mirror of
https://github.com/zeldaret/tp
synced 2026-05-23 15:01:53 -04:00
lepelog
0cf65151b3
* split c_math * split c_angle * split c_API_controller_pad * split c_API_graphic * split c_bg_s_chk * c_bg_s_gnd_chk split * more c_bg split * split c_cc_d * delete asm * split c_cc_s * split c_lib * split c_m2d and c_m3d_g_aab * split c_m3d_g_cir * split c_m3d_g_cps * split rest of c_m3d_g * split c_m3d * split c_malloc * split c_request * split c_sxyz * split and partly decompile c_xyz * format * c_angle.h * begin c_angle decomp * c_angle * progress adding stub classes for SComponent * more c_m3d * remove some asm and format * more m3d headers * more c_angle decomp * c_lib headers * add public to classes * fix csXyz member names * c_sxyz partly OK * move Zero csXyz to c_sxyz header * c_API_graphic * delete some unused asm * move math extern data, decompile some functions * delete unused asm * fix duplicated c_angle.h * fix an inlined function name, add more inlined functions for c_angle.h (currently unused) * format Co-authored-by: Pheenoh <pheenoh@gmail.com>
104 lines
2.7 KiB
C++
104 lines
2.7 KiB
C++
#ifndef __C_ANGLE_H_
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#define __C_ANGLE_H_
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#include "SComponent/c_xyz.h"
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#include "global.h"
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class cSAngle {
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private:
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s16 mAngle;
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public:
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cSAngle() {}
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cSAngle(const cSAngle&);
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cSAngle(s16);
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cSAngle(float);
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s16 Val() const { return this->mAngle; }
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// void Set(s16 angle) { this->mAngle = angle; }
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void Val(const cSAngle&);
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void Val(s16);
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void Val(float);
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float Degree(void) const;
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float Radian(void) const;
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float Norm(void) const;
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s16 Abs(void) const;
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s16 Inv(void) const;
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float Sin(void) const;
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float Cos(void) const;
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cSAngle operator-(void) const;
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cSAngle operator+(const cSAngle&) const;
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cSAngle operator-(const cSAngle&) const;
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void operator+=(const cSAngle&);
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void operator-=(const cSAngle&);
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cSAngle operator+(short) const;
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cSAngle operator-(short) const;
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void operator+=(short);
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cSAngle operator*(float) const;
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void operator*=(float);
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bool operator<(const cSAngle& other) const { return mAngle < other.mAngle; }
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bool operator>(const cSAngle& other) const { return mAngle > other.mAngle; }
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operator s16(void) const { return mAngle; }
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void operator=(const cSAngle& other) { mAngle = other.mAngle; }
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static cSAngle getMaxNegative(void) { return cSAngle((s16)-0x8000); }
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void mirrorAtMaxNeg(void) { *this = getMaxNegative() - *this; }
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};
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cSAngle operator+(short, const cSAngle&);
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cSAngle operator-(short, const cSAngle&);
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class cDegree {
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private:
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float mDegree;
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public:
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cDegree(float);
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cDegree& Formal(void);
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void Val(float);
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float Radian(void) const;
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float Sin(void) const;
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float Cos(void) const;
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float Tan(void) const;
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};
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class cSPolar {
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private:
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float mRadial;
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cSAngle mAngle1;
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cSAngle mAngle2;
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public:
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cSPolar() {}
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cSPolar(const cXyz&);
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cSPolar& Formal(void);
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void Val(float, short, short);
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void Val(const cXyz&);
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cXyz Xyz(void) const;
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void Globe(class cSGlobe*) const;
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};
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class cSGlobe {
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private:
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float mRadius;
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cSAngle mAzimuth; // original: V
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cSAngle mInclination; // original: U
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public:
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cSGlobe(const cSGlobe&);
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cSGlobe(float, short, short);
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cSGlobe(float, const cSAngle&, const cSAngle&);
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cSGlobe(const cXyz&);
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cSGlobe& Formal(void);
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void Val(const cSGlobe&);
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void Val(float, short, short);
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void Val(float, const cSAngle&, const cSAngle&);
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void Val(const cXyz&);
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float R(void) const { return mRadius; }
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const cSAngle& V(void) const { return mAzimuth; }
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const cSAngle& U(void) const { return mInclination; }
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cXyz Xyz(void) const;
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void Polar(cSPolar*) const;
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cXyz Norm(void) const;
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cSGlobe& Invert(void);
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};
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#endif |