursore~` = NOT cursore~`
T! = TIMER
END IF
FOR i% = 1 TO 8
LOCATE PosizioneCursore%% - 1 + i%, 69: PRINT inputs$(i%) + SPACE$(30)
NEXT i%
LOCATE PosizioneCursore%% - 1 + richiesta%%, 69 + LEN(inputs$(richiesta%%))
IF debug~` = 1 OR esci~` = 1 THEN EXIT DO
IF cursore~` THEN PRINT "_"
SELECT CASE KeyPress$
CASE CHR$(27)
esc~` = 1
EXIT DO
CASE CHR$(8)
IF LEN(inputs$(richiesta%%)) > 0 THEN inputs$(richiesta%%) = LEFT$(inputs$(richiesta%%), LEN(inputs$(richiesta%%)) - 1)
CASE CHR$(9)
riavvio~` = 1
EXIT DO
CASE CHR$(44), CHR$(46)
SELECT CASE richiesta%%
CASE 4, 5, 7
IF KeyPress$ = CHR$(44) OR KeyPress$ = CHR$(46) THEN KeyPress$ = ""
CASE ELSE
punti~` = 0
IF KeyPress$ = CHR$(44) THEN KeyPress$ = CHR$(46)
FOR n%% = 1 TO LEN(inputs$(richiesta%%))
carattere$ = MID$(inputs$(richiesta%%), n%%, 1)
IF carattere$ = CHR$(46) THEN punti~` = 1
NEXT n%%
IF punti~` = 0 THEN inputs$(richiesta%%) = inputs$(richiesta%%) + KeyPress$
END SELECT
CASE CHR$(48) TO CHR$(57)
inputs$(richiesta%%) = inputs$(richiesta%%) + KeyPress$
CASE CHR$(0) + CHR$(72)
GOSUB ValutaInput
SELECT CASE test~`
CASE IS = 0
inputs$(richiesta%%) = ""
CASE IS = 1
IF richiesta%% = 1 THEN
EXIT SELECT
ELSEIF richiesta%% <= 10 THEN
richiesta%% = richiesta%% - 1
END IF
END SELECT
CASE CHR$(13), CHR$(0) + CHR$(80)
GOSUB ValutaInput
IF richiesta%% <> 8 THEN IF KeyPress$ = CHR$(0) + CHR$(80) THEN KeyPress$ = CHR$(13)
IF richiesta%% <> 8 THEN IF LEN(inputs$(richiesta%%)) = 0 THEN test~` = 0
SELECT CASE test~`
CASE IS = 0
inputs$(richiesta%%) = ""
CASE IS = 1
IF richiesta%% = 8 THEN IF KeyPress$ = CHR$(13) THEN esci~` = 1
IF richiesta%% <> 8 THEN richiesta%% = richiesta%% + 1
END SELECT
END SELECT
LOOP
IF debug~` = 0 THEN k! = VAL(inputs$(1)): a1! = VAL(inputs$(2)): n1! = VAL(inputs$(3)): A2& = VAL(inputs$(4)): L~% = VAL(inputs$(5)): s1! = VAL(inputs$(6)): CNII%% = VAL(inputs$(7)): CoeffPerditeIniziali! = VAL(inputs$(8))
COLOR bianco&
EXIT SUB
'--------------------------------------------------------------------------------------------------------------------------------------------------
ValutaInput:
test~` = 0
SELECT CASE richiesta%%
CASE 1
IF inputs$(1) = "123" THEN
debug~` = 1
'Cillian:
k! = 2.34: a1! = 14.6653: n1! = 0.45596: A2& = 2641902: L~% = 3300: s1! = 41.5: CNII%% = 70: CoeffPerditeIniziali! = 0.1
'pialong:
'k! = 2.34: a1! = 17.097811: n1! = 0.497753: A2& = 2509318: L~% = 2919: s1! = 66.3: CNII%% = 66: CoeffPerditeIniziali! = 0.1
'mondange:
'k! = 2.04: a1! = 10.93228: n1! = 0.482321: A2& = 294873: L~% = 840: s1! = 74.7: CNII%% = 77: CoeffPerditeIniziali! = 0.1
'baudier:
'k! = 2.34: a1! = 11.3335: n1! = 0.537101: A2& = 2722894: L~% = 2910: s1! = 104.68: CNII%% = 74: CoeffPerditeIniziali! = 0.1
'pont du teu:
'k! = 3.64: a1! = 12.8458: n1! = 0.537748: A2& = 323540: L~% = 1379: s1! = 95: CNII%% = 77: CoeffPerditeIniziali! = 0.1
inputs$(1) = STR$(k!): inputs$(2) = STR$(a1!): inputs$(3) = STR$(n1!): inputs$(4) = STR$(A2&): inputs$(5) = STR$(L~%): inputs$(6) = STR$(s1!): inputs$(7) = STR$(CNII%%): inputs$(8) = STR$(CoeffPerditeIniziali!)
GOSUB TrovaT
EXIT SELECT
END IF
IF LEN(inputs$(1)) = 0 THEN IF KeyPress$ = CHR$(13) THEN inputs$(1) = "1"
GOSUB TrovaT
IF KeyPress$ = CHR$(0) + CHR$(80) THEN IF LEN(inputs$(1)) = 0 THEN test~` = 0
CASE 2
test~` = 1
CASE 3
IF VAL(inputs$(3)) <= 1 THEN test~` = 1 ELSE test~` = 0
CASE 4, 5, 6
IF VAL(inputs$(richiesta%%)) >= 1 THEN
test~` = 1
ELSEIF inputs$(richiesta%%) = "" THEN
test~` = 1
ELSE
test~` = 0
END IF
CASE 7
IF VAL(inputs$(richiesta%%)) >= 1 THEN
IF VAL(inputs$(richiesta%%)) <= 100 THEN test~` = 1
ELSEIF inputs$(richiesta%%) = "" THEN test~` = 1
ELSE
test~` = 0
END IF
CASE IS = 8
IF LEN(inputs$(8)) = 0 THEN
IF KeyPress$ = CHR$(13) THEN inputs$(8) = "0.1"
test~` = 1
EXIT SELECT
END IF
IF VAL(inputs$(8)) >= 0 THEN
IF VAL(inputs$(8)) <= 0.2 THEN test~` = 1
ELSE
test~` = 0
END IF
END SELECT
RETURN
'--------------------------------------------------------------------------------------------------------------------------------------------------
TrovaT:
i% = 1
FOR i% = 1 TO 10
IF VAL(inputs$(1)) = TempiRitorno(i%).k THEN
IF i% = 1 THEN
T$ = "Definito dall'utente"
test~` = 1
ELSE
T$ = _TRIM$(STR$(TempiRitorno(i%).T)) + " anni"
test~` = 1
END IF
EXIT FOR
ELSE
test~` = 0
END IF
NEXT i%
RETURN
END SUB
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
SUB CalcolaIdrogramma (X1!, X2!, X3!, Y!, immagine&, destinazione&)
SHARED idrogrammi1a24() AS idrogramma
SHARED MassimiIdrogrammi1a24() AS idrogramma
SHARED FinePioggiaIdrogrammi1a24() AS idrogramma
SHARED FinePioggiaIdrogrammi1e2() AS idrogramma
SHARED IdroPixel1() AS idrogramma
SHARED IdroPixel2() AS idrogramma
SHARED idrogramma1() AS idrogramma
SHARED idrogramma2() AS idrogramma
SHARED ore!(), portata!()
SHARED PassiFinePioggia1a24%%()
SHARED IdroMaxieto%%()
SHARED schermo&
SHARED colore&
SHARED DESKTOPWIDTH%, DESKTOPHEIGHT%
SHARED ieto%%, VisualizzaIeto%%
SHARED tipo%%
SHARED soglia%%
SHARED esc~`
REDIM _PRESERVE y%(1)
DIM originale&
DIM soglia!
DIM y%
DIM max%
DIM passo%
DIM test~`
_DEST schermo&
COLOR bianco&
SELECT CASE VisualizzaIeto%%
CASE IS = 1
INPUT "- Inserire la soglia percentuale S per il calcolo dell'idrogramma di progetto e illustrata nella prima schermata (INVIO o 0 per tralasciare): ", soglia%%
soglia! = soglia%% / 100
_DEST immagine&
_SOURCE immagine&
CALL ScalaOrigine(0, 1, 0, 0, immagine&)
i% = 0
y%(1) = dy%
DO
i% = i% + 1
REDIM _PRESERVE y%(i%)
DO
IF POINT(dx! + i%, PMAP(y%(i%), 3)) = giallo& THEN EXIT DO
y%(i%) = y%(i%) - 1
LOOP
IF i% > 1 THEN
IF PMAP(y%(i%), 3) < (1 + soglia!) * PMAP(y%(i% - 1), 3) THEN
test~` = 1
EXIT DO
ELSE
test~` = 0
END IF
END IF
LOOP UNTIL i% = INT(X3!)
SELECT CASE test~`
CASE IS = 1
ore!(1) = i% - 1
REDIM _PRESERVE y%(1 TO UBOUND(y%) - 1)
portata!(1) = PMAP(y%(UBOUND(y%)), 3) - dy!
CALL DisegnaValore(ore!(1), portata!(1), 0, 0, bianco&)
_DEST schermo&
CASE IS = 0
_DEST schermo&
CLS 2
SELECT CASE soglia%%
CASE IS = 0
PRINT "Verr… considerato come idrogramma di progetto quello relativo alla portata di picco massima."
CASE ELSE
PRINT "La soglia scelta non permette di individuare, all'interno del campo, la corrispondente portata di picco. Verr… considerato come idrogramma di progetto quello relativo alla portata di picco massima."
soglia%% = 0
END SELECT
portata!(1) = Y!
ore!(1) = X3!
END SELECT
CASE IS = 2
test~` = 0
portata!(1) = Y!
ore!(1) = X3!
IF esc~` = 1 THEN
tipo%% = 1
GOSUB interpola
EXIT SUB
END IF
PRINT "Verr… considerato come idrogramma di progetto quello relativo alla portata di picco massima."
END SELECT
tipo%% = 1
_DEST immagine&
LOCATE 2, _WIDTH(immagine&) \ 8 - 27: COLOR bianco&: PRINT "Legenda:"
LOCATE 4, _WIDTH(immagine&) \ 8 - 27: COLOR azzurro&: PRINT "[Idrogramma di progetto]": COLOR bianco&
GOSUB interpola
tipo%% = 2
CALL DisegnaPortata(X1!, immagine&, destinazione&)
IF ore!(2) <> 0 THEN
test~` = 1
_DEST immagine&
LOCATE 6, _WIDTH(immagine&) \ 8 - 27: COLOR viola&: PRINT "[Idrogramma corrispondente"
LOCATE , _WIDTH(immagine&) \ 8 - 27: PRINT "all'ora di picco scelta]": COLOR bianco&
GOSUB interpola
END IF
EXIT SUB
'--------------------------------------------------------------------------------------------------------------------------------------------------
interpola:
DIM costruisci(50, 2) AS idrogramma
DIM k(2) AS idrogramma
DIM x%(2)
originale& = _COPYIMAGE(immagine&)
_SOURCE immagine&
CALL ScalaOrigine(0, 1, 0, 0, immagine&)
SELECT CASE test~`
CASE IS = 0
FOR i% = 1 TO 50
REDIM _PRESERVE idrogramma1(i%) AS idrogramma
REDIM _PRESERVE IdroPixel1(i%) AS idrogramma
idrogramma1(i%).ore = idrogrammi1a24(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%), i%, 1).ore
idrogramma1(i%).portata = idrogrammi1a24(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%), i%, 1).portata
IdroPixel1(i%).ore = idrogramma1(i%).ore
IdroPixel1(i%).portata = idrogramma1(i%).portata
NEXT i%
FinePioggiaIdrogrammi1e2(tipo%%).ore = FinePioggiaIdrogrammi1a24(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%), 1).ore
CASE IS = 1
z%% = 2
DO
IF MassimiIdrogrammi1a24(VisualizzaIeto%%, z%%, 1).ore > ore!(tipo%%) THEN
k(1).ore = ore!(tipo%%) / MassimiIdrogrammi1a24(VisualizzaIeto%%, z%% - 1, 1).ore
k(1).portata = portata!(tipo%%) / MassimiIdrogrammi1a24(VisualizzaIeto%%, z%% - 1, 1).portata
k(2).ore = ore!(tipo%%) / MassimiIdrogrammi1a24(VisualizzaIeto%%, z%%, 1).ore
k(2).portata = portata!(tipo%%) / MassimiIdrogrammi1a24(VisualizzaIeto%%, z%%, 1).portata
EXIT DO
ELSE
z%% = z%% + 1
END IF
LOOP
FOR i% = 1 TO 50
costruisci(i%, 1).ore = k(1).ore * idrogrammi1a24(VisualizzaIeto%%, z%% - 1, i%, 1).ore
costruisci(i%, 1).portata = k(1).portata * idrogrammi1a24(VisualizzaIeto%%, z%% - 1, i%, 1).portata
costruisci(i%, 2).ore = k(2).ore * idrogrammi1a24(VisualizzaIeto%%, z%%, i%, 1).ore
costruisci(i%, 2).portata = k(2).portata * idrogrammi1a24(VisualizzaIeto%%, z%%, i%, 1).portata
NEXT i%
FinePioggiaIdrogrammi1e2(tipo%%).ore = (costruisci(PassiFinePioggia1a24%%(z%% - 1), 1).ore + costruisci(PassiFinePioggia1a24%%(z%%), 2).ore) / 2
_DEST immagine&
FOR n%% = 1 TO 2
IF n%% = 1 THEN colore& = pastello&
IF n%% = 2 THEN colore& = viola&
FOR i% = 1 TO 50
IF i% = 1 THEN LINE (dx!, dy!)-(dx! + costruisci(i%, n%%).ore, dy! + costruisci(i%, n%%).portata), colore&
IF i% > 1 THEN LINE (dx! + costruisci(i% - 1, n%%).ore, dy! + costruisci(i% - 1, n%%).portata)-(dx! + costruisci(i%, n%%).ore, dy! + costruisci(i%, n%%).portata), colore&
NEXT i%
NEXT n%%
i% = 0
y% = PMAP(dy!, 1)
DO
i% = i% + 1
SELECT CASE tipo%%
CASE IS = 1
REDIM _PRESERVE IdroPixel1(i%) AS idrogramma
CASE IS = 2
REDIM _PRESERVE IdroPixel2(i%) AS idrogramma
END SELECT
x%(1) = PMAP(dx!, 0)
x%(2) = PMAP(dx!, 0)
DO
IF POINT(PMAP(x%(2), 2), PMAP(y%, 3)) = viola& THEN EXIT DO
x%(2) = x%(2) + 1
LOOP
DO
IF POINT(PMAP(x%(1), 2), PMAP(y%, 3)) = pastello& THEN EXIT DO
x%(1) = x%(1) + 1
LOOP UNTIL PMAP(x%(1), 2) >= dx! + ore!(tipo%%)
IF PMAP(x%(1), 2) >= dx! + ore!(tipo%%) THEN x%(1) = x%(2)
SELECT CASE tipo%%
CASE IS = 1
IdroPixel1(i%).ore = (PMAP(x%(1), 2) + PMAP(x%(2), 2)) / 2 - dx!
IdroPixel1(i%).portata = PMAP(y%, 3) - dy!
CASE IS = 2
IdroPixel2(i%).ore = (PMAP(x%(1), 2) + PMAP(x%(2), 2)) / 2 - dx!
IdroPixel2(i%).portata = PMAP(y%, 3) - dy!
END SELECT
y% = y% - 1
LOOP UNTIL y% = PMAP(dy! + portata!(tipo%%), 1)
max% = i%
i% = i% - 1
y% = PMAP(dy! + portata!(tipo%%), 1)
DO
i% = i% + 1
SELECT CASE tipo%%
CASE IS = 1
REDIM _PRESERVE IdroPixel1(i%) AS idrogramma
CASE IS = 2
REDIM _PRESERVE IdroPixel2(i%) AS idrogramma
END SELECT
x%(1) = PMAP(dx! + ore!(tipo%%), 0)
x%(2) = PMAP(dx! + ore!(tipo%%), 0)
DO
IF POINT(PMAP(x%(2), 2), PMAP(y%, 3)) = viola& THEN EXIT DO
x%(2) = x%(2) + 1
LOOP
DO
IF POINT(PMAP(x%(1), 2), PMAP(y%, 3)) = pastello& THEN EXIT DO
x%(1) = x%(1) + 1
LOOP UNTIL PMAP(x%(1), 2) >= X2! * 1.15
IF PMAP(x%(1), 2) >= X2! * 1.15 THEN x%(1) = x%(2)
SELECT CASE tipo%%
CASE IS = 1
IdroPixel1(i%).ore = (PMAP(x%(1), 2) + PMAP(x%(2), 2)) / 2 - dx!
IdroPixel1(i%).portata = PMAP(y%, 3) - dy!
CASE IS = 2
IdroPixel2(i%).ore = (PMAP(x%(1), 2) + PMAP(x%(2), 2)) / 2 - dx!
IdroPixel2(i%).portata = PMAP(y%, 3) - dy!
END SELECT
y% = y% + 1
IF costruisci(50, 1).portata > costruisci(50, 2).portata THEN IF PMAP(y%, 3) - dy! < costruisci(50, 1).portata THEN EXIT DO
IF costruisci(50, 1).portata <= costruisci(50, 2).portata THEN IF PMAP(y%, 3) - dy! < costruisci(50, 2).portata THEN EXIT DO
LOOP UNTIL y% = PMAP(dy!, 1)
SELECT CASE tipo%%
CASE IS = 1
passo% = UBOUND(IdroPixel1) \ 50
i% = 0
DO
i% = i% + 1
REDIM _PRESERVE idrogramma1(i%) AS idrogramma
IF i% * passo% >= max% THEN EXIT DO
idrogramma1(i%).ore = IdroPixel1(i% * passo%).ore
idrogramma1(i%).portata = IdroPixel1(i% * passo%).portata
LOOP
idrogramma1(i%).ore = ore!(1)
idrogramma1(i%).portata = portata!(1)
DO
i% = i% + 1
IF i% * passo% >= UBOUND(IdroPixel1) THEN EXIT DO
REDIM _PRESERVE idrogramma1(i%) AS idrogramma
idrogramma1(i%).ore = IdroPixel1(i% * passo%).ore
idrogramma1(i%).portata = IdroPixel1(i% * passo%).portata
LOOP UNTIL i% = 50
CASE IS = 2
passo% = UBOUND(IdroPixel2) \ 50
IF passo% >= 1 THEN
i% = 0
DO
i% = i% + 1
REDIM _PRESERVE idrogramma2(i%) AS idrogramma
IF i% * passo% >= max% THEN EXIT DO
idrogramma2(i%).ore = IdroPixel2(i% * passo%).ore
idrogramma2(i%).portata = IdroPixel2(i% * passo%).portata
LOOP
idrogramma2(i%).ore = ore!(2)
idrogramma2(i%).portata = portata!(2)
DO
i% = i% + 1
IF i% * passo% >= UBOUND(IdroPixel2) THEN EXIT DO
REDIM _PRESERVE idrogramma2(i%) AS idrogramma
idrogramma2(i%).ore = IdroPixel2(i% * passo%).ore
idrogramma2(i%).portata = IdroPixel2(i% * passo%).portata
LOOP UNTIL i% = 50
ELSE
FOR i% = 1 TO UBOUND(IdroPixel2)
REDIM _PRESERVE idrogramma2(i%) AS idrogramma
idrogramma2(i%).ore = IdroPixel2(i%).ore
idrogramma2(i%).portata = IdroPixel2(i%).portata
NEXT i%
END IF
END SELECT
immagine& = _COPYIMAGE(originale&)
END SELECT
_DEST immagine&
IF tipo%% = 1 THEN colore& = azzurro&
IF tipo%% = 2 THEN colore& = viola&
SELECT CASE tipo%%
CASE IS = 1
FOR i% = 1 TO UBOUND(IdroPixel1)
IF i% = 1 THEN
LINE (dx!, dy!)-(dx! + IdroPixel1(i%).ore, dy! + IdroPixel1(i%).portata), colore&
ELSE
LINE (dx! + IdroPixel1(i% - 1).ore, dy! + IdroPixel1(i% - 1).portata)-(dx! + IdroPixel1(i%).ore, dy! + IdroPixel1(i%).portata), colore&
END IF
CIRCLE (dx! + IdroPixel1(i%).ore, dy! + IdroPixel1(i%).portata), PMAP(1, 2), colore&
PAINT (dx! + IdroPixel1(i%).ore, dy! + IdroPixel1(i%).portata), colore&
NEXT i%
CASE IS = 2
FOR i% = 1 TO UBOUND(IdroPixel2)
IF i% = 1 THEN
LINE (dx!, dy!)-(dx! + IdroPixel2(i%).ore, dy! + IdroPixel2(i%).portata), colore&
ELSE
LINE (dx! + IdroPixel2(i% - 1).ore, dy! + IdroPixel2(i% - 1).portata)-(dx! + IdroPixel2(i%).ore, dy! + IdroPixel2(i%).portata), colore&
END IF
CIRCLE (dx! + IdroPixel2(i%).ore, dy! + IdroPixel2(i%).portata), PMAP(1, 2), colore&
PAINT (dx! + IdroPixel2(i%).ore, dy! + IdroPixel2(i%).portata), colore&
NEXT i%
END SELECT
CALL DisegnaLinea(VisualizzaIeto%%, immagine&, giallo&, grigio&)
_PUTIMAGE (0, 0), immagine&, destinazione&
IF esc~` = 0 THEN _PUTIMAGE ((DESKTOPWIDTH% - _WIDTH(destinazione&)), (DESKTOPHEIGHT% - _HEIGHT(destinazione&) - 16)), destinazione&, schermo&
ERASE k, costruisci, x%
_FREEIMAGE originale&
RETURN
END SUB
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
SUB ScalaOrigine (scala%%, origine%%, X!, Y!, immagine&)
DIM fattoreX!, fattoreY!
fattoreX! = 1
fattoreY! = 1
IF scala%% = 0 AND origine%% = 1 THEN GOSUB origine
IF scala%% = 1 AND origine%% = 1 THEN
DO
GOSUB scala
GOSUB origine
IF Y! * fattoreY! >= dy! + Y! + dy! + dy! THEN
IF X! * fattoreX! >= dx! + X! + dx! + dx! THEN
EXIT DO
ELSE
fattoreX! = fattoreX! + 0.01
END IF
ELSE
fattoreY! = fattoreY! + 0.01
END IF
LOOP
END IF
EXIT SUB
'--------------------------------------------------------------------------------------------------------------------------------------------------
scala:
WINDOW
WINDOW (0, 0)-(X! * fattoreX!, Y! * fattoreY!)
RETURN
'--------------------------------------------------------------------------------------------------------------------------------------------------
origine:
dx% = 39
dx! = PMAP(dx%, 2)
dy% = _HEIGHT(immagine&) - 1 - dx%
dy! = PMAP(dy%, 3)
RETURN
END SUB
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
SUB DisegnaAssi (X$, Y$, X!, Y!, immagine&, ColoreCartiglio&, ColoreAssi&, ColoreTacca&, ColoreNumeri&)
DIM x%, y%
DIM taccaX!, taccaY!
_DEST immagine&: CLS
SELECT CASE X!
CASE IS >= 12
taccaX! = X! \ 6
CASE IS <= 1
taccaX! = 0.25
CASE ELSE
taccaX! = 0.5
END SELECT
SELECT CASE Y!
CASE IS >= 12
taccaY! = Y! \ 6
CASE IS <= 1
taccaY! = 0.25
CASE ELSE
taccaY! = 0.5
END SELECT
WINDOW
LINE (0, 0)-(_WIDTH(immagine&) - 1, _HEIGHT(immagine&) - 1), ColoreCartiglio&, B
CALL ScalaOrigine(1, 1, X!, Y!, immagine&)
LINE (dx!, dy! + Y! + dy!)-(dx!, dy!), ColoreAssi&: LINE -(dx! + X! + dx!, dy!), ColoreAssi&
PSET (dx!, dy! + Y! + dy!), ColoreAssi&: DRAW "F20": PSET (dx!, dy! + Y! + dy!), ColoreAssi&: DRAW "G20"
PSET (dx! + X! + dx!, dy!), ColoreAssi&: DRAW "G20": PSET (dx! + X! + dx!, dy!), ColoreAssi&: DRAW "H20"
COLOR ColoreNumeri&
_PRINTSTRING (PMAP(dx! + X! + dx!, 0), dy%), X$
_PRINTSTRING (dx%, PMAP(dy! + Y! + dy!, 1) - dx% \ 2), Y$
_PRINTSTRING (dx% \ 4, dy% - 7), "0"
i% = 1
WHILE i% * taccaX! <= X!
LINE (dx! + i% * taccaX!, PMAP(dy% + 5, 3))-(dx! + i% * taccaX!, PMAP(dy% - 5, 3)), ColoreTacca&
x% = PMAP(dx! + i% * taccaX!, 0)
_PRINTSTRING (x% - 3 * LEN(_TRIM$(STR$(i% * taccaX!))), _HEIGHT(immagine&) - 1 - dx% + 5), _TRIM$(STR$(i% * taccaX!))
i% = i% + 1
WEND
i% = 1
WHILE i% * taccaY! <= Y!
LINE (PMAP(dx% - 5, 2), dy! + i% * taccaY!)-(PMAP(dx% + 5, 2), dy! + i% * taccaY!), ColoreTacca&
y% = PMAP(dy! + i% * taccaY!, 1)
_PRINTSTRING (dx% \ 4, y% - 7), _TRIM$(STR$(i% * taccaY!))
i% = i% + 1
WEND
END SUB
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
SUB DisegnaValore (X!, Y!, ColoreLinea&, ColorePunto&, ColoreTesto&)
DIM x%, y%
CIRCLE (dx! + X!, dy! + Y!), PMAP(3, 2), ColorePunto&
PAINT (dx! + X! + PMAP(0.5, 2), dy! + Y! + PMAP(0.5, 2)), ColorePunto&
LINE (dx!, dy! + Y!)-(dx! + X!, dy! + Y!), ColoreLinea&, , 65520
LINE -(dx! + X!, dy!), ColoreLinea&, , 65520
x% = PMAP(dx! + X!, 0)
y% = PMAP(dy! + Y!, 1)
COLOR ColoreTesto&
_PRINTSTRING (x% + 4, y% - 16), "(" + _TRIM$(STR$(Arrotonda!(X!))) + ";" + _TRIM$(STR$(Arrotonda!(Y!))) + ")"
END SUB
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
SUB DisegnaPortata (X!, immagine&, destinazione&)
SHARED ore!(), portata!()
SHARED schermo&
SHARED DESKTOPWIDTH%, DESKTOPHEIGHT%
SHARED tipo%%
DIM x%, y%
DIM ore%%, minuti%%
_DEST schermo&
SELECT CASE tipo%%
CASE IS <> 3
DO
DO
DO
VIEW PRINT 2 TO 5
CLS 2
PRINT "- Digitare le ore e i minuti a scelta (>= 20 minuti e <= "; _TRIM$(STR$(INT(X!))); " ore e "; _TRIM$(STR$(INT((X! - INT(X!)) * 60) - 1)); " minuti) di cui viene calcolata la corrispondente portata di picco e relativo idrogramma (INVIO o 0 per tralasciare)."
PRINT "Ore:"
PRINT "Minuti:"
LOCATE 3, 9
INPUT "", ore%%
LOOP WHILE ore%% > INT(X!)
DO
LOCATE 4, 9
INPUT "", minuti%%
IF minuti%% >= 60 THEN LOCATE 4, 9: PRINT SPACE$(30)
LOOP WHILE minuti%% >= 60
ore!(tipo%%) = Arrotonda!(ore%% + minuti%% / 60)
IF ore!(tipo%%) = 0 THEN EXIT DO
LOOP WHILE ore!(tipo%%) >= Arrotonda!(X!)
VIEW PRINT 1 TO 4
IF ore!(tipo%%) = 0 THEN EXIT SUB
LOOP WHILE ore!(tipo%%) < Arrotonda!(20 / 60)
CASE IS = 3
DO
DO
CLS 2
PRINT "- Digitare le ore e i minuti (<= "; _TRIM$(STR$(INT(X!))); " ore e "; _TRIM$(STR$(INT((X! - INT(X!)) * 60) - 1)); " minuti) di cui si vuole conoscere la portata (INVIO o 0 per tralasciare)."
PRINT "Ore:"
PRINT "Minuti:"
LOCATE 2, 9
INPUT "", ore%%
LOOP WHILE ore%% > INT(X!)
DO
LOCATE 3, 9
INPUT "", minuti%%
IF minuti%% >= 60 THEN LOCATE 3, 9: PRINT SPACE$(30)
LOOP WHILE minuti%% >= 60
ore!(tipo%%) = Arrotonda!(ore%% + minuti%% / 60)
IF ore!(tipo%%) = 0 THEN EXIT SUB
LOOP WHILE ore!(tipo%%) >= Arrotonda(X!)
END SELECT
_DEST immagine&
_SOURCE immagine&
CALL ScalaOrigine(0, 1, 0, 0, immagine&)
x% = PMAP(dx! + ore!(tipo%%), 0)
y% = PMAP(dy!, 1)
DO
y% = y% - 1
IF tipo%% = 3 THEN
IF POINT(dx! + ore!(tipo%%), PMAP(y%, 3)) = azzurro& THEN
_DEST schermo&
EXIT SUB
END IF
END IF
IF POINT(dx! + ore!(tipo%%), PMAP(y%, 3)) = giallo& THEN EXIT DO
LINE (dx! + ore!(tipo%%), dy!)-(dx! + ore!(tipo%%), PMAP(y%, 3)), grigio&, , 65520
_PUTIMAGE ((DESKTOPWIDTH% - _WIDTH(destinazione&)), (DESKTOPHEIGHT% - _HEIGHT(destinazione&) - 16)), immagine&, schermo&
LOOP
portata!(tipo%%) = PMAP(y%, 3) - dy!
CALL DisegnaValore(ore!(tipo%%), portata!(tipo%%), 0, 0, bianco&)
i% = 2
DO
IF PMAP(x%, 2) = dx! THEN EXIT DO
x% = x% - 1
LINE (dx! + ore!(tipo%%), PMAP(y%, 3))-(PMAP(x%, 2), PMAP(y%, 3)), grigio&, , 65520
_PUTIMAGE ((DESKTOPWIDTH% - _WIDTH(destinazione&)), (DESKTOPHEIGHT% - _HEIGHT(destinazione&) - 16)), immagine&, schermo&
LOOP
_DEST schermo&
END SUB
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
SUB DisegnaLinea (visualizza%%, immagine&, ColoreLinea&, ColorePunto&)
SHARED MassimiIdrogrammi1a24() AS idrogramma
CALL ScalaOrigine(0, 1, 0, 0, immagine&)
_SOURCE immagine&
FOR z%% = 1 TO 24
CIRCLE (dx! + MassimiIdrogrammi1a24(visualizza%%, z%%, 1).ore, dy! + MassimiIdrogrammi1a24(visualizza%%, z%%, 1).portata), PMAP(3, 2), ColorePunto&
PAINT (dx! + MassimiIdrogrammi1a24(visualizza%%, z%%, 1).ore - PMAP(2.5, 2), dy! + MassimiIdrogrammi1a24(visualizza%%, z%%, 1).portata), ColorePunto&
IF z%% = 1 THEN
LINE (dx!, dy!)-(dx! + MassimiIdrogrammi1a24(visualizza%%, z%%, 1).ore, dy! + MassimiIdrogrammi1a24(visualizza%%, z%%, 1).portata), ColoreLinea&
ELSE
LINE (dx! + MassimiIdrogrammi1a24(visualizza%%, z%% - 1, 1).ore, dy! + MassimiIdrogrammi1a24(visualizza%%, z%% - 1, 1).portata)-(dx! + MassimiIdrogrammi1a24(visualizza%%, z%%, 1).ore, dy! + MassimiIdrogrammi1a24(visualizza%%, z%%, 1).portata), ColoreLinea&
END IF
NEXT z%%
END SUB
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
SUB Dati (binario%%, colonna%)
SHARED CoefficientiDiscretizzazioneTemporale() AS CoefficientiDiscretizzazioneTemporale
SHARED CNIII!, S2!, Ia!, tc!, dt!()
SHARED ieto%%, VisualizzaIeto%%
SHARED T$
LOCATE , colonna%: PRINT "- Tempo di ritorno:"
LOCATE , colonna% + 2: PRINT "T = "; T$; ";"
LOCATE , colonna%: PRINT "- CN(III) = "; _TRIM$(STR$(Arrotonda!(CNIII!))); ";"
LOCATE , colonna%: PRINT "- Contenuto idrico massimo del terreno:"
LOCATE , colonna% + 2: PRINT "S = "; _TRIM$(STR$(Arrotonda!(S2!))); " mm;"
LOCATE , colonna%: PRINT "- Perdite iniziali:"
LOCATE , colonna% + 2: PRINT "Ia = "; _TRIM$(STR$(Arrotonda!(Ia!))); " mm;"
LOCATE , colonna%: PRINT "- Tempo di corrivazione:"
LOCATE , colonna% + 2: PRINT "tc = "; _TRIM$(STR$(Arrotonda!(tc!))); " ore = "; _TRIM$(STR$(INT(tc!))); " ore e "; _TRIM$(STR$(CINT(60 * (tc! - INT(tc!))))); " minuti."
IF binario%% AND 2 ^ 3 THEN
LOCATE , colonna%: PRINT "- Tipo di ietogrammi di calcolo:"
LOCATE , colonna% + 2
IF ieto%% = 1 THEN PRINT "CHICAGO;"
IF ieto%% = 2 THEN PRINT "COSTANTE;"
IF ieto%% > 2 THEN
IF VisualizzaIeto%% = 1 THEN PRINT "CHICAGO;"
IF VisualizzaIeto%% = 2 THEN PRINT "COSTANTE;"
END IF
END IF
IF binario%% AND 2 ^ 2 THEN
LOCATE , colonna%: PRINT "- Idrogramma di calcolo:"
LOCATE , colonna% + 2: PRINT "n. "; _TRIM$(STR$(z%%)); ";"
END IF
IF binario%% AND 2 ^ 1 THEN
LOCATE , colonna%: PRINT "- Durata della pioggia:"
LOCATE , colonna% + 2: PRINT "d = "; _TRIM$(STR$(CoefficientiDiscretizzazioneTemporale(z%%).N)); " volte tc = "; _TRIM$(STR$(Arrotonda!(CoefficientiDiscretizzazioneTemporale(z%%).N * tc!))); " ore = "
LOCATE , colonna% + 2: PRINT "= "; _TRIM$(STR$(INT(CoefficientiDiscretizzazioneTemporale(z%%).N * tc!))); " ore e "; _TRIM$(STR$(CINT(60 * (CoefficientiDiscretizzazioneTemporale(z%%).N * tc! - INT(CoefficientiDiscretizzazioneTemporale(z%%).N * tc!))))); " minuti;"
END IF
IF binario%% AND 2 ^ 0 THEN
LOCATE , colonna%: PRINT "- Passo temporale:"
LOCATE , colonna% + 2: PRINT "dt = "; _TRIM$(STR$(Arrotonda!(dt!(z%%)))); " ore = "; _TRIM$(STR$(INT(dt!(z%%)))); " ore e "; _TRIM$(STR$(CINT(60 * (dt!(z%%) - INT(dt!(z%%)))))); " minuti."
END IF
END SUB
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
SUB Tabella (k%%, n%%, ca1&, t1$, ca2&, t2$, ca3&, t3$, ca4&, t4$, ca5&, t5$, ca6&, t6$, ca7&, t7$, ca8&, t8$, binario%%, finecolonna%%, cb1&, v1!, cb2&, v2!, cb3&, v3!, cb4&, v4!, cb5&, v5!, cb6&, v6!, cb7&, v7!)
SHARED FineColonna%()
SHARED p%%
DIM c&(8), t$(8), v!(7)
c&(1) = ca1&: c&(2) = ca2&: c&(3) = ca3&: c&(4) = ca4&: c&(5) = ca5&: c&(6) = ca6&: c&(7) = ca7&: c&(8) = ca8&: t$(1) = t1$: t$(2) = t2$: t$(3) = t3$: t$(4) = t4$: t$(5) = t5$: t$(6) = t6$: t$(7) = t7$: t$(8) = t8$
IF k%% = n%% THEN
FOR p%% = 1 TO 8
REDIM _PRESERVE FineColonna%(p%%)
COLOR c&(p%%): PRINT t$(p%%);
IF t$(p%%) = "-" THEN FineColonna%(p%%) = POS(0) - 1 + 4
IF t$(p%%) <> "-" THEN FineColonna%(p%%) = POS(0) - (LEN(t$(p%%)) + 1) + LarghezzaColonna%%
IF p%% <= 7 THEN IF LEN(t$(p%% + 1)) > 0 THEN COLOR grigio&: LOCATE , FineColonna%(p%%): PRINT "³";
NEXT p%%
PRINT
END IF
c&(1) = cb1&: c&(2) = cb2&: c&(3) = cb3&: c&(4) = cb4&: c&(5) = cb5&: c&(6) = cb6&: c&(7) = cb7&: c&(8) = 0: v!(1) = v1!: v!(2) = v2!: v!(3) = v3!: v!(4) = v4!: v!(5) = v5!: v!(6) = v6!: v!(7) = v7!
t$(1) = _TRIM$(STR$(Arrotonda!(v!(1)))): t$(2) = _TRIM$(STR$(Arrotonda!(v!(2)))): t$(3) = _TRIM$(STR$(Arrotonda!(v!(3)))): t$(4) = _TRIM$(STR$(Arrotonda!(v!(4)))): t$(5) = _TRIM$(STR$(Arrotonda!(v!(5)))):_
t$(6) = _TRIM$(STR$(Arrotonda!(v!(6)))): t$(7) = _TRIM$(STR$(Arrotonda!(v!(7)))):t$(8) = ""
FOR p%% = UBOUND(v!) - 1 TO 0 STEP -1
IF binario%% AND 2 ^ p%% THEN t$(UBOUND(v!) - p%%) = _TRIM$(STR$(INT(v!(UBOUND(v!) - p%%)))) + ":" + _TRIM$(STR$(CINT(60 * (v!(UBOUND(v!) - p%%) - INT(v!(UBOUND(v!) - p%%))))))
NEXT p%%
LOCATE , FineColonna%(finecolonna%%) - 4
FOR p%% = 1 TO 7
COLOR c&(p%%): PRINT t$(p%%);
IF p%% <= 6 THEN IF c&(p%% + 1) = 0 THEN EXIT FOR
COLOR grigio&: LOCATE , FineColonna%(finecolonna%% - 1 + p%%): PRINT "³";
NEXT p%%
PRINT
END SUB
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
SUB CreaImmagine (image&, filename$) 'subroutine presa da "http://www.qb64.org/wiki/SAVEIMAGE"
DIM bytesperpixel%, x&, y&, bb$, bpp&, c&, cv&, lastsource&, padder$, px&, py&, rr$, d$, ext$, f&
bytesperpixel% = _PIXELSIZE(image&)
IF bytesperpixel% = 0 THEN PRINT "Text modes unsupported!": END
IF bytesperpixel% = 1 THEN bpp& = 8 ELSE bpp& = 24
x& = _WIDTH(image&)
y& = _HEIGHT(image&)
bb$ = "BM????QB64????" + MKL$(40) + MKL$(x&) + MKL$(y&) + MKI$(1) + MKI$(bpp&) + MKL$(0) + "????" + STRING$(16, 0)
IF bytesperpixel% = 1 THEN
FOR c& = 0 TO 255
cv& = _PALETTECOLOR(c&, image&)
bb$ = bb$ + CHR$(_BLUE32(cv&)) + CHR$(_GREEN32(cv&)) + CHR$(_RED32(cv&)) + CHR$(0)
NEXT
END IF
MID$(bb$, 11, 4) = MKL$(LEN(bb$))
lastsource& = _SOURCE
_SOURCE image&
IF ((x& * 3) MOD 4) THEN padder$ = STRING$(4 - ((x& * 3) MOD 4), 0)
FOR py& = y& - 1 TO 0 STEP -1
rr$ = ""
FOR px& = 0 TO x& - 1
c& = POINT(px&, py&)
IF bytesperpixel% = 1 THEN rr$ = rr$ + CHR$(c&) ELSE rr$ = rr$ + LEFT$(MKL$(c&), 3)
NEXT px&
d$ = d$ + rr$ + padder$
NEXT py&
_SOURCE lastsource&
MID$(bb$, 35, 4) = MKL$(LEN(d$))
bb$ = bb$ + d$
MID$(bb$, 3, 4) = MKL$(LEN(bb$))
IF LCASE$(RIGHT$(filename$, 4)) <> ".bmp" THEN ext$ = ".bmp"
f& = FREEFILE
OPEN filename$ + ext$ FOR OUTPUT AS #f&: CLOSE #f&
OPEN filename$ + ext$ FOR BINARY AS #f&
PUT #f&, , bb$
CLOSE #f&
END SUB
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
FUNCTION Arrotonda! (num!)
Arrotonda! = _ROUND(num! * 100) / 100
END FUNCTION
'**************************************************************************************************************************************************
'* Termine sezione subroutines e functions *
'**************************************************************************************************************************************************
''$include: 'Codice.bm'RE: ARRAY declaration in GOSUB routines. - bplus - 02-04-2024
Y I K E S ! not exactly a simple bit of code to discuss!
But If I cut lines 1754 to 1756 and paste them all under the other declares for the sub inserting at 1677 the code compiles without complaint. I don't know squat about the app so have no idea what to answer all the inputs to test the whole thing.
Sunscript out of range error doesn't suggest to me any Option _Explicit error but one where code is using value outside the range of the array.
Update OK I see more directions and ran it to here where I get subscript out of range at 1776 (this is after I cut and paste 1754 to 1756 up under the other declares of sub.
Again line 1776 does not suggest any problem from Option _Explicit, I am wondering if what I input for ore and Minuti was off? trying 2 at both because I don't what this is doing.
RE: ARRAY declaration in GOSUB routines. - SMcNeill - 02-04-2024
Looks to me like everything is working as it's supposed to.
You move that DIM up to the start of the program.
Then you have a GOSUB routine that uses it....
Then you ERASE that DIM at the end of that GSOUB routine, before the RETURN...
Then you try and GOSUB back to that routine to use it....
ERROR ERROR ERROR!! You're out of bounds for an array that doesn't exist!!
Now, take that ERASE out of there and run it. You now are getting an ALREADY DEFINED error. This is expected as well:
Code: (Select All)
foo
Sub foo
For i = 1 To 10
Dim x(10)
Next
End Sub
Trying to DIM an array inside a loop isn't a good idea.
Change that to REDIM, and you're golden.
So my advice here:
1) Get rid of ERASE and CLEAR. This is the type of glitches that are common when you use those commands. Expect to have them pop up a lot on you as you code.
2) Change that DIM to REDIM, since you're going to be remaking this array repeatedly.
3) Then place it wherever the heck you want it.
RE: ARRAY declaration in GOSUB routines. - SMcNeill - 02-04-2024
Code: (Select All)
'**************************************************************************************************************************************************
'* Calcolo dell'idrogramma di piena di progetto tramite il metodo SCS-CN *
'* - ing. Carlo BARTOLINI - *
'**************************************************************************************************************************************************
'* Inizio sezione principale codice *
'**************************************************************************************************************************************************
Option Base 1
Option _Explicit
_ScreenMove -3, 0
_AllowFullScreen _Stretch , _Smooth
_FullScreen _Stretch , _Smooth
_Title "Calcolo dell'idrogramma di piena di progetto tramite il metodo SCS-CN - ing. Carlo BARTOLINI"
TempiRitorno:
Data 0,2,5,10,20,50,100,200,500,1000
Data 1,0.82,1.24,1.46,1.69,2.04,2.34,2.70,3.22,3.64
CoefficientiIdrogrammaUnitarioMockus:
Data 0.1,0.2,0.3,0.4,0.5,0.6,0.7,0.8,0.9,1,1.1,1.2,1.3,1.4,1.5,1.6,1.7,1.8,1.9,2,2.1,2.2,2.3,2.4,2.5,2.6,2.7,2.8,2.9,3,3.1,3.2,3.3,3.4,3.5,3.6,3.7,3.8,3.9,4,4.1,4.2,4.3,4.4,4.5,4.6,4.7,4.8,4.9,5
Data 0.03,0.1,0.19,0.31,0.47,0.66,0.82,0.93,0.99,1,0.99,0.93,0.86,0.78,0.68,0.56,0.46,0.39,0.33,0.28,0.244,0.207,0.177,0.147,0.127,0.107,0.092,0.077,0.066,0.055,0.048,0.04,0.035,0.029,0.025,0.021,0.018,0.015,0.013,0.011,0.009,0.008,0.007,0.006,0.006,0.005,0.004,0.003,0.001,0
CoefficientiDiscretizzazioneTemporale:
Data 1,2,3,4,5,6,7,8,9,10,11,12,13,14,15,16,18,20,22,24,26,28,30,32
Data 0.1,0.2,0.3,0.2,0.3,0.3,0.3,0.3,0.5,0.5,0.5,0.5,0.5,0.5,0.5,0.5,1,1,1,1,1,1,1,1
Type mockus
tSUta As Single
qSUqp As Single
End Type
Type CoefficientiDiscretizzazioneTemporale
N As Integer
tSUta As Single
End Type
Type TempiRitorno
T As Integer
k As Single
End Type
Type matrice1
mdt As Single
h1 As Single
i1 As Single
i2 As Single
DH As Single
H2 As Single
he As Single
Dhe As Single
tSUta As Single
qSUqp As Single
tmSUta As Single
qmSUqp As Single
qm As Single
End Type
Type idrogramma
i As _Byte
ore As Single
portata As Single
End Type
Type composizione
grafico As Long
composizione As Long
End Type
Const R& = _RGB32(255, 0, 0)
Const G& = _RGB32(0, 255, 0)
Const B& = _RGB32(0, 0, 255)
Const bianco& = _RGB32(255, 255, 255)
Const giallo& = _RGB32(255, 255, 0)
Const grigio& = _RGB32(127, 127, 127)
Const azzurro& = _RGB32(0, 255, 255)
Const pastello& = _RGB32(183, 150, 139)
Const viola& = _RGB32(255, 0, 255)
Const trasparente& = _RGB32(0, 0)
Const LarghezzaColonna%% = 8
Dim Shared i%, n%%, z%%
Dim Shared dx!, dy!
Dim Shared dx%, dy%
ReDim _Preserve FineColonna%(1)
ReDim _Preserve IdroPixel1(1) As idrogramma
ReDim _Preserve IdroPixel2(1) As idrogramma
ReDim _Preserve idrogramma1(1) As idrogramma
ReDim _Preserve idrogramma2(1) As idrogramma
Dim mockus(50) As mockus
Dim CoefficientiDiscretizzazioneTemporale(24) As CoefficientiDiscretizzazioneTemporale
Dim TempiRitorno(10) As TempiRitorno
Dim matrice1(2, 24, 50, 1) As matrice1
Dim idrogrammi1a24(2, 24, 50, 1) As idrogramma
Dim MassimiIdrogrammi1a24(2, 24, 1) As idrogramma
Dim MassimiAssolutiIeto(2) As idrogramma
Dim FinePioggiaIdrogrammi1a24(2, 24, 1) As idrogramma
Dim FinePioggiaIdrogrammi1e2(2) As idrogramma
Dim MinimiMatriciQuadrante1(2, 24, 1) As idrogramma
Dim MinimiMatriciQuadrante2(2, 24, 1) As idrogramma
Dim MassimiQuadrante2(2, 24, 1) As idrogramma
Dim ComplessivoIeto1e2(2) As composizione
Dim idrogramma1e2(2) As composizione
Dim MatriciIeto1e2&(2, 24)
Dim matrice2!(2, 24, 50, 50)
Dim ore!(3), portata!(3)
Dim PassiFinePioggia1a24%%(24)
Dim interrompi~`(2)
Dim IdroMaxieto%%(2)
Dim inputs$(8)
Dim OriginaleGrafico&
Dim schermo&
Dim unitari&
Dim quadro&
Dim colore&
Dim istoX!
Dim DESKTOPWIDTH%, DESKTOPHEIGHT%
Dim L%, H%
Dim posizione%
Dim y%
Dim ieto%%
Dim VisualizzaIeto%%
Dim soglia%%
Dim tipo%%
Dim PosizioneCursore%%
Dim p%%
Dim test~`
Dim esc~`, riavvio~`, menu~`, TornaAlGrafico~`
Dim T$
Dim testo$
Dim KeyPress$
Dim TerminaSalvataggio$
Dim k! '[-] coeff. della curva di possibilità climatica del Centro Funzionale della Regione. ¿
Dim a1! '[mm/d^n] coeff. della curva di possibilità climatica. ³
Dim n1! '[-] coeff. della curva di possibilità climatica. ³
Dim A2& '[mq] superficie bacino idrografico. ³ input iniziali chiesti dal programma all'utente.
Dim L~% '[m] lunghezza asta p ³
Dim s1! '[%] pendenza media del bacino. ³
Dim CNII%% '[-] Curve Number. ³
Dim CoeffPerditeIniziali! ' Ù
Dim CNIII! '[-] 'terreno umido. ¿
Dim tl! '[ore] tempo di ritardo. ³
Dim S2! '[mm] contenuto idrico massimodel terreno. ³
Dim Ia! '[mm] perdite iniziali. ³
Dim tc! '[ore] tempo di corrivazione ³ dati immediatamente discendenti dagli input iniziali, che fungono da input interni al programma per le elaborazioni.
Dim ta! '[ore] tempo di picco. ³
Dim qp! '[mc/s] portata al colmo dell'idrogramma unitario. ³
Dim dt!(24) 'guardare ***. memorizza il passo temporale utilizzato in ciascuno dei 24+24 idrogrammi. ³
' è costituito da un unico vettore perché dt!rimane invariato nel caso di ietogramma ³
' Chicago o costante. Ù
Do
'Clear
DESKTOPWIDTH% = _DesktopWidth
DESKTOPHEIGHT% = _DesktopHeight
'DESKTOPWIDTH% = 1920 'risoluzione dello schermo su cui è stato creato il programma (ALPHA).
'DESKTOPHEIGHT% = 1080
'DESKTOPWIDTH% = 3840 'valore molto superiore ad ALPHA.
'DESKTOPHEIGHT% = 2160
'DESKTOPWIDTH% = 2650 'valore superiore ad ALPHA.
'DESKTOPHEIGHT% = 1440
'DESKTOPWIDTH% = 1366 'valore intermedio tra ALPHA e il limite inferiore della risoluzione dello schermo in pixel per il funzionamento del programma.
'DESKTOPHEIGHT% = 768
'DESKTOPWIDTH% = 1280 'limite inferiore della risoluzione dello schermo in pixel per il funzionamento del programma.
'DESKTOPHEIGHT% = 720
'DESKTOPWIDTH% = 1024 'valore sotto il limite inferiore della risoluzione dello schermo in pixel per il funzionamento del programma.
'DESKTOPHEIGHT% = 768
If DESKTOPWIDTH% <= 2650 Then
If DESKTOPWIDTH% < 1280 Then
esc~` = 1
Print "Il programma Š incompatibile con schermi larghi meno di 1280 pixel."
Print "Questo schermo Š largo"; DESKTOPWIDTH%; "pixel."
Print "Premere un tasto per uscire."
Beep
Sleep
Exit Do
End If
Else
DESKTOPWIDTH% = 2650
DESKTOPHEIGHT% = 1440
End If
L% = DESKTOPWIDTH%: H% = L% \ 1.62
Restore TempiRitorno
For i% = 1 To 20
If i% <= 10 Then Read TempiRitorno(i%).T
If i% > 10 Then Read TempiRitorno(i% - 10).k
Next i%
Restore CoefficientiIdrogrammaUnitarioMockus
For i% = 1 To 100
If i% <= 50 Then Read mockus(i%).tSUta
If i% > 50 Then Read mockus(i% - 50).qSUqp
Next i%
Restore CoefficientiDiscretizzazioneTemporale
For i% = 1 To 48
If i% <= 24 Then Read CoefficientiDiscretizzazioneTemporale(i%).N
If i% > 24 Then Read CoefficientiDiscretizzazioneTemporale(i% - 24).tSUta
Next i%
Do
menu~` = 0
VisualizzaIeto%% = 0
inizio:
If _DirExists(".\RisultatiQB64") Then
On Error GoTo cancel1
Kill (".\RisultatiQB64\*.*")
On Error GoTo cancel2
RmDir (".\RisultatiQB64")
End If
On Error GoTo 0
'Erase idrogrammi1a24, MassimiIdrogrammi1a24, FinePioggiaIdrogrammi1a24, MassimiAssolutiIeto, IdroMaxieto%%, FinePioggiaIdrogrammi1e2, PassiFinePioggia1a24%%, IdroPixel1, IdroPixel2, idrogramma1, idrogramma2, dt!,_
'matrice1, matrice2!, MinimiMatriciQuadrante1, MinimiMatriciQuadrante2, MassimiQuadrante2
For ieto%% = 1 To 2
ComplessivoIeto1e2(ieto%%).grafico = _NewImage(L% - 48 * 8, H%, 32)
ComplessivoIeto1e2(ieto%%).composizione = _NewImage(L%, H%, 32)
idrogramma1e2(ieto%%).grafico = _NewImage(L% - 59 * 8, H%, 32)
idrogramma1e2(ieto%%).composizione = _NewImage(L%, H%, 32)
For z%% = 1 To 24
MatriciIeto1e2&(ieto%%, z%%) = _NewImage(L%, H%, 32)
Next z%%
Next ieto%%
schermo& = _NewImage(DESKTOPWIDTH%, DESKTOPHEIGHT%, 32)
unitari& = _NewImage(L%, H%, 32)
quadro& = _NewImage(L% - 97 * 8, H% \ 2, 32)
Screen schermo&
Cls
Color giallo&: Print " C A L C O L O D E L L ' I D R O G R A M M A D I P I E N A D I P R O G E T T O T R A M I T E I L M E T O D O S C S - C N"
Color grigio&: Print " - I N G . C A R L O B A R T O L I N I -"
Color bianco&
Print "Questo programma permette di calcolare:"
Print "- l'idrogramma di piena di progetto (e relativa portata di picco);"
Print "- se voluto, l'idrogramma di piena corrispondente ad un'ora di picco a scelta,"
Print "per un dato tempo di ritorno tramite l'idrogramma unitario adimensionale di Mockus,il metodo afflussi-deflussi SCS-CN, ietogrammi "; Chr$(34); "Chicago"; Chr$(34); " e "; Chr$(34); "costanti"; Chr$(34); "."
Print "Sar… possibile scegliere se visualizzare i risultati in base a l'uno o all'altro tipo di ietogrammi, ma saranno calcolati entrambi i casi e il programma,"
Print "dopo l'elaborazione e premendo ESC o al suo termine, chieder… se si desidera salvare tutto nella seguente directory:"
Print
Color G&: Print _CWD$; "\RisultatiQB64";: Color bianco&: Print "."
Print
Print "Nel caso si vogliano salvare i risultati,Š consigliato che il programma si trovi sul computer locale,nel qual caso l'operazione di salvataggio richieder…"
Print "pochi secondi o 1-2 minuti, a seconda che si salvino solo i tabulati o anche le immagini. Da rete, invece, possono occorrere molti minuti solo per i"
Print "tabulati."
Print "I file salvati saranno di 3 tipi:"
Print "- immagini dei grafici, con estensione "; Chr$(34); "BMP"; Chr$(34); ";"
Print "- tabulati, con estensione "; Chr$(34); "CSV"; Chr$(34); ". Possono essere aperti con Excel, ma per essere visualizzati correttamente, nelle impostazioni di Windows il separatore"
Print " dell'elenco dev'essere la virgola. Le celle dei fogli di lavoro dei file relativi al calcolo di ogni idrogramma contengono le formule,per cui in essi Š"
Print " esemplificata la procedura di calcolo del programma stesso;"
Print "- un file con estensione "; Chr$(34); "TXT"; Chr$(34); " in cui Š riportato il codice del programma commentato, comprese le procedure di calcolo."
Print
Print "Rieseguendo o riavviando il programma [TAB], o tornando al menu degli input qui di seguito [F1], la directory "; Chr$(34); "RisultatiQB64"; Chr$(34); " sar… cancellata, quindi se"
Print "s'intende preservarne il contenuto, sar… prima necessario o rinominarla o spostarla."
Print "---------------------------------------------------------------------------------------------------------------------------------------------------------"
Print "Di seguito,si dovranno inserire i valori della curva di possibilit… climatica "; Chr$(34); "h = Ktúaúd^n"; Chr$(34); ". Se si dispone dei valori del Centro Funzionale, digitare il"
Print "valore "; Chr$(34); "Kt"; Chr$(34); " relativo al tempo di ritorno "; Chr$(34); "T"; Chr$(34); " d'interesse, con i relativi valori "; Chr$(34); "a"; Chr$(34); " e "; Chr$(34); "n"; Chr$(34); ". Se invece si ha una propria curva di possibilit… climatica,in"
Print "corrispondenza di "; Chr$(34); "Kt"; Chr$(34); ", digitare "; Chr$(34); "INVIO"; Chr$(34); ", o "; Chr$(34); "1"; Chr$(34); ".In tal caso "; Chr$(34); "Kt"; Chr$(34); " sar… considerato pari a "; Chr$(34); "1"; Chr$(34); " e "; Chr$(34); "T"; Chr$(34); " come "; Chr$(34); "definito dall'utente"; Chr$(34); "."
Print
Print "- Kt [-] (INVIO per 1) = "
Print "- a [mm/d^n] = "
Print "- n [-] (0ö1) = "
Print "- Area in pianta del bacino idrografico [mý] (>=1) = "
Print "- Lunghezza dell'asta principale del bacino idrografico [m] (>=1) = "
Print "- Pendenza media del bacino idrografico [%] (>=1) = "
Print "- CN(II) [-] (1ö100) = "
Print "- Coefficiente delle perdite inziali [-] (0ö0.2 - INVIO per 0.1) = "
Locate CsrLin + 2,
Color giallo&: Print " [ESC]: esci; [TAB]: riavvia.": Color bianco&
Call InserimentoDati(k!, a1!, n1, A2&, L~%, s1!, CNII%%, CoeffPerditeIniziali!)
If esc~` = 1 Or riavvio~` = 1 Then Exit Do
Locate PosizioneCursore%% + 9, 1
Color giallo&
Print " [1]: visualizza i risultati basati sugli ietogrammi Chicago; [2]: visualizza i risultati basati sugli ietogrammi costanti;"
Print " [ESC]: esci; [TAB]: riavvia; [F1]: torna agli input iniziali."
Color bianco&
Do
_Limit 30
KeyPress$ = InKey$
Loop Until KeyPress$ = "1" Or KeyPress$ = "2" Or KeyPress$ = Chr$(27) Or KeyPress$ = Chr$(9) Or KeyPress$ = Chr$(0) + Chr$(59)
Select Case KeyPress$
Case "1", "2"
VisualizzaIeto%% = Val(KeyPress$)
CNIII! = (23 * CNII%%) / (10 + 0.13 * CNII%%) ' ¿
tl! = 0.342 * ((L~% / 1000) ^ 0.8 / s1! ^ 0.5) * (1000 / CNIII! - 9) ^ 0.7 '* formula di Mockus. ³ dati immediatamente discendenti dagli input iniziali, che fungono da input interni al programma per le elaborazioni.
S2! = 25.4 * (1000 / CNIII! - 10) '* ³
Ia! = CoeffPerditeIniziali! * S2! '* coeff.=0.03-0.2. 'perdite iniziali ³ * La sistemazione dei bacini montani - Vito Ferro - Seconda edizione - cap. 3.4.7. "Il metodo SCS" - pp. 195-205.
tc! = tl! / 0.6 '** ³
ta! = tl! / 0.9 '* ³ ** ibid. cap. 3.4.4. "Il tempo di corrivazione di un bacino" - p. 188.
qp! = 0.208 * ((A2& / 1000000) / ta!) '* Ù
For ieto%% = 1 To 2
interrompi~`(ieto%%) = 0
continua1:
If interrompi~`(1) = 1 Then If ieto%% = 1 Then _Continue
continua2:
If interrompi~`(2) = 1 Then Exit For
On Error GoTo salta
For z%% = 1 To 24
GoSub CalcolaMatriciIeto1e2
GoSub DisegnaMatriciIeto1e2
Next z%%
If interrompi~`(ieto%%) = 0 Then GoSub DisegnaComplessivoIeto1e2
Next ieto%%
On Error GoTo 0
GoSub TerminaSeErrore
If esc~` = 1 Or riavvio~` = 1 Then Exit Select
GoSub DisegnaUnitari
_Dest schermo&
Print
Print "-------------------------------------";: Color G&: Print " E' STATO SCELTO DI VISUALIZZARE I RISULTATI RELATIVI AGLI IETOGRAMMI ";
If VisualizzaIeto%% = 1 Then
Print "CHICAGO ";
Else
Print "COSTANTI ";
End If
Color bianco&: Print "-------------------------------------"
Print
Print "Nella pagina successiva sar… possibile visualizzare 24 idrogrammi di piena con relative portate di picco, per durate della pioggia fino a 32 volte il"
Print "tempo di corrivazione, insieme alla spezzata (in";: Color giallo&: Print " giallo";: Color bianco&: Print ") congiungente le portate di picco."
Print "Per determinare l'idrogramma di progetto e relativa portata di picco, sar… possibile avvalersi dei suddetti risultati (per esempio tramite Excel), oppure"
Print "proseguire su questo programma."
Print
Select Case VisualizzaIeto%%
Case Is = 1
Print "In tal caso, il programma chieder… 2 input:"
Print "- una soglia percentuale S, per il calcolo dell'idrogramma di progetto."
Print " Per esempio, scrivendo 10%, viene verificato se, sulla spezzata gialla, la portata di picco corrispondente all'ora 1 aumentata del 10%, Š minore della"
Print " portata di picco corrispondente all'ora 2. Se Š minore, l'algoritmo prosegue finch‚ non trova la portata di picco di un'ora "; Chr$(34); "i"; Chr$(34); " che, aumentata del 10%,"
Print " risulta maggiore della portata di picco dell'ora "; Chr$(34); "i+1"; Chr$(34); ". Sar… considerato come idrogramma di progetto quello relativo all'ultima ora la cui portata di"
Print " picco risulta essere superiore alla portata di picco dell'ora precedente aumentata del 10%."
Print " Qualora la soglia percentuale digitata sia troppo bassa per determinare, nel corso delle iterazioni, un superamento della portata di picco dell'ora"
Print " successiva, viene computato, come idrogramma di progetto, quello che presenta la massima portata di picco tra i 24 calcolati;"
Print "- un'ora di picco a scelta, di cui viene calcolata la corrispondente portata di picco e relativo idrogramma."
Case Is = 2
Print "In tal caso, il programma chieder… 1 input:"
Print "- un'ora di picco a scelta, di cui viene calcolata la corrispondente portata di picco e relativo idrogramma."
Print "Come idrogramma di progetto, Š computato quello che presenta la massima portata di picco tra i 24 calcolati."
End Select
Print
Color giallo&: Print " [ESC]: salva; [TAB]: riavvia; [F1]: torna agli input iniziali; []: prosegui.": Color bianco&
Locate CsrLin + 1,
Do
_Limit 30
KeyPress$ = InKey$
Loop Until KeyPress$ = Chr$(27) Or KeyPress$ = Chr$(9) Or KeyPress$ = Chr$(0) + Chr$(59) Or KeyPress$ = Chr$(0) + Chr$(77)
Select Case KeyPress$
Case Chr$(27)
esc~` = 1
If VisualizzaIeto%% = 2 Then
CALL CalcolaIdrogramma(MassimiIdrogrammi1a24(VisualizzaIeto%%, 24, 1).ore, idrogrammi1a24(VisualizzaIeto%%, 24, 50, 1).ore, MassimiAssolutiIeto(VisualizzaIeto%%).ore,_
MassimiAssolutiIeto(VisualizzaIeto%%).portata, ComplessivoIeto1e2(VisualizzaIeto%%).grafico, ComplessivoIeto1e2(VisualizzaIeto%%).composizione)
GoSub DisegnaIdrogramma
End If
Case Chr$(9)
riavvio~` = 1
Case Chr$(0) + Chr$(59)
menu~` = 1
Case Chr$(0) + Chr$(77)
Cls
View Print 1 To 4
Do
TornaAlGrafico~` = 0
'Erase IdroPixel1, IdroPixel2, idrogramma1, idrogramma2
For ieto%% = 1 To 2
_Dest idrogramma1e2(ieto%%).grafico: Cls
_Dest idrogramma1e2(ieto%%).composizione: Cls
Next ieto%%
GoSub VisualizzaComplessivo
CALL CalcolaIdrogramma(MassimiIdrogrammi1a24(VisualizzaIeto%%, 24, 1).ore, idrogrammi1a24(VisualizzaIeto%%, 24, 50, 1).ore, MassimiAssolutiIeto(VisualizzaIeto%%).ore,_
MassimiAssolutiIeto(VisualizzaIeto%%).portata, ComplessivoIeto1e2(VisualizzaIeto%%).grafico, ComplessivoIeto1e2(VisualizzaIeto%%).composizione)
GoSub DisegnaIdrogramma
GoSub VisualizzaIdrogramma
If TornaAlGrafico~` = 1 Then _Continue
If esc~` = 1 Or riavvio~` = 1 Or menu~` = 1 Then Exit Do
GoSub VisualizzaUnitari
If TornaAlGrafico~` = 1 Then _Continue
If esc~` = 1 Or riavvio~` = 1 Or menu~` = 1 Then Exit Do
GoSub VisualizzaMatrici
If TornaAlGrafico~` = 1 Then _Continue
If esc~` = 1 Or riavvio~` = 1 Or menu~` = 1 Then Exit Do
Loop
End Select
Case Chr$(27)
esc~` = 1
Case Chr$(9)
riavvio~` = 1
Case Chr$(0) + Chr$(59)
menu~` = 1
End Select
If riavvio~` = 0 And menu~` = 0 Then
View Print
Cls
If VisualizzaIeto%% <> 0 Then
If interrompi~`(1) = 0 Or interrompi~`(2) = 0 Then
esc~` = 0
Print
Color bianco&: Print "Si ricorda che:"
Print "-";: Color R&: Print " se il programma non si trova sul computer locale, ma in rete, il salvataggio potrebbe richiedere molti minuti";: Color bianco&: Print ";"
Print "- il salvataggio avverr… nella directory:"
Print " ";: Color G&: Print _CWD$; "\RisultatiQB64";: Color bianco&: Print ";"
Print "- rieseguendo o riavviando il programma [TAB], o tornando al menu degli input [F1], la directory "; Chr$(34); "RisultatiQB64"; Chr$(34); " sar… cancellata, quindi se s'intende"
Print " preservarne il contenuto, sar… prima necessario o rinominarla o spostarla;"
Print "- saranno salvati i risultati basati sugli ietogrammi sia Chicago, sia costanti;"
Print "- saranno salvati anche l'idrogramma di progetto e quello corrispondente all'ora di picco a scelta, se erano stati definiti;"
Print "- per i file di estensione "; Chr$(34); "CSV"; Chr$(34); ", affinch‚ siano visualizzati correttamente in Excel,";: Color R&: Print " Š necessario che nelle impostazioni di Windows il separatore dello"
Print " elenco sia la virgola";: Color bianco&: Print "."
Print
Color giallo&
Print "[1]: salva su disco tabulati e immagini (richiede pi— tempo);"
Print "[2]: salva solo tabulati;"
Print "[ESC]: esci; [TAB]: riavvia; [F1]: torna agli input iniziali."
Print
Do
_Limit 30
KeyPress$ = InKey$
Loop Until KeyPress$ = "1" Or KeyPress$ = "2" Or KeyPress$ = Chr$(27) Or KeyPress$ = Chr$(9) Or KeyPress$ = Chr$(0) + Chr$(59)
Select Case KeyPress$
Case "1", "2"
MkDir "RisultatiQB64"
ChDir ".\RisultatiQB64"
Color bianco&: Print "SALVATAGGIO IN CORSO...": Color giallo&
Print
Print "Per interrompere cliccare su questa schermata, premere [ESC] e attendere qualche istante."
Shell _CWD$
GoSub Risultati
ChDir "..\"
Locate CsrLin - 3,: Print String$(125, 32): Print: Print String$(125, 32): Locate CsrLin - 3,
Color bianco&: Print "FATTO.": Color giallo&
Print
Print "Cliccare su questa schermata e [ESC]: esci; [TAB]: riavvia; [F1]: torna agli input iniziali."
Color bianco&
Beep
Do
_Limit 30
KeyPress$ = InKey$
Loop Until KeyPress$ = Chr$(27) Or KeyPress$ = Chr$(9) Or KeyPress$ = Chr$(0) + Chr$(59)
Select Case KeyPress$
Case Chr$(27)
esc~` = 1
Case Chr$(9)
riavvio~` = 1
Case Chr$(0) + Chr$(59)
menu~` = 1
End Select
Case Chr$(27)
esc~` = 1
Case Chr$(9)
riavvio~` = 1
Case Chr$(0) + Chr$(59)
menu~` = 1
End Select
End If
End If
End If
If riavvio~` = 1 Or menu~` = 1 Then GoSub freeimage
Loop Until esc~` = 1 Or riavvio~` = 1
Loop Until esc~` = 1
freeimage:
If DESKTOPWIDTH% >= 1280 Then
For ieto%% = 1 To 2
_FreeImage ComplessivoIeto1e2(ieto%%).grafico
_FreeImage ComplessivoIeto1e2(ieto%%).composizione
_FreeImage idrogramma1e2(ieto%%).grafico
_FreeImage idrogramma1e2(ieto%%).composizione
For z%% = 1 To 24
_FreeImage MatriciIeto1e2&(ieto%%, z%%)
Next z%%
Next ieto%%
_FreeImage unitari&
_FreeImage quadro&
On Error GoTo cancel1: _FreeImage OriginaleGrafico&: On Error GoTo 0
End If
If riavvio~` = 1 Or menu~` = 1 Then Return
System
'/////////////////////////////////////////////////// T E R M I N E D E L P R O G R A M M A ////////////////////////////////////////////////////
'**************************************************************************************************************************************************
'* Inizio sezione gestione errori *
'**************************************************************************************************************************************************
cancel1:
Resume Next
cancel2:
Cls
Print "Almeno un file interno alla directory"
Print Chr$(34); _CWD$; "\RisultatiQB64"; Chr$(34)
Print "Š aperto in un altro programma."
Print "Per proseguire chiudere i file e premere un tasto."
Beep
Sleep
Do
KeyPress$ = InKey$
Print ""
Loop Until KeyPress$ = ""
Resume inizio
salta:
interrompi~`(ieto%%) = 1
If ieto%% = 1 Then Resume continua1 Else Resume continua2
'**************************************************************************************************************************************************
'* Termine sezione gestione errori e inizio sezione routines *
'**************************************************************************************************************************************************
TerminaSeErrore:
If interrompi~`(1) = 1 Then
If interrompi~`(2) = 1 Then
_Dest schermo&
Locate 38,: Print String$(125, 32)
Print String$(125, 32)
Locate 38,: Color giallo&: Print " I dati sono incompatibili con risultati attendibili.": Color bianco&
Color giallo&: Print " [ESC]: esci; [TAB]: riavvia.": Color bianco&
Do
_Limit 30
KeyPress$ = InKey$
Loop Until KeyPress$ = Chr$(27) Or KeyPress$ = Chr$(9)
Select Case KeyPress$
Case Chr$(27)
esc~` = 1
Case Chr$(9)
riavvio~` = 1
End Select
Return
End If
End If
If interrompi~`(VisualizzaIeto%%) = 1 Then
_Dest schermo&
Locate 38,
Color giallo&
If interrompi~`(1) = 0 Then Print " I dati sono incompatibili con risultati attendibili, ma utilizzando lo ietogramma Chicago sono stati ottenuti risultati. Visualizzarli? [S/(ESC o N)]"
If interrompi~`(2) = 0 Then Print " I dati sono incompatibili con risultati attendibili, ma utilizzando lo ietogramma costante sono stati ottenuti risultati. Visualizzarli? [S/(ESC o N)]"
Print " [ESC]: esci; [TAB]: riavvia; [F1]: torna agli input iniziali."
Color bianco&
Do
_Limit 30
KeyPress$ = LCase$(InKey$)
Loop Until KeyPress$ = "s" Or KeyPress$ = "n" Or KeyPress$ = Chr$(27) Or KeyPress$ = Chr$(9) Or KeyPress$ = Chr$(0) + Chr$(59)
Select Case KeyPress$
Case "s"
If interrompi~`(1) = 0 Then VisualizzaIeto%% = 1
If interrompi~`(2) = 0 Then VisualizzaIeto%% = 2
Case "n", Chr$(27)
esc~` = 1
Case Chr$(9)
riavvio~` = 1
Case Chr$(0) + Chr$(59)
menu~` = 1
End Select
End If
Return
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
CalcolaMatriciIeto1e2:
If ieto%% = 1 Then
dt!(z%%) = CoefficientiDiscretizzazioneTemporale(z%%).tSUta * ta!
PassiFinePioggia1a24%%(z%%) = (3 * CoefficientiDiscretizzazioneTemporale(z%%).N) / (2 * CoefficientiDiscretizzazioneTemporale(z%%).tSUta)
End If
For i% = 1 To 50
matrice1(ieto%%, z%%, i%, 1).tSUta = mockus(i%).tSUta
matrice1(ieto%%, z%%, i%, 1).qSUqp = mockus(i%).qSUqp
matrice1(ieto%%, z%%, i%, 1).mdt = i% * dt!(z%%)
Select Case (_Round(10 * (i% * CoefficientiDiscretizzazioneTemporale(z%%).tSUta))) / 10
Case Is <= 5
matrice1(ieto%%, z%%, i%, 1).tmSUta = (_Round(10 * (i% * CoefficientiDiscretizzazioneTemporale(z%%).tSUta))) / 10
Case Else
matrice1(ieto%%, z%%, i%, 1).tmSUta = 0
End Select
Next i%
For i% = 1 To 50
n%% = 1
Do
If matrice1(ieto%%, z%%, i%, 1).tmSUta = matrice1(ieto%%, z%%, n%%, 1).tSUta Then
matrice1(ieto%%, z%%, i%, 1).qmSUqp = matrice1(ieto%%, z%%, n%%, 1).qSUqp
Exit Do
Else
n%% = n%% + 1
End If
Loop Until n%% = 50
matrice1(ieto%%, z%%, i%, 1).qm = matrice1(ieto%%, z%%, i%, 1).qmSUqp * qp!
Next i%
For i% = 1 To PassiFinePioggia1a24%%(z%%)
matrice1(ieto%%, z%%, i%, 1).h1 = k! * a1! * matrice1(ieto%%, z%%, i%, 1).mdt ^ n1!
If i% = 1 Then
matrice1(ieto%%, z%%, i%, 1).i1 = matrice1(ieto%%, z%%, i%, 1).h1 / dt!(z%%)
Else
matrice1(ieto%%, z%%, i%, 1).i1 = (matrice1(ieto%%, z%%, i%, 1).h1 - matrice1(ieto%%, z%%, i% - 1, 1).h1) / dt!(z%%)
End If
Next i%
Select Case ieto%%
Case 1
n%% = 1
Do
If z%% = 1 Then test~` = 0: Exit Do
If dt!(z%%) = dt!(z%% - n%%) Then test~` = 1: Exit Do
If n%% = z%% - 1 Then test~` = 0: Exit Do
n%% = n%% + 1
Loop
p%% = PassiFinePioggia1a24%%(z%%)
i% = 0
Do
matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%) - i%, 1).i2 = matrice1(ieto%%, z%%, p%%, 1).i1
p%% = p%% - 1
If test~` = 0 Then If p%% = 0 Then Exit Do
If test~` = 1 Then If p%% = PassiFinePioggia1a24%%(z%% - n%%) Then Exit Do
matrice1(ieto%%, z%%, i% + 1, 1).i2 = matrice1(ieto%%, z%%, p%%, 1).i1
p%% = p%% - 1
i% = i% + 1
If test~` = 0 Then If p%% = 0 Then Exit Do
If test~` = 1 Then If p%% = PassiFinePioggia1a24%%(z%% - n%%) Then Exit Do
Loop
If test~` = 1 Then
If matrice1(ieto%%, z%%, i%, 1).i2 = 0 Then i% = i% - 1
p%% = 1
Do
i% = i% + 1
matrice1(ieto%%, z%%, i%, 1).i2 = matrice1(ieto%%, z%% - n%%, p%%, 1).i2
p%% = p%% + 1
Loop Until p%% > PassiFinePioggia1a24%%(z%% - n%%)
End If
Case 2
For i% = 1 To PassiFinePioggia1a24%%(z%%)
matrice1(ieto%%, z%%, i%, 1).i2 = matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).h1 / matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).mdt
Next i%
End Select
For i% = 1 To PassiFinePioggia1a24%%(z%%)
matrice1(ieto%%, z%%, i%, 1).DH = matrice1(ieto%%, z%%, i%, 1).i2 * dt!(z%%)
If i% = 1 Then
matrice1(ieto%%, z%%, i%, 1).H2 = matrice1(ieto%%, z%%, i%, 1).DH
Else
matrice1(ieto%%, z%%, i%, 1).H2 = matrice1(ieto%%, z%%, i%, 1).DH + matrice1(ieto%%, z%%, i% - 1, 1).H2
End If
Select Case matrice1(ieto%%, z%%, i%, 1).H2 - Ia!
Case Is < 0
matrice1(ieto%%, z%%, i%, 1).he = 0
Case Is >= 0
matrice1(ieto%%, z%%, i%, 1).he = (matrice1(ieto%%, z%%, i%, 1).H2 - Ia!) ^ 2 / (matrice1(ieto%%, z%%, i%, 1).H2 - Ia! + S2!)
End Select
If i% = 1 Then
matrice1(ieto%%, z%%, i%, 1).Dhe = matrice1(ieto%%, z%%, i%, 1).he
Else
matrice1(ieto%%, z%%, i%, 1).Dhe = matrice1(ieto%%, z%%, i%, 1).he - matrice1(ieto%%, z%%, i% - 1, 1).he
End If
Next i%
For n%% = 1 To 50
For i% = n%% To 50
matrice2!(ieto%%, z%%, i%, n%%) = matrice1(ieto%%, z%%, i% - n%% + 1, 1).Dhe * matrice1(ieto%%, z%%, n%%, 1).qm
Next i%
Next n%%
For i% = 1 To 50
For n%% = 1 To 50
idrogrammi1a24(ieto%%, z%%, i%, 1).portata = idrogrammi1a24(ieto%%, z%%, i%, 1).portata + matrice2!(ieto%%, z%%, i%, n%%)
Next n%%
idrogrammi1a24(ieto%%, z%%, i%, 1).ore = matrice1(ieto%%, z%%, i%, 1).mdt
Next i%
i% = 1
Do
If MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata <= idrogrammi1a24(ieto%%, z%%, i%, 1).portata Then
MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata = idrogrammi1a24(ieto%%, z%%, i%, 1).portata
MassimiIdrogrammi1a24(ieto%%, z%%, 1).ore = idrogrammi1a24(ieto%%, z%%, i%, 1).ore
MassimiIdrogrammi1a24(ieto%%, z%%, 1).i = i%
ElseIf MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata > idrogrammi1a24(ieto%%, z%%, i%, 1).portata Then Exit Do
End If
i% = i% + 1
Loop Until i% = 51
FinePioggiaIdrogrammi1a24(ieto%%, z%%, 1).ore = idrogrammi1a24(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).ore
FinePioggiaIdrogrammi1a24(ieto%%, z%%, 1).portata = idrogrammi1a24(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).portata
i% = 1
Do
If MassimiQuadrante2(ieto%%, z%%, 1).portata < matrice1(ieto%%, z%%, i%, 1).qm Then
MassimiQuadrante2(ieto%%, z%%, 1).portata = matrice1(ieto%%, z%%, i%, 1).qm
MassimiQuadrante2(ieto%%, z%%, 1).ore = matrice1(ieto%%, z%%, i%, 1).mdt
ElseIf MassimiQuadrante2(ieto%%, z%%, 1).portata > matrice1(ieto%%, z%%, i%, 1).qm Then Exit Do
End If
i% = i% + 1
Loop
Select Case idrogrammi1a24(ieto%%, z%%, 50, 1).portata
Case Is >= MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata * 0.05
MinimiMatriciQuadrante1(ieto%%, z%%, 1).ore = idrogrammi1a24(ieto%%, z%%, 50, 1).ore
MinimiMatriciQuadrante1(ieto%%, z%%, 1).i = 50
Case Is < MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata * 0.05
i% = MassimiIdrogrammi1a24(ieto%%, z%%, 1).i
Do
If idrogrammi1a24(ieto%%, z%%, i%, 1).portata < MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata * 0.05 Then
MinimiMatriciQuadrante1(ieto%%, z%%, 1).ore = idrogrammi1a24(ieto%%, z%%, i%, 1).ore
MinimiMatriciQuadrante1(ieto%%, z%%, 1).i = i%
Exit Do
End If
i% = i% + 1
Loop
End Select
i% = 1
Do
If matrice1(ieto%%, z%%, i%, 1).qm = 0 Then
MinimiMatriciQuadrante2(ieto%%, z%%, 1).ore = matrice1(ieto%%, z%%, i%, 1).mdt
MinimiMatriciQuadrante2(ieto%%, z%%, 1).i = i%
Exit Do
End If
i% = i% + 1
Loop
If MassimiAssolutiIeto(ieto%%).portata < MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata Then
MassimiAssolutiIeto(ieto%%).portata = MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata
MassimiAssolutiIeto(ieto%%).ore = MassimiIdrogrammi1a24(ieto%%, z%%, 1).ore
IdroMaxieto%%(ieto%%) = z%%
End If
Return
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
DisegnaMatriciIeto1e2:
posizione% = _Width(MatriciIeto1e2&(1, 1)) \ 8 - 94
_Dest MatriciIeto1e2&(ieto%%, z%%)
Cls
Line (0, 0)-(_Width(MatriciIeto1e2&(ieto%%, z%%)) - 1, _Height(MatriciIeto1e2&(ieto%%, z%%)) - 1), R&, B
Locate 2, posizione%
Color bianco&: Print "Legenda: ";
Color G&: Print "[Idrogramma]";
Color R&: Print "[Pioggia effettiva]";
Color B&: Print "[Pioggia efficace]"
Print
If H% \ 16 >= 55 Then
i% = 1: n%% = 1
Else
i% = 2: n%% = 2
End If
Locate , posizione%
For i% = i% To 50 Step n%%
CALL Tabella(i%, n%%,0, "-", bianco&, "ore", bianco&, "ore:min", G&, "mc/sec", R&, "mm", B&, "mm", bianco&, "mm/ora", 0, "", 2 ^ 4, 1, bianco&, i%, grigio&, matrice1(ieto%%, z%%, i%, 1).mdt,_
grigio&, matrice1(ieto%%, z%%, i%, 1).mdt,grigio&, idrogrammi1a24(ieto%%, z%%, i%, 1).portata, grigio&, matrice1(ieto%%, z%%, i%, 1).DH, grigio&, matrice1(ieto%%, z%%, i%, 1).Dhe, grigio&, matrice1(ieto%%, z%%, i%, 1).i2)
Locate CsrLin - 1, FineColonna%(7): Print "³"
Next i%
Locate , posizione%: Color bianco&: Print "Sommano:";
Locate , FineColonna%(4) + 1: Color R&: Print _Trim$(Str$(Arrotonda!(matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).H2)));
Locate , FineColonna%(5) + 1: Color B&: Print _Trim$(Str$(Arrotonda!(matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).he)))
Locate , posizione%: Color bianco&: Print "Media:";
Locate , FineColonna%(6) + 1: Print _Trim$(Str$(Arrotonda!(matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).H2 / matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).mdt)))
Locate 4,
Call Dati(2 ^ 3 + 2 ^ 2 + 2 ^ 1 + 2 ^ 0, posizione% + 55)
Call DisegnaAssi("ore", "mc/s(idrogramma) - mm(ietogramma<--ordinate non in scala)", MinimiMatriciQuadrante1(ieto%%, z%%, 1).ore, MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata, quadro&, R&, bianco&, bianco&, bianco&)
istoX! = matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).mdt / PassiFinePioggia1a24%%(z%%)
Select Case ieto%%
Case Is = 1
Call ScalaOrigine(1, 1, MinimiMatriciQuadrante1(ieto%%, z%%, 1).ore, matrice1(ieto%%, z%%, 1, 1).i1 * dt!(z%%) * 2.5, quadro&)
Line (dx!, dy!)-(dx! + istoX!, dy! + matrice1(ieto%%, z%%, 1, 1).DH), R&, BF
Line (dx!, dy!)-(dx! + istoX!, dy! + matrice1(ieto%%, z%%, 1, 1).DH), bianco&, B
i% = 2
Do Until matrice1(ieto%%, z%%, i%, 1).DH = 0
Line (dx! + (i% - 1) * istoX!, dy!)-(dx! + i% * istoX!, dy! + matrice1(ieto%%, z%%, i%, 1).DH), R&, BF
Line (dx! + (i% - 1) * istoX!, dy!)-(dx! + i% * istoX!, dy! + matrice1(ieto%%, z%%, i%, 1).DH), bianco&, B
i% = i% + 1
Loop
Line (dx!, dy!)-(dx! + istoX!, dy! + matrice1(ieto%%, z%%, 1, 1).Dhe), B&, BF
Line (dx!, dy!)-(dx! + istoX!, dy! + matrice1(ieto%%, z%%, 1, 1).Dhe), bianco&, B
i% = 2
Do
If matrice1(ieto%%, z%%, i%, 1).Dhe = 0 Then
If matrice1(ieto%%, z%%, i% - 1, 1).Dhe > 0 Then Exit Do
End If
Line (dx! + (i% - 1) * istoX!, dy!)-(dx! + i% * istoX!, dy! + matrice1(ieto%%, z%%, i%, 1).Dhe), B&, BF
Line (dx! + (i% - 1) * istoX!, dy!)-(dx! + i% * istoX!, dy! + matrice1(ieto%%, z%%, i%, 1).Dhe), bianco&, B
i% = i% + 1
Loop
Line (dx!, dy!)-(dx! + istoX!, dy! + matrice1(ieto%%, z%%, 1, 1).DH), giallo&
i% = 2
Do Until matrice1(ieto%%, z%%, i% + 1, 1).DH = 0
Line (dx! + (i% - 1) * istoX!, dy! + matrice1(ieto%%, z%%, i% - 1, 1).DH)-(dx! + i% * istoX!, dy! + matrice1(ieto%%, z%%, i%, 1).DH), giallo&
i% = i% + 1
Loop
Line -(dx! + i% * istoX!, dy!), giallo&
Line (dx!, dy!)-(dx! + istoX!, dy! + matrice1(ieto%%, z%%, 1, 1).Dhe), giallo&
i% = 2
Do Until i% = PassiFinePioggia1a24%%(z%%)
Line (dx! + (i% - 1) * istoX!, dy! + matrice1(ieto%%, z%%, i% - 1, 1).Dhe)-(dx! + i% * istoX!, dy! + matrice1(ieto%%, z%%, i%, 1).Dhe), giallo&
i% = i% + 1
Loop
Line -(dx! + i% * istoX!, dy!), giallo&
n%% = 0
Do
n%% = n%% + 1
If matrice1(ieto%%, z%%, 1, 1).i1 * dt!(z%%) = matrice1(ieto%%, z%%, n%%, 1).DH Then Exit Do
Loop
Call DisegnaValore(matrice1(ieto%%, z%%, n%%, 1).mdt, matrice1(ieto%%, z%%, n%%, 1).DH, 0, 0, bianco&)
Case Is = 2
Call ScalaOrigine(1, 1, MinimiMatriciQuadrante1(ieto%%, z%%, 1).ore, matrice1(ieto%%, z%%, 1, 1).DH * 2.5, quadro&)
Line (dx!, dy!)-(dx! + istoX! * PassiFinePioggia1a24%%(z%%), dy! + matrice1(ieto%%, z%%, 1, 1).DH), R&, BF
Line (dx!, dy!)-(dx! + istoX! * PassiFinePioggia1a24%%(z%%), dy! + matrice1(ieto%%, z%%, 1, 1).DH), bianco&, B
Line (dx!, dy!)-(dx! + istoX!, dy! + matrice1(ieto%%, z%%, 1, 1).Dhe), bianco&
i% = 2
Do
Line (dx! + (i% - 1) * istoX!, dy! + matrice1(ieto%%, z%%, i% - 1, 1).Dhe)-(dx! + i% * istoX!, dy! + matrice1(ieto%%, z%%, i%, 1).Dhe), bianco&
If i% = PassiFinePioggia1a24%%(z%%) Then Exit Do
i% = i% + 1
Loop
Paint (0.7 * dx! + i% * istoX!, 0.7 * dy! + matrice1(ieto%%, z%%, i%, 1).Dhe), B&, bianco&
End Select
Call ScalaOrigine(1, 1, MinimiMatriciQuadrante1(ieto%%, z%%, 1).ore, MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata, quadro&)
For i% = 1 To MinimiMatriciQuadrante1(ieto%%, z%%, 1).i
Circle (dx! + idrogrammi1a24(ieto%%, z%%, i%, 1).ore, dy! + idrogrammi1a24(ieto%%, z%%, i%, 1).portata), PMap(3, 2), G&
Paint (dx! + idrogrammi1a24(ieto%%, z%%, i%, 1).ore - PMap(2.5, 2), dy! + idrogrammi1a24(ieto%%, z%%, i%, 1).portata), G&
If i% = 1 Then
Line (dx!, dy!)-(dx! + idrogrammi1a24(ieto%%, z%%, i%, 1).ore, dy! + idrogrammi1a24(ieto%%, z%%, i%, 1).portata), G&
Else
Line (dx! + idrogrammi1a24(ieto%%, z%%, i% - 1, 1).ore, dy! + idrogrammi1a24(ieto%%, z%%, i% - 1, 1).portata)-(dx! + idrogrammi1a24(ieto%%, z%%, i%, 1).ore, dy! + idrogrammi1a24(ieto%%, z%%, i%, 1).portata), G&
End If
Next i%
Call DisegnaValore(MassimiIdrogrammi1a24(ieto%%, z%%, 1).ore, MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata, G&, G&, bianco&)
Call DisegnaValore(FinePioggiaIdrogrammi1a24(ieto%%, z%%, 1).ore, FinePioggiaIdrogrammi1a24(ieto%%, z%%, 1).portata, grigio&, grigio&, bianco&)
Color bianco: _PrintString (_Width(quadro&) - 33 * 8, 4), "Legenda:"
Color grigio&: _PrintString (_Width(quadro&) - 24 * 8, 4), "[Termine della pioggia]"
_PutImage (0, 0)-(_Width(quadro&), _Height(quadro&)), quadro&, MatriciIeto1e2&(ieto%%, z%%)
Call DisegnaAssi("ore", "mc/(s * mm)", MinimiMatriciQuadrante2(1, 1, 1).ore, MassimiQuadrante2(1, 1, 1).portata, quadro&, R&, bianco&, bianco&, bianco&)
Call DisegnaValore(MassimiQuadrante2(ieto%%, z%%, 1).ore, MassimiQuadrante2(ieto%%, z%%, 1).portata, azzurro&, G&, bianco&)
For i% = 1 To 50
Circle (dx! + matrice1(1, 1, i%, 1).mdt, dy! + matrice1(1, 1, i%, 1).qm), PMap(3, 2), pastello&
Paint (dx! + matrice1(1, 1, i%, 1).mdt - PMap(2.5, 2), dy! + matrice1(1, 1, i%, 1).qm), pastello&
If i% = 1 Then
Line (dx!, dy!)-(dx! + matrice1(1, 1, i%, 1).mdt, dy! + matrice1(1, 1, i%, 1).qm), pastello&, , 65280
Else
Line (dx! + matrice1(1, 1, i% - 1, 1).mdt, dy! + matrice1(1, 1, i% - 1, 1).qm)-(dx! + matrice1(1, 1, i%, 1).mdt, dy! + matrice1(1, 1, i%, 1).qm), pastello&, , 65280
End If
Next i%
For i% = 1 To MinimiMatriciQuadrante2(ieto%%, z%%, 1).i
Circle (dx! + matrice1(ieto%%, z%%, i%, 1).mdt, dy! + matrice1(ieto%%, z%%, i%, 1).qm), PMap(3, 2), azzurro&
If i% = 1 Then
Line (dx!, dy!)-(dx! + matrice1(ieto%%, z%%, i%, 1).mdt, dy! + matrice1(ieto%%, z%%, i%, 1).qm), azzurro&
Else
Line (dx! + matrice1(ieto%%, z%%, i% - 1, 1).mdt, dy! + matrice1(ieto%%, z%%, i% - 1, 1).qm)-(dx! + matrice1(ieto%%, z%%, i%, 1).mdt, dy! + matrice1(ieto%%, z%%, i%, 1).qm), azzurro&
End If
Next i%
Locate 2, _Width(quadro&) \ 8 - 35: Print "Legenda:"
Locate 4, _Width(quadro&) \ 8 - 35: Color azzurro&: Print "[Idrogramma unitario del bacino"
Locate , _Width(quadro&) \ 8 - 35: Print "con la discretizzazione temporale"
Locate , _Width(quadro&) \ 8 - 35: Print "dt = "; _Trim$(Str$(Arrotonda!(dt!(z%%)))); " ore = "; _Trim$(Str$(Int(dt!(z%%)))); " ore e "; _Trim$(Str$(CInt(60 * (dt!(z%%) - Int(dt!(z%%)))))); " minuti]"
Locate 8, _Width(quadro&) \ 8 - 35: Color pastello&: Print "[Idrogramma unitario del bacino"
Locate , _Width(quadro&) \ 8 - 35: Print "con la discretizzazione temporale"
Locate , _Width(quadro&) \ 8 - 35: Print "dt = "; _Trim$(Str$(Arrotonda!(dt!(1)))); " ore = "; _Trim$(Str$(Int(dt!(1)))); " ore e "; _Trim$(Str$(CInt(60 * (dt!(1) - Int(dt!(1)))))); " minuti]"
_PutImage (0, _Height(MatriciIeto1e2&(ieto%%, z%%)) \ 2)-(_Width(quadro&), _Height(MatriciIeto1e2&(ieto%%, z%%)) - 1), quadro&, MatriciIeto1e2&(ieto%%, z%%)
Return
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
DisegnaComplessivoIeto1e2:
posizione% = _Width(ComplessivoIeto1e2(1).composizione) \ 8 - 45
_Dest ComplessivoIeto1e2(ieto%%).composizione
Cls
Locate 2, posizione%: Print "T U T T I G L I I D R O G R A M M I"
Call Dati(2 ^ 3, posizione%)
View Print _Height(ComplessivoIeto1e2(ieto%%).composizione) \ 16 - 26 To _Height(ComplessivoIeto1e2(ieto%%).composizione) \ 16
Locate , posizione%: Color bianco&: Print "Legenda: ";
Color giallo&: Print "[Picchi]";
Color G&: Print "[Durata della pioggia]"
Locate , posizione%
For z%% = 1 To 24
CALL Tabella(z%%,1,0, "-", giallo&, "ore", giallo&, "ore:min", giallo&, "mc/sec", G&, "ore:min", G&, "ore/tc", 0, "", 0, "",2 ^ 4 + 2 ^ 2, 1, bianco&, z%%, giallo&, MassimiIdrogrammi1a24(ieto%%, z%%, 1).ore, giallo&,_
MassimiIdrogrammi1a24(ieto%%, z%%, 1).ore, giallo&,MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata, grigio&, FinePioggiaIdrogrammi1a24(ieto%%, z%%, 1).ore, grigio&,_
CoefficientiDiscretizzazioneTemporale(z%%).N, 0, 0)
Next z%%
View Print
Line (0, 0)-(_Width(ComplessivoIeto1e2(ieto%%).composizione) - 1, _Height(ComplessivoIeto1e2(ieto%%).composizione) - 1), R&, B
Call DisegnaAssi("ore", "mc/s", idrogrammi1a24(ieto%%, 24, 50, 1).ore, MassimiAssolutiIeto(ieto%%).portata, ComplessivoIeto1e2(ieto%%).grafico, R&, bianco&, bianco&, bianco&)
For z%% = 1 To 24
Select Case z%% Mod 3
Case Is = 1
colore& = R&
Case Is = 2
colore& = G&
Case Is = 0
colore& = B&
End Select
For i% = 1 To 50
If i% = 1 Then
Line (dx!, dy!)-(dx! + idrogrammi1a24(ieto%%, z%%, i%, 1).ore, dy! + idrogrammi1a24(ieto%%, z%%, i%, 1).portata), colore&
Else
Line (dx! + idrogrammi1a24(ieto%%, z%%, i% - 1, 1).ore, dy! + idrogrammi1a24(ieto%%, z%%, i% - 1, 1).portata)-(dx! + idrogrammi1a24(ieto%%, z%%, i%, 1).ore, dy! + idrogrammi1a24(ieto%%, z%%, i%, 1).portata), colore&
End If
Next i%
Next z%%
Call DisegnaValore(MassimiAssolutiIeto(ieto%%).ore, MassimiAssolutiIeto(ieto%%).portata, azzurro&, azzurro&, bianco&)
Call DisegnaLinea(ieto%%, ComplessivoIeto1e2(ieto%%).grafico, giallo&, grigio&)
_PutImage (0, 0), ComplessivoIeto1e2(ieto%%).grafico, ComplessivoIeto1e2(ieto%%).composizione
OriginaleGrafico& = _CopyImage(ComplessivoIeto1e2(VisualizzaIeto%%).grafico)
Return
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
DisegnaUnitari:
posizione% = _Width(unitari&) \ 8 - 94
_Dest unitari&
Cls
Locate 2, posizione%
Color bianco&: Print "Legenda: ";
Color giallo&: Print "[Idrogramma unitario adimensionale di Mockus]";
Color G&: Print "[Idrogramma unitario del bacino]";
Print
Print
If H% \ 16 >= 55 Then
i% = 1: n%% = 1
Else
i% = 2: n%% = 2
End If
Locate , posizione%
For i% = i% To 50 Step n%%
CALL Tabella(i%, n%%,0, "-", giallo&, "t/ta", giallo&, "q/qp", G&, "ore", G&, "mc/s*mm", 0, "", 0, "", 0, "", 0, 1, bianco&, i%, grigio&, mockus(i%).tSUta, grigio&, mockus(i%).qSUqp, grigio&, matrice1(1, 1, i%, 1).mdt, grigio&,_
matrice1(1, 1, i%, 1).qm, 0, 0, 0, 0)
Next i%
Print
Color bianco&: Locate 4,
Call Dati(0, posizione% + 40)
Color grigio&
Locate 15, posizione% + 40: Print "La determinazione dell'idrogramma unitario di"
Locate 17, posizione% + 40: Print "un bacino di note caratteristiche consiste"
Locate 19, posizione% + 40: Print "nell'amplificare l'ascissa e l'ordinata dello"
Locate 21, posizione% + 40: Print "idrogramma unitario adimensionale di Mockus"
Locate 23, posizione% + 40: Print "mediante i fattori ta e qp, specifici del"
Locate 25, posizione% + 40: Print "bacino esaminato. Il calcolo dell'idrogramma"
Locate 27, posizione% + 40: Print "di piena presuppone poi che gli incrementi di"
Locate 29, posizione% + 40: Print "deflusso siano utilizzati per amplificare i"
Locate 31, posizione% + 40: Print "valori dell' idrogramma unitario e siano"
Locate 33, posizione% + 40: Print "sommati a parit… d'istante."
Line (0, 0)-(_Width(unitari&) - 1, _Height(unitari&) - 1), R&, B
Call DisegnaAssi("t/ta", "q/qp", 5, 1, quadro&, R&, bianco&, bianco&, bianco&)
For i% = 1 To UBound(mockus)
Circle (dx! + mockus(i%).tSUta, dy! + mockus(i%).qSUqp), PMap(3, 2), giallo&
Paint (dx! + mockus(i%).tSUta - PMap(2.5, 2), dy! + mockus(i%).qSUqp), giallo&
If i% = 1 Then
Line (dx!, dy!)-(dx! + mockus(i%).tSUta, dy! + mockus(i%).qSUqp), giallo&
Else
Line (dx! + mockus(i% - 1).tSUta, dy! + mockus(i% - 1).qSUqp)-(dx! + mockus(i%).tSUta, dy! + mockus(i%).qSUqp), giallo&
End If
Next i%
_PutImage (0, 0)-(_Width(quadro&), _Height(quadro&)), quadro&, unitari&
Call DisegnaAssi("ore", "mc/(s * mm)", matrice1(1, 1, 50, 1).mdt, MassimiQuadrante2(1, 1, 1).portata, quadro&, R&, bianco&, bianco&, bianco&)
Call DisegnaValore(MassimiQuadrante2(1, 1, 1).ore, MassimiQuadrante2(1, 1, 1).portata, azzurro&, azzurro&, bianco&)
For i% = 1 To 50
Circle (dx! + matrice1(1, 1, i%, 1).mdt, dy! + matrice1(1, 1, i%, 1).qm), PMap(3, 2), G&
Paint (dx! + matrice1(1, 1, i%, 1).mdt - PMap(2.5, 2), dy! + matrice1(1, 1, i%, 1).qm), G&
If i% = 1 Then
Line (dx!, dy!)-(dx! + matrice1(1, 1, i%, 1).mdt, dy! + matrice1(1, 1, i%, 1).qm), G&
Else
Line (dx! + matrice1(1, 1, i% - 1, 1).mdt, dy! + matrice1(1, 1, i% - 1, 1).qm)-(dx! + matrice1(1, 1, i%, 1).mdt, dy! + matrice1(1, 1, i%, 1).qm), G&
End If
Next i%
Window
Locate 2, _Width(quadro&) \ 8 - 35: Print "Idrogramma unitario del bacino"
Locate , _Width(quadro&) \ 8 - 35: Print "con la discretizzazione temporale"; ""
Locate , _Width(quadro&) \ 8 - 35: Print "dt = "; _Trim$(Str$(Arrotonda!(dt!(1)))); " ore = "; _Trim$(Str$(Int(dt!(1)))); " ore e "; _Trim$(Str$(CInt(60 * (dt!(1) - Int(dt!(1)))))); " minuti."
_PutImage (0, _Height(unitari&) \ 2)-(_Width(quadro&), _Height(unitari&) - 1), quadro&, unitari&
Return
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
VisualizzaComplessivo:
Cls 2
ComplessivoIeto1e2(VisualizzaIeto%%).grafico = _CopyImage(OriginaleGrafico&)
_PutImage (0, 0), ComplessivoIeto1e2(VisualizzaIeto%%).grafico, ComplessivoIeto1e2(VisualizzaIeto%%).composizione
_PutImage ((DESKTOPWIDTH% - _Width(ComplessivoIeto1e2(VisualizzaIeto%%).composizione)), (DESKTOPHEIGHT% - _Height(ComplessivoIeto1e2(VisualizzaIeto%%).composizione) - 16)), ComplessivoIeto1e2(VisualizzaIeto%%).composizione, schermo&
Return
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
DisegnaIdrogramma:
For n%% = 1 To 2
If n%% = 1 Then posizione% = _Width(idrogramma1e2(n%%).composizione) \ 8 - 56
If n%% = 2 Then If ore!(n%%) = 0 Then Exit For
_Dest idrogramma1e2(n%%).composizione
Cls: Color bianco&
If n%% = 1 Then
Locate 2, posizione%: Print "I D R O G R A M M A D I P R O G E T T O"
ElseIf n%% = 2 Then
Locate 2, posizione%: Print "IDROGRAMMA CORRISPONDENTE ALL'ORA DI PICCO SCELTA"
End If
Call Dati(2 ^ 3, posizione%)
View Print _Height(idrogramma1e2(n%%).composizione) \ 16 - 26 To _Height(idrogramma1e2(n%%).composizione) \ 16
Locate , posizione%
Select Case n%%
Case Is = 1
For i% = 1 To 25
CALL Tabella(i%, 1,0, "-", bianco&, "ore", bianco&, "ore:min", bianco&, "mc/sec", 0, "-", bianco&, "ore", bianco&, "ore:min", bianco&, "mc/sec", 2 ^ 4, 1, bianco%, i%, grigio&, idrogramma1(i%).ore, grigio&,_
idrogramma1(i%).ore, grigio&, idrogramma1(i%).portata, 0, 0, 0, 0, 0, 0)
Locate CsrLin - 1, FineColonna%(4): Print "³"
Next i%
Locate _Height(idrogramma1e2(n%%).composizione) \ 16 - 26 + 1,
For i% = 26 To UBound(idrogramma1)
CALL Tabella(i%, 1,0, "-", bianco&, "ore", bianco&, "ore:min", bianco&, "mc/sec", 0, "-", bianco&, "ore", bianco&, "ore:min", bianco&, "mc/sec", 2 ^ 4, 5, bianco%, i%, grigio&, idrogramma1(i%).ore, grigio&,_
idrogramma1(i%).ore, grigio&, idrogramma1(i%).portata, 0, 0, 0, 0, 0, 0)
Next i%
Case Is = 2
For i% = 1 To 25
CALL Tabella(i%, 1,0, "-", bianco&, "ore", bianco&, "ore:min", bianco&, "mc/sec", 0, "-", bianco&, "ore", bianco&, "ore:min", bianco&, "mc/sec", 2 ^ 4, 1, bianco%, i%, grigio&, idrogramma2(i%).ore, grigio&,_
idrogramma2(i%).ore, grigio&, idrogramma2(i%).portata, 0, 0, 0, 0, 0, 0)
Locate CsrLin - 1, FineColonna%(4): Print "³"
Next i%
Locate _Height(idrogramma1e2(n%%).composizione) \ 16 - 26 + 1,
For i% = 26 To UBound(idrogramma2)
CALL Tabella(i%, 1,0, "-", bianco&, "ore", bianco&, "ore:min", bianco&, "mc/sec", 0, "-", bianco&, "ore", bianco&, "ore:min", bianco&, "mc/sec", 2 ^ 4, 5, bianco%, i%, grigio&, idrogramma2(i%).ore, grigio&,_
idrogramma2(i%).ore, grigio&, idrogramma2(i%).portata, 0, 0, 0, 0, 0, 0)
Next i%
End Select
View Print
Line (0, 0)-(_Width(idrogramma1e2(n%%).composizione) - 1, _Height(idrogramma1e2(n%%).composizione) - 1), R&, B
Next n%%
Call DisegnaAssi("ore", "mc/s", IdroPixel1(UBound(IdroPixel1)).ore, portata!(1), idrogramma1e2(1).grafico, R&, bianco&, bianco&, bianco&)
Call DisegnaValore(ore!(1), portata!(1), azzurro&, azzurro&, bianco&)
Locate 2, _Width(idrogramma1e2(1).grafico) \ 8 - 25: Color bianco&: Print "Legenda: "
Locate 4, _Width(idrogramma1e2(1).grafico) \ 8 - 25: Color B&: Print "[Termine della pioggia]"
n%% = 0
GoSub idro1
_Source idrogramma1e2(1).grafico
If FinePioggiaIdrogrammi1e2(1).ore = FinePioggiaIdrogrammi1a24(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%), 1).ore Then
FinePioggiaIdrogrammi1e2(1).portata = FinePioggiaIdrogrammi1a24(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%), 1).portata
Else
y% = PMap(dy!, 1)
Do
If Point(dx! + FinePioggiaIdrogrammi1e2(1).ore, PMap(y%, 3)) = giallo& Then Exit Do
y% = y% - 1
Loop
FinePioggiaIdrogrammi1e2(1).portata = PMap(y%, 3) - dy!
End If
Call DisegnaValore(FinePioggiaIdrogrammi1e2(1).ore, FinePioggiaIdrogrammi1e2(1).portata, B&, B&, bianco&)
idro1:
n%% = n%% + 1
For i% = 1 To UBound(idrogramma1)
Circle (dx! + idrogramma1(i%).ore, dy! + idrogramma1(i%).portata), PMap(3, 2), G&
Paint (dx! + idrogramma1(i%).ore - PMap(2.5, 2), dy! + idrogramma1(i%).portata), G&
Next i%
For i% = 1 To UBound(IdroPixel1)
If i% = 1 Then
Line (dx!, dy!)-(dx! + IdroPixel1(i%).ore, dy! + IdroPixel1(i%).portata), giallo&
Else
Line (dx! + IdroPixel1(i% - 1).ore, dy! + IdroPixel1(i% - 1).portata)-(dx! + IdroPixel1(i%).ore, dy! + IdroPixel1(i%).portata), giallo&
End If
Next i%
If n%% = 1 Then Return
_PutImage (0, 0), idrogramma1e2(1).grafico, idrogramma1e2(1).composizione
If ore!(2) = 0 Then Return
Call DisegnaAssi("ore", "mc/s", IdroPixel2(UBound(IdroPixel2)).ore, portata!(2), idrogramma1e2(2).grafico, R&, bianco&, bianco&, bianco&)
Call DisegnaValore(ore!(2), portata!(2), azzurro&, azzurro&, bianco&)
Locate 2, _Width(idrogramma1e2(1).grafico) \ 8 - 25: Color bianco&: Print "Legenda: "
Locate 4, _Width(idrogramma1e2(1).grafico) \ 8 - 25: Color B&: Print "[Termine della pioggia]"
GoSub idro2
_Source idrogramma1e2(2).grafico
y% = PMap(dy!, 1)
Do
If Point(dx! + FinePioggiaIdrogrammi1e2(2).ore, PMap(y%, 3)) = giallo& Then Exit Do
y% = y% - 1
Loop
FinePioggiaIdrogrammi1e2(2).portata = PMap(y%, 3) - dy!
Call DisegnaValore(FinePioggiaIdrogrammi1e2(2).ore, FinePioggiaIdrogrammi1e2(2).portata, B&, B&, bianco&)
idro2:
For i% = 1 To UBound(idrogramma1)
Circle (dx! + idrogramma2(i%).ore, dy! + idrogramma2(i%).portata), PMap(3, 2), G&
Paint (dx! + idrogramma2(i%).ore - PMap(2.5, 2), dy! + idrogramma2(i%).portata), G&
Next i%
For i% = 1 To UBound(IdroPixel2)
If i% = 1 Then
Line (dx!, dy!)-(dx! + IdroPixel2(i%).ore, dy! + IdroPixel2(i%).portata), giallo&
Else
Line (dx! + IdroPixel2(i% - 1).ore, dy! + IdroPixel2(i% - 1).portata)-(dx! + IdroPixel2(i%).ore, dy! + IdroPixel2(i%).portata), giallo&
End If
Next i%
_PutImage (0, 0), idrogramma1e2(2).grafico, idrogramma1e2(2).composizione
Return
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
VisualizzaIdrogramma:
_Dest schermo&: Cls 2
Color giallo&: Print "[ESC]: salva; [TAB]: riavvia; [F1]: torna agli input iniziali; [F2]: ripristina il grafico; []: visualizza l'idrogramma di progetto.": Color bianco&
Do
_Limit 30
KeyPress$ = InKey$
Loop Until KeyPress$ = Chr$(27) Or KeyPress$ = Chr$(9) Or KeyPress$ = Chr$(0) + Chr$(59) Or KeyPress$ = Chr$(0) + Chr$(60) Or KeyPress$ = Chr$(0) + Chr$(77)
Select Case KeyPress$
Case Chr$(27)
esc~` = 1
Case Chr$(9)
riavvio~` = 1
Case Chr$(0) + Chr$(59)
menu~` = 1
Case Chr$(0) + Chr$(60)
TornaAlGrafico~` = 1
Case Chr$(0) + Chr$(77)
tipo%% = 3
_PutImage ((DESKTOPWIDTH% - _Width(idrogramma1e2(1).composizione)), (DESKTOPHEIGHT% - _Height(idrogramma1e2(1).composizione) - 16)), idrogramma1e2(1).composizione, schermo&
Call DisegnaPortata(idrogramma1(UBound(idrogramma1)).ore, idrogramma1e2(1).grafico, idrogramma1e2(1).composizione)
If portata!(1) = MassimiIdrogrammi1a24(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%), 1).portata Then
If ore!(1) = MassimiIdrogrammi1a24(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%), 1).ore Then
Cls 2
Color giallo&
Print "- Poich‚ l'idrogramma di progetto coincide con uno dei 24 calcolati, Š possibile visualizzarne i dettagli. Visualizzare? [S/N]"
Print "[ESC]: salva; [TAB]: riavvia; [F1]: torna agli input iniziali; [F2]: torna al grafico iniziale."
Color bianco&
Do
_Limit 30
KeyPress$ = LCase$(InKey$)
Loop Until KeyPress$ = "s" Or KeyPress$ = "n" Or KeyPress$ = Chr$(27) Or KeyPress$ = Chr$(9) Or KeyPress$ = Chr$(0) + Chr$(59) Or KeyPress$ = Chr$(0) + Chr$(60)
Select Case KeyPress$
Case "s"
_PUTIMAGE ((DESKTOPWIDTH% - _WIDTH(MatriciIeto1e2&(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%)))), (DESKTOPHEIGHT% - _HEIGHT(MatriciIeto1e2&(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%))) - 16)),_
MatriciIeto1e2&(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%)), schermo&
Case Chr$(27)
esc~` = 1
Case Chr$(9)
riavvio~` = 1
Case Chr$(0) + Chr$(59)
menu~` = 1
Case Chr$(0) + Chr$(60)
TornaAlGrafico~` = 1
End Select
End If
End If
If esc~` = 1 Or riavvio~` = 1 Or menu~` = 1 Or TornaAlGrafico~` = 1 Or ore!(2) = 0 Then Exit Select
_Dest schermo&: Cls 2
Color giallo&: Print "[ESC]: salva; [TAB]: riavvia; [F1]: torna agli input iniziali; [F2]: torna al grafico iniziale; []: visualizza l'idrogramma corrispondente all'ora scelta.": Color bianco&
Do
_Limit 30
KeyPress$ = InKey$
Loop Until KeyPress$ = Chr$(27) Or KeyPress$ = Chr$(9) Or KeyPress$ = Chr$(0) + Chr$(59) Or KeyPress$ = Chr$(0) + Chr$(60) Or KeyPress$ = Chr$(0) + Chr$(77)
Select Case KeyPress$
Case Chr$(27)
esc~` = 1
Case Chr$(9)
riavvio~` = 1
Case Chr$(0) + Chr$(59)
menu~` = 1
Case Chr$(0) + Chr$(60)
TornaAlGrafico~` = 1
Case Chr$(0) + Chr$(77)
Cls 2
_PutImage ((DESKTOPWIDTH% - _Width(idrogramma1e2(2).composizione)), (DESKTOPHEIGHT% - _Height(idrogramma1e2(2).composizione) - 16)), idrogramma1e2(2).composizione, schermo&
Call DisegnaPortata(idrogramma2(UBound(idrogramma2)).ore, idrogramma1e2(2).grafico, idrogramma1e2(2).composizione)
End Select
End Select
Return
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
VisualizzaUnitari:
Cls 2
Color giallo&
Print "Visualizza l'idrogramma unitario adimesionale di Mockus e l'idrogramma unitario del bacino? [S/N]"
Print "[ESC]: salva; [TAB]: riavvia; [F1]: torna agli input iniziali; [F2]: torna al grafico iniziale."
Color bianco&
Do
_Limit 30
KeyPress$ = LCase$(InKey$)
Loop Until KeyPress$ = "s" Or KeyPress$ = "n" Or KeyPress$ = Chr$(27) Or KeyPress$ = Chr$(9) Or KeyPress$ = Chr$(0) + Chr$(59) Or KeyPress$ = Chr$(0) + Chr$(60)
Select Case KeyPress$
Case "s"
_Dest schermo&: Cls
_PutImage ((DESKTOPWIDTH% - _Width(unitari&)), (DESKTOPHEIGHT% - _Height(unitari&) - 16)), unitari&, schermo&
Case Chr$(27)
esc~` = 1
Case Chr$(9)
riavvio~` = 1
Case Chr$(0) + Chr$(59)
menu~` = 1
Case Chr$(0) + Chr$(60)
TornaAlGrafico~` = 1
End Select
Return
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
VisualizzaMatrici:
Cls 2
Color giallo&
Print "Visualizza i singoli idrogrammi calcolati? [S/(ESC o N)]"
Print "[ESC/N]: salva; [TAB]: riavvia; [F1]: torna agli input iniziali; [F2]: torna al grafico iniziale."
Color bianco&
Do
_Limit 30
KeyPress$ = LCase$(InKey$)
Loop Until KeyPress$ = "s" Or KeyPress$ = "n" Or KeyPress$ = Chr$(27) Or KeyPress$ = Chr$(9) Or KeyPress$ = Chr$(0) + Chr$(59) Or KeyPress$ = Chr$(0) + Chr$(60)
Select Case KeyPress$
Case "s"
z%% = 1
Do
Cls 2
Color giallo&
If z%% <> 24 Then
Print "[ESC]: salva; [TAB]: riavvia; [F1]: torna agli input iniziali; [F2]: torna al grafico iniziale; []: precedente; []: successivo."
Else
Print "................................ T E R M I N E D E L P R O G R A M M A ............................................"
Print "[ESC]: salva; [TAB]: riavvia; [F1]: torna agli input iniziali; [F2]: torna al grafico iniziale; []: precedente."
Print "......................................................................................................................."
End If
_PutImage ((DESKTOPWIDTH% - _Width(MatriciIeto1e2&(VisualizzaIeto%%, z%%))), (DESKTOPHEIGHT% - _Height(MatriciIeto1e2&(VisualizzaIeto%%, z%%)) - 16)), MatriciIeto1e2&(VisualizzaIeto%%, z%%), schermo&
Do
_Limit 30
KeyPress$ = InKey$
Loop Until KeyPress$ = Chr$(27) Or KeyPress$ = Chr$(9) Or KeyPress$ = Chr$(0) + Chr$(59) Or KeyPress$ = Chr$(0) + Chr$(60) Or KeyPress$ = Chr$(0) + Chr$(75) Or KeyPress$ = Chr$(0) + Chr$(77)
Select Case KeyPress$
Case Chr$(27)
esc~` = 1
Case Chr$(9)
riavvio~` = 1
Case Chr$(0) + Chr$(59)
menu~` = 1
Case Chr$(0) + Chr$(60)
TornaAlGrafico~` = 1
Case Chr$(0) + Chr$(75)
If z%% = 1 Then
z%% = z%% - 1
Else
z%% = z%% - 2
End If
Case Chr$(0) + Chr$(77)
If z%% = 24 Then z%% = z%% - 1
End Select
If esc~` = 1 Or riavvio~` = 1 Or menu~` = 1 Or TornaAlGrafico~` = 1 Then Exit Select
z%% = z%% + 1
Loop
Case Chr$(27), "n"
esc~` = 1
Case Chr$(9)
riavvio~` = 1
Case Chr$(0) + Chr$(59)
menu~` = 1
Case Chr$(0) + Chr$(60)
TornaAlGrafico~` = 1
End Select
Return
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
Risultati:
testo$ = "Nelle impostazioni di Windows il separatore dell'elenco dev'essere la virgola."
'COLOR trasparente&: PRINT WriteCodiceData$("CODICE.bas.txt"): LOCATE CSRLIN - 1: COLOR bianco&
If VisualizzaIeto%% = 1 Then
Open "A.IdrogrammaProgettoCHICAGO+PortataPiccoProgetto.csv" For Output As #1
Open "B.IdrogrammaSceltoCHICAGO+PortataOraPiccoScelta.csv" For Output As #2
ElseIf VisualizzaIeto%% = 2 Then
Open "A.IdrogrammaProgettoCOSTANTE+PortataPiccoProgetto.csv" For Output As #1
Open "B.IdrogrammaSceltoCOSTANTE+PortataOraPiccoScelta.csv" For Output As #2
End If
If ore!(1) <> 0 Then
Write #1, testo$
n%% = 1: GoSub DatiBase
Write #1,
Select Case VisualizzaIeto%%
Case Is = 1
If soglia%% = 0 Then
Write #1, "La soglia percentuale S scelta non permette di individuare all'interno del campo la corrispondente portata di picco. Verrà considerato come idrogramma di progetto quello relativo alla portata di picco massima tra i 24 calcolati."
Else
Print #1, "S="; _Trim$(Str$(soglia%%)); "%: Soglia percentuale scelta."
Print #1, "La soglia percentuale S scelta corrisponde all'ora di picco "; _Trim$(Str$(ore!(1))); ". Ciò significa che la portata di picco che si avrebbe all'ora "; _Trim$(Str$(ore!(1) + 1)); " sarebbe minore della portata di picco dell'ora"; ore(1); " aumentata del "; _Trim$(Str$(soglia%%)); "%."
End If
Case Is = 2
Write #1, "E' computato come idrogramma di progetto quello relativo alla portata di picco massima tra i 24 calcolati."
End Select
Write #1,
Print #1, "LA PORTATA DI PICCO DI PROGETTO E' "; _Trim$(Str$(portata!(1))); " MC/S ALL'ORA "; _Trim$(Str$(ore!(1))); " CON TEMPO DI RITORNO "; UCase$(T$); " CON DURATA DELLA PIOGGIA PARI A "; _Trim$(Str$(FinePioggiaIdrogrammi1e2(1).ore)); " ORE."
Write #1,
Write #1, "IDROGRAMMA DI PROGETTO:"
Write #1, "", "ore", "portata [mc/s]"
For i% = 1 To UBound(idrogramma1)
Write #1, i%, idrogramma1(i%).ore, idrogramma1(i%).portata
Next i%
Else
Print #1, "Non è stato definito dall'utente."
End If
Close #1
If ore!(2) <> 0 Then
Write #2, testo$
n%% = 2: GoSub DatiBase
Write #2,
Print #2, "L'ORA DI PICCO SCELTA E' "; _Trim$(Str$(ore!(2))); " A CUI CORRISPONDE LA PORTATA DI PICCO "; _Trim$(Str$(portata!(2))); " MC/S CON TEMPO DI RITORNO "; UCase$(T$); " CON DURATA DELLA PIOGGIA PARI A "; _Trim$(Str$(FinePioggiaIdrogrammi1e2(2).ore)); " ORE."
Write #2,
Print #2, "IDROGRAMMA:"
Write #2, "", "ore", "portata [mc/s]"
For i% = 1 To UBound(idrogramma2)
Write #2, i%, idrogramma2(i%).ore, idrogramma2(i%).portata
Next i%
Else
Print #2, "Non è stato definito dall'utente."
End If
Close #2
Open "C.IdrogrammiUnitari.csv" For Output As #1
Write #1, testo$
n%% = 1: GoSub DatiBase
Write #1, "La determinazione dell'idrogramma unitario di un bacino di note caratteristiche consiste nell'amplificare l'ascissa e l'ordinata dell'idrogramma unitario adimensionale di Mockus mediante i fattori ta e qp, specifici del bacino esaminato. Il calcolo dell'idrogramma di piena presuppone poi che gli incrementi di deflusso siano utilizzati per amplificare i valori dell'idrogramma unitario e siano sommati a parit… d'istante."
Write #1, "", "IDROGRAMMA UNITARIO ADIMENSIONALE DI MOCKUS:", "", "IDROGRAMMA UNITARIO DEL BACINO:"
Write #1, "", "t/ta", "q/qp", "ore", "mc/s*mm"
For i% = 1 To 50
Write #1, i%, mockus(i%).tSUta, mockus(i%).qSUqp, matrice1(1, 1, i%, 1).mdt, matrice1(1, 1, i%, 1).qm
Next i%
Close #1
For ieto%% = 1 To 2
If ieto%% = 1 Then Open "D._1-24,idrogrammiCHICAGO+PortatePicco(da_1_a_32_volte_tc).csv" For Output As #1
If ieto%% = 2 Then Open "E._1-24,idrogrammiCOSTANTE+PortatePicco(da_1_a_32_volte_tc).csv" For Output As #1
Write #1, testo$
n%% = 1: GoSub DatiBase
Write #1, "Di seguito sono riportate le portate di picco dei 24 idrogrammi calcolati e i relativi idrogrammi."
Write #1, "Valori espressi in mc/s. Per i dati completi sui singoli idrogrammi, fare riferimento ai rispettivi file."
Write #1, "PORTATE DI PICCO:"
Write #1, "", "ora picco", "portata picco", "ora fine pioggia", "ore/tc"
For z%% = 1 To 24
Write #1, z%%, MassimiIdrogrammi1a24(ieto%%, z%%, 1).ore, MassimiIdrogrammi1a24(ieto%%, z%%, 1).portata, FinePioggiaIdrogrammi1a24(ieto%%, z%%, 1).ore, CoefficientiDiscretizzazioneTemporale(z%%).N
Next z%%
Write #1, "IDROGRAMMI:"
Write #1, "",
For z%% = 1 To 24
Write #1, "", _Trim$(Str$(CoefficientiDiscretizzazioneTemporale(z%%).N)) + " volte tc",
Next z%%
Write #1,
Write #1, "",
For z%% = 1 To 24
Write #1, "ore", "idrogramma n." + _Trim$(Str$(z%%)),
Next z%%
Write #1,
For i% = 1 To 50
Write #1, i%,
For z%% = 1 To 24
Write #1, idrogrammi1a24(ieto%%, z%%, i%, 1).ore, idrogrammi1a24(ieto%%, z%%, i%, 1).portata,
Next z%%
Write #1,
Next i%
Close #1
Do
For z%% = 1 To 24
TerminaSalvataggio$ = InKey$
If TerminaSalvataggio$ = Chr$(27) Then Exit Do
If ieto%% = 1 Then Open "D." + _Trim$(Str$(z%%)) + ",idrogrammaCHICAGO(" + _Trim$(Str$(CoefficientiDiscretizzazioneTemporale(z%%).N)) + "_volte_tc).csv" For Output As #1
If ieto%% = 2 Then Open "E." + _Trim$(Str$(z%%)) + ",idrogrammaCOSTANTE(" + _Trim$(Str$(CoefficientiDiscretizzazioneTemporale(z%%).N)) + "_volte_tc).csv" For Output As #1
Write #1, testo$
Write #1, "DATI", "", "", "", "", "", "", "", "", "LEGENDA"
Write #1, "T=", "[anni]", T$, "tempo di ritorno", "", "", "", "", "", "P=", "[-]", "numero dell'iterazione."
Write #1, "A=", "mq", A2&, "area del bacino idrografico", "", "", "", "", "", "P*dt=", "[ore]", "numero dell'iterazione moltiplicato per il passo temporale."
Write #1, "K=", "[-]", k!, "parametro del Centro Funzionale", "", "", "", "", "", "h=", "[mm]", "altezza di pioggia secondo la curva di possibilità climatica."
Write #1, "a=", "[mm/d^n]", a1!, "coefficiente della curva di possibilità climatica.", "", "", "", "", "", "i=", "[mm/ora]", "intensità di piggia della singola iterazione."
Write #1, "n=", "[-]", n1!, "coefficiente della curva di possibilità climatica.", "", "", "", "", "", "iC=", "[mm/ora]", "intensità di pioggia della singola iterazione secondo lo ietogramma CHICAGO o costante."
Write #1, "L=", "[m]", L~%, "lunghezza dell'asta principale del bacino idrografico.", "", "", "", "", "", "DH=", "[mm]", "altezza di pioggia della singola iterazione."
Write #1, "s=", "[%]", s1!, "pendenza media del bacino idrografico.", "", "", "", "", "", "H=", "[mm]", "altezza di pioggia cumulata sino all'iterazione in corso."
Write #1, "CN(II)=", "[-]", CNII%%, "", "", "", "", "", "", "he=", "[mm]", "pioggia efficace cumulata sino all'iterazione in corso."
Write #1, "S=", "[mm]", "=25.4*((1000/C13)-10)", "contenuto idrico massimo del terreno.", "", "", "", "", "", "Dhe=", "[mm]", "altezza di pioggia efficace della singola iterazione."
Write #1, "Ia=", "[mm]", "=0.1*C11", "perdite iniziali.", "", "", "", "", "", "t/ta=", "[-]", "valori in ascissa dell'idrogramma unitario adimensionale di Mockus."
Write #1, "CN(III)=", "[-]", "=(23*C10)/(10+0.13*C10)", "", "", "", "", "", "", "q/qp=", "[-]", "valori in ordinata dell'idrogramma unitario adimensionale di Mockus."
Write #1, "tl=", "[ore]", "=0.342*(((C8/1000)^0.8)/(C9^0.5))*(1000/C13-9)^0.7", "formula di Mockus esprimente il tempo di ritardo.", "", "", "", "", "", "tm/ta=", "[-]", "valori in ascissa dell'idrogramma unitario adimensionale di Mockus secondo il passo temporale dt utilizzato."
Write #1, "tc=", "[ore]", "=C14/0.6", "tempo di corrivazione.", "", "", "", "", "", "qm/qp=", "[-]", "valori in ordinata dell'idrogramma unitario adimensionale di Mockus secondo il passo temporale dt utilizzato."
Write #1, "N=d/tc=", "[-]", CoefficientiDiscretizzazioneTemporale(z%%).N, "moltiplicatore del tempo di corrivazione.", "", "", "", "", "", "qm=", "[mc/(s*mm)]", "valore dell'idrogramma unitario del bacino corrispondente alla colonna N*dt."
Write #1, "d=", "[ore]", "=C16*C15", "durata della pioggia.", "", "", "", "", "", "Dhe*qm1-50=", "[mc/s]", "idrogramma relativo alla singole altezze di pioggia Dhe", " amplificata dal rispettivo valore qm."
Write #1, "dt=", "[ore]", "=C21*C19", "passo temporale.", "", "", "", "", "", "Idrogramma=", "[mc/s]", "idrogramma complessivo, dato dalla somma a parità d'istante dei Dhe*qm1-50."
Write #1, "ta=", "[ore]", "=C14/0.9", "tempo di picco."
Write #1, "qp=", "[mc/(s*mm)]", "=0.208*((C4/1000000)/C19)", "portata al colmo dell'idrogramma unitario del bacino idrografico."
Write #1, "C=", "[-]", CoefficientiDiscretizzazioneTemporale(z%%).tSUta, "coefficiente t/ta di Mockus utilizzato per la discretizzazione temporale."
GoSub DatiColonna
Write #1, "1", "=A23*$C$18", "=SE(ARROTONDA(B23,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B23^$C$7,0)", "=SE(C23>0,C23/B23,0)", matrice1(ieto%%, z%%, 1, 1).i2, "=E23*$C$18", "=SE(C23>0,F23,0)", "=SE(G23-$C$12>=0,((G23-$C$12)^2)/(G23-$C$12+$C$11),0)", "=SE(C23>0,H23,0)", mockus(1).tSUta, mockus(1).qSUqp, matrice1(ieto%%, z%%, 1, 1).tmSUta, matrice1(ieto%%, z%%, 1, 1).qmSUqp, "=M23*$C$20", "=I23*$N$23", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O23:BL23)"
Write #1, "2", "=A24*$C$18", "=SE(ARROTONDA(B24,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B24^$C$7,0)", "=SE(C24>0,(C24-C23)/$C$18,0)", matrice1(ieto%%, z%%, 2, 1).i2, "=E24*$C$18", "=SE(C24>0,G23+F24,0)", "=SE(G24-$C$12>=0,((G24-$C$12)^2)/(G24-$C$12+$C$11),0)", "=SE(C24>0,H24-H23,0)", mockus(2).tSUta, mockus(2).qSUqp, matrice1(ieto%%, z%%, 2, 1).tmSUta, matrice1(ieto%%, z%%, 2, 1).qmSUqp, "=M24*$C$20", "=I24*$N$23", "=I23*$N$24", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O24:BL24)"
Write #1, "3", "=A25*$C$18", "=SE(ARROTONDA(B25,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B25^$C$7,0)", "=SE(C25>0,(C25-C24)/$C$18,0)", matrice1(ieto%%, z%%, 3, 1).i2, "=E25*$C$18", "=SE(C25>0,G24+F25,0)", "=SE(G25-$C$12>=0,((G25-$C$12)^2)/(G25-$C$12+$C$11),0)", "=SE(C25>0,H25-H24,0)", mockus(3).tSUta, mockus(3).qSUqp, matrice1(ieto%%, z%%, 3, 1).tmSUta, matrice1(ieto%%, z%%, 3, 1).qmSUqp, "=M25*$C$20", "=I25*$N$23", "=I24*$N$24", "=$I23*$N$25", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O25:BL25)"
Write #1, "4", "=A26*$C$18", "=SE(ARROTONDA(B26,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B26^$C$7,0)", "=SE(C26>0,(C26-C25)/$C$18,0)", matrice1(ieto%%, z%%, 4, 1).i2, "=E26*$C$18", "=SE(C26>0,G25+F26,0)", "=SE(G26-$C$12>=0,((G26-$C$12)^2)/(G26-$C$12+$C$11),0)", "=SE(C26>0,H26-H25,0)", mockus(4).tSUta, mockus(4).qSUqp, matrice1(ieto%%, z%%, 4, 1).tmSUta, matrice1(ieto%%, z%%, 4, 1).qmSUqp, "=M26*$C$20", "=I26*$N$23", "=I25*$N$24", "=$I24*$N$25", "=$I23*$N$26", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O26:BL26)"
Write #1, "5", "=A27*$C$18", "=SE(ARROTONDA(B27,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B27^$C$7,0)", "=SE(C27>0,(C27-C26)/$C$18,0)", matrice1(ieto%%, z%%, 5, 1).i2, "=E27*$C$18", "=SE(C27>0,G26+F27,0)", "=SE(G27-$C$12>=0,((G27-$C$12)^2)/(G27-$C$12+$C$11),0)", "=SE(C27>0,H27-H26,0)", mockus(5).tSUta, mockus(5).qSUqp, matrice1(ieto%%, z%%, 5, 1).tmSUta, matrice1(ieto%%, z%%, 5, 1).qmSUqp, "=M27*$C$20", "=I27*$N$23", "=I26*$N$24", "=$I25*$N$25", "=$I24*$N$26", "=$I23*$N$27", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O27:BL27)"
Write #1, "6", "=A28*$C$18", "=SE(ARROTONDA(B28,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B28^$C$7,0)", "=SE(C28>0,(C28-C27)/$C$18,0)", matrice1(ieto%%, z%%, 6, 1).i2, "=E28*$C$18", "=SE(C28>0,G27+F28,0)", "=SE(G28-$C$12>=0,((G28-$C$12)^2)/(G28-$C$12+$C$11),0)", "=SE(C28>0,H28-H27,0)", mockus(6).tSUta, mockus(6).qSUqp, matrice1(ieto%%, z%%, 6, 1).tmSUta, matrice1(ieto%%, z%%, 6, 1).qmSUqp, "=M28*$C$20", "=I28*$N$23", "=I27*$N$24", "=$I26*$N$25", "=$I25*$N$26", "=$I24*$N$27", "=$I23*$N$28", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O28:BL28)"
Write #1, "7", "=A29*$C$18", "=SE(ARROTONDA(B29,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B29^$C$7,0)", "=SE(C29>0,(C29-C28)/$C$18,0)", matrice1(ieto%%, z%%, 7, 1).i2, "=E29*$C$18", "=SE(C29>0,G28+F29,0)", "=SE(G29-$C$12>=0,((G29-$C$12)^2)/(G29-$C$12+$C$11),0)", "=SE(C29>0,H29-H28,0)", mockus(7).tSUta, mockus(7).qSUqp, matrice1(ieto%%, z%%, 7, 1).tmSUta, matrice1(ieto%%, z%%, 7, 1).qmSUqp, "=M29*$C$20", "=I29*$N$23", "=I28*$N$24", "=$I27*$N$25", "=$I26*$N$26", "=$I25*$N$27", "=$I24*$N$28", "=$I23*$N$29", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O29:BL29)"
Write #1, "8", "=A30*$C$18", "=SE(ARROTONDA(B30,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B30^$C$7,0)", "=SE(C30>0,(C30-C29)/$C$18,0)", matrice1(ieto%%, z%%, 8, 1).i2, "=E30*$C$18", "=SE(C30>0,G29+F30,0)", "=SE(G30-$C$12>=0,((G30-$C$12)^2)/(G30-$C$12+$C$11),0)", "=SE(C30>0,H30-H29,0)", mockus(8).tSUta, mockus(8).qSUqp, matrice1(ieto%%, z%%, 8, 1).tmSUta, matrice1(ieto%%, z%%, 8, 1).qmSUqp, "=M30*$C$20", "=I30*$N$23", "=I29*$N$24", "=$I28*$N$25", "=$I27*$N$26", "=$I26*$N$27", "=$I25*$N$28", "=$I24*$N$29", "=$I23*$N$30", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O30:BL30)"
Write #1, "9", "=A31*$C$18", "=SE(ARROTONDA(B31,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B31^$C$7,0)", "=SE(C31>0,(C31-C30)/$C$18,0)", matrice1(ieto%%, z%%, 9, 1).i2, "=E31*$C$18", "=SE(C31>0,G30+F31,0)", "=SE(G31-$C$12>=0,((G31-$C$12)^2)/(G31-$C$12+$C$11),0)", "=SE(C31>0,H31-H30,0)", mockus(9).tSUta, mockus(9).qSUqp, matrice1(ieto%%, z%%, 9, 1).tmSUta, matrice1(ieto%%, z%%, 9, 1).qmSUqp, "=M31*$C$20", "=I31*$N$23", "=I30*$N$24", "=$I29*$N$25", "=$I28*$N$26", "=$I27*$N$27", "=$I26*$N$28", "=$I25*$N$29", "=$I24*$N$30", "=$I23*$N$31", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O31:BL31)"
Write #1, "10", "=A32*$C$18", "=SE(ARROTONDA(B32,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B32^$C$7,0)", "=SE(C32>0,(C32-C31)/$C$18,0)", matrice1(ieto%%, z%%, 10, 1).i2, "=E32*$C$18", "=SE(C32>0,G31+F32,0)", "=SE(G32-$C$12>=0,((G32-$C$12)^2)/(G32-$C$12+$C$11),0)", "=SE(C32>0,H32-H31,0)", mockus(10).tSUta, mockus(10).qSUqp, matrice1(ieto%%, z%%, 10, 1).tmSUta, matrice1(ieto%%, z%%, 10, 1).qmSUqp, "=M32*$C$20", "=I32*$N$23", "=I31*$N$24", "=$I30*$N$25", "=$I29*$N$26", "=$I28*$N$27", "=$I27*$N$28", "=$I26*$N$29", "=$I25*$N$30", "=$I24*$N$31", "=$I23*$N$32", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O32:BL32)"
Write #1, "11", "=A33*$C$18", "=SE(ARROTONDA(B33,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B33^$C$7,0)", "=SE(C33>0,(C33-C32)/$C$18,0)", matrice1(ieto%%, z%%, 11, 1).i2, "=E33*$C$18", "=SE(C33>0,G32+F33,0)", "=SE(G33-$C$12>=0,((G33-$C$12)^2)/(G33-$C$12+$C$11),0)", "=SE(C33>0,H33-H32,0)", mockus(11).tSUta, mockus(11).qSUqp, matrice1(ieto%%, z%%, 11, 1).tmSUta, matrice1(ieto%%, z%%, 11, 1).qmSUqp, "=M33*$C$20", "=I33*$N$23", "=I32*$N$24", "=$I31*$N$25", "=$I30*$N$26", "=$I29*$N$27", "=$I28*$N$28", "=$I27*$N$29", "=$I26*$N$30", "=$I25*$N$31", "=$I24*$N$32", "=$I23*$N$33", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O33:BL33)"
Write #1, "12", "=A34*$C$18", "=SE(ARROTONDA(B34,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B34^$C$7,0)", "=SE(C34>0,(C34-C33)/$C$18,0)", matrice1(ieto%%, z%%, 12, 1).i2, "=E34*$C$18", "=SE(C34>0,G33+F34,0)", "=SE(G34-$C$12>=0,((G34-$C$12)^2)/(G34-$C$12+$C$11),0)", "=SE(C34>0,H34-H33,0)", mockus(12).tSUta, mockus(12).qSUqp, matrice1(ieto%%, z%%, 12, 1).tmSUta, matrice1(ieto%%, z%%, 12, 1).qmSUqp, "=M34*$C$20", "=I34*$N$23", "=I33*$N$24", "=$I32*$N$25", "=$I31*$N$26", "=$I30*$N$27", "=$I29*$N$28", "=$I28*$N$29", "=$I27*$N$30", "=$I26*$N$31", "=$I25*$N$32", "=$I24*$N$33", "=$I23*$N$34", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O34:BL34)"
Write #1, "13", "=A35*$C$18", "=SE(ARROTONDA(B35,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B35^$C$7,0)", "=SE(C35>0,(C35-C34)/$C$18,0)", matrice1(ieto%%, z%%, 13, 1).i2, "=E35*$C$18", "=SE(C35>0,G34+F35,0)", "=SE(G35-$C$12>=0,((G35-$C$12)^2)/(G35-$C$12+$C$11),0)", "=SE(C35>0,H35-H34,0)", mockus(13).tSUta, mockus(13).qSUqp, matrice1(ieto%%, z%%, 13, 1).tmSUta, matrice1(ieto%%, z%%, 13, 1).qmSUqp, "=M35*$C$20", "=I35*$N$23", "=I34*$N$24", "=$I33*$N$25", "=$I32*$N$26", "=$I31*$N$27", "=$I30*$N$28", "=$I29*$N$29", "=$I28*$N$30", "=$I27*$N$31", "=$I26*$N$32", "=$I25*$N$33", "=$I24*$N$34", "=$I23*$N$35", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O35:BL35)"
Write #1, "14", "=A36*$C$18", "=SE(ARROTONDA(B36,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B36^$C$7,0)", "=SE(C36>0,(C36-C35)/$C$18,0)", matrice1(ieto%%, z%%, 14, 1).i2, "=E36*$C$18", "=SE(C36>0,G35+F36,0)", "=SE(G36-$C$12>=0,((G36-$C$12)^2)/(G36-$C$12+$C$11),0)", "=SE(C36>0,H36-H35,0)", mockus(14).tSUta, mockus(14).qSUqp, matrice1(ieto%%, z%%, 14, 1).tmSUta, matrice1(ieto%%, z%%, 14, 1).qmSUqp, "=M36*$C$20", "=I36*$N$23", "=I35*$N$24", "=$I34*$N$25", "=$I33*$N$26", "=$I32*$N$27", "=$I31*$N$28", "=$I30*$N$29", "=$I29*$N$30", "=$I28*$N$31", "=$I27*$N$32", "=$I26*$N$33", "=$I25*$N$34", "=$I24*$N$35", "=$I23*$N$36", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O36:BL36)"
Write #1, "15", "=A37*$C$18", "=SE(ARROTONDA(B37,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B37^$C$7,0)", "=SE(C37>0,(C37-C36)/$C$18,0)", matrice1(ieto%%, z%%, 15, 1).i2, "=E37*$C$18", "=SE(C37>0,G36+F37,0)", "=SE(G37-$C$12>=0,((G37-$C$12)^2)/(G37-$C$12+$C$11),0)", "=SE(C37>0,H37-H36,0)", mockus(15).tSUta, mockus(15).qSUqp, matrice1(ieto%%, z%%, 15, 1).tmSUta, matrice1(ieto%%, z%%, 15, 1).qmSUqp, "=M37*$C$20", "=I37*$N$23", "=I36*$N$24", "=$I35*$N$25", "=$I34*$N$26", "=$I33*$N$27", "=$I32*$N$28", "=$I31*$N$29", "=$I30*$N$30", "=$I29*$N$31", "=$I28*$N$32", "=$I27*$N$33", "=$I26*$N$34", "=$I25*$N$35", "=$I24*$N$36", "=$I23*$N$37", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "", "=SOMMA(O37:BL37)"
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Write #1, "41", "=A63*$C$18", "=SE(ARROTONDA(B63,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B63^$C$7,0)", "=SE(C63>0,(C63-C62)/$C$18,0)", matrice1(ieto%%, z%%, 41, 1).i2, "=E63*$C$18", "=SE(C63>0,G62+F63,0)", "=SE(G63-$C$12>=0,((G63-$C$12)^2)/(G63-$C$12+$C$11),0)", "=SE(C63>0,H63-H62,0)", mockus(41).tSUta, mockus(41).qSUqp, matrice1(ieto%%, z%%, 41, 1).tmSUta, matrice1(ieto%%, z%%, 41, 1).qmSUqp, "=M63*$C$20", "=I63*$N$23", "=I62*$N$24", "=$I61*$N$25", "=$I60*$N$26", "=$I59*$N$27", "=$I58*$N$28", "=$I57*$N$29", "=$I56*$N$30", "=$I55*$N$31", "=$I54*$N$32", "=$I53*$N$33", "=$I52*$N$34", "=$I51*$N$35", "=$I50*$N$36", "=$I49*$N$37", "=$I48*$N$38", "=$I47*$N$39", "=$I46*$N$40", "=$I45*$N$41", "=$I44*$N$42", "=$I43*$N$43", "=$I42*$N$44", "=$I41*$N$45", "=$I40*$N$46", "=$I39*$N$47", "=$I38*$N$48", "=$I37*$N$49", "=$I36*$N$50", "=$I35*$N$51", "=$I34*$N$52", "=$I33*$N$53", "=$I32*$N$54", "=$I31*$M$55", "=$I30*$M$56", "=$I29*$M$57", "=$I28*$M$58", "=$I27*$M$59", "=$I26*$M$60", "=$I25*$M$61", "=$I24*$M$62", "=$I23*$M$63", "", "", "", "", "", "", "", "", "", "=SOMMA(O63:BL63)"
Write #1, "42", "=A64*$C$18", "=SE(ARROTONDA(B64,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B64^$C$7,0)", "=SE(C64>0,(C64-C63)/$C$18,0)", matrice1(ieto%%, z%%, 42, 1).i2, "=E64*$C$18", "=SE(C64>0,G63+F64,0)", "=SE(G64-$C$12>=0,((G64-$C$12)^2)/(G64-$C$12+$C$11),0)", "=SE(C64>0,H64-H63,0)", mockus(42).tSUta, mockus(42).qSUqp, matrice1(ieto%%, z%%, 42, 1).tmSUta, matrice1(ieto%%, z%%, 42, 1).qmSUqp, "=M64*$C$20", "=I64*$N$23", "=I63*$N$24", "=$I62*$N$25", "=$I61*$N$26", "=$I60*$N$27", "=$I59*$N$28", "=$I58*$N$29", "=$I57*$N$30", "=$I56*$N$31", "=$I55*$N$32", "=$I54*$N$33", "=$I53*$N$34", "=$I52*$N$35", "=$I51*$N$36", "=$I50*$N$37", "=$I49*$N$38", "=$I48*$N$39", "=$I47*$N$40", "=$I46*$N$41", "=$I45*$N$42", "=$I44*$N$43", "=$I43*$N$44", "=$I42*$N$45", "=$I41*$N$46", "=$I40*$N$47", "=$I39*$N$48", "=$I38*$N$49", "=$I37*$N$50", "=$I36*$N$51", "=$I35*$N$52", "=$I34*$N$53", "=$I33*$N$54", "=$I32*$M$55", "=$I31*$M$56", "=$I30*$M$57", "=$I29*$M$58", "=$I28*$M$59", "=$I27*$M$60", "=$I26*$M$61", "=$I25*$M$62", "=$I24*$M$63", "=$I23*$M$64", "", "", "", "", "", "", "", "", "=SOMMA(O64:BL64)"
Write #1, "43", "=A65*$C$18", "=SE(ARROTONDA(B65,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B65^$C$7,0)", "=SE(C65>0,(C65-C64)/$C$18,0)", matrice1(ieto%%, z%%, 43, 1).i2, "=E65*$C$18", "=SE(C65>0,G64+F65,0)", "=SE(G65-$C$12>=0,((G65-$C$12)^2)/(G65-$C$12+$C$11),0)", "=SE(C65>0,H65-H64,0)", mockus(43).tSUta, mockus(43).qSUqp, matrice1(ieto%%, z%%, 43, 1).tmSUta, matrice1(ieto%%, z%%, 43, 1).qmSUqp, "=M65*$C$20", "=I65*$N$23", "=I64*$N$24", "=$I63*$N$25", "=$I62*$N$26", "=$I61*$N$27", "=$I60*$N$28", "=$I59*$N$29", "=$I58*$N$30", "=$I57*$N$31", "=$I56*$N$32", "=$I55*$N$33", "=$I54*$N$34", "=$I53*$N$35", "=$I52*$N$36", "=$I51*$N$37", "=$I50*$N$38", "=$I49*$N$39", "=$I48*$N$40", "=$I47*$N$41", "=$I46*$N$42", "=$I45*$N$43", "=$I44*$N$44", "=$I43*$N$45", "=$I42*$N$46", "=$I41*$N$47", "=$I40*$N$48", "=$I39*$N$49", "=$I38*$N$50", "=$I37*$N$51", "=$I36*$N$52", "=$I35*$N$53", "=$I34*$N$54", "=$I33*$M$55", "=$I32*$M$56", "=$I31*$M$57", "=$I30*$M$58", "=$I29*$M$59", "=$I28*$M$60", "=$I27*$M$61", "=$I26*$M$62", "=$I25*$M$63", "=$I24*$M$64", "=$I23*$M$65", "", "", "", "", "", "", "", "=SOMMA(O65:BL65)"
Write #1, "44", "=A66*$C$18", "=SE(ARROTONDA(B66,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B66^$C$7,0)", "=SE(C66>0,(C66-C65)/$C$18,0)", matrice1(ieto%%, z%%, 44, 1).i2, "=E66*$C$18", "=SE(C66>0,G65+F66,0)", "=SE(G66-$C$12>=0,((G66-$C$12)^2)/(G66-$C$12+$C$11),0)", "=SE(C66>0,H66-H65,0)", mockus(44).tSUta, mockus(44).qSUqp, matrice1(ieto%%, z%%, 44, 1).tmSUta, matrice1(ieto%%, z%%, 44, 1).qmSUqp, "=M66*$C$20", "=I66*$N$23", "=I65*$N$24", "=$I64*$N$25", "=$I63*$N$26", "=$I62*$N$27", "=$I61*$N$28", "=$I60*$N$29", "=$I59*$N$30", "=$I58*$N$31", "=$I57*$N$32", "=$I56*$N$33", "=$I55*$N$34", "=$I54*$N$35", "=$I53*$N$36", "=$I52*$N$37", "=$I51*$N$38", "=$I50*$N$39", "=$I49*$N$40", "=$I48*$N$41", "=$I47*$N$42", "=$I46*$N$43", "=$I45*$N$44", "=$I44*$N$45", "=$I43*$N$46", "=$I42*$N$47", "=$I41*$N$48", "=$I40*$N$49", "=$I39*$N$50", "=$I38*$N$51", "=$I37*$N$52", "=$I36*$N$53", "=$I35*$N$54", "=$I34*$M$55", "=$I33*$M$56", "=$I32*$M$57", "=$I31*$M$58", "=$I30*$M$59", "=$I29*$M$60", "=$I28*$M$61", "=$I27*$M$62", "=$I26*$M$63", "=$I25*$M$64", "=$I24*$M$65", "=$I23*$M$66", "", "", "", "", "", "", "=SOMMA(O66:BL66)"
Write #1, "45", "=A67*$C$18", "=SE(ARROTONDA(B67,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B67^$C$7,0)", "=SE(C67>0,(C67-C66)/$C$18,0)", matrice1(ieto%%, z%%, 45, 1).i2, "=E67*$C$18", "=SE(C67>0,G66+F67,0)", "=SE(G67-$C$12>=0,((G67-$C$12)^2)/(G67-$C$12+$C$11),0)", "=SE(C67>0,H67-H66,0)", mockus(45).tSUta, mockus(45).qSUqp, matrice1(ieto%%, z%%, 45, 1).tmSUta, matrice1(ieto%%, z%%, 45, 1).qmSUqp, "=M67*$C$20", "=I67*$N$23", "=I66*$N$24", "=$I65*$N$25", "=$I64*$N$26", "=$I63*$N$27", "=$I62*$N$28", "=$I61*$N$29", "=$I60*$N$30", "=$I59*$N$31", "=$I58*$N$32", "=$I57*$N$33", "=$I56*$N$34", "=$I55*$N$35", "=$I54*$N$36", "=$I53*$N$37", "=$I52*$N$38", "=$I51*$N$39", "=$I50*$N$40", "=$I49*$N$41", "=$I48*$N$42", "=$I47*$N$43", "=$I46*$N$44", "=$I45*$N$45", "=$I44*$N$46", "=$I43*$N$47", "=$I42*$N$48", "=$I41*$N$49", "=$I40*$N$50", "=$I39*$N$51", "=$I38*$N$52", "=$I37*$N$53", "=$I36*$N$54", "=$I35*$M$55", "=$I34*$M$56", "=$I33*$M$57", "=$I32*$M$58", "=$I31*$M$59", "=$I30*$M$60", "=$I29*$M$61", "=$I28*$M$62", "=$I27*$M$63", "=$I26*$M$64", "=$I25*$M$65", "=$I24*$M$66", "=$I23*$M$67", "", "", "", "", "", "=SOMMA(O67:BL67)"
Write #1, "46", "=A68*$C$18", "=SE(ARROTONDA(B68,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B68^$C$7,0)", "=SE(C68>0,(C68-C67)/$C$18,0)", matrice1(ieto%%, z%%, 46, 1).i2, "=E68*$C$18", "=SE(C68>0,G67+F68,0)", "=SE(G68-$C$12>=0,((G68-$C$12)^2)/(G68-$C$12+$C$11),0)", "=SE(C68>0,H68-H67,0)", mockus(46).tSUta, mockus(46).qSUqp, matrice1(ieto%%, z%%, 46, 1).tmSUta, matrice1(ieto%%, z%%, 46, 1).qmSUqp, "=M68*$C$20", "=I68*$N$23", "=I67*$N$24", "=$I66*$N$25", "=$I65*$N$26", "=$I64*$N$27", "=$I63*$N$28", "=$I62*$N$29", "=$I61*$N$30", "=$I60*$N$31", "=$I59*$N$32", "=$I58*$N$33", "=$I57*$N$34", "=$I56*$N$35", "=$I55*$N$36", "=$I54*$N$37", "=$I53*$N$38", "=$I52*$N$39", "=$I51*$N$40", "=$I50*$N$41", "=$I49*$N$42", "=$I48*$N$43", "=$I47*$N$44", "=$I46*$N$45", "=$I45*$N$46", "=$I44*$N$47", "=$I43*$N$48", "=$I42*$N$49", "=$I41*$N$50", "=$I40*$N$51", "=$I39*$N$52", "=$I38*$N$53", "=$I37*$N$54", "=$I36*$M$55", "=$I35*$M$56", "=$I34*$M$57", "=$I33*$M$58", "=$I32*$M$59", "=$I31*$M$60", "=$I30*$M$61", "=$I29*$M$62", "=$I28*$M$63", "=$I27*$M$64", "=$I26*$M$65", "=$I25*$M$66", "=$I24*$M$67", "=$I23*$M$68", "", "", "", "", "=SOMMA(O68:BL68)"
Write #1, "47", "=A69*$C$18", "=SE(ARROTONDA(B69,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B69^$C$7,0)", "=SE(C69>0,(C69-C68)/$C$18,0)", matrice1(ieto%%, z%%, 47, 1).i2, "=E69*$C$18", "=SE(C69>0,G68+F69,0)", "=SE(G69-$C$12>=0,((G69-$C$12)^2)/(G69-$C$12+$C$11),0)", "=SE(C69>0,H69-H68,0)", mockus(47).tSUta, mockus(47).qSUqp, matrice1(ieto%%, z%%, 47, 1).tmSUta, matrice1(ieto%%, z%%, 47, 1).qmSUqp, "=M69*$C$20", "=I69*$N$23", "=I68*$N$24", "=$I67*$N$25", "=$I66*$N$26", "=$I65*$N$27", "=$I64*$N$28", "=$I63*$N$29", "=$I62*$N$30", "=$I61*$N$31", "=$I60*$N$32", "=$I59*$N$33", "=$I58*$N$34", "=$I57*$N$35", "=$I56*$N$36", "=$I55*$N$37", "=$I54*$N$38", "=$I53*$N$39", "=$I52*$N$40", "=$I51*$N$41", "=$I50*$N$42", "=$I49*$N$43", "=$I48*$N$44", "=$I47*$N$45", "=$I46*$N$46", "=$I45*$N$47", "=$I44*$N$48", "=$I43*$N$49", "=$I42*$N$50", "=$I41*$N$51", "=$I40*$N$52", "=$I39*$N$53", "=$I38*$N$54", "=$I37*$M$55", "=$I36*$M$56", "=$I35*$M$57", "=$I34*$M$58", "=$I33*$M$59", "=$I32*$M$60", "=$I31*$M$61", "=$I30*$M$62", "=$I29*$M$63", "=$I28*$M$64", "=$I27*$M$65", "=$I26*$M$66", "=$I25*$M$67", "=$I24*$M$68", "=$I23*$M$69", "", "", "", "=SOMMA(O69:BL69)"
Write #1, "48", "=A70*$C$18", "=SE(ARROTONDA(B70,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B70^$C$7,0)", "=SE(C70>0,(C70-C69)/$C$18,0)", matrice1(ieto%%, z%%, 48, 1).i2, "=E70*$C$18", "=SE(C70>0,G69+F70,0)", "=SE(G70-$C$12>=0,((G70-$C$12)^2)/(G70-$C$12+$C$11),0)", "=SE(C70>0,H70-H69,0)", mockus(48).tSUta, mockus(48).qSUqp, matrice1(ieto%%, z%%, 48, 1).tmSUta, matrice1(ieto%%, z%%, 48, 1).qmSUqp, "=M70*$C$20", "=I70*$N$23", "=I69*$N$24", "=$I68*$N$25", "=$I67*$N$26", "=$I66*$N$27", "=$I65*$N$28", "=$I64*$N$29", "=$I63*$N$30", "=$I62*$N$31", "=$I61*$N$32", "=$I60*$N$33", "=$I59*$N$34", "=$I58*$N$35", "=$I57*$N$36", "=$I56*$N$37", "=$I55*$N$38", "=$I54*$N$39", "=$I53*$N$40", "=$I52*$N$41", "=$I51*$N$42", "=$I50*$N$43", "=$I49*$N$44", "=$I48*$N$45", "=$I47*$N$46", "=$I46*$N$47", "=$I45*$N$48", "=$I44*$N$49", "=$I43*$N$50", "=$I42*$N$51", "=$I41*$N$52", "=$I40*$N$53", "=$I39*$N$54", "=$I38*$M$55", "=$I37*$M$56", "=$I36*$M$57", "=$I35*$M$58", "=$I34*$M$59", "=$I33*$M$60", "=$I32*$M$61", "=$I31*$M$62", "=$I30*$M$63", "=$I29*$M$64", "=$I28*$M$65", "=$I27*$M$66", "=$I26*$M$67", "=$I25*$M$68", "=$I24*$M$69", "=$I23*$M$70", "", "", "=SOMMA(O70:BL70)"
Write #1, "49", "=A71*$C$18", "=SE(ARROTONDA(B71,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B71^$C$7,0)", "=SE(C71>0,(C71-C70)/$C$18,0)", matrice1(ieto%%, z%%, 49, 1).i2, "=E71*$C$18", "=SE(C71>0,G70+F71,0)", "=SE(G71-$C$12>=0,((G71-$C$12)^2)/(G71-$C$12+$C$11),0)", "=SE(C71>0,H71-H70,0)", mockus(49).tSUta, mockus(49).qSUqp, matrice1(ieto%%, z%%, 49, 1).tmSUta, matrice1(ieto%%, z%%, 49, 1).qmSUqp, "=M71*$C$20", "=I71*$N$23", "=I70*$N$24", "=$I69*$N$25", "=$I68*$N$26", "=$I67*$N$27", "=$I66*$N$28", "=$I65*$N$29", "=$I64*$N$30", "=$I63*$N$31", "=$I62*$N$32", "=$I61*$N$33", "=$I60*$N$34", "=$I59*$N$35", "=$I58*$N$36", "=$I57*$N$37", "=$I56*$N$38", "=$I55*$N$39", "=$I54*$N$40", "=$I53*$N$41", "=$I52*$N$42", "=$I51*$N$43", "=$I50*$N$44", "=$I49*$N$45", "=$I48*$N$46", "=$I47*$N$47", "=$I46*$N$48", "=$I45*$N$49", "=$I44*$N$50", "=$I43*$N$51", "=$I42*$N$52", "=$I41*$N$53", "=$I40*$N$54", "=$I39*$M$55", "=$I38*$M$56", "=$I37*$M$57", "=$I36*$M$58", "=$I35*$M$59", "=$I34*$M$60", "=$I33*$M$61", "=$I32*$M$62", "=$I31*$M$63", "=$I30*$M$64", "=$I29*$M$65", "=$I28*$M$66", "=$I27*$M$67", "=$I26*$M$68", "=$I25*$M$69", "=$I24*$M$70", "=$I23*$M$71", "", "=SOMMA(O71:BL71)"
Write #1, "50", "=A72*$C$18", "=SE(ARROTONDA(B72,4)<=ARROTONDA($C$17,4),$C$5*$C$6*B72^$C$7,0)", "=SE(C71>0,(C71-C71)/$C$18,0)", matrice1(ieto%%, z%%, 50, 1).i2, "=E72*$C$18", "=SE(C71>0,G71+F72,0)", "=SE(G72-$C$12>=0,((G72-$C$12)^2)/(G72-$C$12+$C$11),0)", "=SE(C72>0,H72-H71,0)", mockus(50).tSUta, mockus(50).qSUqp, matrice1(ieto%%, z%%, 50, 1).tmSUta, matrice1(ieto%%, z%%, 50, 1).qmSUqp, "=M72*$C$20", "=I72*$N$23", "=I71*$N$24", "=$I70*$N$25", "=$I69*$N$26", "=$I68*$N$27", "=$I67*$N$28", "=$I66*$N$29", "=$I65*$N$30", "=$I64*$N$31", "=$I63*$N$32", "=$I62*$N$33", "=$I61*$N$34", "=$I60*$N$35", "=$I59*$N$36", "=$I58*$N$37", "=$I57*$N$38", "=$I56*$N$39", "=$I55*$N$40", "=$I54*$N$41", "=$I53*$N$42", "=$I52*$N$43", "=$I51*$N$44", "=$I50*$N$45", "=$I49*$N$46", "=$I48*$N$47", "=$I47*$N$48", "=$I46*$N$49", "=$I45*$N$50", "=$I44*$N$51", "=$I43*$N$52", "=$I42*$N$53", "=$I41*$N$54", "=$I40*$M$55", "=$I39*$M$56", "=$I38*$M$57", "=$I37*$M$58", "=$I36*$M$59", "=$I35*$M$60", "=$I34*$M$61", "=$I33*$M$62", "=$I32*$M$63", "=$I31*$M$64", "=$I30*$M$65", "=$I29*$M$66", "=$I28*$M$67", "=$I27*$M$68", "=$I26*$M$69", "=$I25*$M$70", "=$I24*$M$71", "", "=SOMMA(O72:BL72)"
Write #1, "SOMMA", "", "", "", "", "=SOMMA(F23:F72)", "", "", "=SOMMA(I23:I72)"
Write #1, "MEDIA", "", "", "=SOMMA(D2372)/(CONTA.NUMERI(D2372)-CONTA.SE(D2372,0))", "=SOMMA(E23:E72)/(CONTA.NUMERI(E23:E72)-CONTA.SE(E23:E72,0))"
Write #1, ""
Write #1, "Se sopra compare #NOME?, qui di seguito è riportata la stessa matrice, con l'utilizzo dei valori calcolati dal programma, anziché con l'uso delle formule di Excel, in quanto talvolta, a seconda del computer, al posto del valore, compare #NOME?, anche se la formula è corretta: editandola facendo doppio click su di essa e premendo poi INVIO, compare il valore."
GoSub DatiColonna
For i% = 1 To 50
WRITE #1,_
i%,_
matrice1(ieto%%, z%%, i%, 1).mdt,_
matrice1(ieto%%, z%%, i%, 1).h1,_
matrice1(ieto%%, z%%, i%, 1).i1,_
matrice1(ieto%%, z%%, i%, 1).i2,_
matrice1(ieto%%, z%%, i%, 1).DH,_
matrice1(ieto%%, z%%, i%, 1).H2,_
matrice1(ieto%%, z%%, i%, 1).he,_
matrice1(ieto%%, z%%, i%, 1).Dhe,_
matrice1(ieto%%, z%%, i%, 1).tSUta,_
matrice1(ieto%%, z%%, i%, 1).qSUqp,_
matrice1(ieto%%, z%%, i%, 1).tmSUta,_
matrice1(ieto%%, z%%, i%, 1).qmSUqp,_
matrice1(ieto%%, z%%, i%, 1).qm,
For n%% = 1 To 50
Write #1, matrice2!(ieto%%, z%%, i%, n%%),
Next n%%
Write #1, idrogrammi1a24(ieto%%, z%%, i%, 1).portata
Next i%
Write #1, "SOMMA", "", "", "", "", matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).H2, "", "", matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).he
Write #1, "MEDIA", "", "", matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).h1 / matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).mdt, matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).H2 / matrice1(ieto%%, z%%, PassiFinePioggia1a24%%(z%%), 1).mdt
Close #1
Next z%%
Loop Until z%% = 25
If TerminaSalvataggio$ = Chr$(27) Then Exit For
Next ieto%%
If KeyPress$ = "1" And TerminaSalvataggio$ <> Chr$(27) Then
If VisualizzaIeto%% = 1 Then
Call CreaImmagine(idrogramma1e2(1).composizione, "A.IdrogrammaProgettoCHICAGO+PortataPiccoProgetto")
If ore!(1) <> 0 Then Call CreaImmagine(idrogramma1e2(1).composizione, "A.IdrogrammaProgettoCHICAGO+PortataPiccoProgetto")
If ore!(2) <> 0 Then Call CreaImmagine(idrogramma1e2(2).composizione, "B.IdrogrammaSceltoCHICAGO+PortataOraPiccoScelta")
ElseIf VisualizzaIeto%% = 2 Then
Call CreaImmagine(idrogramma1e2(1).composizione, "A.IdrogrammaProgettoCOSTANTE+PortataPiccoProgetto")
If ore!(2) <> 0 Then Call CreaImmagine(idrogramma1e2(2).composizione, "B.IdrogrammaSceltoCOSTANTE+PortataOraPiccoScelta")
End If
Call CreaImmagine(unitari&, "C.IdrogrammiUnitari")
For ieto%% = 1 To 2
If ieto%% = 1 Then testo$ = "D._1-24,idrogrammiCHICAGO+PortatePicco(da_1_a_32_volte_tc)"
If ieto%% = 2 Then testo$ = "E._1-24,idrogrammiCOSTANTE+PortatePicco(da_1_a_32_volte_tc)"
Call CreaImmagine(ComplessivoIeto1e2(ieto%%).composizione, testo$)
i% = 0
Do
For z%% = 1 To 24
TerminaSalvataggio$ = InKey$
If TerminaSalvataggio$ = Chr$(27) Then Exit Do
i% = i% + 1
If ieto%% = 1 Then testo$ = "D." + _Trim$(Str$(z%%)) + ",idrogrammaCHICAGO(" + _Trim$(Str$(CoefficientiDiscretizzazioneTemporale(z%%).N)) + "_volte_tc)"
If ieto%% = 2 Then testo$ = "E." + _Trim$(Str$(z%%)) + ",idrogrammaCOSTANTE(" + _Trim$(Str$(CoefficientiDiscretizzazioneTemporale(z%%).N)) + "_volte_tc)"
Call CreaImmagine(MatriciIeto1e2&(ieto%%, z%%), testo$)
Next z%%
Loop Until z%% = 25
If TerminaSalvataggio$ = Chr$(27) Then Exit For
Next ieto%%
End If
Return
'--------------------------------------------------------------------------------------------------------------------------------------------------
DatiBase:
Write #n%%, "DATI"
Write #n%%, "T=", "[anni]", T$, "tempo di ritorno"
Write #n%%, "A=", "mq", A2&, "area del bacino idrografico"
Write #n%%, "K=", "[-]", k!, "parametro del Centro Funzionale"
Write #n%%, "a=", "[mm/d^n]", a1!, "coefficiente della curva di possibilità climatica."
Write #n%%, "n=", "[-]", n1!, "coefficiente della curva di possibilità climatica."
Write #n%%, "L=", "[m]", L~%, "lunghezza dell'asta principale del bacino idrografico."
Write #n%%, "s=", "[%]", s1!, "pendenza media del bacino idrografico."
Write #n%%, "CN(II)=", "[-]", CNII%%
Write #n%%, "S=", "[mm]", "=25.4*((1000/C13)-10)", "contenuto idrico massimo del terreno."
Write #n%%, "Ia=", "[mm]", "=0.1*C11", "perdite iniziali."
Write #n%%, "CN(III)=", "[-]", "=(23*C10)/(10+0.13*C10)"
Write #n%%, "tl=", "[ore]", "=0.342*(((C8/1000)^0.8)/(C9^0.5))*(1000/C13-9)^0.7", "formula di Mockus esprimente il tempo di ritardo."
Write #n%%, "tc=", "[ore]", "=C14/0.6", "tempo di corrivazione."
Write #n%%, "ta=", "[ore]", "=C14/0.9", "tempo di picco."
Write #n%%, "qp=", "[mc/(s*mm)]", "=0.208*((C4/1000000)/C16)", "portata al colmo dell'idrogramma unitario del bacino idrografico."
Return
'--------------------------------------------------------------------------------------------------------------------------------------------------
DatiColonna:
Write #1, "N", "N*dt", "h", "i", "iC", "DH", "H", "he", "Dhe", "t/ta", "q/qp", "tm/ta", "qm/qp", "qm",
For i% = 1 To 50
Write #1, "Dhe*qm" + _Trim$(Str$(i%)),
Next i%
Write #1, "idrogramma"
Return
'**************************************************************************************************************************************************
'* Termine sezione routines e inizio sezione subroutines e functions *
'**************************************************************************************************************************************************
Sub InserimentoDati (k!, a1!, n1, A2&, L~%, s1!, CNII%%, CoeffPerditeIniziali!)
Shared TempiRitorno() As TempiRitorno
Shared inputs$()
Shared PosizioneCursore%%
Shared esc~`, riavvio~`
Shared T$
Shared KeyPress$
Dim T!
Dim richiesta%%
Dim test~`
Dim debug~`
Dim punti~`
Dim cursore~`
Dim esci~`
Dim carattere$
Color G&
PosizioneCursore%% = CsrLin - 11
richiesta%% = 1
Do
_Limit 30
KeyPress$ = InKey$
If Timer > T! + 0.5 Then
cursore~` = Not cursore~`
T! = Timer
End If
For i% = 1 To 8
Locate PosizioneCursore%% - 1 + i%, 69: Print inputs$(i%) + Space$(30)
Next i%
Locate PosizioneCursore%% - 1 + richiesta%%, 69 + Len(inputs$(richiesta%%))
If debug~` = 1 Or esci~` = 1 Then Exit Do
If cursore~` Then Print "_"
Select Case KeyPress$
Case Chr$(27)
esc~` = 1
Exit Do
Case Chr$(8)
If Len(inputs$(richiesta%%)) > 0 Then inputs$(richiesta%%) = Left$(inputs$(richiesta%%), Len(inputs$(richiesta%%)) - 1)
Case Chr$(9)
riavvio~` = 1
Exit Do
Case Chr$(44), Chr$(46)
Select Case richiesta%%
Case 4, 5, 7
If KeyPress$ = Chr$(44) Or KeyPress$ = Chr$(46) Then KeyPress$ = ""
Case Else
punti~` = 0
If KeyPress$ = Chr$(44) Then KeyPress$ = Chr$(46)
For n%% = 1 To Len(inputs$(richiesta%%))
carattere$ = Mid$(inputs$(richiesta%%), n%%, 1)
If carattere$ = Chr$(46) Then punti~` = 1
Next n%%
If punti~` = 0 Then inputs$(richiesta%%) = inputs$(richiesta%%) + KeyPress$
End Select
Case Chr$(48) To Chr$(57)
inputs$(richiesta%%) = inputs$(richiesta%%) + KeyPress$
Case Chr$(0) + Chr$(72)
GoSub ValutaInput
Select Case test~`
Case Is = 0
inputs$(richiesta%%) = ""
Case Is = 1
If richiesta%% = 1 Then
Exit Select
ElseIf richiesta%% <= 10 Then
richiesta%% = richiesta%% - 1
End If
End Select
Case Chr$(13), Chr$(0) + Chr$(80)
GoSub ValutaInput
If richiesta%% <> 8 Then If KeyPress$ = Chr$(0) + Chr$(80) Then KeyPress$ = Chr$(13)
If richiesta%% <> 8 Then If Len(inputs$(richiesta%%)) = 0 Then test~` = 0
Select Case test~`
Case Is = 0
inputs$(richiesta%%) = ""
Case Is = 1
If richiesta%% = 8 Then If KeyPress$ = Chr$(13) Then esci~` = 1
If richiesta%% <> 8 Then richiesta%% = richiesta%% + 1
End Select
End Select
Loop
If debug~` = 0 Then k! = Val(inputs$(1)): a1! = Val(inputs$(2)): n1! = Val(inputs$(3)): A2& = Val(inputs$(4)): L~% = Val(inputs$(5)): s1! = Val(inputs$(6)): CNII%% = Val(inputs$(7)): CoeffPerditeIniziali! = Val(inputs$(8))
Color bianco&
Exit Sub
'--------------------------------------------------------------------------------------------------------------------------------------------------
ValutaInput:
test~` = 0
Select Case richiesta%%
Case 1
If inputs$(1) = "123" Then
debug~` = 1
'Cillian:
k! = 2.34: a1! = 14.6653: n1! = 0.45596: A2& = 2641902: L~% = 3300: s1! = 41.5: CNII%% = 70: CoeffPerditeIniziali! = 0.1
'pialong:
'k! = 2.34: a1! = 17.097811: n1! = 0.497753: A2& = 2509318: L~% = 2919: s1! = 66.3: CNII%% = 66: CoeffPerditeIniziali! = 0.1
'mondange:
'k! = 2.04: a1! = 10.93228: n1! = 0.482321: A2& = 294873: L~% = 840: s1! = 74.7: CNII%% = 77: CoeffPerditeIniziali! = 0.1
'baudier:
'k! = 2.34: a1! = 11.3335: n1! = 0.537101: A2& = 2722894: L~% = 2910: s1! = 104.68: CNII%% = 74: CoeffPerditeIniziali! = 0.1
'pont du teu:
'k! = 3.64: a1! = 12.8458: n1! = 0.537748: A2& = 323540: L~% = 1379: s1! = 95: CNII%% = 77: CoeffPerditeIniziali! = 0.1
inputs$(1) = Str$(k!): inputs$(2) = Str$(a1!): inputs$(3) = Str$(n1!): inputs$(4) = Str$(A2&): inputs$(5) = Str$(L~%): inputs$(6) = Str$(s1!): inputs$(7) = Str$(CNII%%): inputs$(8) = Str$(CoeffPerditeIniziali!)
GoSub TrovaT
Exit Select
End If
If Len(inputs$(1)) = 0 Then If KeyPress$ = Chr$(13) Then inputs$(1) = "1"
GoSub TrovaT
If KeyPress$ = Chr$(0) + Chr$(80) Then If Len(inputs$(1)) = 0 Then test~` = 0
Case 2
test~` = 1
Case 3
If Val(inputs$(3)) <= 1 Then test~` = 1 Else test~` = 0
Case 4, 5, 6
If Val(inputs$(richiesta%%)) >= 1 Then
test~` = 1
ElseIf inputs$(richiesta%%) = "" Then
test~` = 1
Else
test~` = 0
End If
Case 7
If Val(inputs$(richiesta%%)) >= 1 Then
If Val(inputs$(richiesta%%)) <= 100 Then test~` = 1
ElseIf inputs$(richiesta%%) = "" Then test~` = 1
Else
test~` = 0
End If
Case Is = 8
If Len(inputs$(8)) = 0 Then
If KeyPress$ = Chr$(13) Then inputs$(8) = "0.1"
test~` = 1
Exit Select
End If
If Val(inputs$(8)) >= 0 Then
If Val(inputs$(8)) <= 0.2 Then test~` = 1
Else
test~` = 0
End If
End Select
Return
'--------------------------------------------------------------------------------------------------------------------------------------------------
TrovaT:
i% = 1
For i% = 1 To 10
If Val(inputs$(1)) = TempiRitorno(i%).k Then
If i% = 1 Then
T$ = "Definito dall'utente"
test~` = 1
Else
T$ = _Trim$(Str$(TempiRitorno(i%).T)) + " anni"
test~` = 1
End If
Exit For
Else
test~` = 0
End If
Next i%
Return
End Sub
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
Sub CalcolaIdrogramma (X1!, X2!, X3!, Y!, immagine&, destinazione&)
Shared idrogrammi1a24() As idrogramma
Shared MassimiIdrogrammi1a24() As idrogramma
Shared FinePioggiaIdrogrammi1a24() As idrogramma
Shared FinePioggiaIdrogrammi1e2() As idrogramma
Shared IdroPixel1() As idrogramma
Shared IdroPixel2() As idrogramma
Shared idrogramma1() As idrogramma
Shared idrogramma2() As idrogramma
Shared ore!(), portata!()
Shared PassiFinePioggia1a24%%()
Shared IdroMaxieto%%()
Shared schermo&
Shared colore&
Shared DESKTOPWIDTH%, DESKTOPHEIGHT%
Shared ieto%%, VisualizzaIeto%%
Shared tipo%%
Shared soglia%%
Shared esc~`
ReDim _Preserve y%(1)
Dim originale&
Dim soglia!
Dim y%
Dim max%
Dim passo%
Dim test~`
Dim costruisci(50, 2) As idrogramma
Dim k(2) As idrogramma
Dim x%(2)
_Dest schermo&
Color bianco&
Select Case VisualizzaIeto%%
Case Is = 1
Input "- Inserire la soglia percentuale S per il calcolo dell'idrogramma di progetto e illustrata nella prima schermata (INVIO o 0 per tralasciare): ", soglia%%
soglia! = soglia%% / 100
_Dest immagine&
_Source immagine&
Call ScalaOrigine(0, 1, 0, 0, immagine&)
i% = 0
y%(1) = dy%
Do
i% = i% + 1
ReDim _Preserve y%(i%)
Do
If Point(dx! + i%, PMap(y%(i%), 3)) = giallo& Then Exit Do
y%(i%) = y%(i%) - 1
Loop
If i% > 1 Then
If PMap(y%(i%), 3) < (1 + soglia!) * PMap(y%(i% - 1), 3) Then
test~` = 1
Exit Do
Else
test~` = 0
End If
End If
Loop Until i% = Int(X3!)
Select Case test~`
Case Is = 1
ore!(1) = i% - 1
ReDim _Preserve y%(1 To UBound(y%) - 1)
portata!(1) = PMap(y%(UBound(y%)), 3) - dy!
Call DisegnaValore(ore!(1), portata!(1), 0, 0, bianco&)
_Dest schermo&
Case Is = 0
_Dest schermo&
Cls 2
Select Case soglia%%
Case Is = 0
Print "Verr… considerato come idrogramma di progetto quello relativo alla portata di picco massima."
Case Else
Print "La soglia scelta non permette di individuare, all'interno del campo, la corrispondente portata di picco. Verr… considerato come idrogramma di progetto quello relativo alla portata di picco massima."
soglia%% = 0
End Select
portata!(1) = Y!
ore!(1) = X3!
End Select
Case Is = 2
test~` = 0
portata!(1) = Y!
ore!(1) = X3!
If esc~` = 1 Then
tipo%% = 1
GoSub interpola
Exit Sub
End If
Print "Verr… considerato come idrogramma di progetto quello relativo alla portata di picco massima."
End Select
tipo%% = 1
_Dest immagine&
Locate 2, _Width(immagine&) \ 8 - 27: Color bianco&: Print "Legenda:"
Locate 4, _Width(immagine&) \ 8 - 27: Color azzurro&: Print "[Idrogramma di progetto]": Color bianco&
GoSub interpola
tipo%% = 2
Call DisegnaPortata(X1!, immagine&, destinazione&)
If ore!(2) <> 0 Then
test~` = 1
_Dest immagine&
Locate 6, _Width(immagine&) \ 8 - 27: Color viola&: Print "[Idrogramma corrispondente"
Locate , _Width(immagine&) \ 8 - 27: Print "all'ora di picco scelta]": Color bianco&
GoSub interpola
End If
Exit Sub
'--------------------------------------------------------------------------------------------------------------------------------------------------
interpola:
originale& = _CopyImage(immagine&)
_Source immagine&
Call ScalaOrigine(0, 1, 0, 0, immagine&)
Select Case test~`
Case Is = 0
For i% = 1 To 50
ReDim _Preserve idrogramma1(i%) As idrogramma
ReDim _Preserve IdroPixel1(i%) As idrogramma
idrogramma1(i%).ore = idrogrammi1a24(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%), i%, 1).ore
idrogramma1(i%).portata = idrogrammi1a24(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%), i%, 1).portata
IdroPixel1(i%).ore = idrogramma1(i%).ore
IdroPixel1(i%).portata = idrogramma1(i%).portata
Next i%
FinePioggiaIdrogrammi1e2(tipo%%).ore = FinePioggiaIdrogrammi1a24(VisualizzaIeto%%, IdroMaxieto%%(VisualizzaIeto%%), 1).ore
Case Is = 1
z%% = 2
Do
If MassimiIdrogrammi1a24(VisualizzaIeto%%, z%%, 1).ore > ore!(tipo%%) Then
k(1).ore = ore!(tipo%%) / MassimiIdrogrammi1a24(VisualizzaIeto%%, z%% - 1, 1).ore
k(1).portata = portata!(tipo%%) / MassimiIdrogrammi1a24(VisualizzaIeto%%, z%% - 1, 1).portata
k(2).ore = ore!(tipo%%) / MassimiIdrogrammi1a24(VisualizzaIeto%%, z%%, 1).ore
k(2).portata = portata!(tipo%%) / MassimiIdrogrammi1a24(VisualizzaIeto%%, z%%, 1).portata
Exit Do
Else
z%% = z%% + 1
End If
Loop
For i% = 1 To 50
costruisci(i%, 1).ore = k(1).ore * idrogrammi1a24(VisualizzaIeto%%, z%% - 1, i%, 1).ore
costruisci(i%, 1).portata = k(1).portata * idrogrammi1a24(VisualizzaIeto%%, z%% - 1, i%, 1).portata
costruisci(i%, 2).ore = k(2).ore * idrogrammi1a24(VisualizzaIeto%%, z%%, i%, 1).ore
costruisci(i%, 2).portata = k(2).portata * idrogrammi1a24(VisualizzaIeto%%, z%%, i%, 1).portata
Next i%
FinePioggiaIdrogrammi1e2(tipo%%).ore = (costruisci(PassiFinePioggia1a24%%(z%% - 1), 1).ore + costruisci(PassiFinePioggia1a24%%(z%%), 2).ore) / 2
_Dest immagine&
For n%% = 1 To 2
If n%% = 1 Then colore& = pastello&
If n%% = 2 Then colore& = viola&
For i% = 1 To 50
If i% = 1 Then Line (dx!, dy!)-(dx! + costruisci(i%, n%%).ore, dy! + costruisci(i%, n%%).portata), colore&
If i% > 1 Then Line (dx! + costruisci(i% - 1, n%%).ore, dy! + costruisci(i% - 1, n%%).portata)-(dx! + costruisci(i%, n%%).ore, dy! + costruisci(i%, n%%).portata), colore&
Next i%
Next n%%
i% = 0
y% = PMap(dy!, 1)
Do
i% = i% + 1
Select Case tipo%%
Case Is = 1
ReDim _Preserve IdroPixel1(i%) As idrogramma
Case Is = 2
ReDim _Preserve IdroPixel2(i%) As idrogramma
End Select
x%(1) = PMap(dx!, 0)
x%(2) = PMap(dx!, 0)
Do
If Point(PMap(x%(2), 2), PMap(y%, 3)) = viola& Then Exit Do
x%(2) = x%(2) + 1
Loop
Do
If Point(PMap(x%(1), 2), PMap(y%, 3)) = pastello& Then Exit Do
x%(1) = x%(1) + 1
Loop Until PMap(x%(1), 2) >= dx! + ore!(tipo%%)
If PMap(x%(1), 2) >= dx! + ore!(tipo%%) Then x%(1) = x%(2)
Select Case tipo%%
Case Is = 1
IdroPixel1(i%).ore = (PMap(x%(1), 2) + PMap(x%(2), 2)) / 2 - dx!
IdroPixel1(i%).portata = PMap(y%, 3) - dy!
Case Is = 2
IdroPixel2(i%).ore = (PMap(x%(1), 2) + PMap(x%(2), 2)) / 2 - dx!
IdroPixel2(i%).portata = PMap(y%, 3) - dy!
End Select
y% = y% - 1
Loop Until y% = PMap(dy! + portata!(tipo%%), 1)
max% = i%
i% = i% - 1
y% = PMap(dy! + portata!(tipo%%), 1)
Do
i% = i% + 1
Select Case tipo%%
Case Is = 1
ReDim _Preserve IdroPixel1(i%) As idrogramma
Case Is = 2
ReDim _Preserve IdroPixel2(i%) As idrogramma
End Select
x%(1) = PMap(dx! + ore!(tipo%%), 0)
x%(2) = PMap(dx! + ore!(tipo%%), 0)
Do
If Point(PMap(x%(2), 2), PMap(y%, 3)) = viola& Then Exit Do
x%(2) = x%(2) + 1
Loop
Do
If Point(PMap(x%(1), 2), PMap(y%, 3)) = pastello& Then Exit Do
x%(1) = x%(1) + 1
Loop Until PMap(x%(1), 2) >= X2! * 1.15
If PMap(x%(1), 2) >= X2! * 1.15 Then x%(1) = x%(2)
Select Case tipo%%
Case Is = 1
IdroPixel1(i%).ore = (PMap(x%(1), 2) + PMap(x%(2), 2)) / 2 - dx!
IdroPixel1(i%).portata = PMap(y%, 3) - dy!
Case Is = 2
IdroPixel2(i%).ore = (PMap(x%(1), 2) + PMap(x%(2), 2)) / 2 - dx!
IdroPixel2(i%).portata = PMap(y%, 3) - dy!
End Select
y% = y% + 1
If costruisci(50, 1).portata > costruisci(50, 2).portata Then If PMap(y%, 3) - dy! < costruisci(50, 1).portata Then Exit Do
If costruisci(50, 1).portata <= costruisci(50, 2).portata Then If PMap(y%, 3) - dy! < costruisci(50, 2).portata Then Exit Do
Loop Until y% = PMap(dy!, 1)
Select Case tipo%%
Case Is = 1
passo% = UBound(IdroPixel1) \ 50
i% = 0
Do
i% = i% + 1
ReDim _Preserve idrogramma1(i%) As idrogramma
If i% * passo% >= max% Then Exit Do
idrogramma1(i%).ore = IdroPixel1(i% * passo%).ore
idrogramma1(i%).portata = IdroPixel1(i% * passo%).portata
Loop
idrogramma1(i%).ore = ore!(1)
idrogramma1(i%).portata = portata!(1)
Do
i% = i% + 1
If i% * passo% >= UBound(IdroPixel1) Then Exit Do
ReDim _Preserve idrogramma1(i%) As idrogramma
idrogramma1(i%).ore = IdroPixel1(i% * passo%).ore
idrogramma1(i%).portata = IdroPixel1(i% * passo%).portata
Loop Until i% = 50
Case Is = 2
passo% = UBound(IdroPixel2) \ 50
If passo% >= 1 Then
i% = 0
Do
i% = i% + 1
ReDim _Preserve idrogramma2(i%) As idrogramma
If i% * passo% >= max% Then Exit Do
idrogramma2(i%).ore = IdroPixel2(i% * passo%).ore
idrogramma2(i%).portata = IdroPixel2(i% * passo%).portata
Loop
idrogramma2(i%).ore = ore!(2)
idrogramma2(i%).portata = portata!(2)
Do
i% = i% + 1
If i% * passo% >= UBound(IdroPixel2) Then Exit Do
ReDim _Preserve idrogramma2(i%) As idrogramma
idrogramma2(i%).ore = IdroPixel2(i% * passo%).ore
idrogramma2(i%).portata = IdroPixel2(i% * passo%).portata
Loop Until i% = 50
Else
For i% = 1 To UBound(IdroPixel2)
ReDim _Preserve idrogramma2(i%) As idrogramma
idrogramma2(i%).ore = IdroPixel2(i%).ore
idrogramma2(i%).portata = IdroPixel2(i%).portata
Next i%
End If
End Select
immagine& = _CopyImage(originale&)
End Select
_Dest immagine&
If tipo%% = 1 Then colore& = azzurro&
If tipo%% = 2 Then colore& = viola&
Select Case tipo%%
Case Is = 1
For i% = 1 To UBound(IdroPixel1)
If i% = 1 Then
Line (dx!, dy!)-(dx! + IdroPixel1(i%).ore, dy! + IdroPixel1(i%).portata), colore&
Else
Line (dx! + IdroPixel1(i% - 1).ore, dy! + IdroPixel1(i% - 1).portata)-(dx! + IdroPixel1(i%).ore, dy! + IdroPixel1(i%).portata), colore&
End If
Circle (dx! + IdroPixel1(i%).ore, dy! + IdroPixel1(i%).portata), PMap(1, 2), colore&
Paint (dx! + IdroPixel1(i%).ore, dy! + IdroPixel1(i%).portata), colore&
Next i%
Case Is = 2
For i% = 1 To UBound(IdroPixel2)
If i% = 1 Then
Line (dx!, dy!)-(dx! + IdroPixel2(i%).ore, dy! + IdroPixel2(i%).portata), colore&
Else
Line (dx! + IdroPixel2(i% - 1).ore, dy! + IdroPixel2(i% - 1).portata)-(dx! + IdroPixel2(i%).ore, dy! + IdroPixel2(i%).portata), colore&
End If
Circle (dx! + IdroPixel2(i%).ore, dy! + IdroPixel2(i%).portata), PMap(1, 2), colore&
Paint (dx! + IdroPixel2(i%).ore, dy! + IdroPixel2(i%).portata), colore&
Next i%
End Select
Call DisegnaLinea(VisualizzaIeto%%, immagine&, giallo&, grigio&)
_PutImage (0, 0), immagine&, destinazione&
If esc~` = 0 Then _PutImage ((DESKTOPWIDTH% - _Width(destinazione&)), (DESKTOPHEIGHT% - _Height(destinazione&) - 16)), destinazione&, schermo&
'Erase k, costruisci, x%
_FreeImage originale&
Return
End Sub
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
Sub ScalaOrigine (scala%%, origine%%, X!, Y!, immagine&)
Dim fattoreX!, fattoreY!
fattoreX! = 1
fattoreY! = 1
If scala%% = 0 And origine%% = 1 Then GoSub origine
If scala%% = 1 And origine%% = 1 Then
Do
GoSub scala
GoSub origine
If Y! * fattoreY! >= dy! + Y! + dy! + dy! Then
If X! * fattoreX! >= dx! + X! + dx! + dx! Then
Exit Do
Else
fattoreX! = fattoreX! + 0.01
End If
Else
fattoreY! = fattoreY! + 0.01
End If
Loop
End If
Exit Sub
'--------------------------------------------------------------------------------------------------------------------------------------------------
scala:
Window
Window (0, 0)-(X! * fattoreX!, Y! * fattoreY!)
Return
'--------------------------------------------------------------------------------------------------------------------------------------------------
origine:
dx% = 39
dx! = PMap(dx%, 2)
dy% = _Height(immagine&) - 1 - dx%
dy! = PMap(dy%, 3)
Return
End Sub
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
Sub DisegnaAssi (X$, Y$, X!, Y!, immagine&, ColoreCartiglio&, ColoreAssi&, ColoreTacca&, ColoreNumeri&)
Dim x%, y%
Dim taccaX!, taccaY!
_Dest immagine&: Cls
Select Case X!
Case Is >= 12
taccaX! = X! \ 6
Case Is <= 1
taccaX! = 0.25
Case Else
taccaX! = 0.5
End Select
Select Case Y!
Case Is >= 12
taccaY! = Y! \ 6
Case Is <= 1
taccaY! = 0.25
Case Else
taccaY! = 0.5
End Select
Window
Line (0, 0)-(_Width(immagine&) - 1, _Height(immagine&) - 1), ColoreCartiglio&, B
Call ScalaOrigine(1, 1, X!, Y!, immagine&)
Line (dx!, dy! + Y! + dy!)-(dx!, dy!), ColoreAssi&: Line -(dx! + X! + dx!, dy!), ColoreAssi&
PSet (dx!, dy! + Y! + dy!), ColoreAssi&: Draw "F20": PSet (dx!, dy! + Y! + dy!), ColoreAssi&: Draw "G20"
PSet (dx! + X! + dx!, dy!), ColoreAssi&: Draw "G20": PSet (dx! + X! + dx!, dy!), ColoreAssi&: Draw "H20"
Color ColoreNumeri&
_PrintString (PMap(dx! + X! + dx!, 0), dy%), X$
_PrintString (dx%, PMap(dy! + Y! + dy!, 1) - dx% \ 2), Y$
_PrintString (dx% \ 4, dy% - 7), "0"
i% = 1
While i% * taccaX! <= X!
Line (dx! + i% * taccaX!, PMap(dy% + 5, 3))-(dx! + i% * taccaX!, PMap(dy% - 5, 3)), ColoreTacca&
x% = PMap(dx! + i% * taccaX!, 0)
_PrintString (x% - 3 * Len(_Trim$(Str$(i% * taccaX!))), _Height(immagine&) - 1 - dx% + 5), _Trim$(Str$(i% * taccaX!))
i% = i% + 1
Wend
i% = 1
While i% * taccaY! <= Y!
Line (PMap(dx% - 5, 2), dy! + i% * taccaY!)-(PMap(dx% + 5, 2), dy! + i% * taccaY!), ColoreTacca&
y% = PMap(dy! + i% * taccaY!, 1)
_PrintString (dx% \ 4, y% - 7), _Trim$(Str$(i% * taccaY!))
i% = i% + 1
Wend
End Sub
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
Sub DisegnaValore (X!, Y!, ColoreLinea&, ColorePunto&, ColoreTesto&)
Dim x%, y%
Circle (dx! + X!, dy! + Y!), PMap(3, 2), ColorePunto&
Paint (dx! + X! + PMap(0.5, 2), dy! + Y! + PMap(0.5, 2)), ColorePunto&
Line (dx!, dy! + Y!)-(dx! + X!, dy! + Y!), ColoreLinea&, , 65520
Line -(dx! + X!, dy!), ColoreLinea&, , 65520
x% = PMap(dx! + X!, 0)
y% = PMap(dy! + Y!, 1)
Color ColoreTesto&
_PrintString (x% + 4, y% - 16), "(" + _Trim$(Str$(Arrotonda!(X!))) + ";" + _Trim$(Str$(Arrotonda!(Y!))) + ")"
End Sub
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
Sub DisegnaPortata (X!, immagine&, destinazione&)
Shared ore!(), portata!()
Shared schermo&
Shared DESKTOPWIDTH%, DESKTOPHEIGHT%
Shared tipo%%
Dim x%, y%
Dim ore%%, minuti%%
_Dest schermo&
Select Case tipo%%
Case Is <> 3
Do
Do
Do
View Print 2 To 5
Cls 2
Print "- Digitare le ore e i minuti a scelta (>= 20 minuti e <= "; _Trim$(Str$(Int(X!))); " ore e "; _Trim$(Str$(Int((X! - Int(X!)) * 60) - 1)); " minuti) di cui viene calcolata la corrispondente portata di picco e relativo idrogramma (INVIO o 0 per tralasciare)."
Print "Ore:"
Print "Minuti:"
Locate 3, 9
Input "", ore%%
Loop While ore%% > Int(X!)
Do
Locate 4, 9
Input "", minuti%%
If minuti%% >= 60 Then Locate 4, 9: Print Space$(30)
Loop While minuti%% >= 60
ore!(tipo%%) = Arrotonda!(ore%% + minuti%% / 60)
If ore!(tipo%%) = 0 Then Exit Do
Loop While ore!(tipo%%) >= Arrotonda!(X!)
View Print 1 To 4
If ore!(tipo%%) = 0 Then Exit Sub
Loop While ore!(tipo%%) < Arrotonda!(20 / 60)
Case Is = 3
Do
Do
Cls 2
Print "- Digitare le ore e i minuti (<= "; _Trim$(Str$(Int(X!))); " ore e "; _Trim$(Str$(Int((X! - Int(X!)) * 60) - 1)); " minuti) di cui si vuole conoscere la portata (INVIO o 0 per tralasciare)."
Print "Ore:"
Print "Minuti:"
Locate 2, 9
Input "", ore%%
Loop While ore%% > Int(X!)
Do
Locate 3, 9
Input "", minuti%%
If minuti%% >= 60 Then Locate 3, 9: Print Space$(30)
Loop While minuti%% >= 60
ore!(tipo%%) = Arrotonda!(ore%% + minuti%% / 60)
If ore!(tipo%%) = 0 Then Exit Sub
Loop While ore!(tipo%%) >= Arrotonda(X!)
End Select
_Dest immagine&
_Source immagine&
Call ScalaOrigine(0, 1, 0, 0, immagine&)
x% = PMap(dx! + ore!(tipo%%), 0)
y% = PMap(dy!, 1)
Do
y% = y% - 1
If tipo%% = 3 Then
If Point(dx! + ore!(tipo%%), PMap(y%, 3)) = azzurro& Then
_Dest schermo&
Exit Sub
End If
End If
If Point(dx! + ore!(tipo%%), PMap(y%, 3)) = giallo& Then Exit Do
Line (dx! + ore!(tipo%%), dy!)-(dx! + ore!(tipo%%), PMap(y%, 3)), grigio&, , 65520
_PutImage ((DESKTOPWIDTH% - _Width(destinazione&)), (DESKTOPHEIGHT% - _Height(destinazione&) - 16)), immagine&, schermo&
Loop
portata!(tipo%%) = PMap(y%, 3) - dy!
Call DisegnaValore(ore!(tipo%%), portata!(tipo%%), 0, 0, bianco&)
i% = 2
Do
If PMap(x%, 2) = dx! Then Exit Do
x% = x% - 1
Line (dx! + ore!(tipo%%), PMap(y%, 3))-(PMap(x%, 2), PMap(y%, 3)), grigio&, , 65520
_PutImage ((DESKTOPWIDTH% - _Width(destinazione&)), (DESKTOPHEIGHT% - _Height(destinazione&) - 16)), immagine&, schermo&
Loop
_Dest schermo&
End Sub
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
Sub DisegnaLinea (visualizza%%, immagine&, ColoreLinea&, ColorePunto&)
Shared MassimiIdrogrammi1a24() As idrogramma
Call ScalaOrigine(0, 1, 0, 0, immagine&)
_Source immagine&
For z%% = 1 To 24
Circle (dx! + MassimiIdrogrammi1a24(visualizza%%, z%%, 1).ore, dy! + MassimiIdrogrammi1a24(visualizza%%, z%%, 1).portata), PMap(3, 2), ColorePunto&
Paint (dx! + MassimiIdrogrammi1a24(visualizza%%, z%%, 1).ore - PMap(2.5, 2), dy! + MassimiIdrogrammi1a24(visualizza%%, z%%, 1).portata), ColorePunto&
If z%% = 1 Then
Line (dx!, dy!)-(dx! + MassimiIdrogrammi1a24(visualizza%%, z%%, 1).ore, dy! + MassimiIdrogrammi1a24(visualizza%%, z%%, 1).portata), ColoreLinea&
Else
Line (dx! + MassimiIdrogrammi1a24(visualizza%%, z%% - 1, 1).ore, dy! + MassimiIdrogrammi1a24(visualizza%%, z%% - 1, 1).portata)-(dx! + MassimiIdrogrammi1a24(visualizza%%, z%%, 1).ore, dy! + MassimiIdrogrammi1a24(visualizza%%, z%%, 1).portata), ColoreLinea&
End If
Next z%%
End Sub
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
Sub Dati (binario%%, colonna%)
Shared CoefficientiDiscretizzazioneTemporale() As CoefficientiDiscretizzazioneTemporale
Shared CNIII!, S2!, Ia!, tc!, dt!()
Shared ieto%%, VisualizzaIeto%%
Shared T$
Locate , colonna%: Print "- Tempo di ritorno:"
Locate , colonna% + 2: Print "T = "; T$; ";"
Locate , colonna%: Print "- CN(III) = "; _Trim$(Str$(Arrotonda!(CNIII!))); ";"
Locate , colonna%: Print "- Contenuto idrico massimo del terreno:"
Locate , colonna% + 2: Print "S = "; _Trim$(Str$(Arrotonda!(S2!))); " mm;"
Locate , colonna%: Print "- Perdite iniziali:"
Locate , colonna% + 2: Print "Ia = "; _Trim$(Str$(Arrotonda!(Ia!))); " mm;"
Locate , colonna%: Print "- Tempo di corrivazione:"
Locate , colonna% + 2: Print "tc = "; _Trim$(Str$(Arrotonda!(tc!))); " ore = "; _Trim$(Str$(Int(tc!))); " ore e "; _Trim$(Str$(CInt(60 * (tc! - Int(tc!))))); " minuti."
If binario%% And 2 ^ 3 Then
Locate , colonna%: Print "- Tipo di ietogrammi di calcolo:"
Locate , colonna% + 2
If ieto%% = 1 Then Print "CHICAGO;"
If ieto%% = 2 Then Print "COSTANTE;"
If ieto%% > 2 Then
If VisualizzaIeto%% = 1 Then Print "CHICAGO;"
If VisualizzaIeto%% = 2 Then Print "COSTANTE;"
End If
End If
If binario%% And 2 ^ 2 Then
Locate , colonna%: Print "- Idrogramma di calcolo:"
Locate , colonna% + 2: Print "n. "; _Trim$(Str$(z%%)); ";"
End If
If binario%% And 2 ^ 1 Then
Locate , colonna%: Print "- Durata della pioggia:"
Locate , colonna% + 2: Print "d = "; _Trim$(Str$(CoefficientiDiscretizzazioneTemporale(z%%).N)); " volte tc = "; _Trim$(Str$(Arrotonda!(CoefficientiDiscretizzazioneTemporale(z%%).N * tc!))); " ore = "
Locate , colonna% + 2: Print "= "; _Trim$(Str$(Int(CoefficientiDiscretizzazioneTemporale(z%%).N * tc!))); " ore e "; _Trim$(Str$(CInt(60 * (CoefficientiDiscretizzazioneTemporale(z%%).N * tc! - Int(CoefficientiDiscretizzazioneTemporale(z%%).N * tc!))))); " minuti;"
End If
If binario%% And 2 ^ 0 Then
Locate , colonna%: Print "- Passo temporale:"
Locate , colonna% + 2: Print "dt = "; _Trim$(Str$(Arrotonda!(dt!(z%%)))); " ore = "; _Trim$(Str$(Int(dt!(z%%)))); " ore e "; _Trim$(Str$(CInt(60 * (dt!(z%%) - Int(dt!(z%%)))))); " minuti."
End If
End Sub
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
Sub Tabella (k%%, n%%, ca1&, t1$, ca2&, t2$, ca3&, t3$, ca4&, t4$, ca5&, t5$, ca6&, t6$, ca7&, t7$, ca8&, t8$, binario%%, finecolonna%%, cb1&, v1!, cb2&, v2!, cb3&, v3!, cb4&, v4!, cb5&, v5!, cb6&, v6!, cb7&, v7!)
Shared FineColonna%()
Shared p%%
Dim c&(8), t$(8), v!(7)
c&(1) = ca1&: c&(2) = ca2&: c&(3) = ca3&: c&(4) = ca4&: c&(5) = ca5&: c&(6) = ca6&: c&(7) = ca7&: c&(8) = ca8&: t$(1) = t1$: t$(2) = t2$: t$(3) = t3$: t$(4) = t4$: t$(5) = t5$: t$(6) = t6$: t$(7) = t7$: t$(8) = t8$
If k%% = n%% Then
For p%% = 1 To 8
ReDim _Preserve FineColonna%(p%%)
Color c&(p%%): Print t$(p%%);
If t$(p%%) = "-" Then FineColonna%(p%%) = Pos(0) - 1 + 4
If t$(p%%) <> "-" Then FineColonna%(p%%) = Pos(0) - (Len(t$(p%%)) + 1) + LarghezzaColonna%%
If p%% <= 7 Then If Len(t$(p%% + 1)) > 0 Then Color grigio&: Locate , FineColonna%(p%%): Print "³";
Next p%%
Print
End If
c&(1) = cb1&: c&(2) = cb2&: c&(3) = cb3&: c&(4) = cb4&: c&(5) = cb5&: c&(6) = cb6&: c&(7) = cb7&: c&(8) = 0: v!(1) = v1!: v!(2) = v2!: v!(3) = v3!: v!(4) = v4!: v!(5) = v5!: v!(6) = v6!: v!(7) = v7!
t$(1) = _TRIM$(STR$(Arrotonda!(v!(1)))): t$(2) = _TRIM$(STR$(Arrotonda!(v!(2)))): t$(3) = _TRIM$(STR$(Arrotonda!(v!(3)))): t$(4) = _TRIM$(STR$(Arrotonda!(v!(4)))): t$(5) = _TRIM$(STR$(Arrotonda!(v!(5)))):_
t$(6) = _TRIM$(STR$(Arrotonda!(v!(6)))): t$(7) = _TRIM$(STR$(Arrotonda!(v!(7)))):t$(8) = ""
For p%% = UBound(v!) - 1 To 0 Step -1
If binario%% And 2 ^ p%% Then t$(UBound(v!) - p%%) = _Trim$(Str$(Int(v!(UBound(v!) - p%%)))) + ":" + _Trim$(Str$(CInt(60 * (v!(UBound(v!) - p%%) - Int(v!(UBound(v!) - p%%))))))
Next p%%
Locate , FineColonna%(finecolonna%%) - 4
For p%% = 1 To 7
Color c&(p%%): Print t$(p%%);
If p%% <= 6 Then If c&(p%% + 1) = 0 Then Exit For
Color grigio&: Locate , FineColonna%(finecolonna%% - 1 + p%%): Print "³";
Next p%%
Print
End Sub
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
Sub CreaImmagine (image&, filename$) 'subroutine presa da "http://www.qb64.org/wiki/SAVEIMAGE"
Dim bytesperpixel%, x&, y&, bb$, bpp&, c&, cv&, lastsource&, padder$, px&, py&, rr$, d$, ext$, f&
bytesperpixel% = _PixelSize(image&)
If bytesperpixel% = 0 Then Print "Text modes unsupported!": End
If bytesperpixel% = 1 Then bpp& = 8 Else bpp& = 24
x& = _Width(image&)
y& = _Height(image&)
bb$ = "BM????QB64????" + MKL$(40) + MKL$(x&) + MKL$(y&) + MKI$(1) + MKI$(bpp&) + MKL$(0) + "????" + String$(16, 0)
If bytesperpixel% = 1 Then
For c& = 0 To 255
cv& = _PaletteColor(c&, image&)
bb$ = bb$ + Chr$(_Blue32(cv&)) + Chr$(_Green32(cv&)) + Chr$(_Red32(cv&)) + Chr$(0)
Next
End If
Mid$(bb$, 11, 4) = MKL$(Len(bb$))
lastsource& = _Source
_Source image&
If ((x& * 3) Mod 4) Then padder$ = String$(4 - ((x& * 3) Mod 4), 0)
For py& = y& - 1 To 0 Step -1
rr$ = ""
For px& = 0 To x& - 1
c& = Point(px&, py&)
If bytesperpixel% = 1 Then rr$ = rr$ + Chr$(c&) Else rr$ = rr$ + Left$(MKL$(c&), 3)
Next px&
d$ = d$ + rr$ + padder$
Next py&
_Source lastsource&
Mid$(bb$, 35, 4) = MKL$(Len(d$))
bb$ = bb$ + d$
Mid$(bb$, 3, 4) = MKL$(Len(bb$))
If LCase$(Right$(filename$, 4)) <> ".bmp" Then ext$ = ".bmp"
f& = FreeFile
Open filename$ + ext$ For Output As #f&: Close #f&
Open filename$ + ext$ For Binary As #f&
Put #f&, , bb$
Close #f&
End Sub
'--------------------------------------------------------------------------------------------------------------------------------------------------
'--------------------------------------------------------------------------------------------------------------------------------------------------
Function Arrotonda! (num!)
Arrotonda! = _Round(num! * 100) / 100
End Function
'**************************************************************************************************************************************************
'* Termine sezione subroutines e functions *
'**************************************************************************************************************************************************
''$include: 'Codice.bm'
Now, note here that I'm still using DIM... This is because I moved that declaration out from inside the subroutine which was getting called multiple times. The reason you HAD to have ERASE before was because you were trying to remake that array over and over and over. If you want to do that (and leave the command down at lines 1700-whatever), then change it to REDIM as I mentioned above. If you just want thedeclaration once at the top of your code, you can simply use DIM.
Either way, get rid of that ERASE. It's the cause of your headache; not Option Explicit or anything related to it.