printf("\nEnter the Values of a : "); // Merging scanf("%f", &a); starts printf("\nEnter the Values of b : "); area = PI * rad * rad; while (i < n1 && j < n2) { desc sqrt(b b - 4{ * a * c); if =(arr1[i] <= * arr2[j]) arr[location - 1] task type Aeroplane (ID: Aeroplane_ID); New_aeroplane: Aeroplane_Access; type Aeroplane_Access is access Aeroplane; printf("\nEnterbegin the element to be inserted :"); for I in Aeroplane_ID'Range loop scanf("%d", &element); New_aeroplane := new Aeroplane (I); root1 = (-b + desc) / (2.0 * a); //Merging starts delay 4.0; return (0); root2 = (-b - desc) / (2.0 * a); task type Aeroplane (ID: Aeroplane_ID); end loop; printf("\nEnter the location"); type Aeroplane_Access is access Aeroplane; end Traffic; printf("\nFirst Root : %f", root1); int main() scanf("%d", printf("\nSecond Root : &location); %f", root2); &arr[i]); printf("\nEnter the element to be inserted :"); scanf("%d", &element); //Create space at the specified location desc = sqrt(b * b - 4 * a * c); printf("\nEnter for the (i location"); = num; i >= location; i--) { root1 = (-b + desc) (2.0 * a);&location); / scanf("%d", root1= =arr[i (-b +- desc) arr[i] 1]; / (2.0 * a); #include = (-b - desc) / (2.0 * a); //Create the specified location space } at root2 the for (i = Values num; i >= location; printf("\nEnter arr[i] of i--) a {: "); = arr[i - 1]; printf("\nFirst Root : %f", root1); } scanf("%f", &a); printf("\nSecond Root : %f", root2); task type Controller (My_Runway: Runway_Access) is Request_Takeoff printf("\nEnter Values Takeoff: of b :out"); entry (ID: in the Aeroplane_ID; Runway_Access); entry Request_Approach(ID: in Aeroplane_ID; Approach: out Runway_Access); v2 = 0; Controller; returnend (0); if (arr1[i] <= arr2[j]) { desc = sqrt(b * b - 4 * a * c); // Merging starts scanf("%d", &n1); if (arr1[i] <= arr2[j]) { float a, b, c; //Displaying int rad; return (0); ielse < n2; { num++; v2 = 0; printf(”:Enter the int i, j, k, n1, n2; else { desc = sqrt(b * b - 4 * a * c); #include { #include #include res[k] = arr2[j]; printf("\nEnter the Values of a : "); introot1 main() { = (-b + desc) / (2.0 * a); float a, b, c; inttask rad; type Controller (My_Runway: Runway_Access) is power float desc, root1, root2; root1 = (-b + desc) / (2.0 * a); int rad; } float PI = 3.14, area, ci; area = PI * rad * rad; return printf("\nEnter radius of v5; circle: "); scanf("%d", &rad); } #include printf("\nEnter the element to be inserted :"); scanf("%d", &element); //Print out the result printf("\nEnter the location"); scanf("%d", &location); #include //Create space at the specified location #include for (i = num; i >= location; i--) { arr[i] = arr[i - loop 1]; for I in Aeroplane_ID'Range } area = PI * rad * rad; printf("\nArea of circle : %f ", area); entry Request_Takeoff (ID: in Aeroplane_ID; Takeoff: out Runway_Access); New_aeroplane := new Aeroplane (I); entry Request_Approach(ID: in Aeroplane_ID; out Runway_Access); Approach: ci = 2 * PI * rad; int rad; printf("\nEnter the Values of a : "); delay 4.0; printf("\nCircumference : %f ", ci); end ci; Controller; float PI = 3.14, area, end loop; scanf("%f", &a); else { end Traffic; return (0); #include printf("\nEnter radius of circle: "); printf("\nEnter the Values of b : "); float desc, root1, root2; float desc, root1, root2; } for (i = num; i >= location; i--) { scanf("%d", &rad); int rad; scanf("%f", &b); arr[i float PI = 3.14, type Runway is area, ci; task type Controller is printf("\nEnter the Values of c : protected "); area = (My_Runway: PI * rad * rad; Runway_Access) entry Assign_Aircraft (ID: Aeroplane_ID); desc = sqrt(b * b - 4 * a * c); printf("\nArea of circle : %f area); printf("\nEnter radius of circle: "); entryof Request_Takeoff (ID: in Aeroplane_ID; Takeoff: Cleared_Runway (ID: Aeroplane_ID); ",scanf("%f", &c); out Runway_Access);entry printf("\nEnter the Values a : "); = (-b + desc) / (2.0 * a); scanf("%d", &rad); root1 entry Wait_For_Clear; entry Request_Approach(ID: in Aeroplane_ID; Approach: out Runway_Access); desc = sqrt(b * b - 4 * a * c); private when Clear is #include entry ci = 2 * PI * rad; Request_Approach(ID: in of Aeroplane_ID; Approach: out type Aeroplane (ID: Aeroplane_ID); private printf("\nEnter no elements in task 1st := array :");Runway_Access); Clear: Boolean True; root2 = (-b desc) / (2.0 * a); begin task type Controller (My_Runway: Runway_Access) is else { Controller; end Controller; printf("\nCircumference : %f ", desc ci); area = PI := * rad * rad; } = sqrt(b * b - 4 * a * c); Clear: Boolean True; scanf("%d", &n1); end Runway;null; type Aeroplane_Access is access Aeroplane; float end desc, root1, root2; entry Request_Takeoff (ID:ain:Aeroplane_ID; Takeoff: out Runway_Access); Values of printf("\nArea of circle : %f ", area); printf("\nEnter "); the end Runway; for (i = 0; i < n1; type i++) Runway_Access { end; is access all Runway; entry Request_Approach(ID: in Aeroplane_ID; Approach: out Runway_Access); return (0); v5; type Runway_Access is access all Runway; scanf("%d",return &arr1[i]); printf("\nFirst Root : %f", root1); end Runway; end Controller; } ci = 2 * PI * rad; with Ada.Text_IO; use Ada.Text_IO; root1 = (-b + desc) / (2.0 * a); } int task type Controller (My_Runway: Runway_Access) is arr[30], element, printf("\nSecond Root : %f", root2); protected Runway is num, i, location; printf("\nCircumference : %f ", ci); } type task type Aeroplane (ID: Aeroplane_ID); array root2 = is(-b - desc) / (2.0 * a); Request_Takeoff (ID: in Aeroplane_ID; Takeoff: out Runway_Access); entry Assign_Aircraft (ID: Aeroplane_ID); /* Some elements in array 'arr1' are still remaining where as the 'arr2' exhausted */ entry //Displaying procedure Traffic is(ID: Aeroplane_ID); printf("\nEnter entry Cleared_Runway #include entry Request_Approach(ID: in Aeroplane_ID; Approach: out Runway_Access); entry Wait_For_Clear; type Aeroplane_Access is access Aeroplane; the Values of a : "); return (0); private end Controller; while (i < n1)&a); { delay 4.0; scanf("%f", } Clear: Boolean := True; entry Wait_For_Clear task type Aeroplane (ID: Aeroplane_ID); printf("\nFirst Root : %f", root1); res[k] = arr1[i]; end Runway; end loop; when Clear is //Merging starts printf("\nEnter the Values of b type : "); type Runway_Access is access all Runway; descAeroplane_Access = sqrt(b * b - 4 * a * c); is access Aeroplane; i++; end Traffic; begin printf("\nSecond Root : %f", root2); #include printf("\nEnter the Values of a#include : "); task type Aeroplane (ID: Aeroplane_ID); ci = 2 * PI * rad; printf("\nEnter the element to be insertedbegin :"); arr[i] = arr[i k++; scanf("%f", &b); protected type Runway is root1 = (-b + desc) / (2.0 * a); null; desc = sqrt(b * b - 4 * a * c); type Aeroplane_Access is access Aeroplane; //Merging starts return (0); printf("\nEnter the Values of a :for"); scanf("%f", &a); I in Aeroplane_ID'Range loop printf("\nCircumference : %f ", ci); scanf("%d", &element); } body Runway is entry Assign_Aircraft (ID: Aeroplane_ID); end; task type Controller Runway_Access) is with printf("\nEnter the Values of c : ");(My_Runway:protected New_aeroplane := new Aeroplane (I); root1 = (-b + desc) / (2.0 * a); Ada.Text_IO; use Ada.Text_IO; scanf("%d", return (0); delay 4.0; scanf("%f", &a); &n1); printf("\nEnterendthe Values of b : "); end Runway; entry Assign_Aircraft (ID: Aeroplane_ID) v2 =the 0; location"); entry (ID:as in Takeoff: Runway_Access); loop; printf("\nEnter &c); /* Some elements in array 'arr2'Request_Takeoff are still remaining where the Aeroplane_ID; array 'arr1' is exhausted */ I inout protected body Runway isexhausted#include for Aeroplane_ID'Range loop Clear := False; scanf("%f", end b Traffic; } printf("\nEnter the Values of : "); /* Some elements in array 'arr1' are still remaining where as the array 'arr2' is */ procedure Traffic is root2 = (-b - desc) / (2.0 * a); printf("\nEnter the element to be inserted :"); scanf("%d", &location); Clear is New_aeroplane := new Aeroplane (I); entry Assign_Aircraft (ID: entry Request_Approach(ID: when in Aeroplane_ID; Approach: out Runway_Access); Aeroplane_ID) scanf("%d", ZwClose(Handle); #include &element); while (i < n1) { delay 4.0; printf("\nEnter the element to be inserted :"); begin printf("\nEnter the to be space inserted :"); v2 = 0; res[k] = arr1[i]; int element main() { //Create type =Aeroplane_ID desc sqrt(b *isend brange - Controller; 41..10; * a * c);&element); at the specified location when Clear is scanf("%d", end of loop;a : "); i++; printf("\nEnter the Values #include printf("\nEnter int arr[30], i, location; location; i--) { }num, #include &element); k++; Clear := False; scanf("%d", location"); forelement, (ithe = num; i >= end Traffic; printf("\nEnter the location"); begin } scanf("%d", &n1); scanf("%d", //Merging starts &location); arr[i] = arr[i - 1]; scanf("%d", &location); Put_Line (Aeroplane_ID'Image (ID) & " on runway "); with Ada.Text_IO; use Ada.Text_IO; return (0); */printf("\nEnter no of return elements v5;:"); Clear False; /* Some elements in array 'arr2' are still remaining := where as the array 'arr1' is exhausted } //Create space at the specified location //Displaying protected Runway is //Create scanf("%d", &num); end; printf("\nEnter the location"); for (i = num; i >= location; i--)body { space at the specified Put_Line (Aeroplane_ID'Image (ID) & " on runway "); (-b + desc) / procedure Traffic is arr[i] = arr[i - 1]; for (i = num; i >= location; } i--) { entry Assign_Aircraft (ID: Aeroplane_ID) } arr[i scanf("%d", &location); int main() end; for (i = 0; i < num; i++) { &n1); task type Aeroplane (ID: Aeroplane_ID); arr[i] = scanf("%d", arr[i - 1]; type Aeroplane_ID is scanf("%d", range 1..10; when Clear is printf("\nEnter the element to be inserted &arr[i]); type:"); Aeroplane_Access is access Aeroplane; } task type Controller (My_Runway: Runway_Access) is the Values of b : "); scanf("%d", &n1); printf("\nEnter } isspecified location protected type Runway begin entry Request_Takeoff (ID: in &element); Aeroplane_ID; Takeoff: outtask Runway_Access); scanf("%d", //Create space at the type Aeroplane (ID: Aeroplane_ID); entry Assign_Aircraft (ID: Aeroplane_ID); float desc, root1, root2; scanf("%f", &b); type Aeroplane_Access is access Aeroplane; entry Cleared_Runway (ID: Aeroplane_ID); entry Request_Approach(ID: Clear := False; in Aeroplane_ID; Approach: out Runway_Access); forthe (i Values = num; entry i Wait_For_Clear; >= i--) { printf("\nEnter of b :location; "); printf("\nEnter the element be printf("\nEnter the Values of c : to"); private &element); Put_Line (Aeroplane_ID'Image (ID) & " on runway ") scanf("%f", arr[i] printf("\nEnter the location"); = arr[i - scanf("%d", 1]; Clear: Boolean := True; &b); arr[location 1] end Runway; := False; offloat desc, root1, root2; type Runway_Access is access all Runway; protected scanf("%d", &location); Clear } remaining printf("\nEnter Values c : isprintf("\nEnter "); type Runway is the location"); /* Some elements in array where as the array 'arr2' exhausted */ float a, b, c;'arr1' are stillthe desc = sqrt(b * b - 4 * a * c); scanf("%d", &n1); root1 = (-b + desc) / (2.0 * a); desc = sqrt(b * b - 4 * a * c); //Print } out the result root1 = (-b + desc) / (2.0 * a); root2 = (-b - desc) / (2.0 * a); return v5; printf("\nFirst Root : %f", root1); printf("\nEnter the element to be inserted :"); printf("\nSecond Root : %f", root2); desc = sqrt(b * b - 4 * a * c); scanf("%d",(My_Runway: &element); task type Controller Runway_Access) } is #include return (0); root1 = (-b + desc)entry / (2.0 *Request_Takeoff a); (ID: in Aeroplane_ID; Takeoff: out Runway_Access); printf("\nEnter the location"); } root1Runway = (-b is + desc) / (2.0 * a); protected type scanf("%d", &location); in Aeroplane_ID; Approach: return (0); entry Request_Approach(ID: out Runway_Access); main() num, { #include entry Assign_Aircraft (ID: Aeroplane_ID); //Print out result int arr[30],int element, i, location; end the Controller; //Create space at the specified location v2 = 0; int arr1[30], arr2[30], res[60]; entry Cleared_Runway (ID: Aeroplane_ID); for (i = num; i >= location; i--) { type Controller (My_Runway: is root2 = (-b - desc) arr[i] / (2.0 * task a); = arr[i - 1]; int i, j, k, n1, n2;Runway_Access) entryentry Wait_For_Clear; Wait_For_Clear } entry Request_Takeoff (ID: in Aeroplane_ID; Takeoff: out Runway_Access); ZwClose(Handle); { scanf("%d", &n1); int main() while (i < n1 && j < n2) { for (i = num; i >= location; i--) { if fuselage (arr1[i] <= arr2[j]) { task type Aeroplane (ID: Aeroplane_ID); printf("\Provide the pressure distribution on the :"); area =Aeroplane; PI * } radelse * rad; type Aeroplane_Access is access int arr1[30], arr2[30], res[60]; scanf("%d", &element); {<= arr2[j]) res[k] = arr1[i]; (arr1[i] { scanf("%d",res[60]; &rad); int arr1[30], arr2[30], int i, #include (-b + desc) / (2.0 * j, a);k, n1, n2; desc = sqrt(b * b - 4 * a * c); i++; desc = sqrt(b * b num++; - 4 int * a main() * c); &rad); i (arr1[i] < n2; <=scanf("%d", if arr2[j]) { the location"); { printf("\nEnter num++; printf("\nFirst Root :(0); %f", root1); root1 = (-b + desc) return / (2.0 (0); a); return no of elements in 1stk++; array :"); scanf("%d", &location); (arr1[i] =*rad sqrt(b * b printf("\nEnter -#include 4 * a * c); area =desc PI if * * rad; arr2[j]) {scanf("%d", printf("\nEnter the element to &n1); be inserted :"); } else { desc = sqrt(b * b 4 * a *(My_Runway: c); task type = PI Controller * rad * rad; Runway_Access) is i < root1 n2;area arr2[j]; for (i 0; ispecified < n1; i++) { = //Create space at= the location (-b + desc) /arr2[j]) (2.0 * a); res[k] = Runway_Access); arr2[j]; desc = sqrt(b * b - 4 * a * c); entry Request_Takeoff (ID: in Aeroplane_ID; Takeoff: out power #include scanf("%d", &arr1[i]); (i =i num; i >= location; { int main() { for (i for = num; >= i--) { i--) num++; k++; root1 =location; (-b + desc) / (2.0 * a); entry Request_Approach(ID: in Aeroplane_ID; Approach: out Runway_Access); arr[location res[k] = arr2[j]; // }= arr[i arr[i] -num; 1];printf("\nEnter int main() = arr[location i >= location; i--) { the magnitude of (ID: the Aeroplane_ID); pressure coefficient :"); float a, b, c; return for (0);(i#include end Controller; -radius 1] of circle: task Aeroplane j++;type desc = sqrt(b * b -#include 4 * a * c); } //Merging starts int main() printf("\nEnter "); n1, &element); type Aeroplane_Access PI = 3.14, int main() { int i, j, k, root1 = (-b +}(My_Runway: desc) / (2.0 * a); isisaccess Aeroplane; root1 = (-b + desc) / (2.0 *scanf("%d", a);n2; int arr1[ type float Controller Runway_Access) #include entry task Wait_For_Clear arr[location -res[k] 1] :"); = i, arr2[j]; arr2[j]; int j, k, n1, n2; printf("\nEnter noentry of elements in 2nd array Request_Takeoff in Aeroplane_ID; Takeoff: out Runway_Access); } printf("\nEnter radius of(ID: circle: "); printf("\nCircumference : %f ", ci); scanf("%d", &n2); entry Request_Approach(ID: in Aeroplane_ID; Approach: out Runway_Access); printf("\nEnter the Values of a : "); printf("\nEnter the location"); root2 = := space False; #include int //Create i,Clear j,if#include k, n1, = n2; at the specified end Controller; res[k] arr2[j]; i location <- n2; (arr1[i] <= arr2[j]) { { i < n2; } else arr[location 1] scanf("%d", &location); #include int main() Aeroplane_ID); int main() int{ i,task j, type k, Aeroplane n1, n2; (ID: int main() res[k] = arr2[j]; float a, b, c; type Aeroplane_Access is access Aeroplane; while (i < n1) { printf("\nEnter the element toif be (arr1[i] inserted {:"); <= arr2[j]) { i < n2; float root1, root2; //Create space at thedesc, specified location res[k] = arr1[i]; for (i =desc, num; i { >= location;starts i--) { Runway1 aliased for (i: = num; Runway; i >= location; i--) //Merging float root1, root2; i++; descthe = sqrt(b * b -of 4 *aa : * c); //Create space at the specified location (Runway1'Access); printf("\nEnter Values "); #include Controller1: Controller #include arr[i] = location; arr[i - {1]; printf("\nEnter for (i = num; i >= i--) k++; scanf("%f", &a); Values of a *: a); "); for (i = num; i=>=arr[i location; root1 int= main() (-b the +{ desc) / (2.0 - i--) 1]; { scanf("%f", &a); - float 1] arr[i] arr[location printf("\nEnter the Values of b : "); starts a, b, c; //Merging } printf("\nEnter the root1, Values of b : "); //Print out the }result of insertion float desc, root2; scanf("%f", &b); scanf("%f", &b); task type Aeroplane (ID: Aeroplane_ID); protected type Runway is entry Assign_Aircraft (ID: Aeroplane_ID); entry Cleared_Runway (ID: Aeroplane_ID); entry Wait_For_Clear; private Clear: Boolean := True; end Runway; type Runway_Access is access all Runway; printf("\nEnter the element to be inserted :"); scanf("%d", &element); printf("\nEnter the location"); scanf("%d", &location); desc = sqrt(b * b - 4 * a * c); root1 = (-b + desc) / (2.0 * a); //Create space the specified location at printf("\nEnter the Values of a : "); for (i = num; i >= location; i--) { Values of c : "); printf("\nEnter the scanf("%f", &a); entry Assign_Aircraft (ID: Aeroplane_ID); arr[i] = arr[i - 1]; printf("\nEnter the Values of b : "); scanf("%f", &c); for (i = num; i >= location; i--) { } (ID: Aeroplane_ID); entry Cleared_Runway location; i--) { scanf("%f", &b); entry Wait_For_Clear; printf("\nEnter the Values of c : "); desc = sqrt(b * b - &c); 4 * a * c); scanf("%f", Clear := False; private printf("\nEnter the element to be inserted :"); :=&element); ifdesc =(arr1[i] <= arr2[j]) scanf("%d", Clear: Boolean True;{ desc = sqrt(b * b - 4 * a * c); sqrt(b * b - 4 * a * c); root1 = the (-b + Values desc) / (2.0 of *a a); : "); end printf("\nEnter Runway; root1 = (-b + desc) / (2.0 * a); printf("\nEnter the location"); root1 = (-b +/desc) / (2.0 * a); root2 = (-b - desc) (2.0 * a); type Runway_Access is access scanf("%d", &location); all root2Runway; = (-b - desc) / (2.0 *4.0; a); delay v5 = v4 task type Aeroplane (ID: Aeroplane_ID); == location 0; //Create at the specified printf("\nFirst : %f", root1); space printf("\nFirst Root %f", root1); end: Root loop; type Aeroplane_Access access for (i = is num; i >= Aeroplane; location; i--) { printf("\nSecond Root : %f", root2); : %f", root2); arr[i] =printf("\nSecond arr[i - 1]; scanf("%d", &n1); endRoot Traffic; } return (0); printf("\nEnter the element to be inserted :"); } return (0); printf("\nEnter the element tov2be= inserted :"); 0; scanf("%d", &element); } New_aeroplane: desc = sqrt(b * scanf("%d", b - 4 * a * &element); c); Aeroplane_Access; scanf("%d", &n1); float desc, root1, root2; #include #include type Aeroplane_Access is access Aeroplane; desc = sqrt(b * b - 4 * a * c); int main() }i else < n2;{ printf("\nEnter the location"); {begin int i, j, k, n1, n2; scanf("%d", &location); } for I in Aeroplane_ID'Range loop (i(I);= num; New_aeroplane := new Aeroplane return v5; printf("\nEnter the element to be inserted :"); scanf("%d", &element); printf("\nEnter the location"); scanf("%d", &location); desc = sqrt(b * b - 4 * a * c); delay 4.0; //Create space at the specified location loop; end for (i = num; i >= location; i--) { root1 = (-b + desc) / (2.0 * a); Clear: Boolean := True; } #include end arr[i] = arr[i - 1]; Traffic; element to be } printf("\nEnter the protected type Runway is inserted :"); entry Assign_Aircraft (ID: Aeroplane_ID); scanf("%d", &element); entry Cleared_Runway (ID: Aeroplane_ID); entry Wait_For_Clear; private Clear: Boolean := True; Runway; for end I in Aeroplane_ID'Range loop type Runway_Access is access all Runway; res[k] = arr2[j]; end Controller; arr[i]); #include New_aeroplane := new Aeroplane (I); delay 4.0; #include //Print end loop; out the result of insertion desc = intsqrt(b * b - 4 * a * c); end Traffic; arr[30], element, num, i, location; float a, b, c; scanf("%d", &location); BAE SYSTEMS.indd 1 02/09/2016 10:30 1]