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ACamera.cpp File Reference

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Detailed Description

implements the 'camera_' functions in AEngine.h

Definition in file ACamera.cpp.

#include "AEngine.h"
#include "AUtil.h"

Include dependency graph for ACamera.cpp:

Go to the source code of this file.

Functions
void	camera_set (const Vec3D pos, const Vec3D target, const FLOAT smoothness)
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Vec3D	camera_getPos ()
	get the current camera position
Vec3D	camera_getVec ()
	get the current direction vector
void	camera_setScreenSize (FLOAT size)
	set the portion of the screen that will be drawn on should be called in update(), not render() (nothing) 0<size<=1 (fullscreen)
void	camera_addVibration (float amount)

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Function Documentation

void camera_addVibration (  float    amount )

Definition at line 69 of file ACamera.cpp. References absf. Referenced by BattleGroup::destroyUnit(). { amount = absf(amount); if( AS.camera_vibrateSpeed > 0 ) AS.camera_vibrateSpeed += amount; else AS.camera_vibrateSpeed -= amount; }

Vec3D camera_getPos (    )

get the current camera position Definition at line 51 of file ACamera.cpp. References Vec3D. { return AS.camera_pos; }

Vec3D camera_getVec (    )

get the current direction vector Definition at line 56 of file ACamera.cpp. References Vec3D. Referenced by BattleGroup::render(). { Vec3D dir = AS.camera_target - AS.camera_pos; FLOAT len = D3DXVec3Length(&dir); return dir * 1.0f/len; }

void camera_set (  const Vec3D    pos, const Vec3D    target, const FLOAT    smoothness )

----------------------------------------------------------------------------------- Definition at line 26 of file ACamera.cpp. References Vec3D. Referenced by BattleEntry::input(), Overhead::overhead_render(), and Overhead::processOverheadInput(). { assert( 0<=smoothness && smoothness<=1 && "camera smoothness must be between 0,1"); AS.camera_pos = smoothness*AS.camera_pos + (1.0f-smoothness)*pos; AS.camera_target = smoothness*AS.camera_target + (1.0f-smoothness)*target; // apply vibration FLOAT accel = - AS.camera_vibratePos * 5.7f; AS.camera_vibrateSpeed += accel; AS.camera_vibrateSpeed *= 0.96f; AS.camera_vibratePos += AS.camera_vibrateSpeed * 0.4f; AS.camera_pos.z += AS.camera_vibratePos * 0.05f; AS.camera_target.z += AS.camera_vibratePos * 0.05f; // prevents looking straight down if( AS.camera_pos[0]==AS.camera_target[0] && AS.camera_pos[1]==AS.camera_target[1] ) AS.camera_pos[1] += 0.00001f; const Vec3D upAxis( 0.0f, 0.0f, 1.0f ); D3DXMatrixLookAtLH(&AS.camera_viewMatrix, &AS.camera_pos, &AS.camera_target, &upAxis ); D3DXMatrixPerspectiveFovLH( &AS.camera_projMatrix, D3DXToRadian(60), 1.33333f, 0.1f, 1000.0f ); AS.camera_world2projMatrix = AS.camera_viewMatrix * AS.camera_projMatrix; }

void camera_setScreenSize (  FLOAT    size )

set the portion of the screen that will be drawn on should be called in update(), not render() (nothing) 0<size<=1 (fullscreen) Definition at line 63 of file ACamera.cpp. { assert( size>0.0f && size<=1.0f ); AS.camera_screenSize = size; }

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