diff --git a/d9/d29/ground__to__ground__projectile__motion_8cpp.html b/d9/d29/ground__to__ground__projectile__motion_8cpp.html index 536a15406..010f3c7bb 100644 --- a/d9/d29/ground__to__ground__projectile__motion_8cpp.html +++ b/d9/d29/ground__to__ground__projectile__motion_8cpp.html @@ -146,19 +146,24 @@ Macros Functions double physics::ground_to_ground_projectile_motion::degrees_to_radians (double degrees)  Convert radians to degrees.
-template<typename T> -T physics::ground_to_ground_projectile_motion::time_of_flight (T initial_velocity, T angle, double gravity=9.81) - Calculate the time of flight.
+template<typename T> +T physics::ground_to_ground_projectile_motion::time_of_flight (T initial_velocity, T angle, double gravity=GRAVITY) + Calculate the time of flight.
template<typename T> T physics::ground_to_ground_projectile_motion::horizontal_range (T initial_velocity, T angle, T time)  Calculate the horizontal distance that the projectile travels.
-template<typename T> -T physics::ground_to_ground_projectile_motion::max_height (T initial_velocity, T angle, double gravity=9.81) - Calculate the max height of the projectile.
+template<typename T> +T physics::ground_to_ground_projectile_motion::max_height (T initial_velocity, T angle, double gravity=GRAVITY) + Calculate the max height of the projectile.
static void test ()  Self-test implementations.
int main ()  Main function.
+ + + +

+Variables

constexpr double GRAVITY = 9.80665
 Standard gravity (m/s^2)

Detailed Description

Ground to ground projectile motion equation implementations.

@@ -210,11 +215,11 @@ Functions
Returns
Angle in degrees
-

Definition at line 34 of file ground_to_ground_projectile_motion.cpp.

-
34 {
-
35 double radians = degrees * (M_PI / 180);
-
36 return radians;
-
37}
+

Definition at line 39 of file ground_to_ground_projectile_motion.cpp.

+
39 {
+
40 double radians = degrees * (M_PI / 180);
+
41 return radians;
+
42}
@@ -254,12 +259,12 @@ template<typename T>
Returns
Horizontal distance that the projectile travels
-

Definition at line 59 of file ground_to_ground_projectile_motion.cpp.

-
59 {
-
60 double Vix = initial_velocity * (std::cos(degrees_to_radians(angle))); // calculate x component of the initial velocity
-
61 return Vix * time;
-
62}
-
physics::ground_to_ground_projectile_motion::degrees_to_radians
double degrees_to_radians(double degrees)
Convert radians to degrees.
Definition ground_to_ground_projectile_motion.cpp:34
+

Definition at line 64 of file ground_to_ground_projectile_motion.cpp.

+
64 {
+
65 double Vix = initial_velocity * (std::cos(degrees_to_radians(angle))); // calculate x component of the initial velocity
+
66 return Vix * time;
+
67}
+
physics::ground_to_ground_projectile_motion::degrees_to_radians
double degrees_to_radians(double degrees)
Convert radians to degrees.
Definition ground_to_ground_projectile_motion.cpp:39
@@ -281,17 +286,17 @@ template<typename T>

Main function.

Returns
0 on exit
-

Definition at line 138 of file ground_to_ground_projectile_motion.cpp.

-
138 {
-
139 test(); // run self-test implementations
-
140 return 0;
-
141}
-
test
static void test()
Self-test implementations.
Definition ground_to_ground_projectile_motion.cpp:83
+

Definition at line 143 of file ground_to_ground_projectile_motion.cpp.

+
143 {
+
144 test(); // run self-test implementations
+
145 return 0;
+
146}
+
test
static void test()
Self-test implementations.
Definition ground_to_ground_projectile_motion.cpp:88
- -

◆ max_height()

+ +

◆ max_height()

@@ -311,7 +316,7 @@ template<typename T>
- double gravity = 9.81 ) + double gravity = GRAVITY )
@@ -327,11 +332,11 @@ template<typename T>
Returns
The max height that the projectile reaches
-

Definition at line 72 of file ground_to_ground_projectile_motion.cpp.

-
72 {
-
73 double Viy = initial_velocity * (std::sin(degrees_to_radians(angle))); // calculate y component of the initial velocity
-
74 return (std::pow(Viy, 2) / (2.0 * gravity));
-
75}
+

Definition at line 77 of file ground_to_ground_projectile_motion.cpp.

+
77 {
+
78 double Viy = initial_velocity * (std::sin(degrees_to_radians(angle))); // calculate y component of the initial velocity
+
79 return (std::pow(Viy, 2) / (2.0 * gravity));
+
80}
@@ -361,65 +366,65 @@ template<typename T>

Self-test implementations.

Returns
void
-

Definition at line 83 of file ground_to_ground_projectile_motion.cpp.

-
83 {
-
84 // initial input variables
-
85 double initial_velocity = 5.0; // double initial_velocity input
-
86 double angle = 40.0; // double angle input
-
87
-
88 // 1st test
-
89 double expected_time_of_flight = 0.655; // expected time output
-
90 double flight_time_output =
-
91 std::round(physics::ground_to_ground_projectile_motion::time_of_flight(initial_velocity, angle) * 1000.0) /
-
92 1000.0; // round output to 3 decimal places
-
93
-
94 std::cout << "Projectile Flight Time (double)" << std::endl;
-
95 std::cout << "Input Initial Velocity: " << initial_velocity << std::endl;
-
96 std::cout << "Input Angle: " << angle << std::endl;
-
97 std::cout << "Expected Output: " << expected_time_of_flight << std::endl;
-
98 std::cout << "Output: " << flight_time_output << std::endl;
-
99 assert(flight_time_output == expected_time_of_flight);
-
100 std::cout << "TEST PASSED" << std::endl << std::endl;
-
101
-
102 // 2nd test
-
103 double expected_horizontal_range = 2.51; // expected range output
-
104 double horizontal_range_output =
-
105 std::round(physics::ground_to_ground_projectile_motion::horizontal_range(initial_velocity, angle,
-
106 flight_time_output) *
-
107 100.0) /
-
108 100.0; // round output to 2 decimal places
-
109
-
110 std::cout << "Projectile Horizontal Range (double)" << std::endl;
-
111 std::cout << "Input Initial Velocity: " << initial_velocity << std::endl;
-
112 std::cout << "Input Angle: " << angle << std::endl;
-
113 std::cout << "Input Time Of Flight: " << flight_time_output << std::endl;
-
114 std::cout << "Expected Output: " << expected_horizontal_range << std::endl;
-
115 std::cout << "Output: " << horizontal_range_output << std::endl;
-
116 assert(horizontal_range_output == expected_horizontal_range);
-
117 std::cout << "TEST PASSED" << std::endl << std::endl;
-
118
-
119 // 3rd test
-
120 double expected_max_height = 0.526; // expected height output
-
121 double max_height_output =
-
122 std::round(physics::ground_to_ground_projectile_motion::max_height(initial_velocity, angle) * 1000.0) /
-
123 1000.0; // round output to 3 decimal places
-
124
-
125 std::cout << "Projectile Max Height (double)" << std::endl;
-
126 std::cout << "Input Initial Velocity: " << initial_velocity << std::endl;
-
127 std::cout << "Input Angle: " << angle << std::endl;
-
128 std::cout << "Expected Output: " << expected_max_height << std::endl;
-
129 std::cout << "Output: " << max_height_output << std::endl;
-
130 assert(max_height_output == expected_max_height);
-
131 std::cout << "TEST PASSED" << std::endl << std::endl;
-
132}
-
physics::ground_to_ground_projectile_motion::horizontal_range
T horizontal_range(T initial_velocity, T angle, T time)
Calculate the horizontal distance that the projectile travels.
Definition ground_to_ground_projectile_motion.cpp:59
-
physics::ground_to_ground_projectile_motion::time_of_flight
T time_of_flight(T initial_velocity, T angle, double gravity=9.81)
Calculate the time of flight.
Definition ground_to_ground_projectile_motion.cpp:47
-
physics::ground_to_ground_projectile_motion::max_height
T max_height(T initial_velocity, T angle, double gravity=9.81)
Calculate the max height of the projectile.
Definition ground_to_ground_projectile_motion.cpp:72
+

Definition at line 88 of file ground_to_ground_projectile_motion.cpp.

+
88 {
+
89 // initial input variables
+
90 double initial_velocity = 5.0; // double initial_velocity input
+
91 double angle = 40.0; // double angle input
+
92
+
93 // 1st test
+
94 double expected_time_of_flight = 0.655; // expected time output
+
95 double flight_time_output =
+
96 std::round(physics::ground_to_ground_projectile_motion::time_of_flight(initial_velocity, angle) * 1000.0) /
+
97 1000.0; // round output to 3 decimal places
+
98
+
99 std::cout << "Projectile Flight Time (double)" << std::endl;
+
100 std::cout << "Input Initial Velocity: " << initial_velocity << std::endl;
+
101 std::cout << "Input Angle: " << angle << std::endl;
+
102 std::cout << "Expected Output: " << expected_time_of_flight << std::endl;
+
103 std::cout << "Output: " << flight_time_output << std::endl;
+
104 assert(flight_time_output == expected_time_of_flight);
+
105 std::cout << "TEST PASSED" << std::endl << std::endl;
+
106
+
107 // 2nd test
+
108 double expected_horizontal_range = 2.51; // expected range output
+
109 double horizontal_range_output =
+
110 std::round(physics::ground_to_ground_projectile_motion::horizontal_range(initial_velocity, angle,
+
111 flight_time_output) *
+
112 100.0) /
+
113 100.0; // round output to 2 decimal places
+
114
+
115 std::cout << "Projectile Horizontal Range (double)" << std::endl;
+
116 std::cout << "Input Initial Velocity: " << initial_velocity << std::endl;
+
117 std::cout << "Input Angle: " << angle << std::endl;
+
118 std::cout << "Input Time Of Flight: " << flight_time_output << std::endl;
+
119 std::cout << "Expected Output: " << expected_horizontal_range << std::endl;
+
120 std::cout << "Output: " << horizontal_range_output << std::endl;
+
121 assert(horizontal_range_output == expected_horizontal_range);
+
122 std::cout << "TEST PASSED" << std::endl << std::endl;
+
123
+
124 // 3rd test
+
125 double expected_max_height = 0.526; // expected height output
+
126 double max_height_output =
+
127 std::round(physics::ground_to_ground_projectile_motion::max_height(initial_velocity, angle) * 1000.0) /
+
128 1000.0; // round output to 3 decimal places
+
129
+
130 std::cout << "Projectile Max Height (double)" << std::endl;
+
131 std::cout << "Input Initial Velocity: " << initial_velocity << std::endl;
+
132 std::cout << "Input Angle: " << angle << std::endl;
+
133 std::cout << "Expected Output: " << expected_max_height << std::endl;
+
134 std::cout << "Output: " << max_height_output << std::endl;
+
135 assert(max_height_output == expected_max_height);
+
136 std::cout << "TEST PASSED" << std::endl << std::endl;
+
137}
+
physics::ground_to_ground_projectile_motion::horizontal_range
T horizontal_range(T initial_velocity, T angle, T time)
Calculate the horizontal distance that the projectile travels.
Definition ground_to_ground_projectile_motion.cpp:64
+
physics::ground_to_ground_projectile_motion::max_height
T max_height(T initial_velocity, T angle, double gravity=GRAVITY)
Calculate the max height of the projectile.
Definition ground_to_ground_projectile_motion.cpp:77
+
physics::ground_to_ground_projectile_motion::time_of_flight
T time_of_flight(T initial_velocity, T angle, double gravity=GRAVITY)
Calculate the time of flight.
Definition ground_to_ground_projectile_motion.cpp:52
- -

◆ time_of_flight()

+ +

◆ time_of_flight()

@@ -439,7 +444,7 @@ template<typename T>
- double gravity = 9.81 ) + double gravity = GRAVITY )
@@ -455,12 +460,39 @@ template<typename T>
Returns
The time that the projectile is in the air for
-

Definition at line 47 of file ground_to_ground_projectile_motion.cpp.

-
47 {
-
48 double Viy = initial_velocity * (std::sin(degrees_to_radians(angle))); // calculate y component of the initial velocity
-
49 return 2.0 * Viy / gravity;
-
50}
+

Definition at line 52 of file ground_to_ground_projectile_motion.cpp.

+
52 {
+
53 double Viy = initial_velocity * (std::sin(degrees_to_radians(angle))); // calculate y component of the initial velocity
+
54 return 2.0 * Viy / gravity;
+
55}
+
+ +

Variable Documentation

+ +

◆ GRAVITY

+ +
+
+ + + + + +
+ + + + +
double GRAVITY = 9.80665
+ 		+constexpr
+
+ +

Standard gravity (m/s^2)

+ +

Definition at line 23 of file ground_to_ground_projectile_motion.cpp.

+
diff --git a/d9/d29/ground__to__ground__projectile__motion_8cpp.js b/d9/d29/ground__to__ground__projectile__motion_8cpp.js index 4ac5ef829..65c95d1ce 100644 --- a/d9/d29/ground__to__ground__projectile__motion_8cpp.js +++ b/d9/d29/ground__to__ground__projectile__motion_8cpp.js @@ -4,7 +4,8 @@ var ground__to__ground__projectile__motion_8cpp = [ "physics::ground_to_ground_projectile_motion::degrees_to_radians", "d9/d29/ground__to__ground__projectile__motion_8cpp.html#ab00e9785fb2670f7af99d6f3d636f87c", null ], [ "physics::ground_to_ground_projectile_motion::horizontal_range", "d9/d29/ground__to__ground__projectile__motion_8cpp.html#a10362eb607d7882bac3a0688504b00ff", null ], [ "main", "d9/d29/ground__to__ground__projectile__motion_8cpp.html#ae66f6b31b5ad750f1fe042a706a4e3d4", null ], - [ "physics::ground_to_ground_projectile_motion::max_height", "d9/d29/ground__to__ground__projectile__motion_8cpp.html#aa554429def63077ab7a550c0affbfefa", null ], + [ "physics::ground_to_ground_projectile_motion::max_height", "d9/d29/ground__to__ground__projectile__motion_8cpp.html#a3e96cd0b24e64df01776d556ea569133", null ], [ "test", "d9/d29/ground__to__ground__projectile__motion_8cpp.html#aa8dca7b867074164d5f45b0f3851269d", null ], - [ "physics::ground_to_ground_projectile_motion::time_of_flight", "d9/d29/ground__to__ground__projectile__motion_8cpp.html#a563e066975fed1b84750a0a47c3cbb37", null ] + [ "physics::ground_to_ground_projectile_motion::time_of_flight", "d9/d29/ground__to__ground__projectile__motion_8cpp.html#a483740fba6ebcc3cee3199e9b2e60b6b", null ], + [ "GRAVITY", "d9/d29/ground__to__ground__projectile__motion_8cpp.html#a87aa13746e2b60524e028641493eaf5c", null ] ]; \ No newline at end of file diff --git a/d9/d29/ground__to__ground__projectile__motion_8cpp_source.html b/d9/d29/ground__to__ground__projectile__motion_8cpp_source.html index e641cf309..b433e47f7 100644 --- a/d9/d29/ground__to__ground__projectile__motion_8cpp_source.html +++ b/d9/d29/ground__to__ground__projectile__motion_8cpp_source.html @@ -123,107 +123,113 @@ $(function(){initNavTree('d9/d29/ground__to__ground__projectile__motion_8cpp_sou
14#include <cmath>
15#include <iostream>
16
-
21namespace physics {
-
27namespace ground_to_ground_projectile_motion {
-
33
-
-
34double degrees_to_radians(double degrees){
-
35 double radians = degrees * (M_PI / 180);
-
36 return radians;
-
37}
+
21
+
22// Define gravity as a constant within guidelines
+
23constexpr double GRAVITY = 9.80665;
+
24
+
25
+
26namespace physics {
+
32namespace ground_to_ground_projectile_motion {
+
38
+
+
39double degrees_to_radians(double degrees){
+
40 double radians = degrees * (M_PI / 180);
+
41 return radians;
+
42}
-
38
-
46template <typename T>
-
-
47T time_of_flight(T initial_velocity, T angle, double gravity = 9.81) {
-
48 double Viy = initial_velocity * (std::sin(degrees_to_radians(angle))); // calculate y component of the initial velocity
-
49 return 2.0 * Viy / gravity;
-
50}
+
43
+
51template <typename T>
+
+
52T time_of_flight(T initial_velocity, T angle, double gravity = GRAVITY) {
+
53 double Viy = initial_velocity * (std::sin(degrees_to_radians(angle))); // calculate y component of the initial velocity
+
54 return 2.0 * Viy / gravity;
+
55}
-
51
-
58template <typename T>
-
-
59T horizontal_range(T initial_velocity, T angle, T time) {
-
60 double Vix = initial_velocity * (std::cos(degrees_to_radians(angle))); // calculate x component of the initial velocity
-
61 return Vix * time;
-
62}
+
56
+
63template <typename T>
+
+
64T horizontal_range(T initial_velocity, T angle, T time) {
+
65 double Vix = initial_velocity * (std::cos(degrees_to_radians(angle))); // calculate x component of the initial velocity
+
66 return Vix * time;
+
67}
-
63
-
71template <typename T>
-
-
72T max_height(T initial_velocity, T angle, double gravity = 9.81) {
-
73 double Viy = initial_velocity * (std::sin(degrees_to_radians(angle))); // calculate y component of the initial velocity
-
74 return (std::pow(Viy, 2) / (2.0 * gravity));
-
75}
+
68
+
76template <typename T>
+
+
77T max_height(T initial_velocity, T angle, double gravity = GRAVITY) {
+
78 double Viy = initial_velocity * (std::sin(degrees_to_radians(angle))); // calculate y component of the initial velocity
+
79 return (std::pow(Viy, 2) / (2.0 * gravity));
+
80}
-
76} // namespace ground_to_ground_projectile_motion
-
77} // namespace physics
-
78
-
-
83static void test() {
-
84 // initial input variables
-
85 double initial_velocity = 5.0; // double initial_velocity input
-
86 double angle = 40.0; // double angle input
-
87
-
88 // 1st test
-
89 double expected_time_of_flight = 0.655; // expected time output
-
90 double flight_time_output =
-
91 std::round(physics::ground_to_ground_projectile_motion::time_of_flight(initial_velocity, angle) * 1000.0) /
-
92 1000.0; // round output to 3 decimal places
-
93
-
94 std::cout << "Projectile Flight Time (double)" << std::endl;
-
95 std::cout << "Input Initial Velocity: " << initial_velocity << std::endl;
-
96 std::cout << "Input Angle: " << angle << std::endl;
-
97 std::cout << "Expected Output: " << expected_time_of_flight << std::endl;
-
98 std::cout << "Output: " << flight_time_output << std::endl;
-
99 assert(flight_time_output == expected_time_of_flight);
-
100 std::cout << "TEST PASSED" << std::endl << std::endl;
-
101
-
102 // 2nd test
-
103 double expected_horizontal_range = 2.51; // expected range output
-
104 double horizontal_range_output =
-
105 std::round(physics::ground_to_ground_projectile_motion::horizontal_range(initial_velocity, angle,
-
106 flight_time_output) *
-
107 100.0) /
-
108 100.0; // round output to 2 decimal places
-
109
-
110 std::cout << "Projectile Horizontal Range (double)" << std::endl;
-
111 std::cout << "Input Initial Velocity: " << initial_velocity << std::endl;
-
112 std::cout << "Input Angle: " << angle << std::endl;
-
113 std::cout << "Input Time Of Flight: " << flight_time_output << std::endl;
-
114 std::cout << "Expected Output: " << expected_horizontal_range << std::endl;
-
115 std::cout << "Output: " << horizontal_range_output << std::endl;
-
116 assert(horizontal_range_output == expected_horizontal_range);
-
117 std::cout << "TEST PASSED" << std::endl << std::endl;
-
118
-
119 // 3rd test
-
120 double expected_max_height = 0.526; // expected height output
-
121 double max_height_output =
-
122 std::round(physics::ground_to_ground_projectile_motion::max_height(initial_velocity, angle) * 1000.0) /
-
123 1000.0; // round output to 3 decimal places
-
124
-
125 std::cout << "Projectile Max Height (double)" << std::endl;
-
126 std::cout << "Input Initial Velocity: " << initial_velocity << std::endl;
-
127 std::cout << "Input Angle: " << angle << std::endl;
-
128 std::cout << "Expected Output: " << expected_max_height << std::endl;
-
129 std::cout << "Output: " << max_height_output << std::endl;
-
130 assert(max_height_output == expected_max_height);
-
131 std::cout << "TEST PASSED" << std::endl << std::endl;
-
132}
+
81} // namespace ground_to_ground_projectile_motion
+
82} // namespace physics
+
83
+
+
88static void test() {
+
89 // initial input variables
+
90 double initial_velocity = 5.0; // double initial_velocity input
+
91 double angle = 40.0; // double angle input
+
92
+
93 // 1st test
+
94 double expected_time_of_flight = 0.655; // expected time output
+
95 double flight_time_output =
+
96 std::round(physics::ground_to_ground_projectile_motion::time_of_flight(initial_velocity, angle) * 1000.0) /
+
97 1000.0; // round output to 3 decimal places
+
98
+
99 std::cout << "Projectile Flight Time (double)" << std::endl;
+
100 std::cout << "Input Initial Velocity: " << initial_velocity << std::endl;
+
101 std::cout << "Input Angle: " << angle << std::endl;
+
102 std::cout << "Expected Output: " << expected_time_of_flight << std::endl;
+
103 std::cout << "Output: " << flight_time_output << std::endl;
+
104 assert(flight_time_output == expected_time_of_flight);
+
105 std::cout << "TEST PASSED" << std::endl << std::endl;
+
106
+
107 // 2nd test
+
108 double expected_horizontal_range = 2.51; // expected range output
+
109 double horizontal_range_output =
+
110 std::round(physics::ground_to_ground_projectile_motion::horizontal_range(initial_velocity, angle,
+
111 flight_time_output) *
+
112 100.0) /
+
113 100.0; // round output to 2 decimal places
+
114
+
115 std::cout << "Projectile Horizontal Range (double)" << std::endl;
+
116 std::cout << "Input Initial Velocity: " << initial_velocity << std::endl;
+
117 std::cout << "Input Angle: " << angle << std::endl;
+
118 std::cout << "Input Time Of Flight: " << flight_time_output << std::endl;
+
119 std::cout << "Expected Output: " << expected_horizontal_range << std::endl;
+
120 std::cout << "Output: " << horizontal_range_output << std::endl;
+
121 assert(horizontal_range_output == expected_horizontal_range);
+
122 std::cout << "TEST PASSED" << std::endl << std::endl;
+
123
+
124 // 3rd test
+
125 double expected_max_height = 0.526; // expected height output
+
126 double max_height_output =
+
127 std::round(physics::ground_to_ground_projectile_motion::max_height(initial_velocity, angle) * 1000.0) /
+
128 1000.0; // round output to 3 decimal places
+
129
+
130 std::cout << "Projectile Max Height (double)" << std::endl;
+
131 std::cout << "Input Initial Velocity: " << initial_velocity << std::endl;
+
132 std::cout << "Input Angle: " << angle << std::endl;
+
133 std::cout << "Expected Output: " << expected_max_height << std::endl;
+
134 std::cout << "Output: " << max_height_output << std::endl;
+
135 assert(max_height_output == expected_max_height);
+
136 std::cout << "TEST PASSED" << std::endl << std::endl;
+
137}
-
133
-
-
138int main() {
-
139 test(); // run self-test implementations
-
140 return 0;
-
141}
+
138
+
+
143int main() {
+
144 test(); // run self-test implementations
+
145 return 0;
+
146}
-
physics::ground_to_ground_projectile_motion::horizontal_range
T horizontal_range(T initial_velocity, T angle, T time)
Calculate the horizontal distance that the projectile travels.
Definition ground_to_ground_projectile_motion.cpp:59
-
physics::ground_to_ground_projectile_motion::time_of_flight
T time_of_flight(T initial_velocity, T angle, double gravity=9.81)
Calculate the time of flight.
Definition ground_to_ground_projectile_motion.cpp:47
-
physics::ground_to_ground_projectile_motion::max_height
T max_height(T initial_velocity, T angle, double gravity=9.81)
Calculate the max height of the projectile.
Definition ground_to_ground_projectile_motion.cpp:72
-
test
static void test()
Self-test implementations.
Definition ground_to_ground_projectile_motion.cpp:83
-
physics::ground_to_ground_projectile_motion::degrees_to_radians
double degrees_to_radians(double degrees)
Convert radians to degrees.
Definition ground_to_ground_projectile_motion.cpp:34
-
main
int main()
Main function.
Definition ground_to_ground_projectile_motion.cpp:138
+
physics::ground_to_ground_projectile_motion::horizontal_range
T horizontal_range(T initial_velocity, T angle, T time)
Calculate the horizontal distance that the projectile travels.
Definition ground_to_ground_projectile_motion.cpp:64
+
physics::ground_to_ground_projectile_motion::max_height
T max_height(T initial_velocity, T angle, double gravity=GRAVITY)
Calculate the max height of the projectile.
Definition ground_to_ground_projectile_motion.cpp:77
+
physics::ground_to_ground_projectile_motion::time_of_flight
T time_of_flight(T initial_velocity, T angle, double gravity=GRAVITY)
Calculate the time of flight.
Definition ground_to_ground_projectile_motion.cpp:52
+
GRAVITY
constexpr double GRAVITY
Standard gravity (m/s^2)
Definition ground_to_ground_projectile_motion.cpp:23
+
test
static void test()
Self-test implementations.
Definition ground_to_ground_projectile_motion.cpp:88
+
physics::ground_to_ground_projectile_motion::degrees_to_radians
double degrees_to_radians(double degrees)
Convert radians to degrees.
Definition ground_to_ground_projectile_motion.cpp:39
+
main
int main()
Main function.
Definition ground_to_ground_projectile_motion.cpp:143
ground_to_ground_projectile_motion
Functions for the Ground to ground projectile motion equation.
physics
for IO operations
diff --git a/doxygen_crawl.html b/doxygen_crawl.html index f45453e36..6448e2521 100644 --- a/doxygen_crawl.html +++ b/doxygen_crawl.html @@ -1893,9 +1893,10 @@ + + - - + diff --git a/globals_g.html b/globals_g.html index e9da0944b..6986cc3e0 100644 --- a/globals_g.html +++ b/globals_g.html @@ -129,6 +129,7 @@ $(function(){initNavTree('globals_g.html','',''); });
  • get_transpose() : ordinary_least_squares_regressor.cpp
  • getBalance() : avltree.cpp
  • getnode() : linkedlist_implentation_usingarray.cpp
    • +
  • GRAVITY : ground_to_ground_projectile_motion.cpp
  • GREY : depth_first_search_with_stack.cpp
    • diff --git a/globals_vars.html b/globals_vars.html index d5152dfca..40dddd94d 100644 --- a/globals_vars.html +++ b/globals_vars.html @@ -120,6 +120,7 @@ $(function(){initNavTree('globals_vars.html','',''); });
  • EPSILON : newton_raphson_method.cpp
  • factors : prime_factorization.cpp
  • fib_b : matrix_exponentiation.cpp
    • +
  • GRAVITY : ground_to_ground_projectile_motion.cpp
  • GREY : depth_first_search_with_stack.cpp
  • hashtab : hash_search.cpp
  • INF : bidirectional_dijkstra.cpp, depth_first_search_with_stack.cpp
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